Date Available
type: AnnotationProperty
comment: Date that the resource became or will become available.

identifier
type: AnnotationProperty
comment: Used to represents an URN.

subject
type: AnnotationProperty
comment: Used to represents keywords, key phrases, or classification codes.

Angle
type: QuantityKind
type: NamedIndividual
description: The abstract notion of angle. Narrow concepts include plane angle and solid angle. While both plane angle and solid angle are dimensionless, they are actually length/length and area/area respectively.

Concentration
type: QuantityKind
type: NamedIndividual
description: Generic concentration without a specific type. In chemistry, concentration is defined as the abundance of a constituent divided by the total volume of a mixture. The term concentration can be applied to any kind of chemical mixture, but most frequently it refers to solutes in solutions.

Diameter
type: QuantityKind
type: NamedIndividual
description: In classical geometry, the "Diameter" of a circle is any straight line segment that passes through the center of the circle and whose endpoints lie on the circle.

Displacement
type: QuantityKind
type: NamedIndividual
description: "Displacement" is the shortest distance from the initial to the final position of a point P.

Distance
type: QuantityKind
type: NamedIndividual
description: "Distance" is a numerical description of how far apart objects are.

Efficiency
type: QuantityKind
type: NamedIndividual
description: Efficiency is the ratio of output power to input power.

Electric Current
type: QuantityKind
type: NamedIndividual
description: 'Electric Current' is the flow (movement) of electric charge. This QUDT-based tag is equal to the Haystack tag https://project-haystack.org/doc/lib-phScience/elec-current

Energy
type: QuantityKind
type: NamedIndividual
description: Energy is the quantity characterizing the ability of a system to do work.

Enthalpy
type: QuantityKind
type: NamedIndividual
description: In thermodynamics, enthalpy is the sum of the internal energy and the product of pressure and volume of a system.

Frequency
type: QuantityKind
type: NamedIndividual
description: "Frequency" is the number of occurrences of a repeating event per unit time. The repetition of the events may be periodic (that is. the length of time between event repetitions is fixed) or aperiodic (i.e. the length of time between event repetitions varies). Therefore, we distinguish between periodic and aperiodic frequencies. In the SI system, periodic frequency is measured in hertz (Hz) or multiples of hertz, while aperiodic frequency is measured in becquerel (Bq). In spectroscopy, v is mostly used. Light passing through different media keeps its frequency, but not its wavelength or wavenumber.

Height
type: QuantityKind
type: NamedIndividual
description: "Height" is the measurement of vertical distance, but has two meanings in common use. It can either indicate how "tall" something is, or how "high up" it is.

Length
type: QuantityKind
type: NamedIndividual
description: In geometric measurements, length most commonly refers to the estimated dimension of an object. In some contexts, the term "length" is reserved for a certain dimension of an object along which the length is measured.

Luminance
type: QuantityKind
type: NamedIndividual
description: Illuminance is the total luminous flux incident on a surface, per unit area. It is a measure of the intensity of the incident light, wavelength-weighted by the luminosity function to correlate with human brightness perception. As a note, focus is the light source, which is mostly NOT the interest in the building control domain.

Luminous Flux
type: QuantityKind
type: NamedIndividual
description: Luminous Flux or Luminous Power is the measure of the perceived power of light. It differs from radiant flux, the measure of the total power of light emitted, in that luminous flux is adjusted to reflect the varying sensitivity of the human eye to different wavelengths of light.

Power
type: QuantityKind
type: NamedIndividual
description: Power is the rate at which work is performed or energy is transmitted, or the amount of energy required or expended for a given unit of time. As a rate of change of work done or the energy of a subsystem, power is work divided by time.

Pressure
type: QuantityKind
type: NamedIndividual
description: Pressure is an effect which occurs when a force is applied on a surface. Pressure is the amount of force acting on a unit area. Pressure is distinct from stress, as the former is the ratio of the component of force normal to a surface to the surface area. Stress is a tensor that relates the vector force to the vector area.

Electrical Voltage
type: QuantityKind
type: NamedIndividual
description: Voltage, also referred to as Electric Tension, is the difference between electrical potentials of two points. For an irrotational electric field, the voltage is independent of the path between the two points a and b.

Width
type: QuantityKind
type: NamedIndividual
description: "Width" is the middle of three dimensions: length, width, thickness.

Absolute Colour Temperature
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.600: Absolute Color Temperature
subject: 7.600
subject: Absolute Colour Temperature
dpt bit size max: 16
dpt major number: 7
dpt minor number: 600
is assembled with: type.dpt.field.7.600.i0
has communication mode: S

Access Data
type: DatapointType
type: NamedIndividual
description: a point representing DPT 15.000: Access Data
subject: 15.0
subject: 15.000
subject: Access Data
dpt bit size max: 32
dpt major number: 15
dpt minor number: 0
is assembled with: type.dpt.field.15.0.i0.Index
is assembled with: type.dpt.field.15.0.i1.C
is assembled with: type.dpt.field.15.0.i10.D6
is assembled with: type.dpt.field.15.0.i2.D
is assembled with: type.dpt.field.15.0.i3.P
is assembled with: type.dpt.field.15.0.i4.E
is assembled with: type.dpt.field.15.0.i5.D1
is assembled with: type.dpt.field.15.0.i6.D2
is assembled with: type.dpt.field.15.0.i7.D3
is assembled with: type.dpt.field.15.0.i8.D4
is assembled with: type.dpt.field.15.0.i9.D5
has communication mode: S

Ack
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.016: Ack
subject: 1.016
subject: 1.16
subject: Ack
dpt bit size max: 1
dpt major number: 1
dpt minor number: 16
is assembled with: Ack
has communication mode: S

ActPosDemAbs
type: DatapointType
type: NamedIndividual
description: a point representing DPT 207.104: ActPosDemAbs
subject: 207.104
subject: ActPosDemAbs
dpt bit size max: 16
dpt major number: 207
dpt minor number: 104
is assembled with: type.dpt.field.207.104.i0.PrelBurnerValid
is assembled with: type.dpt.field.207.104.i1.AbsLoadPriority
is assembled with: type.dpt.field.207.104.i2.ShiftLoadPriority
is assembled with: type.dpt.field.207.104.i3.EmergDem
is assembled with: type.dpt.field.207.104.i4.Reserved
is assembled with: type.dpt.field.207.104.i5.ActPosDemAbs
has communication mode: LTE

ActiveEnergy MWh
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.016: ActiveEnergy MWh
subject: 13.016
subject: 13.16
subject: ActiveEnergy MWh
dpt bit size max: 32
dpt major number: 13
dpt minor number: 16
is assembled with: type.dpt.field.13.16.i0
has communication mode: S

ActiveEnergy V64
type: DatapointType
type: NamedIndividual
description: a point representing DPT 29.010: ActiveEnergy V64
subject: 29.010
subject: 29.10
subject: ActiveEnergy V64
dpt bit size max: 64
dpt major number: 29
dpt minor number: 10
is assembled with: type.dpt.field.29.10.i0
has communication mode: S

Active Energy kWh
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.013: ActiveEnergy kWh
subject: 13.013
subject: 13.13
subject: Active Energy kWh
dpt bit size max: 32
dpt major number: 13
dpt minor number: 13
is assembled with: type.dpt.field.13.13.i0
has communication mode: S

ActuatorConnectType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.020: ActuatorConnectType
subject: 20.020
subject: 20.20
subject: ActuatorConnectType
dpt bit size max: 8
dpt major number: 20
dpt minor number: 20
is assembled with: type.dpt.field.20.20.i0
has communication mode: S

ADAType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.120: ADAType
subject: 20.120
subject: ADAType
dpt bit size max: 8
dpt major number: 20
dpt minor number: 120
is assembled with: type.dpt.field.20.120.i0
has communication mode: S

AddInfoTypes
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1001: AddInfoTypes
subject: 20.1001
subject: AddInfoTypes
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1001
is assembled with: type.dpt.field.20.1001.i0
has communication mode: S

AHU Control
type: Class
comment: An Air Handling Unit (AHU) is an Application Function that controls equipment to regulate and circulate air as part of a heating, ventilating, and air-conditioning (HVAC) system. An AHU Application Function has usually subfunctions such as fanCtrl, pumpCtrl etc.
subclass of: equipmentCtrl

Air Humidity Control
type: Class
comment: Application functions that controls the quantity 'air humidity'.
subclass of: airCtrl

Air Pressure Control
type: Class
comment: Application functions that controls the quantity 'air pressure.'
subclass of: airCtrl

Air Quality Control
type: Class
comment: Application functions that controls the quantity 'air quality'.
subclass of: airCtrl

Air Supply Control
type: Class
comment: The air supply control Application Function connects and coordinates air and energy flow between air treatment (e.g. air handling unit) and energy consumer (emission control).
subclass of: Restriction
  has value: qk ph air volumeflowrate
  on property: hasQualityKind
subclass of: Restriction
  has value: Ventilation
  on property: operatesForTrade
subclass of: airCtrl
subclass of: distributionCtrl

Air Volume Control
type: Class
comment: Application functions that controls the quantity 'air volume'.
subclass of: airCtrl

AlarmClassType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.007: AlarmClassType
subject: 20.007
subject: 20.7
subject: AlarmClassType
dpt bit size max: 8
dpt major number: 20
dpt minor number: 7
is assembled with: type.dpt.field.20.7.i0
has communication mode: S

Alarm Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.005: Alarm Control
subject: 2.005
subject: 2.5
subject: Alarm Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 5
is assembled with: Alarm
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

AlarmInfo
type: DatapointType
type: NamedIndividual
description: a point representing DPT 219.001: AlarmInfo
subject: 219.001
subject: 219.1
subject: AlarmInfo
dpt bit size max: 48
dpt major number: 219
dpt minor number: 1
is assembled with: type.dpt.field.219.1.i0.InAlarm
is assembled with: type.dpt.field.219.1.i1.AlarmUnAck
is assembled with: type.dpt.field.219.1.i10.ApplicationArea
is assembled with: type.dpt.field.219.1.i11.AlarmPriority
is assembled with: type.dpt.field.219.1.i12.LogNumber
is assembled with: type.dpt.field.219.1.i2.Locked
is assembled with: type.dpt.field.219.1.i3.Reserved
is assembled with: type.dpt.field.219.1.i4.Ack Sup
is assembled with: type.dpt.field.219.1.i5.TimeStamp Sup
is assembled with: type.dpt.field.219.1.i6.AlarmText Sup
is assembled with: type.dpt.field.219.1.i7.ErrorCode Sup
is assembled with: type.dpt.field.219.1.i8.Reserved
is assembled with: type.dpt.field.219.1.i9.ErrorClass
has communication mode: S

Alarm Reaction
type: DatapointType
type: NamedIndividual
description: a point representing DPT 23.002: Alarm Reaction
subject: 23.002
subject: 23.2
subject: Alarm Reaction
dpt bit size max: 2
dpt major number: 23
dpt minor number: 2
is assembled with: type.dpt.field.23.2.i0
has communication mode: S

Alarming
type: Class
comment: Alarming is the automated alarm management in the event of alarms or faults in plants, subsystems or devices. The application function may contain a list of activ alarms, past alarms, alarm prioritization or sends a notification to recipients (e.g. email).
subclass of: plantMngmtCtrl

Angle
type: DatapointType
type: NamedIndividual
description: a point representing DPT 5.003: Angle
subject: 5.003
subject: 5.3
subject: Angle
dpt bit size max: 8
dpt major number: 5
dpt minor number: 3
is assembled with: Angle
has communication mode: S

ApparantEnergy
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.011: ApparantEnergy
subject: 13.011
subject: 13.11
subject: ApparantEnergy
dpt bit size max: 32
dpt major number: 13
dpt minor number: 11
is assembled with: type.dpt.field.13.11.i0
has communication mode: S

ApparantEnergy V64
type: DatapointType
type: NamedIndividual
description: a point representing DPT 29.011: ApparantEnergy V64
subject: 29.011
subject: 29.11
subject: ApparantEnergy V64
dpt bit size max: 64
dpt major number: 29
dpt minor number: 11
is assembled with: type.dpt.field.29.11.i0
has communication mode: S

ApparantEnergy kVAh
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.014: ApparantEnergy kVAh
subject: 13.014
subject: 13.14
subject: ApparantEnergy kVAh
dpt bit size max: 32
dpt major number: 13
dpt minor number: 14
is assembled with: type.dpt.field.13.14.i0
has communication mode: S

ApplicationArea
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.006: ApplicationArea
subject: 20.006
subject: 20.6
subject: ApplicationArea
dpt bit size max: 8
dpt major number: 20
dpt minor number: 6
is assembled with: type.dpt.field.20.6.i0
has communication mode: S

Audio Control
type: Class
comment: A specific Application Function category that controls the audio system. The category is derived from parent concepts that are specified as part of the EN 50090-6-2.
subclass of: Restriction
  has value: Audio
  on property: operatesForTrade
subclass of: ApplicationFunction

BackupMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.121: BackupMode
subject: 20.121
subject: BackupMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 121
is assembled with: type.dpt.field.20.121.i0
has communication mode: S

Battery Info
type: DatapointType
type: NamedIndividual
description: a point representing DPT 246.600: Battery Info
subject: 246.600
subject: Battery Info
dpt bit size max: 16
dpt major number: 246
dpt minor number: 600
is assembled with: type.dpt.field.246.600.i0.BatteryChargeLevel
is assembled with: type.dpt.field.246.600.i1.BatteryFailure
is assembled with: type.dpt.field.246.600.i2.BatteryDurationFailure
is assembled with: type.dpt.field.246.600.i3.BatteryFullyCharged
is assembled with: type.dpt.field.246.600.i4.Reserved
has communication mode: S

Beaufort Wind Force Scale
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.014: Beaufort Wind Force Scale
subject: 20.014
subject: 20.14
subject: Beaufort Wind Force Scale
dpt bit size max: 8
dpt major number: 20
dpt minor number: 14
is assembled with: type.dpt.field.20.14.i0
has communication mode: S

Behaviour Bus Power Up Down
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.601: Behaviour Bus Power Up Down
subject: 20.601
subject: Behaviour Bus Power Up Down
dpt bit size max: 8
dpt major number: 20
dpt minor number: 601
is assembled with: type.dpt.field.20.601.i0
has communication mode: S

Behaviour Lock Unlock
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.600: Behaviour Lock Unlock
subject: 20.600
subject: Behaviour Lock Unlock
dpt bit size max: 8
dpt major number: 20
dpt minor number: 600
is assembled with: type.dpt.field.20.600.i0
has communication mode: S

Binary Value Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.006: Binary Value Control
subject: 2.006
subject: 2.6
subject: Binary Value Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 6
is assembled with: Binary Value
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

Binary Value Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 200.101: Binary Value Z
subject: 200.101
subject: Binary Value Z
dpt bit size max: 16
dpt major number: 200
dpt minor number: 101
is assembled with: type.dpt.field.200.101.i0.StatusCommand
is assembled with: type.dpt.field.200.101.i1.BinaryValue
has communication mode: LTE

BlindsControlMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.804: BlindsControlMode
subject: 20.804
subject: BlindsControlMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 804
is assembled with: type.dpt.field.20.804.i0
has communication mode: S

BlinkingMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.603: BlinkingMode
subject: 20.603
subject: BlinkingMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 603
is assembled with: type.dpt.field.20.603.i0
has communication mode: S

Bool Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.002: Bool Control
subject: 2.002
subject: 2.2
subject: Bool Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 2
is assembled with: Bool
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

Breaker Status
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1203: Breaker Status
subject: 20.1203
subject: Breaker Status
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1203
is assembled with: type.dpt.field.20.1203.i0
has communication mode: S

Brightness
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.013: Brightness
subject: 7.013
subject: 7.13
subject: Brightness
dpt bit size max: 16
dpt major number: 7
dpt minor number: 13
is assembled with: type.dpt.field.7.13.i0
has communication mode: S

BuildingModeNext
type: DatapointType
type: NamedIndividual
description: a point representing DPT 206.105: BuildingModeNext
subject: 206.105
subject: BuildingModeNext
dpt bit size max: 24
dpt major number: 206
dpt minor number: 105
is assembled with: type.dpt.field.206.105.i0.BuildingMode
is assembled with: type.dpt.field.206.105.i1.Time
has communication mode: LTE

Building Mode Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 201.107: Building Mode Z
subject: 201.107
subject: Building Mode Z
dpt bit size max: 16
dpt major number: 201
dpt minor number: 107
is assembled with: type.dpt.field.201.107.i0.StatusCommand
is assembled with: type.dpt.field.201.107.i1.BuildingMode
has communication mode: LTE

BurnerType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.101: BurnerType
subject: 20.101
subject: BurnerType
dpt bit size max: 8
dpt major number: 20
dpt minor number: 101
is assembled with: type.dpt.field.20.101.i0
has communication mode: S

Channel Activation 16
type: DatapointType
type: NamedIndividual
description: a point representing DPT 22.1010: Channel Activation 16
subject: 22.1010
subject: Channel Activation 16
dpt bit size max: 16
dpt major number: 22
dpt minor number: 1010
is assembled with: type.dpt.field.22.1010.i0.ActivationStateOfChannel1
is assembled with: type.dpt.field.22.1010.i1.ActivationStateOfChannel2
is assembled with: type.dpt.field.22.1010.i10.ActivationStateOfChannel11
is assembled with: type.dpt.field.22.1010.i11.ActivationStateOfChannel12
is assembled with: type.dpt.field.22.1010.i12.ActivationStateOfChannel13
is assembled with: type.dpt.field.22.1010.i13.ActivationStateOfChannel14
is assembled with: type.dpt.field.22.1010.i14.ActivationStateOfChannel15
is assembled with: type.dpt.field.22.1010.i15.ActivationStateOfChannel16
is assembled with: type.dpt.field.22.1010.i2.ActivationStateOfChannel3
is assembled with: type.dpt.field.22.1010.i3.ActivationStateOfChannel4
is assembled with: type.dpt.field.22.1010.i4.ActivationStateOfChannel5
is assembled with: type.dpt.field.22.1010.i5.ActivationStateOfChannel6
is assembled with: type.dpt.field.22.1010.i6.ActivationStateOfChannel7
is assembled with: type.dpt.field.22.1010.i7.ActivationStateOfChannel8
is assembled with: type.dpt.field.22.1010.i8.ActivationStateOfChannel9
is assembled with: type.dpt.field.22.1010.i9.ActivationStateOfChannel10
has communication mode: S

Channel Activation 24
type: DatapointType
type: NamedIndividual
description: a point representing DPT 30.1010: Channel Activation 24
subject: 30.1010
subject: Channel Activation 24
dpt bit size max: 24
dpt major number: 30
dpt minor number: 1010
is assembled with: type.dpt.field.30.1010.i0.ActivationStateOfChannel1
is assembled with: type.dpt.field.30.1010.i1.ActivationStateOfChannel2
is assembled with: type.dpt.field.30.1010.i10.ActivationStateOfChannel11
is assembled with: type.dpt.field.30.1010.i11.ActivationStateOfChannel12
is assembled with: type.dpt.field.30.1010.i12.ActivationStateOfChannel13
is assembled with: type.dpt.field.30.1010.i13.ActivationStateOfChannel14
is assembled with: type.dpt.field.30.1010.i14.ActivationStateOfChannel15
is assembled with: type.dpt.field.30.1010.i15.ActivationStateOfChannel16
is assembled with: type.dpt.field.30.1010.i16.ActivationStateOfChannel17
is assembled with: type.dpt.field.30.1010.i17.ActivationStateOfChannel18
is assembled with: type.dpt.field.30.1010.i18.ActivationStateOfChannel19
is assembled with: type.dpt.field.30.1010.i19.ActivationStateOfChannel20
is assembled with: type.dpt.field.30.1010.i2.ActivationStateOfChannel3
is assembled with: type.dpt.field.30.1010.i20.ActivationStateOfChannel21
is assembled with: type.dpt.field.30.1010.i21.ActivationStateOfChannel22
is assembled with: type.dpt.field.30.1010.i22.ActivationStateOfChannel23
is assembled with: type.dpt.field.30.1010.i23.ActivationStateOfChannel24
is assembled with: type.dpt.field.30.1010.i3.ActivationStateOfChannel4
is assembled with: type.dpt.field.30.1010.i4.ActivationStateOfChannel5
is assembled with: type.dpt.field.30.1010.i5.ActivationStateOfChannel6
is assembled with: type.dpt.field.30.1010.i6.ActivationStateOfChannel7
is assembled with: type.dpt.field.30.1010.i7.ActivationStateOfChannel8
is assembled with: type.dpt.field.30.1010.i8.ActivationStateOfChannel9
is assembled with: type.dpt.field.30.1010.i9.ActivationStateOfChannel10
has communication mode: S

Channel Activation 8
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.1010: Channel Activation 8
subject: 21.1010
subject: Channel Activation 8
dpt bit size max: 8
dpt major number: 21
dpt minor number: 1010
is assembled with: type.dpt.field.21.1010.i0.ActivationStateOfChannel1
is assembled with: type.dpt.field.21.1010.i1.ActivationStateOfChannel2
is assembled with: type.dpt.field.21.1010.i2.ActivationStateOfChannel3
is assembled with: type.dpt.field.21.1010.i3.ActivationStateOfChannel4
is assembled with: type.dpt.field.21.1010.i4.ActivationStateOfChannel5
is assembled with: type.dpt.field.21.1010.i5.ActivationStateOfChannel6
is assembled with: type.dpt.field.21.1010.i6.ActivationStateOfChannel7
is assembled with: type.dpt.field.21.1010.i7.ActivationStateOfChannel8
has communication mode: S

Cloud Cover
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.021: Cloud Cover
subject: 20.021
subject: 20.21
subject: Cloud Cover
dpt bit size max: 8
dpt major number: 20
dpt minor number: 21
is assembled with: type.dpt.field.20.21.i0
has communication mode: S

Cold Water Distribution
type: Class
comment: The coold water distribution Application Function connects and coordinates water and energy flow between production of chilled water (cooling) and consumer (emission control).
subclass of: Restriction
  has value: qk ph water volumeflowrate pipesection
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: Cooling
  on property: operatesForTrade
subclass of: distributionCtrl
subclass of: waterCtrl

Colour Transition
type: DatapointType
type: NamedIndividual
description: a point representing DPT 243.600: Colour Transition
subject: 243.600
subject: Colour Transition
dpt bit size max: 64
dpt major number: 243
dpt minor number: 600
is assembled with: type.dpt.field.243.600.i0.B
is assembled with: type.dpt.field.243.600.i1.C
is assembled with: type.dpt.field.243.600.i2.Reserved
is assembled with: type.dpt.field.243.600.i3.Brightness
is assembled with: type.dpt.field.243.600.i4.yaxis
is assembled with: type.dpt.field.243.600.i5.xaxis
is assembled with: type.dpt.field.243.600.i6.TimePeriod
has communication mode: S

Colour xyY
type: DatapointType
type: NamedIndividual
description: a point representing DPT 242.600: Colour xyY
subject: 242.600
subject: Colour xyY
dpt bit size max: 48
dpt major number: 242
dpt minor number: 600
is assembled with: type.dpt.field.242.600.i0.B
is assembled with: type.dpt.field.242.600.i1.C
is assembled with: type.dpt.field.242.600.i2.Reserved
is assembled with: type.dpt.field.242.600.i3.Brightness
is assembled with: type.dpt.field.242.600.i4.yaxis
is assembled with: type.dpt.field.242.600.i5.xaxis
has communication mode: S

CombinedInfoOnOff
type: DatapointType
type: NamedIndividual
description: a point representing DPT 27.001: CombinedInfoOnOff
subject: 27.001
subject: 27.1
subject: CombinedInfoOnOff
dpt bit size max: 32
dpt major number: 27
dpt minor number: 1
is assembled with: type.dpt.field.27.1.i0.IOO1
is assembled with: type.dpt.field.27.1.i1.IOO2
is assembled with: type.dpt.field.27.1.i10.IOO11
is assembled with: type.dpt.field.27.1.i11.IOO12
is assembled with: type.dpt.field.27.1.i12.IOO13
is assembled with: type.dpt.field.27.1.i13.IOO14
is assembled with: type.dpt.field.27.1.i14.IOO15
is assembled with: type.dpt.field.27.1.i15.IOO16
is assembled with: type.dpt.field.27.1.i16.MaskBitIOO1
is assembled with: type.dpt.field.27.1.i17.MaskBitIOO2
is assembled with: type.dpt.field.27.1.i18.MaskBitIOO3
is assembled with: type.dpt.field.27.1.i19.MaskBitIOO4
is assembled with: type.dpt.field.27.1.i2.IOO3
is assembled with: type.dpt.field.27.1.i20.MaskBitIOO5
is assembled with: type.dpt.field.27.1.i21.MaskBitIOO6
is assembled with: type.dpt.field.27.1.i22.MaskBitIOO7
is assembled with: type.dpt.field.27.1.i23.MaskBitIOO8
is assembled with: type.dpt.field.27.1.i24.MaskBitIOO9
is assembled with: type.dpt.field.27.1.i25.MaskBitIOO10
is assembled with: type.dpt.field.27.1.i26.MaskBitIOO11
is assembled with: type.dpt.field.27.1.i27.MaskBitIOO12
is assembled with: type.dpt.field.27.1.i28.MaskBitIOO13
is assembled with: type.dpt.field.27.1.i29.MaskBitIOO14
is assembled with: type.dpt.field.27.1.i3.IOO4
is assembled with: type.dpt.field.27.1.i30.MaskBitIOO15
is assembled with: type.dpt.field.27.1.i31.MaskBitIOO16
is assembled with: type.dpt.field.27.1.i4.IOO5
is assembled with: type.dpt.field.27.1.i5.IOO6
is assembled with: type.dpt.field.27.1.i6.IOO7
is assembled with: type.dpt.field.27.1.i7.IOO8
is assembled with: type.dpt.field.27.1.i8.IOO9
is assembled with: type.dpt.field.27.1.i9.IOO10
has communication mode: S

CombinedPosition
type: DatapointType
type: NamedIndividual
description: a point representing DPT 240.800: CombinedPosition
subject: 240.800
subject: CombinedPosition
dpt bit size max: 24
dpt major number: 240
dpt minor number: 800
is assembled with: type.dpt.field.240.800.i0.ValidSlatsPos
is assembled with: type.dpt.field.240.800.i1.ValidHeightPos
is assembled with: type.dpt.field.240.800.i2.Reserved
is assembled with: type.dpt.field.240.800.i3.SlatsPosition
is assembled with: type.dpt.field.240.800.i4.HeightPosition
has communication mode: S

CommMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1000: CommMode
subject: 20.1000
subject: CommMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1000
is assembled with: type.dpt.field.20.1000.i0
has communication mode: S

composes input
type: ObjectProperty
sub property of: composes
inverse of: isComposedByInput

composes ouput
type: ObjectProperty
sub property of: composes
inverse of: isComposedByOutput

Concentration µg/m3
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.030: Concentration µg/m3
subject: 9.030
subject: 9.30
subject: Concentration µg/m3
dpt bit size max: 16
dpt major number: 9
dpt minor number: 30
is assembled with: type.dpt.field.9.30.i0
has communication mode: S

ConsumerProducer
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.1200: ConsumerProducer
subject: 1.1200
subject: ConsumerProducer
dpt bit size max: 1
dpt major number: 1
dpt minor number: 1200
is assembled with: Consumer / Producer
has communication mode: S

Control Blinds
type: DatapointType
type: NamedIndividual
description: a point representing DPT 3.008: Control Blinds
subject: 3.008
subject: 3.8
subject: Control Blinds
dpt bit size max: 4
dpt major number: 3
dpt minor number: 8
is assembled with: Step Code
is assembled with: c
has communication mode: S

Converter Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.612: Converter Control
subject: 20.612
subject: Converter Control
dpt bit size max: 8
dpt major number: 20
dpt minor number: 612
is assembled with: type.dpt.field.20.612.i0
has communication mode: S

Converter Data Request
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.613: Converter Data Request
subject: 20.613
subject: Converter Data Request
dpt bit size max: 8
dpt major number: 20
dpt minor number: 613
is assembled with: type.dpt.field.20.613.i0
has communication mode: S

Converter Info Fix
type: DatapointType
type: NamedIndividual
description: a point representing DPT 250.600: Converter Info Fix
subject: 250.600
subject: Converter Info Fix
dpt bit size max: 24
dpt major number: 250
dpt minor number: 600
is assembled with: type.dpt.field.250.600.i0.BrightnessStepValidity
is assembled with: type.dpt.field.250.600.i1.ColourStepValidity
is assembled with: type.dpt.field.250.600.i2.Reserved
is assembled with: type.dpt.field.250.600.i3.StepCodeBrightness
is assembled with: type.dpt.field.250.600.i4.cB
is assembled with: type.dpt.field.250.600.i5.Reserved
is assembled with: type.dpt.field.250.600.i6.StepCodeColourTemperature
is assembled with: type.dpt.field.250.600.i7.cCT
is assembled with: type.dpt.field.250.600.i8.Reserved
has communication mode: S

Converter Status
type: DatapointType
type: NamedIndividual
description: a point representing DPT 244.600: Converter Status
subject: 244.600
subject: Converter Status
dpt bit size max: 16
dpt major number: 244
dpt minor number: 600
is assembled with: type.dpt.field.244.600.i0.CF
is assembled with: type.dpt.field.244.600.i1.PP
is assembled with: type.dpt.field.244.600.i2.DP
is assembled with: type.dpt.field.244.600.i3.FP
is assembled with: type.dpt.field.244.600.i4.HSinhibit
is assembled with: type.dpt.field.244.600.i5.HSswitch
is assembled with: type.dpt.field.244.600.i6.Reserved
is assembled with: type.dpt.field.244.600.i7.CM
has communication mode: S

Converter Test Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.611: Converter Test Control
subject: 20.611
subject: Converter Test Control
dpt bit size max: 8
dpt major number: 20
dpt minor number: 611
is assembled with: type.dpt.field.20.611.i0
has communication mode: S

Converter Test Info
type: DatapointType
type: NamedIndividual
description: a point representing DPT 249.600: Converter Test Info
subject: 249.600
subject: Converter Test Info
dpt bit size max: 48
dpt major number: 249
dpt minor number: 600
is assembled with: type.dpt.field.249.600.i0.validityOfAbsoluteBrightness
is assembled with: type.dpt.field.249.600.i1.validityOfAbsoluteColourTemperature
is assembled with: type.dpt.field.249.600.i2.validityOfTimePeriod
is assembled with: type.dpt.field.249.600.i3.Reserved
is assembled with: type.dpt.field.249.600.i4.AbsoluteBrightness
is assembled with: type.dpt.field.249.600.i5.AbsoluteColorTemperature
is assembled with: type.dpt.field.249.600.i6.TimePeriod
has communication mode: S

Converter Test Result
type: DatapointType
type: NamedIndividual
description: a point representing DPT 245.600: Converter Test Result
subject: 245.600
subject: Converter Test Result
dpt bit size max: 48
dpt major number: 245
dpt minor number: 600
is assembled with: type.dpt.field.245.600.i0.LPDTR
is assembled with: type.dpt.field.245.600.i1.LDTR
is assembled with: type.dpt.field.245.600.i2.Reserved
is assembled with: type.dpt.field.245.600.i3.SP
is assembled with: type.dpt.field.245.600.i4.SD
is assembled with: type.dpt.field.245.600.i5.SF
is assembled with: type.dpt.field.245.600.i6.Reserved
is assembled with: type.dpt.field.245.600.i7.LTRP
is assembled with: type.dpt.field.245.600.i8.LTRD
is assembled with: type.dpt.field.245.600.i9.LTRF
has communication mode: S

DALI Control Gear Diagnostic
type: DatapointType
type: NamedIndividual
description: a point representing DPT 237.600: DALI Control Gear Diagnostic
subject: 237.600
subject: DALI Control Gear Diagnostic
dpt bit size max: 16
dpt major number: 237
dpt minor number: 600
is assembled with: type.dpt.field.237.600.i0.DALIAddress
is assembled with: type.dpt.field.237.600.i1.AddressIndicator
is assembled with: type.dpt.field.237.600.i2.ReadOrResponse
is assembled with: type.dpt.field.237.600.i3.LampFailure
is assembled with: type.dpt.field.237.600.i4.BallastFailure
is assembled with: type.dpt.field.237.600.i5.ConvertorError
is assembled with: type.dpt.field.237.600.i6.Reserved
has communication mode: S

DALI Diagnostics
type: DatapointType
type: NamedIndividual
description: a point representing DPT 238.600: DALI Diagnostics
subject: 238.600
subject: DALI Diagnostics
dpt bit size max: 8
dpt major number: 238
dpt minor number: 600
is assembled with: type.dpt.field.238.600.i0.DeviceAddress
is assembled with: type.dpt.field.238.600.i1.LampFailure
is assembled with: type.dpt.field.238.600.i2.BallastFailure
has communication mode: S

DALI Fade Time
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.602: DALI Fade Time
subject: 20.602
subject: DALI Fade Time
dpt bit size max: 8
dpt major number: 20
dpt minor number: 602
is assembled with: type.dpt.field.20.602.i0
has communication mode: S

DamperMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.109: DamperMode
subject: 20.109
subject: DamperMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 109
is assembled with: type.dpt.field.20.109.i0
has communication mode: S

DateTime Alarm
type: DatapointType
type: NamedIndividual
description: a point representing DPT 265.005: DateTime Alarm
subject: 265.005
subject: 265.5
subject: DateTime Alarm
dpt bit size max: 72
dpt major number: 265
dpt minor number: 5
is assembled with: type.dpt.field.265.5.i0.BinaryInformation
is assembled with: type.dpt.field.265.5.i1.Reserved
is assembled with: type.dpt.field.265.5.i2.DateAndTime
has communication mode: S

DateTime Invert
type: DatapointType
type: NamedIndividual
description: a point representing DPT 265.012: DateTime Invert
subject: 265.012
subject: 265.12
subject: DateTime Invert
dpt bit size max: 72
dpt major number: 265
dpt minor number: 12
is assembled with: type.dpt.field.265.12.i0.BinaryInformation
is assembled with: type.dpt.field.265.12.i1.Reserved
is assembled with: type.dpt.field.265.12.i2.DateAndTime
has communication mode: S

DateTime OpenClose
type: DatapointType
type: NamedIndividual
description: a point representing DPT 265.009: DateTime OpenClose
subject: 265.009
subject: 265.9
subject: DateTime OpenClose
dpt bit size max: 72
dpt major number: 265
dpt minor number: 9
is assembled with: type.dpt.field.265.9.i0.BinaryInformation
is assembled with: type.dpt.field.265.9.i1.Reserved
is assembled with: type.dpt.field.265.9.i2.DateAndTime
has communication mode: S

DateTime Period
type: DatapointType
type: NamedIndividual
description: a point representing DPT 256.001: DateTime Period
subject: 256.001
subject: 256.1
subject: DateTime Period
dpt bit size max: 128
dpt major number: 256
dpt minor number: 1
is assembled with: type.dpt.field.256.1.i0.StopDateTime
is assembled with: type.dpt.field.256.1.i1.StartDateTime
has communication mode: S

DateTime State
type: DatapointType
type: NamedIndividual
description: a point representing DPT 265.011: DateTime State
subject: 265.011
subject: 265.11
subject: DateTime State
dpt bit size max: 72
dpt major number: 265
dpt minor number: 11
is assembled with: type.dpt.field.265.11.i0.BinaryInformation
is assembled with: type.dpt.field.265.11.i1.Reserved
is assembled with: type.dpt.field.265.11.i2.DateAndTime
has communication mode: S

DateTime Switch
type: DatapointType
type: NamedIndividual
description: a point representing DPT 265.001: DateTime Switch
subject: 265.001
subject: 265.1
subject: DateTime Switch
dpt bit size max: 72
dpt major number: 265
dpt minor number: 1
is assembled with: type.dpt.field.265.1.i0.BinaryInformation
is assembled with: type.dpt.field.265.1.i1.Reserved
is assembled with: type.dpt.field.265.1.i2.DateAndTime
has communication mode: S

DayNight
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.024: DayNight
subject: 1.024
subject: 1.24
subject: DayNight
dpt bit size max: 1
dpt major number: 1
dpt minor number: 24
is assembled with: Day / Night
has communication mode: S

DecimalFactor
type: DatapointType
type: NamedIndividual
description: a point representing DPT 5.005: DecimalFactor
subject: 5.005
subject: 5.5
subject: DecimalFactor
dpt bit size max: 8
dpt major number: 5
dpt minor number: 5
is assembled with: Decimal Factor
has communication mode: S

DeltaTime100MSec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.004: DeltaTime100MSec
subject: 8.004
subject: 8.4
subject: DeltaTime100MSec
dpt bit size max: 16
dpt major number: 8
dpt minor number: 4
is assembled with: type.dpt.field.8.4.i0
has communication mode: S

DeltaTime10MSec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.003: DeltaTime10MSec
subject: 8.003
subject: 8.3
subject: DeltaTime10MSec
dpt bit size max: 16
dpt major number: 8
dpt minor number: 3
is assembled with: type.dpt.field.8.3.i0
has communication mode: S

DeltaTimeHrs
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.007: DeltaTimeHrs
subject: 8.007
subject: 8.7
subject: DeltaTimeHrs
dpt bit size max: 16
dpt major number: 8
dpt minor number: 7
is assembled with: type.dpt.field.8.7.i0
has communication mode: S

DeltaTimeMsec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.002: DeltaTimeMsec
subject: 8.002
subject: 8.2
subject: DeltaTimeMsec
dpt bit size max: 16
dpt major number: 8
dpt minor number: 2
is assembled with: type.dpt.field.8.2.i0
has communication mode: S

DeltaTimeSec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.005: DeltaTimeSec
subject: 8.005
subject: 8.5
subject: DeltaTimeSec
dpt bit size max: 16
dpt major number: 8
dpt minor number: 5
is assembled with: type.dpt.field.8.5.i0
has communication mode: S

Delta Volume Cubic Metre
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.1201: Delta Volume Cubic Metre
subject: 13.1201
subject: Delta Volume Cubic Metre
dpt bit size max: 32
dpt major number: 13
dpt minor number: 1201
is assembled with: type.dpt.field.13.1201.i0
has communication mode: S

Delta Volume Liquid Litre
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.1200: Delta Volume Liquid Litre
subject: 13.1200
subject: Delta Volume Liquid Litre
dpt bit size max: 32
dpt major number: 13
dpt minor number: 1200
is assembled with: type.dpt.field.13.1200.i0
has communication mode: S

Demand Driven Based Control
type: Class
comment: Application functions for "demand driven based control" is an approach to dynamically manage energy output based on the demand for energy that arises within the smart grid.
subclass of: smartGridCtrl

Device Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.002: Device Control
subject: 21.002
subject: 21.2
subject: Device Control
dpt bit size max: 8
dpt major number: 21
dpt minor number: 2
is assembled with: type.dpt.field.21.2.i0.UserStopped
is assembled with: type.dpt.field.21.2.i1.OwnIA
is assembled with: type.dpt.field.21.2.i2.VerifyMode
is assembled with: type.dpt.field.21.2.i3.Reserved
has communication mode: S

DHW Control
type: Class
comment: The Domestic Hot Water Control Application Function represents a process of providing domestic hot water (DHW) for the kitchen and bathroom sinks, tubs and other appliances.
subclass of: Restriction
  has value: Domestic Hot Water
  on property: operatesForTrade
subclass of: energyCtrl

DHWModeNext
type: DatapointType
type: NamedIndividual
description: a point representing DPT 206.102: DHWModeNext
subject: 206.102
subject: DHWModeNext
dpt bit size max: 24
dpt major number: 206
dpt minor number: 102
is assembled with: type.dpt.field.206.102.i0.DHWmode
is assembled with: type.dpt.field.206.102.i1.Time
has communication mode: LTE

DHW Mode Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 201.102: DHW Mode Z
subject: 201.102
subject: DHW Mode Z
dpt bit size max: 16
dpt major number: 201
dpt minor number: 102
is assembled with: type.dpt.field.201.102.i0.StatusCommand
is assembled with: type.dpt.field.201.102.i1.DHWMode
has communication mode: LTE

Dim Send Style
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.013: Dim Send Style
subject: 1.013
subject: 1.13
subject: Dim Send Style
dpt bit size max: 1
dpt major number: 1
dpt minor number: 13
is assembled with: Dim Send Style
has communication mode: S

DimmPBModel
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.607: DimmPBModel
subject: 20.607
subject: DimmPBModel
dpt bit size max: 8
dpt major number: 20
dpt minor number: 607
is assembled with: type.dpt.field.20.607.i0
has communication mode: S

Direction 1 Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.008: Direction 1 Control
subject: 2.008
subject: 2.8
subject: Direction 1 Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 8
is assembled with: Direction 1
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

Direction 2 Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.009: Direction 2 Control
subject: 2.009
subject: 2.9
subject: Direction 2 Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 9
is assembled with: Direction 2
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

DoubleNibble
type: DatapointType
type: NamedIndividual
description: a point representing DPT 25.1000: DoubleNibble
subject: 25.1000
subject: DoubleNibble
dpt bit size max: 8
dpt major number: 25
dpt minor number: 1000
is assembled with: type.dpt.field.25.1000.i0.Nak
is assembled with: type.dpt.field.25.1000.i1.Busy
has communication mode: S

emDemandRateRange
type: DatapointType
type: NamedIndividual
description: demand rate range
dpt bit size max: 32
dpt major number: 516
dpt minor number: 501
is assembled with: type.dpt.field.516.501.i0.drr.LV
is assembled with: type.dpt.field.516.501.i1.drr.UV

emEnergyConstraints
type: DatapointType
type: NamedIndividual
description: the energy constraint allow the Resource Manager to describe what it considers as acceptable levels for avarate power for specific time periods
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 501
is assembled with: type.dpt.field.512.501.i0.ec.CE CNT
is assembled with: type.dpt.field.512.501.i1.ec.CE

emFillLevelTargetProfile
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 508
is assembled with: type.dpt.field.512.508.i0.fltp.START
is assembled with: type.dpt.field.512.508.i1.fltp.CQ
is assembled with: type.dpt.field.512.508.i2.fltp.PE CNT
is assembled with: type.dpt.field.512.508.i3.fltp.PE

emInstructionStatus
type: DatapointType
type: NamedIndividual
dpt bit size max: 24
dpt major number: 515
dpt minor number: 500
is assembled with: type.dpt.field.515.500.i0.is.STAT
is assembled with: type.dpt.field.515.500.i1.is.INSTR ID

emLeakageBehaviour
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 509
is assembled with: type.dpt.field.512.509.i0.lb.LBE CNT
is assembled with: type.dpt.field.512.509.i1.lb.LBE

emPowerConstraints
type: DatapointType
type: NamedIndividual
description: Power Constraints
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 500
is assembled with: type.dpt.field.512.500.i0.pc.CE CNT
is assembled with: type.dpt.field.512.500.i1.pc.CE

emPowerEnvelopeInstruction
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 503
is assembled with: type.dpt.field.512.503.i0.pei.ID
is assembled with: type.dpt.field.512.503.i1.pei.AC
is assembled with: type.dpt.field.512.503.i2.pei.IT
is assembled with: type.dpt.field.512.503.i3.pei.Reserved
is assembled with: type.dpt.field.512.503.i4.pei.ET
is assembled with: type.dpt.field.512.503.i5.pei.PC ID
is assembled with: type.dpt.field.512.503.i7.pei.PE CNT
is assembled with: type.dpt.field.512.503.i8.pei.PWR ENV
is assembled with: type.dpt.field.512.503.pei.Reserved

emPowerProfile
type: DatapointType
type: NamedIndividual
description: Power profile
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 504
is assembled with: type.dpt.field.512.504.i0.pp.ID
is assembled with: type.dpt.field.512.504.i1.pp.SC CNT
is assembled with: type.dpt.field.512.504.i2.pp.START
is assembled with: type.dpt.field.512.504.i3.pp.END
is assembled with: type.dpt.field.512.504.i4.pp.SC

emResourceManagerDetails
type: DatapointType
type: NamedIndividual
dpt bit size max: 48
dpt major number: 518
dpt minor number: 500
is assembled with: type.dpt.field.518.500.i0.rmd.ROL
is assembled with: type.dpt.field.518.500.i1.rmd.CT
is assembled with: type.dpt.field.518.500.i2.rmd.IPD
is assembled with: type.dpt.field.518.500.i3.rmd.RID

emSequenceInstruction
type: DatapointType
type: NamedIndividual
description: sequence instruction
dpt bit size max: 104
dpt major number: 522
dpt minor number: 500
is assembled with: type.dpt.field.522.500.i0.si.ET
is assembled with: type.dpt.field.522.500.i1.si.AC
is assembled with: type.dpt.field.522.500.i2.si.Reserved
is assembled with: type.dpt.field.522.500.i3.si.SID
is assembled with: type.dpt.field.522.500.i4.si.CID
is assembled with: type.dpt.field.522.500.i5.si.PID
is assembled with: type.dpt.field.522.500.i6.si.IT
is assembled with: type.dpt.field.522.500.i7.si.ID

emSequenceStatus
type: DatapointType
type: NamedIndividual
description: state of a sequence
dpt bit size max: 80
dpt major number: 520
dpt minor number: 500
is assembled with: type.dpt.field.520.500.i0.ss.ET
is assembled with: type.dpt.field.520.500.i1.ss.SLT
is assembled with: type.dpt.field.520.500.i2.ss.SID
is assembled with: type.dpt.field.520.500.i3.ss.CID
is assembled with: type.dpt.field.520.500.i4.ss.PID

emStateMachineDDBC
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 510
is assembled with: type.dpt.field.512.510.i0.smddbc.COM
is assembled with: type.dpt.field.512.510.i1.smddbc.OM CNT
is assembled with: type.dpt.field.512.510.i2.smddb.TRAN CNT
is assembled with: type.dpt.field.512.510.i3.smddb.Reserved
is assembled with: type.dpt.field.512.510.i4.smddb.OM
is assembled with: type.dpt.field.512.510.i5.smddb.TRAN

emStateMachineFRBC
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 507
is assembled with: type.dpt.field.512.507.i0.smfrbc.COM
is assembled with: type.dpt.field.512.507.i1.smfrbc.OM CNT
is assembled with: type.dpt.field.512.507.i2.smfrbc.TRAN CNT
is assembled with: type.dpt.field.512.507.i3.smfrbc.Reserved
is assembled with: type.dpt.field.512.507.i4.smfrbc.OM
is assembled with: type.dpt.field.512.507.i5.smfrbc.TRAN

emStateMachineOMBC
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 506
is assembled with: type.dpt.field.512.506.i0.smombc.COM
is assembled with: type.dpt.field.512.506.i1.smombc.OM CNT
is assembled with: type.dpt.field.512.506.i2.smombc.TRAN CNT
is assembled with: type.dpt.field.512.506.i3.smombc.Reserved
is assembled with: type.dpt.field.512.506.i4.smombc.OM
is assembled with: type.dpt.field.512.506.i5.smombc.TRAN

emStateMachineStatus
type: DatapointType
type: NamedIndividual
dpt bit size max: 104
dpt major number: 523
dpt minor number: 500
is assembled with: type.dpt.field.523.500.i0.sms.STAT TMR
is assembled with: type.dpt.field.523.500.i1.sms.ET
is assembled with: type.dpt.field.523.500.i2.sms.OMF
is assembled with: type.dpt.field.523.500.i3.sms.CID
is assembled with: type.dpt.field.523.500.i4.sms.PID

emTimerDeclaration
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 511
is assembled with: type.dpt.field.512.511.i0.td.TIMER CNT
is assembled with: type.dpt.field.512.511.i1.td.TIMER

emTransitionInstruction
type: DatapointType
type: NamedIndividual
description: Instruction to force the state machine switching from one operation mode to another or just set a new new value of the operation mode factor
dpt bit size max: 104
dpt major number: 524
dpt minor number: 500
is assembled with: type.dpt.field.524.500.i0.ti.AC
is assembled with: type.dpt.field.524.500.i1.ti.Reserved
is assembled with: type.dpt.field.524.500.i2.ti.OMF
is assembled with: type.dpt.field.524.500.i3.ti.ET
is assembled with: type.dpt.field.524.500.i4.ti.ID

emUsageForecast
type: DatapointType
type: NamedIndividual
description: the usage forecast allow the resource manager to communicate planned usage of a storage for a certain period of time in the future
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 512
is assembled with: type.dpt.field.512.512.i0.uf.START
is assembled with: type.dpt.field.512.512.i1.uf.FE CNT
is assembled with: type.dpt.field.512.512.i2.uf.FE

Enable Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.003: Enable Control
subject: 2.003
subject: 2.3
subject: Enable Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 3
is assembled with: Enable
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

EnableHCStage Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 201.105: EnableHCStage Z
subject: 201.105
subject: EnableHCStage Z
dpt bit size max: 16
dpt major number: 201
dpt minor number: 105
is assembled with: type.dpt.field.201.105.i0.StatusCommand
is assembled with: type.dpt.field.201.105.i1.EnableHCStage
has communication mode: LTE

EnergyDirection
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.1201: EnergyDirection
subject: 1.1201
subject: EnergyDirection
dpt bit size max: 1
dpt major number: 1
dpt minor number: 1201
is assembled with: Energy Direction
has communication mode: S

Energy Storage Control
type: Class
comment: A specific Application Function to optimize different energy storages.
subclass of: energyCtrl

ErrorClass HVAC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.012: ErrorClass HVAC
subject: 20.012
subject: 20.12
subject: ErrorClass HVAC
dpt bit size max: 8
dpt major number: 20
dpt minor number: 12
is assembled with: type.dpt.field.20.12.i0
has communication mode: S

ErrorClass System
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.011: ErrorClass System
subject: 20.011
subject: 20.11
subject: ErrorClass System
dpt bit size max: 8
dpt major number: 20
dpt minor number: 11
is assembled with: type.dpt.field.20.11.i0
has communication mode: S

Euridis Communication Interface Status
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1204: Euridis Communication Interface Status
subject: 20.1204
subject: Euridis Communication Interface Status
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1204
is assembled with: type.dpt.field.20.1204.i0
has communication mode: S

FanMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.111: FanMode
subject: 20.111
subject: FanMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 111
is assembled with: type.dpt.field.20.111.i0
has communication mode: S

Room Setpoint Manager HVAC-Mode Driven
type: Class
subject: 100
subject: RSMHD
subject: Room Setpoint Manager HVAC-Mode Driven
interface object type annotation: 100
is incomplete: true
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.384.53
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.115.63
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.100.59
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.100.51
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.343.51
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.115.62
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.100.55
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    union of: dpa.104.52
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  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: TempRoomSetpSetCoolEff
  on property: isComposedByOutput
subclass of: Class
  intersection of: FunctionalBlock
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    has value: 100
    on property: interfaceObjectType
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.384.52
  on property: isComposedByInput
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  max qualified cardinality: 1
  on class: Class
    union of: dpa.104.53
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  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: TempRoomSetpSetHeatEff
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.121.52
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.384.51
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    union of: dpa.345.51
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  max qualified cardinality: 1
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subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.100.58
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.384.55
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.384.54
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: HVACModeEffNext
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.100.56
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.100.57
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    union of: dpa.104.51
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  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.384.53
    intersection of: Restriction
      has value: ComfortProlongUser
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.100.58
    intersection of: Restriction
      has value: TempRoomSetpUserOffsetEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.100.57
    intersection of: Restriction
      has value: HVACModeUserEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.115.63
    intersection of: Restriction
      has value: TempRoomSetpSetCoolShift
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.100.60
    intersection of: Restriction
      has value: ComfortProlongEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.100.56
    intersection of: Restriction
      has value: TempRoomSetpCoolEff
      on property: pointName
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subclass of: Restriction
  max qualified cardinality: 1
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    intersection of: dpa.100.55
    intersection of: Restriction
      has value: TempRoomSetpHeatEff
      on property: pointName
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subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: HVACModeEffNext
    intersection of: Restriction
      has value: HVACModeEffNext
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.384.54
    intersection of: Restriction
      has value: ComfortPushbutton
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.100.59
    intersection of: Restriction
      has value: TempRoomSetpUserAbsEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.384.52
    intersection of: Restriction
      has value: TempRoomSetpUserOffset
      on property: pointName
  on property: isComposedByInput

Room Setpoint Manager Temperature Driven
type: Class
subject: 101
subject: RSMTD
subject: Room Setpoint Manager Temperature Driven
interface object type annotation: 101
is incomplete: true
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.101.52
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.101.51
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
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  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.121.52
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
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  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.384.52
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    union of: dpa.345.51
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  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.113.52
  on property: isComposedByInput
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  max qualified cardinality: 1
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  on property: isComposedByInput
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subclass of: Restriction
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  on property: isComposedByInput
subclass of: Restriction
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  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.396.51
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subclass of: Restriction
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  qualified cardinality: 1
subclass of: Restriction
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  on class: dpa.101.54
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subclass of: Class
  intersection of: FunctionalBlock
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    has value: 101
    on property: interfaceObjectType
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: Class
      union of: dpa.345.51
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    intersection of: Restriction
      has value: PresenceStatus
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.121.51
    intersection of: Restriction
      has value: TempRoomSetpTariffShift
      on property: pointName
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subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.396.51
    intersection of: Restriction
      has value: EnableTempRoomSetpAlt
      on property: pointName
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subclass of: Restriction
  max qualified cardinality: 1
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    intersection of: dpa.101.52
    intersection of: Restriction
      has value: TempRoomSetpHeatEffNext
      on property: pointName
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subclass of: Restriction
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    intersection of: dpa.113.52
    intersection of: Restriction
      has value: TempRoomSetpAbsNext
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subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.121.52
    intersection of: Restriction
      has value: TempRoomSetpLoadShedShift
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.384.53
    intersection of: Restriction
      has value: ComfortProlongUser
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.101.55
    intersection of: Restriction
      has value: StatusTempRoomSetpEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.101.51
    intersection of: Restriction
      has value: TempRoomSetpHeatEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.101.54
    intersection of: Restriction
      has value: TempRoomSetpCoolEffNext
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  on class: Class
    intersection of: Class
      union of: dpa.113.51
      union of: dpa.385.51
    intersection of: Restriction
      has value: TempRoomSetpAbs
      on property: pointName
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.384.51
    intersection of: Restriction
      has value: TempRoomSetpUserAbs
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.101.53
    intersection of: Restriction
      has value: TempRoomSetpCoolEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.384.52
    intersection of: Restriction
      has value: TempRoomSetpUserOffset
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.343.51
    intersection of: Restriction
      has value: WindowStatus
      on property: pointName
  on property: isComposedByInput

Setpoint Manager Relative Humidity
type: Class
subject: 103
subject: SMRH
subject: Setpoint Manager Relative Humidity
interface object type annotation: 103
is incomplete: true
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.103.51
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.103.52
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.388.51
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.103.54
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.103.53
  on property: isComposedByOutput
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 103
    on property: interfaceObjectType
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.388.51
    intersection of: Restriction
      has value: HumRelSetpUser
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.103.54
    intersection of: Restriction
      has value: HumDehumMode
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.103.52
    intersection of: Restriction
      has value: HumRelSetpDehumEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.103.51
    intersection of: Restriction
      has value: HumRelSetpHumEff
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.103.53
    intersection of: Restriction
      has value: HumRelSetpUserEff
      on property: pointName
  on property: isComposedByOutput

Outside Temperature Sensor
type: Class
subject: 320
subject: OTS
subject: Outside Temperature Sensor
interface object type annotation: 320
subclass of: Restriction
  on class: dpa.320.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.320.52
  on property: isComposedByOutput
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 320
    on property: interfaceObjectType
subclass of: Restriction
  all values from: roomTemperatureControl
  on property: isApplicableFunctionalityOf
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.320.52
    intersection of: Restriction
      has value: StatusGO
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
subclass of: Restriction
  on class: Class
    intersection of: dpa.320.51
    intersection of: Restriction
      has value: TempOutside
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
  qualified cardinality: 1

Room Temperature Sensor
type: Class
subject: 321
subject: RTS
subject: Room Temperature Sensor
interface object type annotation: 321
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.321.52
  on property: isComposedByOutput
subclass of: Restriction
  on class: dpa.321.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 321
    on property: interfaceObjectType
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.321.52
    intersection of: Restriction
      has value: StatusGO
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
subclass of: Restriction
  on class: Class
    intersection of: dpa.321.51
    intersection of: Restriction
      has value: TempRoom
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  all values from: roomTemperatureControl
  on property: isApplicableFunctionalityOf

Return Air Temperature Sensor
type: Class
subject: 323
subject: RNATS
subject: Return Air Temperature Sensor
interface object type annotation: 323
is incomplete: true
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 323
    on property: interfaceObjectType
subclass of: Restriction
  on class: dpa.323.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: dpa.323.51
    intersection of: Restriction
      has value: TempReturnAir
      on property: pointName
  on property: isComposedByOutput
  qualified cardinality: 1

Discharge Temperature Sensor
type: Class
subject: 328
subject: DATS
subject: Discharge Temperature Sensor
interface object type annotation: 328
is incomplete: true
subclass of: Restriction
  on class: dpa.328.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 328
    on property: interfaceObjectType
subclass of: Restriction
  on class: Class
    intersection of: dpa.328.51
    intersection of: Restriction
      has value: TempDischargeAir
      on property: pointName
  on property: isComposedByOutput
  qualified cardinality: 1

Room AQ Sensor
type: Class
subject: 331
subject: RAQS
subject: Room AQ Sensor
interface object type annotation: 331
is incomplete: true
subclass of: Restriction
  on class: dpa.331.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 331
    on property: interfaceObjectType
subclass of: Restriction
  on class: Class
    intersection of: dpa.331.51
    intersection of: Restriction
      has value: AQRoom
      on property: pointName
  on property: isComposedByOutput
  qualified cardinality: 1

Room Relative Humidity Sensor
type: Class
subject: 337
subject: RRHS
subject: Room Relative Humidity Sensor
interface object type annotation: 337
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Water Change Over Status Sensor
type: Class
subject: 342
subject: WCOS
subject: Water Change Over Status Sensor
interface object type annotation: 342
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      has value: TempFlowWater
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Window Switch
type: Class
subject: 343
subject: WOS
subject: Window Switch
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Dew Point Status Sensor
type: Class
subject: 344
subject: DPS
subject: Dew Point Status Sensor
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User HVAC Display
type: Class
subject: 390
subject: UHD
subject: User HVAC Display
interface object type annotation: 390
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User Presence Switch
type: Class
subject: 391
subject: UPS
subject: User Presence Switch
interface object type annotation: 391
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User Fan Speed Setting
type: Class
subject: 393
subject: UFS
subject: User Fan Speed Setting
interface object type annotation: 393
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User HVAC Room Settings
type: Class
subject: 397
subject: UHRS
subject: User HVAC Room Settings
interface object type annotation: 397
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Room Temperature Setpoint Manager
type: Class
subject: 398
subject: RTSM
subject: Room Temperature Setpoint Manager
interface object type annotation: 398
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Room Temperature Controller
type: Class
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subject: RTC
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HVAC Valve Actuator
type: Class
subject: 400
subject: HVA
subject: HVAC Valve Actuator
interface object type annotation: 400
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  all values from: roomTemperatureControl
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Scene Sensor
type: Class
subject: 403
subject: SCS
subject: Scene Sensor
interface object type annotation: 403
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      has value: BinarySceneTeachIn
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Movement Detector for Lighting
type: Class
subject: 414
subject: MDL
subject: Movement Detector for Lighting
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Light Switching Actuator Basic
type: Class
subject: 417
subject: LSAB
subject: Light Switching Actuator Basic
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Light Dimming Actuator Basic
type: Class
subject: 418
subject: LDAB
subject: Light Dimming Actuator Basic
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Light Dimming Sensor Basic
type: Class
subject: 420
subject: LDSB
subject: Light Dimming Sensor Basic
interface object type annotation: 420
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      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.420.64
    intersection of: Restriction
      has value: ControlModeUser
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.420.65
    intersection of: Restriction
      has value: TimedStartStop
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  on class: Class
    intersection of: dpa.420.61
    intersection of: Restriction
      has value: SwitchOnOff
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.420.53
    intersection of: Restriction
      has value: InfoOnOff
      on property: pointName
    intersection of: Restriction
      has value: one
      on property: hasCardinality
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.420.62
    intersection of: Restriction
      has value: RelSetvalueControl
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.420.63
    intersection of: Restriction
      has value: AbsSetvalueControl
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput

Light Switching Sensor Basic
type: Class
subject: 421
subject: LSSB
subject: Light Switching Sensor Basic
interface object type annotation: 421
subclass of: Restriction
  on class: dpa.421.61
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.421.65
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.421.54
  on property: isComposedByInput
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 421
    on property: interfaceObjectType
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.421.64
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.421.53
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.421.65
    intersection of: Restriction
      has value: TimedStartStop
      on property: pointName
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.421.54
    intersection of: Restriction
      has value: ControlModeEff
      on property: pointName
  on property: isComposedByInput
subclass of: Restriction
  on class: Class
    intersection of: dpa.421.61
    intersection of: Restriction
      has value: Switch On Off
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.421.53
    intersection of: Restriction
      has value: Info On Off
      on property: pointName
    intersection of: Restriction
      has value: one
      on property: hasCardinality
  on property: isComposedByInput
subclass of: Restriction
  all values from: Class
    union of: switchLight
    union of: staircaseLight
  on property: isApplicableFunctionalityOf
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.421.64
    intersection of: Restriction
      has value: ControlModeUser
      on property: pointName
  on property: isComposedByOutput

Colour Actuator RGB(W)
type: Class
subject: 423
subject: CARGB
subject: Colour Actuator RGB(W)
interface object type annotation: 423
subclass of: Restriction
  on class: dpa.423.63
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.53
  on property: isComposedByInput
subclass of: Restriction
  on class: dpa.423.56
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.85
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.86
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.67
  on property: isComposedByInput
subclass of: Restriction
  on class: dpa.423.52
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  on class: dpa.423.58
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.83
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.66
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.84
  on property: isComposedByOutput
subclass of: Restriction
  on class: dpa.423.59
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.54
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.55
  on property: isComposedByInput
subclass of: Restriction
  on class: dpa.423.57
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  on class: dpa.423.64
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 423
    on property: interfaceObjectType
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.82
  on property: isComposedByOutput
subclass of: Restriction
  on class: dpa.423.80
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  on class: dpa.423.62
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  on class: dpa.423.51
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  on class: dpa.423.60
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.65
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: dpa.423.81
  on property: isComposedByOutput
subclass of: Restriction
  on class: dpa.423.61
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: dpa.423.80
    intersection of: Restriction
      has value: Combined Info On Off
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: dpa.423.63
    intersection of: Restriction
      has value: Relative Set Value Control Blue
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByInput
  qualified cardinality: 1
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.423.53
    intersection of: Restriction
      has value: Colour_Relative Control_RGB
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.423.67
    intersection of: Restriction
      has value: Absolute Set Value Control White
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.423.55
    intersection of: Restriction
      has value: Colour Relative Control RGBW
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByInput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.423.83
    intersection of: Restriction
      has value: Actual Dimming Value Red
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.423.85
    intersection of: Restriction
      has value: Actual Dimming Value Blue
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
subclass of: Restriction
  max qualified cardinality: 1
  on class: Class
    intersection of: dpa.423.84
    intersection of: Restriction
      has value: Actual Dimming Value Green
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByOutput
subclass of: Restriction
  on class: Class
    intersection of: dpa.423.60
    intersection of: Restriction
      has value: Relative Set Value Control Green
      on property: pointName
    intersection of: Restriction
      has value: many
      on property: hasCardinality
  on property: isComposedByInput
  qualified cardinality: 1

Wind Sensor
type: Class
subject: 802
subject: WS
subject: Wind Sensor
interface object type annotation: 802
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 802
    on property: interfaceObjectType
subclass of: Restriction
  on class: dpa.802.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  all values from: Class
    union of: shutter
    union of: blinds
  on property: isApplicableFunctionalityOf
subclass of: Restriction
  on class: Class
    intersection of: dpa.802.51
    intersection of: Restriction
      has value: WindAlarm
      on property: pointName
  on property: isComposedByOutput
  qualified cardinality: 1

Rain Sensor
type: Class
subject: 803
subject: RS
subject: Rain Sensor
interface object type annotation: 803
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 803
    on property: interfaceObjectType
subclass of: Restriction
  on class: dpa.803.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: dpa.803.51
    intersection of: Restriction
      has value: RainAlarm
      on property: pointName
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  all values from: Class
    union of: shutter
    union of: blinds
  on property: isApplicableFunctionalityOf

Frost Sensor
type: Class
subject: 804
subject: FS
subject: Frost Sensor
interface object type annotation: 804
subclass of: Class
  intersection of: FunctionalBlock
  intersection of: Restriction
    has value: 804
    on property: interfaceObjectType
subclass of: Restriction
  on class: dpa.804.51
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: dpa.804.51
    intersection of: Restriction
      has value: FrostAlarm
      on property: pointName
  on property: isComposedByOutput
  qualified cardinality: 1
subclass of: Restriction
  all values from: Class
    union of: shutter
    union of: blinds
  on property: isApplicableFunctionalityOf

Fill Rate Based Control
type: Class
comment: Application functions for "fill rate based control". Fill rate is the percentage of demand that can be met without lagging in supply. By using fill-rate as the basis for determining the energy production, conservation and optimization of energy can be done without failing to satisfy demands.
subclass of: smartGridCtrl

Fire Alarming
type: Class
comment: Application functions to monitor a 'fire alarm'.
subclass of: monitoring

FlowRate m3/h
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.002: FlowRate m3/h
subject: 13.002
subject: 13.2
subject: FlowRate m3/h
dpt bit size max: 32
dpt major number: 13
dpt minor number: 2
is assembled with: type.dpt.field.13.2.i0
has communication mode: S

FlowRate m3/h Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 218.002: Flow Rate in m3/h Z
subject: 218.002
subject: 218.2
subject: FlowRate m3/h Z
dpt bit size max: 40
dpt major number: 218
dpt minor number: 2
is assembled with: type.dpt.field.218.2.i0.StatusCommand
is assembled with: type.dpt.field.218.2.i1.FlowRate
has communication mode: LTE

ForceSign
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.100: ForceSign
subject: 21.100
subject: ForceSign
dpt bit size max: 8
dpt major number: 21
dpt minor number: 100
is assembled with: type.dpt.field.21.100.i0.ForceRequest
is assembled with: type.dpt.field.21.100.i1.Protection
is assembled with: type.dpt.field.21.100.i2.Oversupply
is assembled with: type.dpt.field.21.100.i3.Overrun
is assembled with: type.dpt.field.21.100.i4.DHWNorm
is assembled with: type.dpt.field.21.100.i5.DHWLegio
is assembled with: type.dpt.field.21.100.i6.RoomHConf
is assembled with: type.dpt.field.21.100.i7.RoomHMax
has communication mode: LTE

ForceSignCool
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.101: ForceSignCool
subject: 21.101
subject: ForceSignCool
dpt bit size max: 8
dpt major number: 21
dpt minor number: 101
is assembled with: type.dpt.field.21.101.i0.ForceRequest
is assembled with: type.dpt.field.21.101.i1.Reserved
has communication mode: LTE

FuelType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.100: FuelType
subject: 20.100
subject: FuelType
dpt bit size max: 8
dpt major number: 20
dpt minor number: 100
is assembled with: type.dpt.field.20.100.i0
has communication mode: S

FuelTypeSet
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.104: FuelTypeSet
subject: 21.104
subject: FuelTypeSet
dpt bit size max: 8
dpt major number: 21
dpt minor number: 104
is assembled with: type.dpt.field.21.104.i0.Oil
is assembled with: type.dpt.field.21.104.i1.Gas
is assembled with: type.dpt.field.21.104.i2.SolidState
is assembled with: type.dpt.field.21.104.i3.Reserved
has communication mode: LTE

Gas Measurement Condition
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1202: Gas Measurement Condition
subject: 20.1202
subject: Gas Measurement Condition
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1202
is assembled with: type.dpt.field.20.1202.i0
has communication mode: S

Generation Control
type: Class
comment: A specific Application Function that controls energy production. The Application Function represents a process of generating energy to the consumer according to energy demand keeping losses in distribution and generation to an absolute minimum.
subclass of: energyCtrl

Geographical Location
type: DatapointType
type: NamedIndividual
description: a point representing DPT 255.001: Geographical Location
subject: 255.001
subject: 255.1
subject: Geographical Location
dpt bit size max: 64
dpt major number: 255
dpt minor number: 1
is assembled with: type.dpt.field.255.1.i0.Latitude
is assembled with: type.dpt.field.255.1.i1.Longitude
has communication mode: S

HeaterMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.110: HeaterMode
subject: 20.110
subject: HeaterMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 110
is assembled with: type.dpt.field.20.110.i0
has communication mode: S

Hot Water Distribution
type: Class
comment: The hot water distribution Application Function connects and coordinates water and energy flow between energy generation/production (heating) and energy consumer (emission control).
subclass of: Restriction
  has value: qk ph water volumeflowrate pipesection
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: Heating
  on property: operatesForTrade
subclass of: distributionCtrl
subclass of: waterCtrl

Humidity
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.029: Humidity
subject: 9.029
subject: 9.29
subject: Humidity
dpt bit size max: 16
dpt major number: 9
dpt minor number: 29
is assembled with: type.dpt.field.9.29.i0
has communication mode: S

HVAC Air Flow Absolute Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 203.104: HVAC Air Flow Absolute Z
subject: 203.104
subject: HVAC Air Flow Absolute Z
dpt bit size max: 24
dpt major number: 203
dpt minor number: 104
is assembled with: type.dpt.field.203.104.i0.StatusCommand
is assembled with: type.dpt.field.203.104.i1.HVACAirFlow
has communication mode: LTE

HVAC Air Flow Relative Value
type: DatapointType
type: NamedIndividual
description: a point representing DPT 205.102: HVACAirFlowRel_Z
subject: 205.102
subject: HVAC Air Flow Relative Value
dpt bit size max: 24
dpt major number: 205
dpt minor number: 102
is assembled with: type.dpt.field.205.102.i0.StatusCommand
is assembled with: type.dpt.field.205.102.i1.HVACAirFlow
has communication mode: LTE

HVAC Air Quality Relative Value
type: DatapointType
type: NamedIndividual
description: a point representing DPT 205.103: HVACAirQualRel_Z
subject: 205.103
subject: HVAC Air Quality Relative Value
dpt bit size max: 24
dpt major number: 205
dpt minor number: 103
is assembled with: type.dpt.field.205.103.i0.StatusCommand
is assembled with: type.dpt.field.205.103.i1.HVACAirQuality
has communication mode: LTE

HVAC Contr Mode Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 201.104: HVAC Contr Mode Z
subject: 201.104
subject: HVAC Contr Mode Z
dpt bit size max: 16
dpt major number: 201
dpt minor number: 104
is assembled with: type.dpt.field.201.104.i0.StatusCommand
is assembled with: type.dpt.field.201.104.i1.HVACContrMode
has communication mode: LTE

HVAC Emerg Mode Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 201.109: HVAC Emerg Mode Z
subject: 201.109
subject: HVAC Emerg Mode Z
dpt bit size max: 16
dpt major number: 201
dpt minor number: 109
is assembled with: type.dpt.field.201.109.i0.StatusCommand
is assembled with: type.dpt.field.201.109.i1.HVACEmergMode
has communication mode: LTE

HVAC PB Action
type: DatapointType
type: NamedIndividual
description: a point representing DPT 23.102: HVAC PB Action
subject: 23.102
subject: HVAC PB Action
dpt bit size max: 2
dpt major number: 23
dpt minor number: 102
is assembled with: type.dpt.field.23.102.i0
has communication mode: S

includes counter
type: ObjectProperty
range: DatapointTypeField
sub property of: includes

includes datapoint type
type: ObjectProperty
range: DatapointType
sub property of: includes

includes datapoint field
type: ObjectProperty
range: DatapointTypeField
sub property of: includes

includes digit
type: ObjectProperty
sub property of: includes

includes key value pair
type: ObjectProperty
sub property of: includes

includes reserved bit(s)
type: ObjectProperty
sub property of: includes

Individual Room Control
type: Class
comment: The Application Function controls the air temperature of an single room, thereby maximizing comfort and minimizing energy costs.
subclass of: emissionCtrl

Input Source
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.014: Input Source
subject: 1.014
subject: 1.14
subject: Input Source
dpt bit size max: 1
dpt major number: 1
dpt minor number: 14
is assembled with: Input Source
has communication mode: S

interface object type annotation
type: AnnotationProperty
comment: In KNX used (numerical) identifier to address a specific interface object. The range xsd:unsignedShort supports exactly the KNX value range from 0 to 65535. As a note, this is a mirror property to the data property "knx:objectType" and must ONLY be used on function block (fb.x) classes, not on the actual individuals!
range: unsignedShort

Intrusion Alarming
type: Class
comment: Application functions to monitor an 'intrusion alarm'.
subclass of: monitoring

Invert Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.012: Invert Control
subject: 2.012
subject: 2.12
subject: Invert Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 12
is assembled with: Invert
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

is applicable datapoint enum of
type: ObjectProperty
range: StateType

is equipment quality kind measured by
type: ObjectProperty
domain: Restriction
  all values from: Class
    union of: EquipmentType
    union of: Locality
    union of: QuantityKind
  on property: isTagOf
sub property of: isQualityKindOf
inverse of: measuresEquipmentQualityKind

is phenomenon quality kind observed by
type: ObjectProperty
domain: Restriction
  all values from: Class
    union of: Locality
    union of: PhenomenonType
    union of: QuantityKind
  on property: isTagOf
sub property of: isQualityKindOf
inverse of: observesPhenomenonQualityKind

KelvinPerPercent
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.023: KelvinPerPercent
subject: 9.023
subject: 9.23
subject: KelvinPerPercent
dpt bit size max: 16
dpt major number: 9
dpt minor number: 23
is assembled with: type.dpt.field.9.23.i0
has communication mode: S

Label (KNX-specific)
type: AnnotationProperty
comment: This property allows to annotate a KNX-specific label.

Length m
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.012: Length m
subject: 8.012
subject: 8.12
subject: Length m
dpt bit size max: 16
dpt major number: 8
dpt minor number: 12
is assembled with: type.dpt.field.8.12.i0
has communication mode: S

LightApplicationMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.005: LightApplicationMode
subject: 20.005
subject: 20.5
subject: LightApplicationMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 5
is assembled with: type.dpt.field.20.5.i0
has communication mode: S

LoadPriority
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.104: LoadPriority
subject: 20.104
subject: LoadPriority
dpt bit size max: 8
dpt major number: 20
dpt minor number: 104
is assembled with: type.dpt.field.20.104.i0
has communication mode: S

LoadTypeSet
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.609: LoadTypeSet
subject: 20.609
subject: LoadTypeSet
dpt bit size max: 8
dpt major number: 20
dpt minor number: 609
is assembled with: type.dpt.field.20.609.i0
has communication mode: S

Locale ASCII
type: DatapointType
type: NamedIndividual
description: a point representing DPT 231.001: Locale ASCII
subject: 231.001
subject: 231.1
subject: Locale ASCII
dpt bit size max: 32
dpt major number: 231
dpt minor number: 1
is assembled with: type.dpt.field.231.1.i0.Region
is assembled with: type.dpt.field.231.1.i1.Language
has communication mode: S

LockSign
type: DatapointType
type: NamedIndividual
description: a point representing DPT 207.101: LockSign
subject: 207.101
subject: LockSign
dpt bit size max: 16
dpt major number: 207
dpt minor number: 101
is assembled with: type.dpt.field.207.101.i0.LockRequest
is assembled with: type.dpt.field.207.101.i1.Type
is assembled with: type.dpt.field.207.101.i2.Reserved
is assembled with: type.dpt.field.207.101.i3.PwrReduction
has communication mode: LTE

Logical Function
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.021: Logical Function
subject: 1.021
subject: 1.21
subject: Logical Function
dpt bit size max: 1
dpt major number: 1
dpt minor number: 21
is assembled with: Logical Function
has communication mode: S

LongDeltaTimeSec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.100: LongDeltaTimeSec
subject: 13.100
subject: LongDeltaTimeSec
dpt bit size max: 32
dpt major number: 13
dpt minor number: 100
is assembled with: type.dpt.field.13.100.i0
has communication mode: S

LongTimePeriod Hrs
type: DatapointType
type: NamedIndividual
description: a point representing DPT 12.102: LongTimePeriod Hrs
subject: 12.102
subject: LongTimePeriod Hrs
dpt bit size max: 32
dpt major number: 12
dpt minor number: 102
is assembled with: type.dpt.field.12.102.i0
has communication mode: S

LongTimePeriod Min
type: DatapointType
type: NamedIndividual
description: a point representing DPT 12.101: LongTimePeriod Min
subject: 12.101
subject: LongTimePeriod Min
dpt bit size max: 32
dpt major number: 12
dpt minor number: 101
is assembled with: type.dpt.field.12.101.i0
has communication mode: S

LongTimePeriod Sec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 12.100: LongTimePeriod Sec
subject: 12.100
subject: LongTimePeriod Sec
dpt bit size max: 32
dpt major number: 12
dpt minor number: 100
is assembled with: type.dpt.field.12.100.i0
has communication mode: S

Low-voltage Power Distribution
type: Class
comment: A specific Application Function that controls the electical power network (e.g. fuses, circuit breakers etc.) from distribution transformer to consumers. The voltage level of a low-voltage distribution system is typically equal to the mains voltage of electrical appliances.
subclass of: Restriction
  has value: electrical
  on property: operatesForTrade
subclass of: distributionCtrl

MBus Address
type: DatapointType
type: NamedIndividual
description: a point representing DPT 230.1000: MBus Address
subject: 230.1000
subject: MBus Address
dpt bit size max: 64
dpt major number: 230
dpt minor number: 1000
is assembled with: type.dpt.field.230.1000.i0.Medium
is assembled with: type.dpt.field.230.1000.i1.Version
is assembled with: type.dpt.field.230.1000.i2.IdentNumber
is assembled with: type.dpt.field.230.1000.i3.ManufactID
has communication mode: S

MBus BreakerValve State
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1200: MBus BreakerValve State
subject: 20.1200
subject: MBus BreakerValve State
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1200
is assembled with: type.dpt.field.20.1200.i0
has communication mode: S

1.x
type: DatapointType
type: NamedIndividual
subject: 1.major
subject: 1.x
dpt bit size max: 1
dpt major number: 1
is assembled with: type.dpt.field.1.x.i0
has communication mode: S

10.x
type: DatapointType
type: NamedIndividual
subject: 10.major
subject: 10.x
dpt bit size max: 24
dpt major number: 10
is assembled with: type.dpt.field.10.x.i0
has communication mode: S

11.x
type: DatapointType
type: NamedIndividual
subject: 11.major
subject: 11.x
dpt bit size max: 24
dpt major number: 11
is assembled with: type.dpt.field.11.x.i0
has communication mode: S

12.x
type: DatapointType
type: NamedIndividual
subject: 12.major
subject: 12.x
dpt bit size max: 32
dpt major number: 12
is assembled with: type.dpt.field.12.x.i0
has communication mode: S

13.x
type: DatapointType
type: NamedIndividual
subject: 13.major
subject: 13.x
dpt bit size max: 32
dpt major number: 13
is assembled with: type.dpt.field.13.x.i0
has communication mode: S

14.x
type: DatapointType
type: NamedIndividual
subject: 14.major
subject: 14.x
dpt bit size max: 32
dpt major number: 14
is assembled with: type.dpt.field.14.x.i0
has communication mode: S

15.x
type: DatapointType
type: NamedIndividual
subject: 15.major
subject: 15.x
dpt bit size max: 32
dpt major number: 15
is assembled with: type.dpt.field.15.x.i0
has communication mode: S

16.x
type: DatapointType
type: NamedIndividual
subject: 16.major
subject: 16.x
dpt bit size max: 112
dpt major number: 16
is assembled with: type.dpt.field.16.x.i0
has communication mode: S

17.x
type: DatapointType
type: NamedIndividual
subject: 17.major
subject: 17.x
dpt bit size max: 8
dpt major number: 17
is assembled with: type.dpt.field.17.x.i0
has communication mode: S

18.x
type: DatapointType
type: NamedIndividual
subject: 18.major
subject: 18.x
dpt bit size max: 8
dpt major number: 18
is assembled with: type.dpt.field.18.x.i0
has communication mode: S

19.x
type: DatapointType
type: NamedIndividual
subject: 19.major
subject: 19.x
dpt bit size max: 64
dpt major number: 19
is assembled with: type.dpt.field.19.x.i0
has communication mode: S

2.x
type: DatapointType
type: NamedIndividual
subject: 2.major
subject: 2.x
dpt bit size max: 2
dpt major number: 2
is assembled with: type.dpt.field.2.x.i0
has communication mode: S

20.x
type: DatapointType
type: NamedIndividual
subject: 20.major
subject: 20.x
dpt bit size max: 8
dpt major number: 20
is assembled with: type.dpt.field.20.x.i0
has communication mode: S

200.x
type: DatapointType
type: NamedIndividual
subject: 200.major
subject: 200.x
dpt bit size max: 16
dpt major number: 200
is assembled with: type.dpt.field.200.x.i0
has communication mode: LTE

201.x
type: DatapointType
type: NamedIndividual
subject: 201.major
subject: 201.x
dpt bit size max: 16
dpt major number: 201
is assembled with: type.dpt.field.201.x.i0
has communication mode: LTE

202.x
type: DatapointType
type: NamedIndividual
subject: 202.major
subject: 202.x
dpt bit size max: 16
dpt major number: 202
is assembled with: type.dpt.field.202.x.i0
has communication mode: LTE

203.x
type: DatapointType
type: NamedIndividual
subject: 203.major
subject: 203.x
dpt bit size max: 24
dpt major number: 203
is assembled with: type.dpt.field.203.x.i0
has communication mode: LTE

205.x
type: DatapointType
type: NamedIndividual
subject: 205.major
subject: 205.x
dpt bit size max: 24
dpt major number: 205
is assembled with: type.dpt.field.205.x.i0
has communication mode: LTE

206.x
type: DatapointType
type: NamedIndividual
subject: 206.major
subject: 206.x
dpt bit size max: 24
dpt major number: 206
is assembled with: type.dpt.field.206.x.i0
has communication mode: LTE

207.x
type: DatapointType
type: NamedIndividual
subject: 207.major
subject: 207.x
dpt bit size max: 16
dpt major number: 207
is assembled with: type.dpt.field.207.x.i0
has communication mode: LTE

209.x
type: DatapointType
type: NamedIndividual
subject: 209.major
subject: 209.x
dpt bit size max: 24
dpt major number: 209
is assembled with: type.dpt.field.209.x.i0
has communication mode: LTE

21.x
type: DatapointType
type: NamedIndividual
subject: 21.major
subject: 21.x
dpt bit size max: 8
dpt major number: 21
is assembled with: type.dpt.field.21.x.i0
has communication mode: S

212.x
type: DatapointType
type: NamedIndividual
subject: 212.major
subject: 212.x
dpt bit size max: 48
dpt major number: 212
is assembled with: type.dpt.field.212.x.i0
has communication mode: LTE

213.x
type: DatapointType
type: NamedIndividual
subject: 213.major
subject: 213.x
dpt bit size max: 64
dpt major number: 213
is assembled with: type.dpt.field.213.x.i0
has communication mode: LTE

217.x
type: DatapointType
type: NamedIndividual
subject: 217.major
subject: 217.x
dpt bit size max: 16
dpt major number: 217
is assembled with: type.dpt.field.217.x.i0
has communication mode: S

218.x
type: DatapointType
type: NamedIndividual
subject: 218.major
subject: 218.x
dpt bit size max: 40
dpt major number: 218
is assembled with: type.dpt.field.218.x.i0
has communication mode: LTE

219.x
type: DatapointType
type: NamedIndividual
subject: 219.major
subject: 219.x
dpt bit size max: 48
dpt major number: 219
is assembled with: type.dpt.field.219.x.i0
has communication mode: S

22.x
type: DatapointType
type: NamedIndividual
subject: 22.major
subject: 22.x
dpt bit size max: 16
dpt major number: 22
is assembled with: type.dpt.field.22.x.i0
has communication mode: S

220.x
type: DatapointType
type: NamedIndividual
subject: 220.major
subject: 220.x
dpt bit size max: 32
dpt major number: 220
is assembled with: type.dpt.field.220.x.i0
has communication mode: LTE

222.x
type: DatapointType
type: NamedIndividual
subject: 222.major
subject: 222.x
dpt bit size max: 48
dpt major number: 222
is assembled with: type.dpt.field.222.x.i0
has communication mode: S

224.x
type: DatapointType
type: NamedIndividual
subject: 224.major
subject: 224.x
dpt bit size max: 48
dpt major number: 224
is assembled with: type.dpt.field.224.x.i0
has communication mode: LTE

225.x
type: DatapointType
type: NamedIndividual
subject: 225.major
subject: 225.x
dpt bit size max: 24
dpt major number: 225
is assembled with: type.dpt.field.225.x.i0
has communication mode: S

229.x
type: DatapointType
type: NamedIndividual
subject: 229.major
subject: 229.x
dpt bit size max: 48
dpt major number: 229
is assembled with: type.dpt.field.229.x.i0
has communication mode: S

23.x
type: DatapointType
type: NamedIndividual
subject: 23.major
subject: 23.x
dpt bit size max: 2
dpt major number: 23
is assembled with: type.dpt.field.23.x.i0
has communication mode: S

230.x
type: DatapointType
type: NamedIndividual
subject: 230.major
subject: 230.x
dpt bit size max: 64
dpt major number: 230
is assembled with: type.dpt.field.230.x.i0
has communication mode: S

231.x
type: DatapointType
type: NamedIndividual
subject: 231.major
subject: 231.x
dpt bit size max: 32
dpt major number: 231
is assembled with: type.dpt.field.231.x.i0
has communication mode: S

232.x
type: DatapointType
type: NamedIndividual
subject: 232.major
subject: 232.x
dpt bit size max: 24
dpt major number: 232
is assembled with: type.dpt.field.232.x.i0
has communication mode: S

234.x
type: DatapointType
type: NamedIndividual
subject: 234.major
subject: 234.x
dpt bit size max: 16
dpt major number: 234
is assembled with: type.dpt.field.234.x.i0
has communication mode: S

235.x
type: DatapointType
type: NamedIndividual
subject: 235.major
subject: 235.x
dpt bit size max: 48
dpt major number: 235
is assembled with: type.dpt.field.235.x.i0
has communication mode: S

236.x
type: DatapointType
type: NamedIndividual
subject: 236.major
subject: 236.x
dpt bit size max: 8
dpt major number: 236
is assembled with: type.dpt.field.236.x.i0
has communication mode: S

237.x
type: DatapointType
type: NamedIndividual
subject: 237.major
subject: 237.x
dpt bit size max: 16
dpt major number: 237
is assembled with: type.dpt.field.237.x.i0
has communication mode: S

238.x
type: DatapointType
type: NamedIndividual
subject: 238.major
subject: 238.x
dpt bit size max: 8
dpt major number: 238
is assembled with: type.dpt.field.238.x.i0
has communication mode: S

24.x
type: DatapointType
type: NamedIndividual
subject: 24.major
subject: 24.x
dpt bit size max: 312
dpt major number: 24
is assembled with: type.dpt.field.24.x.i0
has communication mode: S

240.x
type: DatapointType
type: NamedIndividual
subject: 240.major
subject: 240.x
dpt bit size max: 24
dpt major number: 240
is assembled with: type.dpt.field.240.x.i0
has communication mode: S

241.x
type: DatapointType
type: NamedIndividual
subject: 241.major
subject: 241.x
dpt bit size max: 32
dpt major number: 241
is assembled with: type.dpt.field.241.x.i0
has communication mode: S

242.x
type: DatapointType
type: NamedIndividual
subject: 242.major
subject: 242.x
dpt bit size max: 48
dpt major number: 242
is assembled with: type.dpt.field.242.x.i0
has communication mode: S

243.x
type: DatapointType
type: NamedIndividual
subject: 243.major
subject: 243.x
dpt bit size max: 64
dpt major number: 243
is assembled with: type.dpt.field.243.x.i0
has communication mode: S

244.x
type: DatapointType
type: NamedIndividual
subject: 244.major
subject: 244.x
dpt bit size max: 16
dpt major number: 244
is assembled with: type.dpt.field.244.x.i0
has communication mode: S

245.x
type: DatapointType
type: NamedIndividual
subject: 245.major
subject: 245.x
dpt bit size max: 48
dpt major number: 245
is assembled with: type.dpt.field.245.x.i0
has communication mode: S

246.x
type: DatapointType
type: NamedIndividual
subject: 246.major
subject: 246.x
dpt bit size max: 16
dpt major number: 246
is assembled with: type.dpt.field.246.x.i0
has communication mode: S

249.x
type: DatapointType
type: NamedIndividual
subject: 249.major
subject: 249.x
dpt bit size max: 48
dpt major number: 249
is assembled with: type.dpt.field.249.x.i0
has communication mode: S

25.x
type: DatapointType
type: NamedIndividual
subject: 25.major
subject: 25.x
dpt bit size max: 8
dpt major number: 25
is assembled with: type.dpt.field.25.x.i0
has communication mode: S

250.x
type: DatapointType
type: NamedIndividual
subject: 250.major
subject: 250.x
dpt bit size max: 24
dpt major number: 250
is assembled with: type.dpt.field.250.x.i0
has communication mode: S

251.x
type: DatapointType
type: NamedIndividual
subject: 251.major
subject: 251.x
dpt bit size max: 48
dpt major number: 251
is assembled with: type.dpt.field.251.x.i0
has communication mode: S

252.x
type: DatapointType
type: NamedIndividual
subject: 252.major
subject: 252.x
dpt bit size max: 40
dpt major number: 252
is assembled with: type.dpt.field.252.x.i0
has communication mode: S

253.x
type: DatapointType
type: NamedIndividual
subject: 253.major
subject: 253.x
dpt bit size max: 32
dpt major number: 253
is assembled with: type.dpt.field.253.x.i0
has communication mode: S

254.x
type: DatapointType
type: NamedIndividual
subject: 254.major
subject: 254.x
dpt bit size max: 24
dpt major number: 254
is assembled with: type.dpt.field.254.x.i0
has communication mode: S

255.x
type: DatapointType
type: NamedIndividual
subject: 255.major
subject: 255.x
dpt bit size max: 64
dpt major number: 255
is assembled with: type.dpt.field.255.x.i0
has communication mode: S

256.x
type: DatapointType
type: NamedIndividual
subject: 256.major
subject: 256.x
dpt bit size max: 128
dpt major number: 256
is assembled with: type.dpt.field.256.x.i0
has communication mode: S

26.x
type: DatapointType
type: NamedIndividual
subject: 26.major
subject: 26.x
dpt bit size max: 8
dpt major number: 26
is assembled with: type.dpt.field.26.x.i0
has communication mode: S

265.x
type: DatapointType
type: NamedIndividual
subject: 265.major
subject: 265.x
dpt bit size max: 72
dpt major number: 265
is assembled with: type.dpt.field.265.x.i0
has communication mode: S

27.x
type: DatapointType
type: NamedIndividual
subject: 27.major
subject: 27.x
dpt bit size max: 32
dpt major number: 27
is assembled with: type.dpt.field.27.x.i0
has communication mode: S

275.x
type: DatapointType
type: NamedIndividual
subject: 275.major
subject: 275.x
dpt bit size max: 64
dpt major number: 275
is assembled with: type.dpt.field.275.x.i0
has communication mode: S

28.x
type: DatapointType
type: NamedIndividual
subject: 28.major
subject: 28.x
dpt bit size max: 312
dpt major number: 28
is assembled with: type.dpt.field.28.x.i0
has communication mode: S

29.x
type: DatapointType
type: NamedIndividual
subject: 29.major
subject: 29.x
dpt bit size max: 64
dpt major number: 29
is assembled with: type.dpt.field.29.x.i0
has communication mode: S

3.x
type: DatapointType
type: NamedIndividual
subject: 3.major
subject: 3.x
dpt bit size max: 4
dpt major number: 3
is assembled with: type.dpt.field.3.x.i0
has communication mode: S

30.x
type: DatapointType
type: NamedIndividual
subject: 30.major
subject: 30.x
dpt bit size max: 24
dpt major number: 30
is assembled with: type.dpt.field.30.x.i0
has communication mode: S

4.x
type: DatapointType
type: NamedIndividual
subject: 4.major
subject: 4.x
dpt bit size max: 8
dpt major number: 4
is assembled with: type.dpt.field.4.x.i0
has communication mode: S

5.x
type: DatapointType
type: NamedIndividual
subject: 5.major
subject: 5.x
dpt bit size max: 8
dpt major number: 5
is assembled with: type.dpt.field.5.x.i0
has communication mode: S

6.x
type: DatapointType
type: NamedIndividual
subject: 6.major
subject: 6.x
dpt bit size max: 8
dpt major number: 6
is assembled with: type.dpt.field.6.x.i0
has communication mode: S

7.x
type: DatapointType
type: NamedIndividual
subject: 7.major
subject: 7.x
dpt bit size max: 16
dpt major number: 7
is assembled with: type.dpt.field.7.x.i0
has communication mode: S

8.x
type: DatapointType
type: NamedIndividual
subject: 8.major
subject: 8.x
dpt bit size max: 16
dpt major number: 8
is assembled with: type.dpt.field.8.x.i0
has communication mode: S

9.x
type: DatapointType
type: NamedIndividual
subject: 9.major
subject: 9.x
dpt bit size max: 16
dpt major number: 9
is assembled with: type.dpt.field.9.x.i0
has communication mode: S

MasterSlaveMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.112: MasterSlaveMode
subject: 20.112
subject: MasterSlaveMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 112
is assembled with: type.dpt.field.20.112.i0
has communication mode: S

Media
type: DatapointType
type: NamedIndividual
description: a point representing DPT 22.1000: Media
subject: 22.1000
subject: Media
dpt bit size max: 16
dpt major number: 22
dpt minor number: 1000
is assembled with: type.dpt.field.22.1000.i0.Reserved
is assembled with: type.dpt.field.22.1000.i1.TP1
is assembled with: type.dpt.field.22.1000.i2.PL110
is assembled with: type.dpt.field.22.1000.i3.Reserved
is assembled with: type.dpt.field.22.1000.i4.RF
is assembled with: type.dpt.field.22.1000.i5.KNXIP
is assembled with: type.dpt.field.22.1000.i6.Reserved
has communication mode: S

Meter
type: Class
comment: Application Funtion 'meter' aggregates consumption measurement points of one or many metering devices.
subclass of: monitoring

Metering DeviceType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.114: Metering DeviceType
subject: 20.114
subject: Metering DeviceType
dpt bit size max: 8
dpt major number: 20
dpt minor number: 114
is assembled with: type.dpt.field.20.114.i0
has communication mode: S

MeteringValue
type: DatapointType
type: NamedIndividual
description: a point representing DPT 229.001: MeteringValue
subject: 229.001
subject: 229.1
subject: MeteringValue
dpt bit size max: 48
dpt major number: 229
dpt minor number: 1
is assembled with: type.dpt.field.229.1.i0.StatusCommand
is assembled with: type.dpt.field.229.1.i1.ValInfField
is assembled with: type.dpt.field.229.1.i2.CountVal
has communication mode: S

OccModeNext
type: DatapointType
type: NamedIndividual
description: a point representing DPT 206.104: OccModeNext
subject: 206.104
subject: OccModeNext
dpt bit size max: 24
dpt major number: 206
dpt minor number: 104
is assembled with: type.dpt.field.206.104.i0.OccMode
is assembled with: type.dpt.field.206.104.i1.Time
has communication mode: LTE

Occ Mode Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 201.108: Occ Mode Z
subject: 201.108
subject: Occ Mode Z
dpt bit size max: 16
dpt major number: 201
dpt minor number: 108
is assembled with: type.dpt.field.201.108.i0.StatusCommand
is assembled with: type.dpt.field.201.108.i1.OccMode
has communication mode: LTE

OnOff Action
type: DatapointType
type: NamedIndividual
description: a point representing DPT 23.001: OnOff Action
subject: 23.001
subject: 23.1
subject: OnOff Action
dpt bit size max: 2
dpt major number: 23
dpt minor number: 1
is assembled with: type.dpt.field.23.1.i0
has communication mode: S

Operation Mode Based Control
type: Class
comment: Application functions for 'operation mode based control'. A facility has various stages in its process cycle that include powering up, regular functioning, transitions, maintenance, and other similar stages. Operation Mode Based Control provides the monitoring actions related to each of these stages.
subclass of: smartGridCtrl

PBAction
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.606: PBAction
subject: 20.606
subject: PBAction
dpt bit size max: 8
dpt major number: 20
dpt minor number: 606
is assembled with: type.dpt.field.20.606.i0
has communication mode: S

Peak Event
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1207: Peak Event
subject: 20.1207
subject: Peak Event
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1207
is assembled with: type.dpt.field.20.1207.i0
has communication mode: S

Peak Event Notice
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1206: Peak Event Notice
subject: 20.1206
subject: Peak Event Notice
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1206
is assembled with: type.dpt.field.20.1206.i0
has communication mode: S

Percent V16
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.010: Percent V16
subject: 8.010
subject: 8.10
subject: Percent V16
dpt bit size max: 16
dpt major number: 8
dpt minor number: 10
is assembled with: type.dpt.field.8.10.i0
has communication mode: S

Percent V16 Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 205.017: Percent_V16_Z
subject: 205.017
subject: 205.17
subject: Percent V16 Z
dpt bit size max: 24
dpt major number: 205
dpt minor number: 17
is assembled with: type.dpt.field.205.17.i0.StatusCommand
is assembled with: type.dpt.field.205.17.i1.RelSignedValue
has communication mode: LTE

Percent V8
type: DatapointType
type: NamedIndividual
description: a point representing DPT 6.001: Percent V8
subject: 6.001
subject: 6.1
subject: Percent V8
dpt bit size max: 8
dpt major number: 6
dpt minor number: 1
is assembled with: type.dpt.field.6.1.i0
has communication mode: S

PLC Status
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1205: PLC Status
subject: 20.1205
subject: PLC Status
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1205
is assembled with: type.dpt.field.20.1205.i0
has communication mode: S

PowerDensity
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.022: PowerDensity
subject: 9.022
subject: 9.22
subject: PowerDensity
dpt bit size max: 16
dpt major number: 9
dpt minor number: 22
is assembled with: type.dpt.field.9.22.i0
has communication mode: S

Power Envelope Based Control
type: Class
comment: Power Envelope is the aggregated measure of the extreme values of the power output over a period of time. Power Envelope Based Control allows you to set limits to these power envelopes for certain periods of time.
subclass of: smartGridCtrl

Power Profile Based Control
type: Class
comment: Power profiles are configurations that set the energy consumption levels of equipment and systems to achieve a defined goal. Some examples of power profiles can be “Maximize output”, “Minimize energy consumption” or any custom level of performance.
subclass of: smartGridCtrl

PowerReturnMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.022: PowerReturnMode
subject: 20.022
subject: 20.22
subject: PowerReturnMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 22
is assembled with: type.dpt.field.20.22.i0
has communication mode: S

Pressure
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.006: Pressure
subject: 9.006
subject: 9.6
subject: Pressure
dpt bit size max: 16
dpt major number: 9
dpt minor number: 6
is assembled with: type.dpt.field.9.6.i0
has communication mode: S

Prioritised Mode Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 236.001: Prioritised Mode Control
subject: 236.001
subject: 236.1
subject: Prioritised Mode Control
dpt bit size max: 8
dpt major number: 236
dpt minor number: 1
is assembled with: type.dpt.field.236.1.i0.m
is assembled with: type.dpt.field.236.1.i1.p
is assembled with: type.dpt.field.236.1.i2.d
has communication mode: S

PropDataType
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.010: PropDataType
subject: 7.010
subject: 7.10
subject: PropDataType
dpt bit size max: 16
dpt major number: 7
dpt minor number: 10
is assembled with: type.dpt.field.7.10.i0
has communication mode: S

property identifier annotation
type: AnnotationProperty
comment: In KNX used (numerical) identifier to address a specific property as part of an interface object. The range xsd:unsignedByte supports exactly the KNX value range from 0 to 255. As a note, this is a mirror property to the data property "knx:propertyIdentifier" and must ONLY be used on annotated datapoint (dpa.x) classes, not on the actual individuals!
range: unsignedByte

PSUMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.008: PSUMode
subject: 20.008
subject: 20.8
subject: PSUMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 8
is assembled with: type.dpt.field.20.8.i0
has communication mode: S

Pump Control
type: Class
comment: A specific Application Function that controls, for example, the speed of a pump.
subclass of: equipmentCtrl

Rain Amount
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.026: Rain Amount
subject: 9.026
subject: 9.26
subject: Rain Amount
dpt bit size max: 16
dpt major number: 9
dpt minor number: 26
is assembled with: type.dpt.field.9.26.i0
has communication mode: S

Ramp Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.004: Ramp Control
subject: 2.004
subject: 2.4
subject: Ramp Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 4
is assembled with: Ramp
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

range max
type: DatatypeProperty
comment: Limits a numerical datapoint type value to a maximum (range max) as a literal, to express float and integer values. May be used from several concepts, such as a DPT. The range is used to limit it for signed/unsigned integers and float values.
range: Literal

range min
type: DatatypeProperty
comment: Limits a numerical datapoint type value to a minimum (range min) as a literal, to express float and integer values. May be used from several concepts, such as a DPT. The range is used to limit it for signed/unsigned integers and float values.
range: Literal

ReactiveEnergy
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.012: ReactiveEnergy
subject: 13.012
subject: 13.12
subject: ReactiveEnergy
dpt bit size max: 32
dpt major number: 13
dpt minor number: 12
is assembled with: type.dpt.field.13.12.i0
has communication mode: S

ReactiveEnergy V64
type: DatapointType
type: NamedIndividual
description: a point representing DPT 29.012: ReactiveEnergy V64
subject: 29.012
subject: 29.12
subject: ReactiveEnergy V64
dpt bit size max: 64
dpt major number: 29
dpt minor number: 12
is assembled with: type.dpt.field.29.12.i0
has communication mode: S

ReactiveEnergy kVARh
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.015: ReactiveEnergy kVARh
subject: 13.015
subject: 13.15
subject: ReactiveEnergy kVARh
dpt bit size max: 32
dpt major number: 13
dpt minor number: 15
is assembled with: type.dpt.field.13.15.i0
has communication mode: S

Relative Control xyY
type: DatapointType
type: NamedIndividual
description: a point representing DPT 253.600: Relative Control xyY
subject: 253.600
subject: Relative Control xyY
dpt bit size max: 32
dpt major number: 253
dpt minor number: 600
is assembled with: type.dpt.field.253.600.i0.MaskCB
is assembled with: type.dpt.field.253.600.i1.MaskCC
is assembled with: type.dpt.field.253.600.i10.StepCodeSaturation
is assembled with: type.dpt.field.253.600.i11.cS
is assembled with: type.dpt.field.253.600.i12.Reserved
is assembled with: type.dpt.field.253.600.i2.MaskCS
is assembled with: type.dpt.field.253.600.i3.Reserved
is assembled with: type.dpt.field.253.600.i4.StepCodeBrightness
is assembled with: type.dpt.field.253.600.i5.cB
is assembled with: type.dpt.field.253.600.i6.Reserved
is assembled with: type.dpt.field.253.600.i7.StepCodeColour
is assembled with: type.dpt.field.253.600.i8.cC
is assembled with: type.dpt.field.253.600.i9.Reserved
has communication mode: S

Reset
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.015: Reset
subject: 1.015
subject: 1.15
subject: Reset
dpt bit size max: 1
dpt major number: 1
dpt minor number: 15
is assembled with: Reset
has communication mode: S

RF FilterInfo
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.1001: RF FilterInfo
subject: 21.1001
subject: RF FilterInfo
dpt bit size max: 8
dpt major number: 21
dpt minor number: 1001
is assembled with: type.dpt.field.21.1001.i0.DoA
is assembled with: type.dpt.field.21.1001.i1.KNXSN
is assembled with: type.dpt.field.21.1001.i2.DoAandKNXSN
is assembled with: type.dpt.field.21.1001.i3.Reserved
has communication mode: S

RF FilterSelect
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1003: RF FilterSelect
subject: 20.1003
subject: RF FilterSelect
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1003
is assembled with: type.dpt.field.20.1003.i0
has communication mode: S

RF ModeInfo
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.1000: RF ModeInfo
subject: 21.1000
subject: RF ModeInfo
dpt bit size max: 8
dpt major number: 21
dpt minor number: 1000
is assembled with: type.dpt.field.21.1000.i0.Asynchronous
is assembled with: type.dpt.field.21.1000.i1.BiBatMaster
is assembled with: type.dpt.field.21.1000.i2.BiBatSlave
is assembled with: type.dpt.field.21.1000.i3.Reserved
has communication mode: S

RF ModeSelect
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1002: RF ModeSelect
subject: 20.1002
subject: RF ModeSelect
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1002
is assembled with: type.dpt.field.20.1002.i0
has communication mode: S

SABBehaviour Lock Unlock
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.802: SABBehaviour Lock Unlock
subject: 20.802
subject: SABBehaviour Lock Unlock
dpt bit size max: 8
dpt major number: 20
dpt minor number: 802
is assembled with: type.dpt.field.20.802.i0
has communication mode: S

SABExceptBehaviour
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.801: SABExceptBehaviour
subject: 20.801
subject: SABExceptBehaviour
dpt bit size max: 8
dpt major number: 20
dpt minor number: 801
is assembled with: type.dpt.field.20.801.i0
has communication mode: S

Scaling Step Time
type: DatapointType
type: NamedIndividual
description: a point representing DPT 225.002: Scaling Step Time
subject: 225.002
subject: 225.2
subject: Scaling Step Time
dpt bit size max: 24
dpt major number: 225
dpt minor number: 2
is assembled with: type.dpt.field.225.2.i0.Percent
is assembled with: type.dpt.field.225.2.i1.TimePeriod
has communication mode: S

SceneConfig
type: DatapointType
type: NamedIndividual
description: a point representing DPT 238.001: SceneConfig
subject: 238.001
subject: 238.1
subject: SceneConfig
dpt bit size max: 8
dpt major number: 238
dpt minor number: 1
is assembled with: type.dpt.field.238.1.i0.SceneNumber
is assembled with: type.dpt.field.238.1.i1.SceneActivation
is assembled with: type.dpt.field.238.1.i2.StorageFunction
has communication mode: S

Scene Control
type: Class
comment: A specific Application Function category that controls a customized setting of different trades for an activity or situation. Scene controllers are intelligent pre-configured settings that orchestrate multiple devices and settings with a single touch of a button or a simple voice command. The category is derived from parent concepts that are specified as part of the EN 50090-6-2.
subclass of: ApplicationFunction

SceneInfo
type: DatapointType
type: NamedIndividual
description: a point representing DPT 26.001: SceneInfo
subject: 26.001
subject: 26.1
subject: SceneInfo
dpt bit size max: 8
dpt major number: 26
dpt minor number: 1
is assembled with: type.dpt.field.26.1.i0.SceneNumber
is assembled with: type.dpt.field.26.1.i1.B
is assembled with: type.dpt.field.26.1.i2.Reserved
has communication mode: S

Scheduler
type: Class
comment: Scheduling in a building automation system is the process of systematically matching the use of heating, ventilation and air conditioning equipment with tenant occupancy schedules which is typically calendar-based.
subclass of: plantMngmtCtrl

SCLOMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.001: SCLOMode
subject: 20.001
subject: 20.1
subject: SCLOMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1
is assembled with: type.dpt.field.20.1.i0
has communication mode: S

SensorSelect
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.017: SensorSelect
subject: 20.017
subject: 20.17
subject: SensorSelect
dpt bit size max: 8
dpt major number: 20
dpt minor number: 17
is assembled with: type.dpt.field.20.17.i0
has communication mode: S

ShutterBlinds Mode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.023: ShutterBlinds Mode
subject: 1.023
subject: 1.23
subject: ShutterBlinds Mode
dpt bit size max: 1
dpt major number: 1
dpt minor number: 23
is assembled with: Shutter and Blinds Mode
has communication mode: S

SSSBMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.803: SSSBMode
subject: 20.803
subject: SSSBMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 803
is assembled with: type.dpt.field.20.803.i0
has communication mode: S

Start Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.010: Start Control
subject: 2.010
subject: 2.10
subject: Start Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 10
is assembled with: Start
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

StartSynchronization
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.122: StartSynchronization
subject: 20.122
subject: StartSynchronization
dpt bit size max: 8
dpt major number: 20
dpt minor number: 122
is assembled with: type.dpt.field.20.122.i0
has communication mode: S

State Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.011: State Control
subject: 2.011
subject: 2.11
subject: State Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 11
is assembled with: State
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

StatusAct
type: DatapointType
type: NamedIndividual
description: a point representing DPT 207.105: StatusAct
subject: 207.105
subject: StatusAct
dpt bit size max: 16
dpt major number: 207
dpt minor number: 105
is assembled with: type.dpt.field.207.105.i0.Failure
is assembled with: type.dpt.field.207.105.i1.ManualOverride
is assembled with: type.dpt.field.207.105.i2.CalibrationMode
is assembled with: type.dpt.field.207.105.i3.ValveKick
is assembled with: type.dpt.field.207.105.i4.SynchronizationMode
is assembled with: type.dpt.field.207.105.i5.Reserved
is assembled with: type.dpt.field.207.105.i6.ActPos
has communication mode: LTE

StatusBUC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 207.100: StatusBUC
subject: 207.100
subject: StatusBUC
dpt bit size max: 16
dpt major number: 207
dpt minor number: 100
is assembled with: type.dpt.field.207.100.i0.PrelBurnerValid
is assembled with: type.dpt.field.207.100.i1.Fault
is assembled with: type.dpt.field.207.100.i2.StatusStage1
is assembled with: type.dpt.field.207.100.i3.StatusStage2
is assembled with: type.dpt.field.207.100.i4.Reserved
is assembled with: type.dpt.field.207.100.i5.PrelBurner
has communication mode: LTE

StatusCPM
type: DatapointType
type: NamedIndividual
description: a point representing DPT 209.102: StatusCPM
subject: 209.102
subject: StatusCPM
dpt bit size max: 24
dpt major number: 209
dpt minor number: 102
is assembled with: type.dpt.field.209.102.i0.OffPerm
is assembled with: type.dpt.field.209.102.i0.TempFlowValid
is assembled with: type.dpt.field.209.102.i1.Fault
is assembled with: type.dpt.field.209.102.i1.NoCoolAvailable
is assembled with: type.dpt.field.209.102.i2.Reserved
is assembled with: type.dpt.field.209.102.i3.TempFlowProdSegmC
has communication mode: LTE

StatusDHWC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 22.100: StatusDHWC
subject: 22.100
subject: StatusDHWC
dpt bit size max: 16
dpt major number: 22
dpt minor number: 100
is assembled with: type.dpt.field.22.100.i0.Fault
is assembled with: type.dpt.field.22.100.i1.DHWLoadActive
is assembled with: type.dpt.field.22.100.i2.LegioProtActive
is assembled with: type.dpt.field.22.100.i3.DHWPushActive
is assembled with: type.dpt.field.22.100.i4.OtherEnergySourceActive
is assembled with: type.dpt.field.22.100.i5.SolarEnergyOnly
is assembled with: type.dpt.field.22.100.i6.SolarEnergySupport
is assembled with: type.dpt.field.22.100.i7.TempOptimShiftActive
is assembled with: type.dpt.field.22.100.i8.Reserved
has communication mode: LTE

StatusHPM
type: DatapointType
type: NamedIndividual
description: a point representing DPT 209.100: StatusHPM
subject: 209.100
subject: StatusHPM
dpt bit size max: 24
dpt major number: 209
dpt minor number: 100
is assembled with: type.dpt.field.209.100.i0.TempFlowValid
is assembled with: type.dpt.field.209.100.i1.Fault
is assembled with: type.dpt.field.209.100.i2.SummerMode
is assembled with: type.dpt.field.209.100.i3.OffPerm
is assembled with: type.dpt.field.209.100.i4.NoHeatAvailable
is assembled with: type.dpt.field.209.100.i5.Reserved
is assembled with: type.dpt.field.209.100.i6.TempFlowProdSegmH
has communication mode: LTE

Status Mode 3
type: DatapointType
type: NamedIndividual
description: a point representing DPT 6.020: Status Mode 3
subject: 6.020
subject: 6.20
subject: Status Mode 3
dpt bit size max: 8
dpt major number: 6
dpt minor number: 20
is assembled with: type.dpt.field.6.20.i0.f
is assembled with: type.dpt.field.6.20.i1.e
is assembled with: type.dpt.field.6.20.i2.d
is assembled with: type.dpt.field.6.20.i3.c
is assembled with: type.dpt.field.6.20.i4.b
is assembled with: type.dpt.field.6.20.i5.a
has communication mode: S

StatusRHCC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 22.101: StatusRHCC
subject: 22.101
subject: StatusRHCC
dpt bit size max: 16
dpt major number: 22
dpt minor number: 101
is assembled with: type.dpt.field.22.101.i0.Fault
is assembled with: type.dpt.field.22.101.i1.StatusEcoH
is assembled with: type.dpt.field.22.101.i10.StatusPreCool
is assembled with: type.dpt.field.22.101.i11.CoolingDisabled
is assembled with: type.dpt.field.22.101.i12.DewPointStatus
is assembled with: type.dpt.field.22.101.i13.FrostAlarm
is assembled with: type.dpt.field.22.101.i14.OverheatAlarm
is assembled with: type.dpt.field.22.101.i15.Reserved
is assembled with: type.dpt.field.22.101.i2.TempFlowLimit
is assembled with: type.dpt.field.22.101.i3.TempReturnLimit
is assembled with: type.dpt.field.22.101.i4.StatusMorningBoostH
is assembled with: type.dpt.field.22.101.i5.StatusStartOptim
is assembled with: type.dpt.field.22.101.i6.StatusStopOptim
is assembled with: type.dpt.field.22.101.i7.HeatingDisabled
is assembled with: type.dpt.field.22.101.i8.HeatCoolMode
is assembled with: type.dpt.field.22.101.i9.StatusEcoC
has communication mode: S

StatusWTC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 209.103: StatusWTC
subject: 209.103
subject: StatusWTC
dpt bit size max: 24
dpt major number: 209
dpt minor number: 103
is assembled with: type.dpt.field.209.103.i0.TempWaterValid
is assembled with: type.dpt.field.209.103.i1.Fault
is assembled with: type.dpt.field.209.103.i2.CtrlStatus
is assembled with: type.dpt.field.209.103.i3.Reserved
is assembled with: type.dpt.field.209.103.i4.TempWater
has communication mode: LTE

StatusAHU
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.106: StatusAHU
subject: 21.106
subject: StatusAHU
dpt bit size max: 8
dpt major number: 21
dpt minor number: 106
is assembled with: type.dpt.field.21.106.i0.Fault
is assembled with: type.dpt.field.21.106.i1.FanActive
is assembled with: type.dpt.field.21.106.i2.Heat
is assembled with: type.dpt.field.21.106.i3.Cool
is assembled with: type.dpt.field.21.106.i4.Reserved
has communication mode: LTE

StatusRCC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.105: StatusRCC
subject: 21.105
subject: StatusRCC
dpt bit size max: 8
dpt major number: 21
dpt minor number: 105
is assembled with: type.dpt.field.21.105.i0.Fault
is assembled with: type.dpt.field.21.105.i1.Reserved
has communication mode: LTE

StatusRHC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.102: StatusRHC
subject: 21.102
subject: StatusRHC
dpt bit size max: 8
dpt major number: 21
dpt minor number: 102
is assembled with: type.dpt.field.21.102.i0.Fault
is assembled with: type.dpt.field.21.102.i1.SatusECO
is assembled with: type.dpt.field.21.102.i2.TempFlowLimit
is assembled with: type.dpt.field.21.102.i3.TempReturnLimit
is assembled with: type.dpt.field.21.102.i4.StatusMorningBoost
is assembled with: type.dpt.field.21.102.i5.StatusStartOptim
is assembled with: type.dpt.field.21.102.i6.StatusStopOptim
is assembled with: type.dpt.field.21.102.i7.SummerMode
has communication mode: LTE

StatusSAB
type: DatapointType
type: NamedIndividual
description: a point representing DPT 241.800: StatusSAB
subject: 241.800
subject: StatusSAB
dpt bit size max: 32
dpt major number: 241
dpt minor number: 800
is assembled with: type.dpt.field.241.800.i0.UpperEndPos
is assembled with: type.dpt.field.241.800.i1.LowerEndPos
is assembled with: type.dpt.field.241.800.i10.Failure
is assembled with: type.dpt.field.241.800.i11.Reserved
is assembled with: type.dpt.field.241.800.i12.ValidHeightPos
is assembled with: type.dpt.field.241.800.i13.ValidSlatsPos
is assembled with: type.dpt.field.241.800.i14.SlatsPosition
is assembled with: type.dpt.field.241.800.i15.HeightPosition
is assembled with: type.dpt.field.241.800.i2.LowerPredefPos
is assembled with: type.dpt.field.241.800.i3.DriveState
is assembled with: type.dpt.field.241.800.i4.TargetHPosRestrict
is assembled with: type.dpt.field.241.800.i5.TargetSPosRestrict
is assembled with: type.dpt.field.241.800.i6.WeatherAlarm
is assembled with: type.dpt.field.241.800.i7.Forced
is assembled with: type.dpt.field.241.800.i8.Locked
is assembled with: type.dpt.field.241.800.i9.LocalOverride
has communication mode: S

StatusSDHWC
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.103: StatusSDHWC
subject: 21.103
subject: StatusSDHWC
dpt bit size max: 8
dpt major number: 21
dpt minor number: 103
is assembled with: type.dpt.field.21.103.i0.Fault
is assembled with: type.dpt.field.21.103.i1.SDHWLoadActive
is assembled with: type.dpt.field.21.103.i2.SolarLoadSufficient
is assembled with: type.dpt.field.21.103.i3.Reserved
has communication mode: LTE

Step Control
type: DatapointType
type: NamedIndividual
description: a point representing DPT 2.007: Step Control
subject: 2.007
subject: 2.7
subject: Step Control
dpt bit size max: 2
dpt major number: 2
dpt minor number: 7
is assembled with: Step
is assembled with: type.dpt.field.2.x.i1.c
has communication mode: S

String 8859 1
type: DatapointType
type: NamedIndividual
description: a point representing DPT 16.001: String 8859 1
subject: 16.001
subject: 16.1
subject: String 8859 1
dpt bit size max: 112
dpt major number: 16
dpt minor number: 1
is assembled with: type.dpt.field.16.1.i0.string88591
has communication mode: S

String ASCII
type: DatapointType
type: NamedIndividual
description: a point representing DPT 16.000: String ASCII
subject: 16.0
subject: 16.000
subject: String ASCII
dpt bit size max: 112
dpt major number: 16
dpt minor number: 0
is assembled with: type.dpt.field.16.0.i0.stringascii
has communication mode: S

Sun Intensity Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 203.102: Sun Intensity Z
subject: 203.102
subject: Sun Intensity Z
dpt bit size max: 24
dpt major number: 203
dpt minor number: 102
is assembled with: type.dpt.field.203.102.i0.StatusCommand
is assembled with: type.dpt.field.203.102.i1.SunIntensity
has communication mode: LTE

SwitchOnMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.608: SwitchOnMode
subject: 20.608
subject: SwitchOnMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 608
is assembled with: type.dpt.field.20.608.i0
has communication mode: S

SwitchPBModel
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.605: SwitchPBModel
subject: 20.605
subject: SwitchPBModel
dpt bit size max: 8
dpt major number: 20
dpt minor number: 605
is assembled with: type.dpt.field.20.605.i0
has communication mode: S

Tariff ActiveEnergy
type: DatapointType
type: NamedIndividual
description: a point representing DPT 235.001: Tariff ActiveEnergy
subject: 235.001
subject: 235.1
subject: Tariff ActiveEnergy
dpt bit size max: 48
dpt major number: 235
dpt minor number: 1
is assembled with: type.dpt.field.235.1.i0.T
is assembled with: type.dpt.field.235.1.i1.E
is assembled with: type.dpt.field.235.1.i2.Reserved
is assembled with: type.dpt.field.235.1.i3.Tariff
is assembled with: type.dpt.field.235.1.i4.ActiveElectricalEnergy
has communication mode: S

TariffNext
type: DatapointType
type: NamedIndividual
description: a point representing DPT 225.003: TariffNext
subject: 225.003
subject: 225.3
subject: TariffNext
dpt bit size max: 24
dpt major number: 225
dpt minor number: 3
is assembled with: type.dpt.field.225.3.i0.Tariff
is assembled with: type.dpt.field.225.3.i1.DelayTime
has communication mode: S

TempDHWSetpSet[4]
type: DatapointType
type: NamedIndividual
description: a point representing DPT 213.101: TempDHWSetpSet[4]
subject: 213.101
subject: TempDHWSetpSet[4]
dpt bit size max: 64
dpt major number: 213
dpt minor number: 101
is assembled with: type.dpt.field.213.101.i0.TempSetpOffFrostProtect
is assembled with: type.dpt.field.213.101.i1.TempSetpReduced
is assembled with: type.dpt.field.213.101.i2.TempSetpNormal
is assembled with: type.dpt.field.213.101.i3.TempSetpLegioProtect
has communication mode: LTE

TempRoomDemAbs
type: DatapointType
type: NamedIndividual
description: a point representing DPT 209.101: TempRoomDemAbs
subject: 209.101
subject: TempRoomDemAbs
dpt bit size max: 24
dpt major number: 209
dpt minor number: 101
is assembled with: type.dpt.field.209.101.i0.DemValid
is assembled with: type.dpt.field.209.101.i1.AbsLoadPriority
is assembled with: type.dpt.field.209.101.i2.ShiftLoadPriority
is assembled with: type.dpt.field.209.101.i3.EmergDem
is assembled with: type.dpt.field.209.101.i4.Reserved
is assembled with: type.dpt.field.209.101.i5.TempRoomDem
has communication mode: LTE

TempRoomSetpSetF16[3]
type: DatapointType
type: NamedIndividual
description: a point representing DPT 222.100: TempRoomSetpSetF16[3]
subject: 222.100
subject: TempRoomSetpSetF16[3]
dpt bit size max: 48
dpt major number: 222
dpt minor number: 100
is assembled with: type.dpt.field.222.100.i0.TempSetpEco
is assembled with: type.dpt.field.222.100.i1.TempSetpStdby
is assembled with: type.dpt.field.222.100.i2.TempSetpComf
has communication mode: S

TempRoomSetpSetShiftF16[3]
type: DatapointType
type: NamedIndividual
description: a point representing DPT 222.101: TempRoomSetpSetShiftF16[3]
subject: 222.101
subject: TempRoomSetpSetShiftF16[3]
dpt bit size max: 48
dpt major number: 222
dpt minor number: 101
is assembled with: type.dpt.field.222.101.i0.TempSetpShiftEco
is assembled with: type.dpt.field.222.101.i1.TempSetpShiftStdby
is assembled with: type.dpt.field.222.101.i2.TempSetpShiftComf
has communication mode: S

TempRoomSetpSet[3]
type: DatapointType
type: NamedIndividual
description: a point representing DPT 212.101: TempRoomSetpSet[3]
subject: 212.101
subject: TempRoomSetpSet[3]
dpt bit size max: 48
dpt major number: 212
dpt minor number: 101
is assembled with: type.dpt.field.212.101.i0.TempSetpEco
is assembled with: type.dpt.field.212.101.i1.TempSetpStdby
is assembled with: type.dpt.field.212.101.i2.TempSetpComf
has communication mode: LTE

TempRoomSetpSetShift[4]
type: DatapointType
type: NamedIndividual
description: a point representing DPT 213.102: TempRoomSetpSetShift[4]
subject: 213.102
subject: TempRoomSetpSetShift[4]
dpt bit size max: 64
dpt major number: 213
dpt minor number: 102
is assembled with: type.dpt.field.213.102.i0.TempSetpShiftBProt
is assembled with: type.dpt.field.213.102.i1.TempSetpShiftEco
is assembled with: type.dpt.field.213.102.i2.TempSetpShiftStdby
is assembled with: type.dpt.field.213.102.i3.TempSetpShiftComf
has communication mode: LTE

TempSupplyAirSetpSet
type: DatapointType
type: NamedIndividual
description: a point representing DPT 224.100: TempSupplyAirSetpSet
subject: 224.100
subject: TempSupplyAirSetpSet
dpt bit size max: 48
dpt major number: 224
dpt minor number: 100
is assembled with: type.dpt.field.224.100.i0.HVACEmergMode
is assembled with: type.dpt.field.224.100.i1.ContrModeAct
is assembled with: type.dpt.field.224.100.i2.TempSetpHeating
is assembled with: type.dpt.field.224.100.i3.TempSetpCooling
has communication mode: LTE

TIC Type
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1208: TIC Type
subject: 20.1208
subject: TIC Type
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1208
is assembled with: type.dpt.field.20.1208.i0
has communication mode: S

Time Delay
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.013: Time Delay
subject: 20.013
subject: 20.13
subject: Time Delay
dpt bit size max: 8
dpt major number: 20
dpt minor number: 13
is assembled with: type.dpt.field.20.13.i0
has communication mode: S

TimePeriod10MSec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.003: TimePeriod10MSec
subject: 7.003
subject: 7.3
subject: TimePeriod10MSec
dpt bit size max: 16
dpt major number: 7
dpt minor number: 3
is assembled with: type.dpt.field.7.3.i0
has communication mode: S

TimePeriodHrs
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.007: TimePeriodHrs
subject: 7.007
subject: 7.7
subject: TimePeriodHrs
dpt bit size max: 16
dpt major number: 7
dpt minor number: 7
is assembled with: type.dpt.field.7.7.i0
has communication mode: S

Trend
type: Class
comment: A trend application function monitors live and historical, time-indexed, quantitative etc. data, for example, for visuaization.
subclass of: monitoring

Type TIC Channel
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.1209: Type TIC Channel
subject: 20.1209
subject: Type TIC Channel
dpt bit size max: 8
dpt major number: 20
dpt minor number: 1209
is assembled with: type.dpt.field.20.1209.i0
has communication mode: S

UElCurrentmA
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.012: UElCurrentmA
subject: 7.012
subject: 7.12
subject: UElCurrentmA
dpt bit size max: 16
dpt major number: 7
dpt minor number: 12
is assembled with: type.dpt.field.7.12.i0
has communication mode: S

UpDown Action
type: DatapointType
type: NamedIndividual
description: a point representing DPT 23.003: UpDown Action
subject: 23.003
subject: 23.3
subject: UpDown Action
dpt bit size max: 2
dpt major number: 23
dpt minor number: 3
is assembled with: type.dpt.field.23.3.i0
has communication mode: S

UTF-8
type: DatapointType
type: NamedIndividual
description: a point representing DPT 28.001: UTF-8
subject: 28.001
subject: 28.1
subject: UTF-8
dpt bit size max: 312
dpt major number: 28
dpt minor number: 1
is assembled with: type.dpt.field.28.1.i0
has communication mode: S

Value 1 Count
type: DatapointType
type: NamedIndividual
description: a point representing DPT 6.010: Value 1 Count
subject: 6.010
subject: 6.10
subject: Value 1 Count
dpt bit size max: 8
dpt major number: 6
dpt minor number: 10
is assembled with: type.dpt.field.6.10.i0
has communication mode: S

Value 2 Count
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.001: Value 2 Count
subject: 8.001
subject: 8.1
subject: Value 2 Count
dpt bit size max: 16
dpt major number: 8
dpt minor number: 1
is assembled with: type.dpt.field.8.1.i0
has communication mode: S

Value 2 Ucount
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.001: Value 2 Ucount
subject: 7.001
subject: 7.1
subject: Value 2 Ucount
dpt bit size max: 16
dpt major number: 7
dpt minor number: 1
is assembled with: type.dpt.field.7.1.i0
has communication mode: S

Value 4 Count
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.001: Value 4 Count
subject: 13.001
subject: 13.1
subject: Value 4 Count
dpt bit size max: 32
dpt major number: 13
dpt minor number: 1
is assembled with: type.dpt.field.13.1.i0
has communication mode: S

Value 4 Ucount
type: DatapointType
type: NamedIndividual
description: a point representing DPT 12.001: Value 4 Ucount
subject: 12.001
subject: 12.1
subject: Value 4 Ucount
dpt bit size max: 32
dpt major number: 12
dpt minor number: 1
is assembled with: type.dpt.field.12.1.i0
has communication mode: S

value API
type: DatatypeProperty
comment: Specifies for enumeration DPTs a string value, that can be used from an (external) API at runtime.
range: string

Value Absolute Temperature
type: DatapointType
type: NamedIndividual
description: DPT 14.069: Value of absolute temperature
subject: 14.069
subject: 14.69
subject: Value Absolute Temperature
dpt bit size max: 32
dpt major number: 14
dpt minor number: 69
is assembled with: type.dpt.field.14.69.i0
has communication mode: S

Value Acceleration
type: DatapointType
type: NamedIndividual
description: DPT 14.000: Value of acceleration
subject: 14.0
subject: 14.000
subject: Value Acceleration
dpt bit size max: 32
dpt major number: 14
dpt minor number: 0
is assembled with: type.dpt.field.14.0.i0
has communication mode: S

Value Acceleration Angular
type: DatapointType
type: NamedIndividual
description: DPT 14.001: Value of angular acceleration
subject: 14.001
subject: 14.1
subject: Value Acceleration Angular
dpt bit size max: 32
dpt major number: 14
dpt minor number: 1
is assembled with: type.dpt.field.14.1.i0
has communication mode: S

Value Activation Energy
type: DatapointType
type: NamedIndividual
description: DPT 14.002: Value of activation energy
subject: 14.002
subject: 14.2
subject: Value Activation Energy
dpt bit size max: 32
dpt major number: 14
dpt minor number: 2
is assembled with: type.dpt.field.14.2.i0
has communication mode: S

Value Activity
type: DatapointType
type: NamedIndividual
description: DPT 14.003: Value of activity (radioactivity)
subject: 14.003
subject: 14.3
subject: Value Activity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 3
is assembled with: type.dpt.field.14.3.i0
has communication mode: S

Value AirFlow
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.009: Value AirFlow
subject: 9.009
subject: 9.9
subject: Value AirFlow
dpt bit size max: 16
dpt major number: 9
dpt minor number: 9
is assembled with: type.dpt.field.9.9.i0
has communication mode: S

Value AirQuality
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.008: Value AirQuality
subject: 9.008
subject: 9.8
subject: Value AirQuality
dpt bit size max: 16
dpt major number: 9
dpt minor number: 8
is assembled with: type.dpt.field.9.8.i0
has communication mode: S

Value Amplitude
type: DatapointType
type: NamedIndividual
description: DPT 14.005: Value of an amplitude
subject: 14.005
subject: 14.5
subject: Value Amplitude
dpt bit size max: 32
dpt major number: 14
dpt minor number: 5
is assembled with: type.dpt.field.14.5.i0
has communication mode: S

Value AngleDeg
type: DatapointType
type: NamedIndividual
description: DPT 14.007: Value of an angle (in degrees)
subject: 14.007
subject: 14.7
subject: Value AngleDeg
dpt bit size max: 32
dpt major number: 14
dpt minor number: 7
is assembled with: type.dpt.field.14.7.i0
has communication mode: S

Value AngleRad
type: DatapointType
type: NamedIndividual
description: DPT 14.006: Value of an angle (in radiant)
subject: 14.006
subject: 14.6
subject: Value AngleRad
dpt bit size max: 32
dpt major number: 14
dpt minor number: 6
is assembled with: type.dpt.field.14.6.i0
has communication mode: S

Value Angular Frequency
type: DatapointType
type: NamedIndividual
description: DPT 14.034: Value of angular frequency (pulsatance)
subject: 14.034
subject: 14.34
subject: Value Angular Frequency
dpt bit size max: 32
dpt major number: 14
dpt minor number: 34
is assembled with: type.dpt.field.14.34.i0
has communication mode: S

Value Angular Momentum
type: DatapointType
type: NamedIndividual
description: DPT 14.008: Value of angular momentum
subject: 14.008
subject: 14.8
subject: Value Angular Momentum
dpt bit size max: 32
dpt major number: 14
dpt minor number: 8
is assembled with: type.dpt.field.14.8.i0
has communication mode: S

Value Angular Velocity
type: DatapointType
type: NamedIndividual
description: DPT 14.009: Value of angular velocity
subject: 14.009
subject: 14.9
subject: Value Angular Velocity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 9
is assembled with: type.dpt.field.14.9.i0
has communication mode: S

Value Area
type: DatapointType
type: NamedIndividual
description: DPT 14.010: Value of an area
subject: 14.010
subject: 14.10
subject: Value Area
dpt bit size max: 32
dpt major number: 14
dpt minor number: 10
is assembled with: type.dpt.field.14.10.i0
has communication mode: S

Value Capacitance
type: DatapointType
type: NamedIndividual
description: DPT 14.011: Value of capacitance
subject: 14.011
subject: 14.11
subject: Value Capacitance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 11
is assembled with: type.dpt.field.14.11.i0
has communication mode: S

Value Charge DensitySurface
type: DatapointType
type: NamedIndividual
description: DPT 14.012: Value of surface charge density
subject: 14.012
subject: 14.12
subject: Value Charge DensitySurface
dpt bit size max: 32
dpt major number: 14
dpt minor number: 12
is assembled with: type.dpt.field.14.12.i0
has communication mode: S

Value Charge DensityVolume
type: DatapointType
type: NamedIndividual
description: DPT 14.013: Value of volume charge density
subject: 14.013
subject: 14.13
subject: Value Charge DensityVolume
dpt bit size max: 32
dpt major number: 14
dpt minor number: 13
is assembled with: type.dpt.field.14.13.i0
has communication mode: S

Value Common Temperature
type: DatapointType
type: NamedIndividual
description: DPT 14.068: Value of common temperature
subject: 14.068
subject: 14.68
subject: Value Common Temperature
dpt bit size max: 32
dpt major number: 14
dpt minor number: 68
is assembled with: type.dpt.field.14.68.i0
has communication mode: S

Value Compressibility
type: DatapointType
type: NamedIndividual
description: DPT 14.014: Value of compressibility
subject: 14.014
subject: 14.14
subject: Value Compressibility
dpt bit size max: 32
dpt major number: 14
dpt minor number: 14
is assembled with: type.dpt.field.14.14.i0
has communication mode: S

Value Conductance
type: DatapointType
type: NamedIndividual
description: DPT 14.015: Value of conductance
subject: 14.015
subject: 14.15
subject: Value Conductance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 15
is assembled with: type.dpt.field.14.15.i0
has communication mode: S

Value Curr
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.021: Value Curr
subject: 9.021
subject: 9.21
subject: Value Curr
dpt bit size max: 16
dpt major number: 9
dpt minor number: 21
is assembled with: type.dpt.field.9.21.i0
has communication mode: S

ValueDemBoc
type: DatapointType
type: NamedIndividual
description: a point representing DPT 207.102: ValueDemBoc
subject: 207.102
subject: ValueDemBoc
dpt bit size max: 16
dpt major number: 207
dpt minor number: 102
is assembled with: type.dpt.field.207.102.i0.Stage1Control
is assembled with: type.dpt.field.207.102.i1.Stage2Control
is assembled with: type.dpt.field.207.102.i2.Reserved
is assembled with: type.dpt.field.207.102.i3.RelBurnerDem
has communication mode: LTE

Value Density
type: DatapointType
type: NamedIndividual
description: DPT 14.017: Value of density
subject: 14.017
subject: 14.17
subject: Value Density
dpt bit size max: 32
dpt major number: 14
dpt minor number: 17
is assembled with: type.dpt.field.14.17.i0
has communication mode: S

Value Electric Charge
type: DatapointType
type: NamedIndividual
description: DPT 14.018: Value of electric charge
subject: 14.018
subject: 14.18
subject: Value Electric Charge
dpt bit size max: 32
dpt major number: 14
dpt minor number: 18
is assembled with: type.dpt.field.14.18.i0
has communication mode: S

Value Electric Current
type: DatapointType
type: NamedIndividual
description: DPT 14.019: Value of electric current
subject: 14.019
subject: 14.19
subject: Value Electric Current
dpt bit size max: 32
dpt major number: 14
dpt minor number: 19
is assembled with: type.dpt.field.14.19.i0
has communication mode: S

Value Electric CurrentDensity
type: DatapointType
type: NamedIndividual
description: DPT 14.020: Value of electric current density
subject: 14.020
subject: 14.20
subject: Value Electric CurrentDensity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 20
is assembled with: type.dpt.field.14.20.i0
has communication mode: S

Value Electric DipoleMoment
type: DatapointType
type: NamedIndividual
description: DPT 14.021: Value of electric dipole moment
subject: 14.021
subject: 14.21
subject: Value Electric DipoleMoment
dpt bit size max: 32
dpt major number: 14
dpt minor number: 21
is assembled with: type.dpt.field.14.21.i0
has communication mode: S

Value Electric Displacement
type: DatapointType
type: NamedIndividual
description: DPT 14.022: Value of electric displacement
subject: 14.022
subject: 14.22
subject: Value Electric Displacement
dpt bit size max: 32
dpt major number: 14
dpt minor number: 22
is assembled with: type.dpt.field.14.22.i0
has communication mode: S

Value Electric FieldStrength
type: DatapointType
type: NamedIndividual
description: DPT 14.023: Value of electric field strength
subject: 14.023
subject: 14.23
subject: Value Electric FieldStrength
dpt bit size max: 32
dpt major number: 14
dpt minor number: 23
is assembled with: type.dpt.field.14.23.i0
has communication mode: S

Value Electric Flux
type: DatapointType
type: NamedIndividual
description: DPT 14.024: Value of electric flux
subject: 14.024
subject: 14.24
subject: Value Electric Flux
dpt bit size max: 32
dpt major number: 14
dpt minor number: 24
is assembled with: type.dpt.field.14.24.i0
has communication mode: S

Value Electric FluxDensity
type: DatapointType
type: NamedIndividual
description: DPT 14.025: Value of electric flux density
subject: 14.025
subject: 14.25
subject: Value Electric FluxDensity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 25
is assembled with: type.dpt.field.14.25.i0
has communication mode: S

Value Electric Polarization
type: DatapointType
type: NamedIndividual
description: DPT 14.026: Value of electric polarization
subject: 14.026
subject: 14.26
subject: Value Electric Polarization
dpt bit size max: 32
dpt major number: 14
dpt minor number: 26
is assembled with: type.dpt.field.14.26.i0
has communication mode: S

Value Electric Potential
type: DatapointType
type: NamedIndividual
description: DPT 14.027: Value of electric potential
subject: 14.027
subject: 14.27
subject: Value Electric Potential
dpt bit size max: 32
dpt major number: 14
dpt minor number: 27
is assembled with: type.dpt.field.14.27.i0
has communication mode: S

Value Electric PotentialDifference
type: DatapointType
type: NamedIndividual
description: DPT 14.028: Value of electric potential difference
subject: 14.028
subject: 14.28
subject: Value Electric PotentialDifference
dpt bit size max: 32
dpt major number: 14
dpt minor number: 28
is assembled with: type.dpt.field.14.28.i0
has communication mode: S

Value Electrical Conductivity
type: DatapointType
type: NamedIndividual
description: DPT 14.016: Value of electrical conductivity
subject: 14.016
subject: 14.16
subject: Value Electrical Conductivity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 16
is assembled with: type.dpt.field.14.16.i0
has communication mode: S

Value ElectromagneticMoment
type: DatapointType
type: NamedIndividual
description: DPT 14.029: Value of electromagnetic moment
subject: 14.029
subject: 14.29
subject: Value ElectromagneticMoment
dpt bit size max: 32
dpt major number: 14
dpt minor number: 29
is assembled with: type.dpt.field.14.29.i0
has communication mode: S

Value Electromotive Force
type: DatapointType
type: NamedIndividual
description: DPT 14.030: Value of electromotive force
subject: 14.030
subject: 14.30
subject: Value Electromotive Force
dpt bit size max: 32
dpt major number: 14
dpt minor number: 30
is assembled with: type.dpt.field.14.30.i0
has communication mode: S

Value Energy
type: DatapointType
type: NamedIndividual
description: DPT 14.031: Value of energy
subject: 14.031
subject: 14.31
subject: Value Energy
dpt bit size max: 32
dpt major number: 14
dpt minor number: 31
is assembled with: type.dpt.field.14.31.i0
has communication mode: S

Value Force
type: DatapointType
type: NamedIndividual
description: DPT 14.032: Value of force
subject: 14.032
subject: 14.32
subject: Value Force
dpt bit size max: 32
dpt major number: 14
dpt minor number: 32
is assembled with: type.dpt.field.14.32.i0
has communication mode: S

Value Frequency
type: DatapointType
type: NamedIndividual
description: DPT 14.033: Value of frequency
subject: 14.033
subject: 14.33
subject: Value Frequency
dpt bit size max: 32
dpt major number: 14
dpt minor number: 33
is assembled with: type.dpt.field.14.33.i0
has communication mode: S

Value Heat Capacity
type: DatapointType
type: NamedIndividual
description: DPT 14.035: Value of heat capacity
subject: 14.035
subject: 14.35
subject: Value Heat Capacity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 35
is assembled with: type.dpt.field.14.35.i0
has communication mode: S

Value Heat FlowRate
type: DatapointType
type: NamedIndividual
description: DPT 14.036: Value of heat flow rate
subject: 14.036
subject: 14.36
subject: Value Heat FlowRate
dpt bit size max: 32
dpt major number: 14
dpt minor number: 36
is assembled with: type.dpt.field.14.36.i0
has communication mode: S

Value Heat Quantity
type: DatapointType
type: NamedIndividual
description: DPT 14.037: Value of heat quantity
subject: 14.037
subject: 14.37
subject: Value Heat Quantity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 37
is assembled with: type.dpt.field.14.37.i0
has communication mode: S

Value Humidity
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.007: Value Humidity
subject: 9.007
subject: 9.7
subject: Value Humidity
dpt bit size max: 16
dpt major number: 9
dpt minor number: 7
is assembled with: type.dpt.field.9.7.i0
has communication mode: S

Value Impedance
type: DatapointType
type: NamedIndividual
description: DPT 14.038: Value of impedance
subject: 14.038
subject: 14.38
subject: Value Impedance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 38
is assembled with: type.dpt.field.14.38.i0
has communication mode: S

value KNX
type: DatatypeProperty
comment: Specifies for enumeration DPTs a numerical value, that is used from the KNX system at runtime.
range: integer

Value Length
type: DatapointType
type: NamedIndividual
description: DPT 14.039: Value of length
subject: 14.039
subject: 14.39
subject: Value Length
dpt bit size max: 32
dpt major number: 14
dpt minor number: 39
is assembled with: type.dpt.field.14.39.i0
has communication mode: S

Value Light Quantity
type: DatapointType
type: NamedIndividual
description: DPT 14.040: Value of light quantity
subject: 14.040
subject: 14.40
subject: Value Light Quantity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 40
is assembled with: type.dpt.field.14.40.i0
has communication mode: S

Value Luminance
type: DatapointType
type: NamedIndividual
description: DPT 14.041: Value of luminance
subject: 14.041
subject: 14.41
subject: Value Luminance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 41
is assembled with: type.dpt.field.14.41.i0
has communication mode: S

Value Luminous Flux
type: DatapointType
type: NamedIndividual
description: DPT 14.042: Value of luminous flux
subject: 14.042
subject: 14.42
subject: Value Luminous Flux
dpt bit size max: 32
dpt major number: 14
dpt minor number: 42
is assembled with: type.dpt.field.14.42.i0
has communication mode: S

Value Luminous Intensity
type: DatapointType
type: NamedIndividual
description: DPT 14.043: Value of luminous intensity
subject: 14.043
subject: 14.43
subject: Value Luminous Intensity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 43
is assembled with: type.dpt.field.14.43.i0
has communication mode: S

Value Magnetic FieldStrength
type: DatapointType
type: NamedIndividual
description: DPT 14.044: Value of magnetic field strength
subject: 14.044
subject: 14.44
subject: Value Magnetic FieldStrength
dpt bit size max: 32
dpt major number: 14
dpt minor number: 44
is assembled with: type.dpt.field.14.44.i0
has communication mode: S

Value Magnetic Flux
type: DatapointType
type: NamedIndividual
description: DPT 14.045: Value of magnetic flux
subject: 14.045
subject: 14.45
subject: Value Magnetic Flux
dpt bit size max: 32
dpt major number: 14
dpt minor number: 45
is assembled with: type.dpt.field.14.45.i0
has communication mode: S

Value Magnetic FluxDensity
type: DatapointType
type: NamedIndividual
description: DPT 14.046: Value of magnetic flux density
subject: 14.046
subject: 14.46
subject: Value Magnetic FluxDensity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 46
is assembled with: type.dpt.field.14.46.i0
has communication mode: S

Value Magnetic Moment
type: DatapointType
type: NamedIndividual
description: DPT 14.047: Value of magnetic moment
subject: 14.047
subject: 14.47
subject: Value Magnetic Moment
dpt bit size max: 32
dpt major number: 14
dpt minor number: 47
is assembled with: type.dpt.field.14.47.i0
has communication mode: S

Value Magnetic Polarization
type: DatapointType
type: NamedIndividual
description: DPT 14.048: Value of magnetic polarization
subject: 14.048
subject: 14.48
subject: Value Magnetic Polarization
dpt bit size max: 32
dpt major number: 14
dpt minor number: 48
is assembled with: type.dpt.field.14.48.i0
has communication mode: S

Value Magnetization
type: DatapointType
type: NamedIndividual
description: DPT 14.049: Value of magnetization
subject: 14.049
subject: 14.49
subject: Value Magnetization
dpt bit size max: 32
dpt major number: 14
dpt minor number: 49
is assembled with: type.dpt.field.14.49.i0
has communication mode: S

Value MagnetomotiveForce
type: DatapointType
type: NamedIndividual
description: DPT 14.050: Value of magneto motive force
subject: 14.050
subject: 14.50
subject: Value MagnetomotiveForce
dpt bit size max: 32
dpt major number: 14
dpt minor number: 50
is assembled with: type.dpt.field.14.50.i0
has communication mode: S

Value Mass
type: DatapointType
type: NamedIndividual
description: DPT 14.051: Value of mass
subject: 14.051
subject: 14.51
subject: Value Mass
dpt bit size max: 32
dpt major number: 14
dpt minor number: 51
is assembled with: type.dpt.field.14.51.i0
has communication mode: S

Value MassFlux
type: DatapointType
type: NamedIndividual
description: DPT 14.052: Value of mass flux
subject: 14.052
subject: 14.52
subject: Value MassFlux
dpt bit size max: 32
dpt major number: 14
dpt minor number: 52
is assembled with: type.dpt.field.14.52.i0
has communication mode: S

Value Mol
type: DatapointType
type: NamedIndividual
description: DPT 14.004: Value of the amount of substance (mol)
subject: 14.004
subject: 14.4
subject: Value Mol
dpt bit size max: 32
dpt major number: 14
dpt minor number: 4
is assembled with: type.dpt.field.14.4.i0
has communication mode: S

Value Momentum
type: DatapointType
type: NamedIndividual
description: DPT 14.053: Value of momentum
subject: 14.053
subject: 14.53
subject: Value Momentum
dpt bit size max: 32
dpt major number: 14
dpt minor number: 53
is assembled with: type.dpt.field.14.53.i0
has communication mode: S

Value Phase AngleDeg
type: DatapointType
type: NamedIndividual
description: DPT 14.055: Value of phase angle (in degrees)
subject: 14.055
subject: 14.55
subject: Value Phase AngleDeg
dpt bit size max: 32
dpt major number: 14
dpt minor number: 55
is assembled with: type.dpt.field.14.55.i0
has communication mode: S

Value Phase AngleRad
type: DatapointType
type: NamedIndividual
description: DPT 14.054: Value of phase angle (in radiant)
subject: 14.054
subject: 14.54
subject: Value Phase AngleRad
dpt bit size max: 32
dpt major number: 14
dpt minor number: 54
is assembled with: type.dpt.field.14.54.i0
has communication mode: S

Value Power
type: DatapointType
type: NamedIndividual
description: DPT 14.056: Value of power
subject: 14.056
subject: 14.56
subject: Value Power
dpt bit size max: 32
dpt major number: 14
dpt minor number: 56
is assembled with: type.dpt.field.14.56.i0
has communication mode: S

Value Power Factor
type: DatapointType
type: NamedIndividual
description: DPT 14.057: Value of power factor
subject: 14.057
subject: 14.57
subject: Value Power Factor
dpt bit size max: 32
dpt major number: 14
dpt minor number: 57
is assembled with: type.dpt.field.14.57.i0
has communication mode: S

Value Pressure
type: DatapointType
type: NamedIndividual
description: DPT 14.058: Value of pressure
subject: 14.058
subject: 14.58
subject: Value Pressure
dpt bit size max: 32
dpt major number: 14
dpt minor number: 58
is assembled with: type.dpt.field.14.58.i0
has communication mode: S

Value Reactance
type: DatapointType
type: NamedIndividual
description: DPT 14.059: Value of reactance
subject: 14.059
subject: 14.59
subject: Value Reactance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 59
is assembled with: type.dpt.field.14.59.i0
has communication mode: S

Value Resistance
type: DatapointType
type: NamedIndividual
description: DPT 14.060: Value of resistance
subject: 14.060
subject: 14.60
subject: Value Resistance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 60
is assembled with: type.dpt.field.14.60.i0
has communication mode: S

Value Resistivity
type: DatapointType
type: NamedIndividual
description: DPT 14.061: Value of resistivity
subject: 14.061
subject: 14.61
subject: Value Resistivity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 61
is assembled with: type.dpt.field.14.61.i0
has communication mode: S

Value SelfInductance
type: DatapointType
type: NamedIndividual
description: DPT 14.062: Value of self inductance
subject: 14.062
subject: 14.62
subject: Value SelfInductance
dpt bit size max: 32
dpt major number: 14
dpt minor number: 62
is assembled with: type.dpt.field.14.62.i0
has communication mode: S

Value SolidAngle
type: DatapointType
type: NamedIndividual
description: DPT 14.063: Value of solid angle
subject: 14.063
subject: 14.63
subject: Value SolidAngle
dpt bit size max: 32
dpt major number: 14
dpt minor number: 63
is assembled with: type.dpt.field.14.63.i0
has communication mode: S

Value Sound Intensity
type: DatapointType
type: NamedIndividual
description: DPT 14.064: Value of sound intensity
subject: 14.064
subject: 14.64
subject: Value Sound Intensity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 64
is assembled with: type.dpt.field.14.64.i0
has communication mode: S

Value Speed
type: DatapointType
type: NamedIndividual
description: DPT 14.065: Value of speed
subject: 14.065
subject: 14.65
subject: Value Speed
dpt bit size max: 32
dpt major number: 14
dpt minor number: 65
is assembled with: type.dpt.field.14.65.i0
has communication mode: S

Value Stress
type: DatapointType
type: NamedIndividual
description: DPT 14.066: Value of stress
subject: 14.066
subject: 14.66
subject: Value Stress
dpt bit size max: 32
dpt major number: 14
dpt minor number: 66
is assembled with: type.dpt.field.14.66.i0
has communication mode: S

Value Surface Tension
type: DatapointType
type: NamedIndividual
description: DPT 14.067: Value of surface tension
subject: 14.067
subject: 14.67
subject: Value Surface Tension
dpt bit size max: 32
dpt major number: 14
dpt minor number: 67
is assembled with: type.dpt.field.14.67.i0
has communication mode: S

Value Temp A
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.003: Value Temp A
subject: 9.003
subject: 9.3
subject: Value Temp A
dpt bit size max: 16
dpt major number: 9
dpt minor number: 3
is assembled with: type.dpt.field.9.3.i0
has communication mode: S

Value Temp F
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.027: Value Temp F
subject: 9.027
subject: 9.27
subject: Value Temp F
dpt bit size max: 16
dpt major number: 9
dpt minor number: 27
is assembled with: type.dpt.field.9.27.i0
has communication mode: S

Value TemperatureDifference
type: DatapointType
type: NamedIndividual
description: DPT 14.070: Value of temperature difference
subject: 14.070
subject: 14.70
subject: Value TemperatureDifference
dpt bit size max: 32
dpt major number: 14
dpt minor number: 70
is assembled with: type.dpt.field.14.70.i0
has communication mode: S

Value Thermal Capacity
type: DatapointType
type: NamedIndividual
description: DPT 14.071: Value of thermal capacity
subject: 14.071
subject: 14.71
subject: Value Thermal Capacity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 71
is assembled with: type.dpt.field.14.71.i0
has communication mode: S

Value Thermal Conductivity
type: DatapointType
type: NamedIndividual
description: DPT 14.072: Value of thermal conductivity
subject: 14.072
subject: 14.72
subject: Value Thermal Conductivity
dpt bit size max: 32
dpt major number: 14
dpt minor number: 72
is assembled with: type.dpt.field.14.72.i0
has communication mode: S

Value ThermoelectricPower
type: DatapointType
type: NamedIndividual
description: DPT 14.073: Value of thermoelectric power
subject: 14.073
subject: 14.73
subject: Value ThermoelectricPower
dpt bit size max: 32
dpt major number: 14
dpt minor number: 73
is assembled with: type.dpt.field.14.73.i0
has communication mode: S

Value Time
type: DatapointType
type: NamedIndividual
description: DPT 14.074: Value of time
subject: 14.074
subject: 14.74
subject: Value Time
dpt bit size max: 32
dpt major number: 14
dpt minor number: 74
is assembled with: type.dpt.field.14.74.i0
has communication mode: S

Value Time 1
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.010: Value Time 1
subject: 9.010
subject: 9.10
subject: Value Time 1
dpt bit size max: 16
dpt major number: 9
dpt minor number: 10
is assembled with: type.dpt.field.9.10.i0
has communication mode: S

Value Time 2
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.011: Value Time 2
subject: 9.011
subject: 9.11
subject: Value Time 2
dpt bit size max: 16
dpt major number: 9
dpt minor number: 11
is assembled with: type.dpt.field.9.11.i0
has communication mode: S

Value Torque
type: DatapointType
type: NamedIndividual
description: DPT 14.075: Value of torque
subject: 14.075
subject: 14.75
subject: Value Torque
dpt bit size max: 32
dpt major number: 14
dpt minor number: 75
is assembled with: type.dpt.field.14.75.i0
has communication mode: S

Value Volt
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.020: Value Volt
subject: 9.020
subject: 9.20
subject: Value Volt
dpt bit size max: 16
dpt major number: 9
dpt minor number: 20
is assembled with: type.dpt.field.9.20.i0
has communication mode: S

Value Volume
type: DatapointType
type: NamedIndividual
description: DPT 14.076: Value of volume
subject: 14.076
subject: 14.76
subject: Value Volume
dpt bit size max: 32
dpt major number: 14
dpt minor number: 76
is assembled with: type.dpt.field.14.76.i0
has communication mode: S

Value Volume Flow
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.025: Value Volume Flow
subject: 9.025
subject: 9.25
subject: Value Volume Flow
dpt bit size max: 16
dpt major number: 9
dpt minor number: 25
is assembled with: type.dpt.field.9.25.i0
has communication mode: S

Value Volume Flux
type: DatapointType
type: NamedIndividual
description: DPT 14.077: Value of volume flux
subject: 14.077
subject: 14.77
subject: Value Volume Flux
dpt bit size max: 32
dpt major number: 14
dpt minor number: 77
is assembled with: type.dpt.field.14.77.i0
has communication mode: S

Value Weight
type: DatapointType
type: NamedIndividual
description: DPT 14.078: Value of weight
subject: 14.078
subject: 14.78
subject: Value Weight
dpt bit size max: 32
dpt major number: 14
dpt minor number: 78
is assembled with: type.dpt.field.14.78.i0
has communication mode: S

Value Work
type: DatapointType
type: NamedIndividual
description: DPT 14.079: Value of work
subject: 14.079
subject: 14.79
subject: Value Work
dpt bit size max: 32
dpt major number: 14
dpt minor number: 79
is assembled with: type.dpt.field.14.79.i0
has communication mode: S

Value Wsp
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.005: Value Wsp
subject: 9.005
subject: 9.5
subject: Value Wsp
dpt bit size max: 16
dpt major number: 9
dpt minor number: 5
is assembled with: type.dpt.field.9.5.i0
has communication mode: S

Value Wsp kmh
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.028: Value Wsp kmh
subject: 9.028
subject: 9.28
subject: Value Wsp kmh
dpt bit size max: 16
dpt major number: 9
dpt minor number: 28
is assembled with: type.dpt.field.9.28.i0
has communication mode: S

ValveMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.108: ValveMode
subject: 20.108
subject: ValveMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 108
is assembled with: type.dpt.field.20.108.i0
has communication mode: S

VarString 8859-1
type: DatapointType
type: NamedIndividual
description: a point representing DPT 24.001: VarString 8859-1
subject: 24.001
subject: 24.1
subject: VarString 8859-1
dpt bit size max: 312
dpt major number: 24
dpt minor number: 1
is assembled with: type.dpt.field.24.1.i0
has communication mode: S

Version
type: DatapointType
type: NamedIndividual
description: a point representing DPT 217.001: Version
subject: 217.001
subject: 217.1
subject: Version
dpt bit size max: 16
dpt major number: 217
dpt minor number: 1
is assembled with: type.dpt.field.217.1.i0.RevisionNumber
is assembled with: type.dpt.field.217.1.i1.VersionNumber
is assembled with: type.dpt.field.217.1.i2.MagicNumber
has communication mode: S

Video
type: Class
comment: Video data and camera management function.
subclass of: monitoring

Volume Flux for Meters
type: DatapointType
type: NamedIndividual
description: DPT 14.1200: Value of volume flux (in cubic meters per hour)
subject: 14.1200
subject: Volume Flux for Meters
dpt bit size max: 32
dpt major number: 14
dpt minor number: 1200
is assembled with: type.dpt.field.14.1200.i0
has communication mode: S

Volume Flux ls
type: DatapointType
type: NamedIndividual
description: DPT 14.1201: Value of volume flux (in litres per second)
subject: 14.1201
subject: Volume Flux ls
dpt bit size max: 32
dpt major number: 14
dpt minor number: 1201
is assembled with: type.dpt.field.14.1201.i0
has communication mode: S

VolumeLiquid Litre
type: DatapointType
type: NamedIndividual
description: a point representing DPT 12.1200: VolumeLiquid Litre
subject: 12.1200
subject: VolumeLiquid Litre
dpt bit size max: 32
dpt major number: 12
dpt minor number: 1200
is assembled with: type.dpt.field.12.1200.i0
has communication mode: S

VolumeLiter Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 218.001: Volume in Liter
subject: 218.001
subject: 218.1
subject: VolumeLiter Z
dpt bit size max: 40
dpt major number: 218
dpt minor number: 1
is assembled with: type.dpt.field.218.1.i0.StatusCommand
is assembled with: type.dpt.field.218.1.i1.VolumeLiter
has communication mode: LTE

Volume m3
type: DatapointType
type: NamedIndividual
description: a point representing DPT 12.1201: Volume M3
subject: 12.1201
subject: Volume m3
dpt bit size max: 32
dpt major number: 12
dpt minor number: 1201
is assembled with: type.dpt.field.12.1201.i0
has communication mode: S

Water Difference Pressure Control
type: Class
comment: Application Functions that controls the quantity 'water pressure'.
subclass of: waterCtrl

Water Temperature Control
type: Class
comment: Application Functions that controls the quantity 'water temperature'.
subclass of: waterCtrl

Weather Station
type: Class
comment: Application funtion weather station aggregates outside measurement points.
subclass of: monitoring

Wind Speed Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 203.101: Wind Speed Z
subject: 203.101
subject: Wind Speed Z
dpt bit size max: 24
dpt major number: 203
dpt minor number: 101
is assembled with: type.dpt.field.203.101.i0.StatusCommand
is assembled with: type.dpt.field.203.101.i1.WindSpeed
has communication mode: LTE

Zone Heating Control
type: Class
comment: The Application Function controls the 'air temperature' of a room or zone (group of rooms or space) individually, thereby maximizing comfort and minimizing energy costs. The control loop often uses the outside temperature or a reference room temperature as a process variable.
subclass of: emissionCtrl

Mac building
type: Class
comment: By a MaC (ETS) allowed location usages for a building.
equivalent class: Class
  intersection of: Building
  intersection of: Restriction
    all values from: Class
      one of: Apartment
      one of: Factory
      one of: Familiy House
      one of: garage
      one of: gym
      one of: Hotel
      one of: office
      one of: Villa
    on property: hasLocationUsage

MaC floor
type: Class
comment: By a MaC (ETS) allowed location usages for a floor.
equivalent class: Class
  intersection of: Floor
  intersection of: Restriction
    all values from: Class
      one of: Elevator Shaft
      one of: Entrance
      one of: hallway
      one of: staircase
    on property: hasLocationUsage

MaC room
type: Class
comment: By a MaC (ETS) allowed location usages for a room.
equivalent class: Class
  intersection of: Room
  intersection of: Restriction
    all values from: Class
      one of: Balcony
      one of: Bar
      one of: Bathroom
      one of: Bedroom
      one of: Classroom
      one of: Dining Room
      one of: garage
      one of: garden
      one of: gym
      one of: hallway
      one of: Kitchen
      one of: Laundry Room
      one of: Leisure
      one of: Living Room
      one of: Meeting Room
      one of: Nursery
      one of: office
      one of: Parking
      one of: Pool
      one of: Restroom
      one of: staircase
      one of: Store Room
      one of: Terrace
      one of: Utility Room
      one of: Wellness
    on property: hasLocationUsage

MaC site
type: Class
comment: By a MaC (ETS) allowed location usages for a site.
equivalent class: Class
  intersection of: Site
  intersection of: Restriction
    all values from: Class
      one of: Airport
      one of: Educational
      one of: garden
      one of: Health Care
      one of: Other Commercial
      one of: Other Residential
      one of: Public Building
      one of: Transportation
    on property: hasLocationUsage

has component id
type: DatatypeProperty
comment: Used to refer to management client (MaC) specific data that are not present (with a unique resolvable identifier) within the KNX information model. With this 'link' reference shared data can be defined for the same entity, whereas the data are spread over different sources. Usually, the data are generated in different tools and finally used in a MaC, the latter can import the data chunks and compose them correctly to an full entity.
domain: Thing
range: string

is incomplete
type: AnnotationProperty
comment: Used to indicate that an entity is not yet completely defined and should be excluded from use in MaCs. Note 1: if this property has the value false, it must be treated exactly as if ths property would not be present at all. Note 2: If an entity has been completed for MaC use, this property must be removed from the entity.
range: boolean

mac version
type: AnnotationProperty
comment: Used to represent the current version of the content for the MaC.
range: positiveInteger

Switching
type: Class
subject: GPDO
comment: Application function for generic 'switch control'.
subclass of: Restriction
  on class: SwitchCurrentStatus
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Restriction
  on class: SwitchRequest
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Switch Control

System Clock
type: Class
subject: SCLO
comment: Application function to provide a 'system clock' for the system.
subclass of: Restriction
  has value: qk ph temporal datevalue site
  on property: hasQualityKind
subclass of: Restriction
  has value: qk ph temporal time site
  on property: hasQualityKind
subclass of: Restriction
  on class: Current Date
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Restriction
  on class: Current Date and Time
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Restriction
  on class: Current Time
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Restriction
  on class: Relation to GMT
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Time Synchronization

Cabinet
type: Class
comment: A Cabinet is a physical enclosure for electrical or electronic equipment such as automatic switches, fuses, circuit breakers, control devices, timers and similar.
subclass of: Restriction
  all values from: string
  on property: comment
subclass of: Equipment
disjoint with: Device

dictionary version
type: AnnotationProperty
comment: Used to represent the current version of the content for the semantic dictionary.
range: positiveInteger

has actionpoint
type: ObjectProperty
range: Actionpoint
sub property of: hasPoint
inverse of: is actionpoint of

has eventpoint
type: ObjectProperty
range: Eventpoint
sub property of: hasPoint
inverse of: is eventpoint of

has status
type: ObjectProperty
comment: The target value represents a status of a corresponding source datapoint.
sub property of: influences

is change of value of
type: ObjectProperty
comment: The value of the target point is sent as an update notification (triggered). The trigger is defined by the metadata source datapoint value.
sub property of: isMetaDataOf

is description of
type: ObjectProperty
comment: The value of the target point is explained with further details by the metadata datapoint's value.
sub property of: isMetaDataOf

is functional block of
type: ObjectProperty
domain: FunctionalBlock
range: Device
inverse of: supportsFunctionalBlock

is heartbeat of
type: ObjectProperty
comment: The value of the target datapoint is sent at the latest after a certain duration. The duration is defined by the metadata datapoint's value.
sub property of: isMetaDataOf

is minimal repetition of
type: ObjectProperty
comment: The value of the target point is sent at the earliest after a certain duration. The duration is defined by the metadata datapoint's value.
sub property of: isMetaDataOf

ovrerides
type: ObjectProperty
comment: The target value is directly overridden by the value of the source datapoint
sub property of: influences

Concentration, Smoke
type: QuantityKind
type: NamedIndividual
description: Refers to the concentration of particles in the air, measured in ppm. This is a specialization of quantitykind:Concentration.

Concentration, VOC
type: QuantityKind
type: NamedIndividual
description: Refers to the concentration of volatile organic compounds (TVOC) in the air, measured in ppm. This is a specialization of quantitykind:Concentration.

Electricity, AC
type: PhenomenonType
type: NamedIndividual
description: Alternating current electricity

Access Control
type: Trade
type: NamedIndividual
description: The access trade is the selective access and control to resources (e.g. a place, information, etc.).

Actuator
type: EquipmentType
type: NamedIndividual
description: Used to control a (generic) actuator equipment. Don't care if the (generic functionality) is internally operated from the actuator by a motor or other means.

Air Handling Unit
type: EquipmentType
type: NamedIndividual
description: An Air Handling Unit (AHU) is an equipment to regulate and circulate air as part of a heating, ventilating, and air-conditioning (HVAC) system.

Air Conditioning
type: Trade
type: NamedIndividual
description: An air conditioning system is a system to satisfy requirements for temperature, humidity and air quality in rooms by adhering to these values within predefined limits.

Alarming
type: Trade
type: NamedIndividual
description: Alarming is the automated alarm management in the event of alarms or faults in plants, subsystems or devices.

Alert
type: PointFunctionType
type: NamedIndividual
description: A point contains a warning that draws attention to something that usually does not need immediate attention.

ATES
type: EquipmentType
type: NamedIndividual
description: Aquifer thermal energy storage (ATES) is the storage and recovery of thermal energy in the subsurface. ATES is applied to provide heating and cooling to buildings. Storage and recovery of thermal energy is achieved by extraction and injection of groundwater from aquifers using groundwater wells.

Atrium
type: LocationUsage
type: NamedIndividual
description: An atrium is a large open-air or skylight-covered space surrounded by a building.

BacNet
type: Protocol
type: NamedIndividual

Basement
type: LocationUsage
type: NamedIndividual
description: A basement or cellar is one or more floors of a building that are completely or partly below the ground floor.

Battery
type: EquipmentType
type: NamedIndividual
description: Battery used to store electric energy.

Bluetooth
type: Protocol
type: NamedIndividual

Boiler
type: EquipmentType
type: NamedIndividual
description: A boiler is a closed vessel in which fluid (generally water) is heated. Equipment to generate hot water or steam for heating.

Network Bridge
type: EquipmentType
type: NamedIndividual
description: A network bridge is a computer networking device that creates a single, aggregate network from multiple communication networks or network segments (typically on OSI Layer 2). Bridging is distinct from routing. Routing allows multiple networks to communicate independently and yet remain separate, whereas bridging connects two separate networks as if they were a single network.

Building
type: Locality
type: NamedIndividual
description: A building is a structure with a roof and walls standing more or less permanently in one place, such as a house or factory.

Button
type: EquipmentType
type: NamedIndividual
description: A device used to operate functions and equipment in a room by pushing. Examples are push buttons used to switch light, indicate presence and similar use cases.

Cabinet
type: LocationUsage
type: NamedIndividual
description: Room or space used for electrical equipment such as switch cabinets, a fuese box etc. Preferably used with an Space.

Car
type: EquipmentType
type: NamedIndividual
description: A car (or automobile) is a wheeled motor vehicle that is used for transportation.

CAV
type: EquipmentType
type: NamedIndividual
description: Constant air volume terminal unit. Constant air volume (CAV) is a type of heating, ventilating, and air-conditioning (HVAC) system. In a simple CAV system, the supply air flow rate is constant, but the supply air temperature is varied to meet the thermal loads of a space.

Ceiling
type: Locality
type: NamedIndividual
description: A ceiling is an overhead interior surface that covers the upper limits of a room.

Chilled Beam
type: EquipmentType
type: NamedIndividual
description: Conditions a space using a heat exchanger integrated into the ceiling. A chilled beam is a type of radiation/convection HVAC system (as is an alternative design known as 'chilled ceiling') designed to heat and cool large buildings.

Chiller
type: EquipmentType
type: NamedIndividual
description: EquipmentType to remove heat from a liquid.

Circuit
type: Locality
type: NamedIndividual
description: Electrical circuit and its associated components such as breakers.

Circuit, AC
type: Locality
type: NamedIndividual
description: Electrical circuits for alternative currents. This is a specialization of the tag "Circuit".

Circuit, DC
type: Locality
type: NamedIndividual
description: Electrical circuits for direct currents. This is a specialization of the tag "Circuit".

Closing Movement
type: StateType
type: NamedIndividual
description: This state type expresses that an equipment has a movement direction that can be interpreted as 'closing'. Usually, this is associated with equipments that can be moved by a drive in an horizontal axis or on a hinge, such as valves, windows, or doors.

CoAP
type: Protocol
type: NamedIndividual

Computer
type: EquipmentType
type: NamedIndividual
description: A desktop, laptop, PDA or other type of computer that can be moved from one place to another and connected to an electrical supply via a plugged outlet.

Condensate
type: PhenomenonType
type: NamedIndividual
description: Liquid phase produced by the condensation of steam or other gas

Conduits
type: LocationUsage
type: NamedIndividual
description: Preferably used with an Space.

Programmable Controller
type: EquipmentType
type: NamedIndividual
description: A programmable logic controller (PLC) or programmable controller is an industrial computer that has been ruggedized and adapted for the control of manufacturing processes, such as assembly lines, machines, robotic devices, or any activity that requires high reliability, ease of programming, and process fault diagnosis.

Controls panel
type: EquipmentType
type: NamedIndividual
description: Panel housing controllers and networking gear. A control panel is a flat, often vertical, area where control or monitoring instruments are displayed or it is an enclosed unit that is the part of a system that users can access, such as the control panel of a security system (also called control unit).

Cooktop
type: EquipmentType
type: NamedIndividual
description: A cooktop (American English), hob (British English), or stovetop (American English), is a home appliance device (EN 50523: gas cooktop, hob or induction hob) commonly used for cooking that is commonly found in kitchens and used to apply heat to the base of pans or pots.

Cooling Tower
type: EquipmentType
type: NamedIndividual
description: Equipment to transfer waste heat into the atmosphere. A cooling tower is a device that rejects waste heat to the atmosphere through the cooling of a coolant stream, usually a water stream to a lower temperature.

Dali
type: Protocol
type: NamedIndividual

Damper Actuator
type: EquipmentType
type: NamedIndividual
description: Used to control an actuator equipment to regulate the flow of air (damper). Don't care if the damper is internally operated from the actuator by a motor or other means.

Electricity, DC
type: PhenomenonType
type: NamedIndividual
description: Direct current electricity

Device
type: EquipmentType
type: NamedIndividual
description: A Device can be any electronic equipment with some computing ability that has a firmware or supports the installation of software. Examples are pumps, dampers, valves, sensors, detectors, limit switches, remote/local switches or automation devices.

Dimmer
type: EquipmentType
type: NamedIndividual
description: A dimmer is a device connected to a light fixture and used to lower the brightness of the light.

Dishwasher
type: EquipmentType
type: NamedIndividual
description: A dishwasher is a home appliance machine (EN 50523) that is used to clean dishware, cookware, and cutlery automatically.

Door
type: EquipmentType
type: NamedIndividual
description: A door is a hinged or otherwise movable barrier that allows ingress (entry) into and egress (exit) from an enclosure.

Door Lock
type: EquipmentType
type: NamedIndividual
description: A door lock is a way to secure a door. A lock is a mechanical or electronic fastening device that is released by a physical object such as a key, keycard, fingerprint, RFID card, security token or coin.

Dressing Room
type: LocationUsage
type: NamedIndividual
description: A dressing room is a room to get dressed. Preferably used with a Room.

Electricity
type: PhenomenonType
type: NamedIndividual
description: Associated with electricity or with electrical force, power, or energy.

Electrical Panel
type: EquipmentType
type: NamedIndividual
description: Physical housing for electrical circuits, fuses, and breakers. A electric panel (also known as distribution board, panelboard, breaker panel, DB board or DB box) is a component of an electricity supply system that divides an electrical power feed into subsidiary circuits while providing a protective fuse or circuit breaker for each circuit in a common enclosure.

Elevator
type: EquipmentType
type: NamedIndividual
description: Enclosure used to move people between floors. An elevator or lift is a cable-assisted, hydraulic cylinder-assisted, or roller-track assisted machine that vertically transports people or freight between floors, levels, or decks of a building, vessel, or other structure.

Safety Lighting
type: Trade
type: NamedIndividual
description: Signaling for evacuation of occupants of a building in case of a danger.

Engine
type: EquipmentType
type: NamedIndividual
description: An engine or motor is a machine designed to convert one or more forms of energy into mechanical energy.

EnOcean
type: Protocol
type: NamedIndividual

Entertainment
type: LocationUsage
type: NamedIndividual
description: Entertainment buildings or places host a form of activity that holds the attention and interest of an audience or gives pleasure and delight. Examples are cinemas, operas, theatres, museum etc. Preferably used with a Building.

Escalator
type: EquipmentType
type: NamedIndividual
description: An escalator is a moving staircase which carries people between floors of a building or structure. It consists of a motor-driven chain of individually linked steps on a track which cycle on a pair of tracks which keep them horizontal.

Fan Coil Unit
type: EquipmentType
type: NamedIndividual
description: A unitary, factory-made enclosure with a fan and coil that recirculates air in a space and performs one or more of the functions of cleaning, heating, cooling, humidifying, dehumidifying, or ventilating the air. Unit heaters are examples of FCUs.

Fire
type: PhenomenonType
type: NamedIndividual
description: Relates to the phenomenon of burning substances.

Fire Safety
type: Trade
type: NamedIndividual
description: Fire safety deals with preventive actions against fire events (incidents, accidents, and other unwanted conditions) caused by unintentional, human error and/or technical deficiencies, and with the limitation or control of such incidents.

Fluid
type: PhenomenonType
type: NamedIndividual
description: In physics, a fluid is a liquid, gas, or other material that continuously deforms (flows) under an applied shear stress, or external force.

FTP
type: Protocol
type: NamedIndividual

Fume Hood
type: EquipmentType
type: NamedIndividual
description: Ventilation equipment to limit exposure to hazardous fumes. A fume hood (sometimes called a fume cupboard or fume closet) is a type of local ventilation device that is designed to limit exposure to hazardous or toxic fumes, vapors or dusts.

Gas
type: PhenomenonType
type: NamedIndividual
description: Substance with neither definite volume nor shape

Network Gateway
type: EquipmentType
type: NamedIndividual
description: A Gateway is a network node (Device) that connects two networks with different transmission protocols and data formats typically between OSI Layers 4-5 (e.g. KNX and BACnet).

Hand Dryer
type: EquipmentType
type: NamedIndividual
description: A hand dryer is an electrical appliance that has the primary function of drying hands.

has equipment type
type: FunctionalProperty
type: ObjectProperty
comment: A child OP relationship allowing to define the equipment where an observation or actuation is made upon.
domain: QualityKind
range: EquipmentType
sub property of: hasTag
inverse of: is equipment type of

has locality
type: ObjectProperty
comment: A child OP relationship to a list that describes the generic locality characteristic where an observation or actuation is made. It is a generic “place of action”, when e.g., assigned to a room this means “the action happens in a place that is a room” but not in which room exactly, this is a room instance of an installation.
domain: QualityKind
range: Locality
sub property of: hasTag
inverse of: is locality of

has phenomenon type
type: FunctionalProperty
type: ObjectProperty
comment: A child OP relationship to a list that describes the interest characteristic “type of interest” on what an observation or actuation is made.
domain: QualityKind
range: PhenomenonType
sub property of: hasTag
inverse of: is phenomenon type of

has quantity kind
type: FunctionalProperty
type: ObjectProperty
comment: A child OP relationship to a list that describes a quantity/countable characteristic “dimension” how an observation or actuation is made.
domain: QualityKind
range: QuantityKind
sub property of: hasTag
inverse of: is quality kind of

Haystack
type: Protocol
type: NamedIndividual

Heat
type: PhenomenonType
type: NamedIndividual
description: The phenomenon of high temperatures. This can relate to high ambient temperatures (e.g. as a weather phenomenon or in buildings) or to high temperatures in devices (e.g. when in the danger of overheating).

Heat Exchanger
type: EquipmentType
type: NamedIndividual
description: Equipment to transfer heat between two working fluids. For example, a coil is a heat exchanger used to heat or cool air.

Heat Pump
type: EquipmentType
type: NamedIndividual
description: A heat pump is a device that can heat a building (or part of a building) by transferring thermal energy from the outside using the refrigeration cycle. Many heat pumps can also operate in the opposite direction, cooling the building by removing heat from the enclosed space and ejecting it outside. Units that only provide cooling are called air conditioners.

History values
type: PointFunctionType
type: NamedIndividual
description: A Point representing history/ trend data with a log of timestamp/value pairs. Only this tag value is allowed to be used together with other tags from this category, such as to define a Datapoint expressing a history log of process values.

HMI
type: EquipmentType
type: NamedIndividual
description: User interfaces are composed of one or more layers, including a human-machine interface (HMI) that interfaces machines with physical input hardware such as keyboards, mice, or game pads, and output hardware such as computer monitors, speakers, and printers.

Home Cinema
type: LocationUsage
type: NamedIndividual
description: A home cinema is a space in a building that is used to enjoy movies. Preferably used with an Room.

Hospital
type: LocationUsage
type: NamedIndividual
description: A hospital is a health care institution providing patient treatment with specialized health science and auxiliary healthcare staff and medical equipment. Preferably used with a Building.

HTTP
type: Protocol
type: NamedIndividual

Humidifier
type: EquipmentType
type: NamedIndividual
description: Equipment which adds moisture to air to increase humidity.

Ice
type: PhenomenonType
type: NamedIndividual
description: Water in its solid form

Physical Actuator Point
type: PointInterface
type: NamedIndividual
description: The tag represents information for a physical point, a hardwired (physical) analogue or digital output point, from the perspective of the application program

Diagnostic Point
type: PointInterface
type: NamedIndividual
description: The tag represents information for a logical point, a diagnostic point that serves for monitoring.

Logical Input Point
type: PointInterface
type: NamedIndividual
description: The tag represents information for a logical point, a communication interworking (logical) input Point, it receives data.

Logical Output Point
type: PointInterface
type: NamedIndividual
description: The tag represents information for a logical point, a communication interworking (logical) output Point, it sends data.

Parameter Point
type: PointInterface
type: NamedIndividual
description: The tag represents information for a logical point, a parameter point that changes an application behavior, mainly used at configuration. It SHALL not be used together with a setpoint value point (:sp) from point function class.

Physical Sensor Point
type: PointInterface
type: NamedIndividual
description: The tag represents information for a physical point, a hardwired (physical) analogue or digital input point, from the perspective of the application program.

IMAP
type: Protocol
type: NamedIndividual

Intrusion Detection
type: Trade
type: NamedIndividual
description: An intrusion system monitors a building or systems for malicious activity or policy violations.

is protocol operated by
type: ObjectProperty
domain: Protocol
range: Class
  union of: FunctionPoint
  union of: Datapoint
sub property of: isTagOf
inverse of: operatesOnProtocol

is trade operated by
type: ObjectProperty
domain: Trade
range: Class
  union of: Aspect
  union of: Datapoint
sub property of: isTagOf
inverse of: operatesForTrade

Limit
type: PointFunctionType
type: NamedIndividual
description: A point representing a dynamic limitation for an essential variable or a process value.

Liquid
type: PhenomenonType
type: NamedIndividual
description: Substance with definite volume but takes the shape of its container

MBus
type: Protocol
type: NamedIndividual

Meter
type: EquipmentType
type: NamedIndividual
description: EquipmentType to meter a substance or phenomenon

Energy Management
type: Trade
type: NamedIndividual
description: Metering and monitoring are used, for example, for efficient energy management.

Microwave Oven
type: EquipmentType
type: NamedIndividual
description: A microwave oven (commonly referred to as a microwave) is an electric oven (EN 50523 home appliance device) that heats and cooks food by exposing it to electromagnetic radiation in the microwave frequency range.

Modbus
type: Protocol
type: NamedIndividual

Motor
type: EquipmentType
type: NamedIndividual
description: Equipment that converts electrical energy into mechanical energy.

Moving Walkway
type: EquipmentType
type: NamedIndividual
description: Conveyor to move people across a horizontal or inclined plane. A moving walkway, also known as an autowalk, moving pavement, moving sidewalk, people-mover, travolator, or travelator, is a slow-moving conveyor mechanism that transports people across a horizontal or inclined plane over a short to medium distance.

MQTT
type: Protocol
type: NamedIndividual

Multimedia Room
type: LocationUsage
type: NamedIndividual
description: A multimedia room is a space in a building that is used to contain multimedia gadgets such like consoles and entertainment. Preferably used with a Room.

Not Forced State
type: StateType
type: NamedIndividual
description: This state type expresses that an equipment is not in a forced state, i.e. no command with very high priority influenced the equipment's current value / position. The equipment's normal processing of input commands is executed. This state type is the inverse of the 'Forced State' state type.

oBIX
type: Protocol
type: NamedIndividual

Opening Movement
type: StateType
type: NamedIndividual
description: This state type expresses that an equipment has a movement direction that can be interpreted as 'opening'. Usually, this is associated with equipments that can be moved by a drive in an horizontal axis or on a hinge, such as valves, windows, or doors.

Operational State Operational
type: StateType
type: NamedIndividual
description: This state type expresses that a device is able to operate as intended. Thus, it can fulfill its designated functionality and its datapoints offer valid and correct values.

Other
type: LocationUsage
type: NamedIndividual
description: Used with any location type.

Oven
type: EquipmentType
type: NamedIndividual
description: An oven is a tool which is used to expose materials to a hot environment. Ovens contain a hollow chamber and provide a means of heating the chamber in a controlled way. Ovens are often used for cooking (home appliances EN 50523: gas oven or electical oven), where they can be used to heat food to a desired temperature.

Panel
type: EquipmentType
type: NamedIndividual
description: Enclosure for electrical and control equipment.

Phase L1
type: Locality
type: NamedIndividual
description: Refers to the first phase of a three-phase electric power system, which is the most common method used by electrical grids to transfer power.

Phase L2
type: Locality
type: NamedIndividual
description: Refers to the second phase of a three-phase electric power system, which is the most common method used by electrical grids to transfer power.

Phase L3
type: Locality
type: NamedIndividual
description: Refers to the third phase of a three-phase electric power system, which is the most common method used by electrical grids to transfer power.

POP3
type: Protocol
type: NamedIndividual

Power Supply
type: EquipmentType
type: NamedIndividual
description: A power supply is an electrical device that supplies electric power to an electrical load. The main purpose of a power supply is to convert electric current from a source to the correct voltage, current, and frequency to power the load.

Printer
type: EquipmentType
type: NamedIndividual
description: A machine that has the primary function of printing a stream of characters onto paper or other media.

Pump
type: EquipmentType
type: NamedIndividual
description: Motor used with a pump to move fluid.

Rack
type: EquipmentType
type: NamedIndividual
description: Enclosure or chassis used to mount computer and networking gear. For example, a 19-inch rack is a standardized frame or enclosure for mounting multiple electronic equipment modules.

Underfloor Heating
type: EquipmentType
type: NamedIndividual
description: Heats a space using pipes or cables embedded beneath floor. The most common kind of radiant heating is underfloor heating. There are three types of underfloor heating: hot air systems, hot water systems and electric systems.

Radiator
type: EquipmentType
type: NamedIndividual
description: Heats a space using exposed pipes or coils. Radiators are heat exchangers used to transfer thermal energy from one medium to another for the purpose of cooling and heating. The majority of radiators are constructed to function in cars, buildings, and electronics.

Reception
type: LocationUsage
type: NamedIndividual
description: The term reception or front desk is used in many hotels for an administrative department where a receptionist's duties also may include room reservations and assignment, guest registration, cashier work, credit checks, key control, and mail and message service.

Refrigerator
type: EquipmentType
type: NamedIndividual
description: A refrigerator, colloquially fridge, is a commercial and home appliance (EN50523) consisting of a thermally insulated compartment and a heat pump (mechanical, electronic or chemical) that transfers heat from its inside to its external environment so that its inside is cooled to a temperature below the room temperature.

Roof
type: Locality
type: NamedIndividual
description: A roof is the top covering of a building, including all materials and constructions necessary to support it on the walls of the building or on uprights, providing protection against rain, snow, sunlight, extremes of temperature, and wind.

Network Router
type: EquipmentType
type: NamedIndividual
description: A Router is a network node (Device) that that forwards data packets between computer networks typically between OSI Layers 3. A router does not change application layer content.

Screen
type: EquipmentType
type: NamedIndividual
description: A device for displaying visual information, such as text, images and shapes.

Sensor
type: EquipmentType
type: NamedIndividual
description: Sensor is a Peripheral that measures physical input from its environment and converts it into data that can be interpreted by either a human or a machine.

Smoke
type: PhenomenonType
type: NamedIndividual
description: Smoke is a suspension of airborne particulates and gases emitted when a material undergoes combustion, together with the quantity of air that is entrained or otherwise mixed into the mass. It is commonly an unwanted by-product of fires.

SMTP
type: Protocol
type: NamedIndividual

SNMP
type: Protocol
type: NamedIndividual

Solid
type: PhenomenonType
type: NamedIndividual
description: Substance with definite shape and volume

Space
type: Locality
type: NamedIndividual
description: A generic functional subdivison of a location, which represents any physical space that belongs to a building.

Speaker
type: EquipmentType
type: NamedIndividual
description: A loudspeaker (commonly referred to as a speaker or speaker driver) is one type of electroacoustic transducer, that is, a device that converts an electrical audio signal into a corresponding sound.

Steam
type: PhenomenonType
type: NamedIndividual
description: Water in its gas form

Steam Oven
type: EquipmentType
type: NamedIndividual
description: Steam oven (also called combi-steamers, hot-air steamers, combination steam-convection ovens, or simply combi ovens) are cooking appliances (EN 50523) typically used in professional catering or food service operations.

Sun
type: PhenomenonType
type: NamedIndividual
description: Relating to energy from the sun.

Switch
type: EquipmentType
type: NamedIndividual
description: Device for toggling a state.

Storage Tank
type: EquipmentType
type: NamedIndividual
description: Tank used to store a substance for temporary holding. For example, a fuel tank (also called a petrol tank or gas tank) is a safe container for flammable fluids.

Technical Room
type: LocationUsage
type: NamedIndividual
description: A technical room is a space in a building that is used to host equipment. Preferably used with a Room.

Thread
type: Protocol
type: NamedIndividual

Tumble Dryer
type: EquipmentType
type: NamedIndividual
description: A tumble dryer, also known as clothes dryer or simply dryer, is a powered household appliance (EN50523) that is used to remove moisture from a load of clothing, bedding and other textiles, usually shortly after they are washed in a washing machine.

Validity
type: PointFunctionType
type: NamedIndividual
description: A point representing a validity assessment of a datapoint value.

Vane
type: EquipmentType
type: NamedIndividual
description: A vane is a flat blade which pushes or is pushed by air (wind) or water, and forms part of a machine such as a fan, a windmill, or a ship's propeller. A vane position indicates or controls air flow direction

VAV
type: EquipmentType
type: NamedIndividual
description: Variable air volume terminal unit. Variable air volume (VAV) is a type of heating, ventilating, and/or air-conditioning (HVAC) system. Unlike constant air volume (CAV) systems, which supply a constant airflow at a variable temperature, VAV systems vary the airflow at a constant temperature.

Video
type: Trade
type: NamedIndividual
description: Video refers to the part of multimedia, which is dealing with visuals. The trade video contains applications for producing and capturing visual signals, such as images or movie clips.

Wall
type: EquipmentType
type: NamedIndividual
description: A wall is a building element that physically separates two or more neighbouring locations (typically rooms).

Refrigerator
type: EquipmentType
type: NamedIndividual
description: A washing machine (laundry machine, clothes washer, washer, or simply wash) is a home appliance (EN 50523) used to wash laundry.

Weather
type: PhenomenonType
type: NamedIndividual
description: Weather is the state of the atmosphere, describing for example the degree to which it is hot or cold, wet or dry, calm or stormy, clear or cloudy.

Window/ Door Opening
type: Trade
type: NamedIndividual
description: Refers to a trade that is concerned with windows and doors and their positions / openings.

Wire
type: Locality
type: NamedIndividual
description: Cabling used to convey electricity (AC/DC) or data.

Work Plane
type: Locality
type: NamedIndividual
label: Arbeitsbereich @de
description: An imaginary horizontal plane situated at the nominal working height in an interior space. Most illuminance and daylight factor measurements and calculations are made for points on this plane.

Zigbee
type: Protocol
type: NamedIndividual

ZWave
type: Protocol
type: NamedIndividual

KNX Information Ontology
type: Ontology
Date Available: 2024-02-23
license: Copyright 2023, KNX Association, Brussels-Diegem, Belgium. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED “AS IS”, WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
replaces: v1
comment: The terms of service can be found under https://www.knx.org/knx-en/privacy. The applied license agreement is a MIT License from https://opensource.org/licenses/MIT.
comment: Represents the combined KNX Information Model with its individual (core/knx/location/tag) models. The Core model represents the commonly known IoT and building control domain concepts of an installation. The KNX model represents the KNX System part of an installation. The Location model represents the spatial location structure of an installation. The Tag model represents a set of entities, each with a standardized semantical meaning that is independent from any actual installation. The date of the last update of the model - usually regarding the dictionary content - is shown in the DCTERMS property dcterms:available. See also the corresponding version identifier at class core:Thing.
version IRI: v2
version info: v2

description
type: DatatypeProperty
comment: A human friendly description (longer text), used to define user specific data for an individual. Edited in a MaC or from predefined product data or dictionary content. No limitation of the actual amaount, external entites may add additional language depended text. The 'Range' is not limited to a string, allowing to express also text in several languages (note W3C does not define a range).
range: Literal

title (name)
type: DatatypeProperty
comment: A human friendly title (short text), used to define user specific data for an individual. Edited in a MaC or from predefined product data or dictionary content. No limitation of the actual amaount, external entites may add additional language depended text. The 'Range' is not limited to a string, allowing to express also text in several languages (note W3C does not define a range).
range: Literal

A-PER-M2
type: Unit
type: NamedIndividual
symbol: A/m²

C-M
type: Unit
type: NamedIndividual
symbol: C⋅m

C-PER-M3
type: Unit
type: NamedIndividual
symbol: C/m³

CD
type: Unit
type: NamedIndividual
symbol: cd

CD-PER-M2
type: Unit
type: NamedIndividual
symbol: cd/m²

DEG F
type: Unit
type: NamedIndividual
symbol: °F

FARAD
type: Unit
type: NamedIndividual
symbol: F

GM-PER-M3
type: Unit
type: NamedIndividual
symbol: g/m³

http://qudt.org/vocab/unit/H
type: Unit
type: NamedIndividual
symbol: H

HZ
type: Unit
type: NamedIndividual
symbol: Hz

J-PER-MOL
type: Unit
type: NamedIndividual
symbol: J/mol

J-SEC
type: Unit
type: NamedIndividual
symbol: J⋅s

K-PER-HR
type: Unit
type: NamedIndividual
symbol: K/h

KiloGM
type: Unit
type: NamedIndividual
symbol: kg

KiloGM-PER-M3
type: Unit
type: NamedIndividual
symbol: kg/m³

KiloGM-PER-SEC
type: Unit
type: NamedIndividual
symbol: kg/s

KiloM-PER-HR
type: Unit
type: NamedIndividual
symbol: km/hr

KiloV-A-HR
type: Unit
type: NamedIndividual
symbol: kV⋅A/hr

KiloV-A Reactive-HR
type: Unit
type: NamedIndividual
symbol: kV⋅A{Reactive}⋅hr

KiloW
type: Unit
type: NamedIndividual
symbol: kW

KiloW-HR
type: Unit
type: NamedIndividual
symbol: kW⋅h

L-PER-HR
type: Unit
type: NamedIndividual
symbol: L/hr

L-PER-SEC
type: Unit
type: NamedIndividual
symbol: L/s

LM
type: Unit
type: NamedIndividual
symbol: lm

M2
type: Unit
type: NamedIndividual
symbol: m²

M2-PER-N
type: Unit
type: NamedIndividual
symbol: m²/N

M3-PER-SEC
type: Unit
type: NamedIndividual
symbol: m³/s

MOL
type: Unit
type: NamedIndividual
symbol: mol

MegaW-HR
type: Unit
type: NamedIndividual
symbol: MW⋅hr

MicroGM-PER-M3
type: Unit
type: NamedIndividual
symbol: μg/m³

MilliV
type: Unit
type: NamedIndividual
symbol: mV

N-M
type: Unit
type: NamedIndividual
symbol: N⋅m

N-PER-M
type: Unit
type: NamedIndividual
symbol: N/m

N-SEC
type: Unit
type: NamedIndividual
symbol: N⋅s

OHM-M
type: Unit
type: NamedIndividual
symbol: Ω⋅m

PER-SEC
type: Unit
type: NamedIndividual
symbol: /s

RAD-PER-SEC2
type: Unit
type: NamedIndividual
symbol: rad/s²

http://qudt.org/vocab/unit/S
type: Unit
type: NamedIndividual
symbol: S

S-PER-M
type: Unit
type: NamedIndividual
symbol: S/m

SR
type: Unit
type: NamedIndividual
symbol: sr

V-PER-K
type: Unit
type: NamedIndividual
symbol: V/K

V-PER-M
type: Unit
type: NamedIndividual
symbol: V/m

W-PER-M-K
type: Unit
type: NamedIndividual
symbol: W/(m⋅K)

WB
type: Unit
type: NamedIndividual
symbol: Wb

Active Energy
type: DatapointType
type: NamedIndividual
description: a point representing DPT 13.010: ActiveEnergy
subject: 13.010
subject: 13.10
subject: Active Energy
dpt bit size max: 32
dpt major number: 13
dpt minor number: 10
is assembled with: type.dpt.field.13.10.i0
has communication mode: S

Air Temperature Control
type: Class
comment: Application functions that controls the quantity 'air temperature'.
subclass of: airCtrl

BuildingMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.002: BuildingMode
subject: 20.002
subject: 20.2
subject: BuildingMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 2
is assembled with: type.dpt.field.20.2.i0
has communication mode: S

ChangeoverMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.107: ChangeoverMode
subject: 20.107
subject: ChangeoverMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 107
is assembled with: type.dpt.field.20.107.i0
has communication mode: S

comprises
type: ObjectProperty
comment: To define the existence of KNX standardized functionality block, implemented in a channel. Since a FB is specified with a certain set of mandatory and optional datapoints a channel needs to define at least the mandatory datapoints.
domain: Channel
range: FunctionalBlock
inverse of: is comprised by

Date
type: DatapointType
type: NamedIndividual
description: a point representing DPT 11.001: Date
subject: 11.001
subject: 11.1
subject: Date
dpt bit size max: 24
dpt major number: 11
dpt minor number: 1
is assembled with: type.dpt.field.11.1.i0.Year
is assembled with: type.dpt.field.11.1.i1.Reserved
is assembled with: type.dpt.field.11.1.i2.Month
is assembled with: type.dpt.field.11.1.i3.Reserved
is assembled with: type.dpt.field.11.1.i4.Day
is assembled with: type.dpt.field.11.1.i5.Reserved
has communication mode: S

DeltaTimeMin
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.006: DeltaTimeMin
subject: 8.006
subject: 8.6
subject: DeltaTimeMin
dpt bit size max: 16
dpt major number: 8
dpt minor number: 6
is assembled with: type.dpt.field.8.6.i0
has communication mode: S

DHWMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.103: DHWMode
subject: 20.103
subject: DHWMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 103
is assembled with: type.dpt.field.20.103.i0
has communication mode: S

emFillLevelLeakageRate
type: DatapointType
type: NamedIndividual
dpt bit size max: 16
dpt major number: 9
dpt minor number: 31
is assembled with: type.dpt.field.9.31.i0.fllr.VAL

emFillingRate
type: DatapointType
type: NamedIndividual
description: filling rate
dpt bit size max: 16
dpt major number: 9
dpt minor number: 33
is assembled with: type.dpt.field.9.33.i0.fr.VAL

emLimitRange
type: DatapointType
type: NamedIndividual
description: limit range
dpt bit size max: 48
dpt major number: 517
dpt minor number: 500
is assembled with: type.dpt.field.517.500.i0.lr.RANGE
is assembled with: type.dpt.field.517.500.i1.lr.CQ
is assembled with: type.dpt.field.517.500.i2.lr.LT
is assembled with: type.dpt.field.517.500.i3.lr.AC
is assembled with: type.dpt.field.517.500.i4.lr.Reserved

emPowerEnvelope
type: DatapointType
type: NamedIndividual
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 502
is assembled with: type.dpt.field.512.502.i0.pe.ID
is assembled with: type.dpt.field.512.502.i1.pe.Reserved
is assembled with: type.dpt.field.512.502.i2.pe.CQ
is assembled with: type.dpt.field.512.502.i3.pe.LR CNT
is assembled with: type.dpt.field.512.502.i4.pe.LR

emPowerSequence
type: DatapointType
type: NamedIndividual
description: Power sequence
dpt bit size max: 1792
dpt major number: 512
dpt minor number: 505
is assembled with: type.dpt.field.512.505.i0.ps.SQ ID
is assembled with: type.dpt.field.512.505.i1.ps.SLT CNT
is assembled with: type.dpt.field.512.505.i2.ps.AC
is assembled with: type.dpt.field.512.505.i3.ps.I
is assembled with: type.dpt.field.512.505.i4.ps.S
is assembled with: type.dpt.field.512.505.i5.ps.Reserved
is assembled with: type.dpt.field.512.505.i6.ps.MPB
is assembled with: type.dpt.field.512.505.i7.ps.SLT

emPowerSequenceSlot
type: DatapointType
type: NamedIndividual
description: Power sequence slot
dpt bit size max: 136
dpt major number: 526
dpt minor number: 500
is assembled with: type.dpt.field.526.500.i0.p.PWR FCV
is assembled with: type.dpt.field.526.500.i1.p.DUR

emRoles
type: DatapointType
type: NamedIndividual
dpt bit size max: 8
dpt major number: 513
dpt minor number: 500
is assembled with: type.dpt.field.513.500.i0.rol.C0
is assembled with: type.dpt.field.513.500.i1.rol.C1
is assembled with: type.dpt.field.513.500.i2.rol.C2
is assembled with: type.dpt.field.513.500.i3.rol.Reserved

emSupportedControlTypes
type: DatapointType
type: NamedIndividual
dpt bit size max: 8
dpt major number: 21
dpt minor number: 500
is assembled with: type.dpt.field.21.500.i0.sct.CT

emTimerStatus
type: DatapointType
type: NamedIndividual
dpt bit size max: 88
dpt major number: 521
dpt minor number: 500
is assembled with: type.dpt.field.521.500.i0.ts.FTS
is assembled with: type.dpt.field.521.500.i1.ts.DUR
is assembled with: type.dpt.field.521.500.i2.ts.ID
is assembled with: type.dpt.field.521.500.i3.ts.R
is assembled with: type.dpt.field.521.500.i4.ts.Reserved

Fan Control
type: Class
comment: A specific Application Function that controls, for example, the speed of a fan.
subclass of: equipmentCtrl

has channel
type: InverseFunctionalProperty
type: ObjectProperty
comment: To express a relation of a channel, implemented in a device.
domain: Device
range: Channel
inverse of: is channel of

Heat/Cool Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 200.100: Heat/Cool Z
subject: 200.100
subject: Heat/Cool Z
dpt bit size max: 16
dpt major number: 200
dpt minor number: 100
is assembled with: type.dpt.field.200.100.i0.StatusCommand
is assembled with: type.dpt.field.200.100.i1.HeatCool
has communication mode: LTE

HumDehumMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.115: HumDehumMode
subject: 20.115
subject: HumDehumMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 115
is assembled with: type.dpt.field.20.115.i0
has communication mode: S

HVAC Air Qual Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 203.100: HVAC Air Qual Z
subject: 203.100
subject: HVAC Air Qual Z
dpt bit size max: 24
dpt major number: 203
dpt minor number: 100
is assembled with: type.dpt.field.203.100.i0.StatusCommand
is assembled with: type.dpt.field.203.100.i1.HVACAirQual
has communication mode: LTE

Individual Address
type: DatatypeProperty
type: FunctionalProperty
comment: From MaC assigend individual address (IA).
range: string
sub property of: deviceData

IPv6 multcast address
type: DatatypeProperty
comment: The unacknowledged IPv6 (multicast) group notification address, corresponding to a KNX group address. It is used for KNX IoT installations using IPv6, set by the MaC for an individual Installation.
range: string
sub property of: functionpointData

is channel of
type: ObjectProperty
domain: Channel
range: Device

is comprised by
type: ObjectProperty
domain: FunctionalBlock
range: Channel

is datapoint type of
type: ObjectProperty
domain: DatapointType
range: Class
  union of: FunctionPoint
  union of: Datapoint

is equipment quality kind adjusted by
type: ObjectProperty
domain: Restriction
  all values from: Class
    union of: EquipmentType
    union of: Locality
    union of: QuantityKind
  on property: isTagOf
sub property of: isQualityKindOf

is function point of
type: ObjectProperty
domain: FunctionPoint
range: ApplicationFunction

is operation kind of
type: ObjectProperty
domain: OperationKind
range: Class
  union of: FunctionPoint
  union of: Datapoint
sub property of: isTagSetOf

is phenomenon quality kind actet on by
type: ObjectProperty
domain: Restriction
  all values from: Class
    union of: Locality
    union of: PhenomenonType
    union of: QuantityKind
  on property: isTagOf
sub property of: isQualityKindOf

LanguageCodeAlpha2 ASCII
type: DatapointType
type: NamedIndividual
description: a point representing DPT 234.001: LanguageCodeAlpha2 ASCII
subject: 234.001
subject: 234.1
subject: LanguageCodeAlpha2 ASCII
dpt bit size max: 16
dpt major number: 234
dpt minor number: 1
is assembled with: type.dpt.field.234.1.i0.Character2
is assembled with: type.dpt.field.234.1.i1.Character1
has communication mode: S

LoadTypeDetected
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.610: LoadTypeDetected
subject: 20.610
subject: LoadTypeDetected
dpt bit size max: 8
dpt major number: 20
dpt minor number: 610
is assembled with: type.dpt.field.20.610.i0
has communication mode: S

OccMode
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.003: OccMode
subject: 20.003
subject: 20.3
subject: OccMode
dpt bit size max: 8
dpt major number: 20
dpt minor number: 3
is assembled with: type.dpt.field.20.3.i0
has communication mode: S

Percent U8
type: DatapointType
type: NamedIndividual
description: a point representing DPT 5.004: Percent U8
subject: 5.004
subject: 5.4
subject: Percent U8
dpt bit size max: 8
dpt major number: 5
dpt minor number: 4
is assembled with: Percent U8
has communication mode: S

Priority
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.004: Priority
subject: 20.004
subject: 20.4
subject: Priority
dpt bit size max: 8
dpt major number: 20
dpt minor number: 4
is assembled with: type.dpt.field.20.4.i0
has communication mode: S

Ramp
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.004: Ramp
subject: 1.004
subject: 1.4
subject: Ramp
dpt bit size max: 1
dpt major number: 1
dpt minor number: 4
is assembled with: Ramp
has communication mode: S

RegionCodeAlpha2 ASCII
type: DatapointType
type: NamedIndividual
description: a point representing DPT 234.002: RegionCodeAlpha2 ASCII
subject: 234.002
subject: 234.2
subject: RegionCodeAlpha2 ASCII
dpt bit size max: 16
dpt major number: 234
dpt minor number: 2
is assembled with: type.dpt.field.234.2.i0.Character2
is assembled with: type.dpt.field.234.2.i1.Character1
has communication mode: S

Relative Control RGB
type: DatapointType
type: NamedIndividual
description: a point representing DPT 254.600: Relative Control RGB
subject: 254.600
subject: Relative Control RGB
dpt bit size max: 24
dpt major number: 254
dpt minor number: 600
is assembled with: type.dpt.field.254.600.i0.StepCodeColourBlue
is assembled with: type.dpt.field.254.600.i1.cB
is assembled with: type.dpt.field.254.600.i2.Reserved
is assembled with: type.dpt.field.254.600.i3.StepCodeColourGreen
is assembled with: type.dpt.field.254.600.i4.cG
is assembled with: type.dpt.field.254.600.i5.Reserved
is assembled with: type.dpt.field.254.600.i6.StepCodeColourRed
is assembled with: type.dpt.field.254.600.i7.cR
is assembled with: type.dpt.field.254.600.i8.Reserved
has communication mode: S

Relative Control RGBW
type: DatapointType
type: NamedIndividual
description: a point representing DPT 252.600: Relative Control RGBW
subject: 252.600
subject: Relative Control RGBW
dpt bit size max: 40
dpt major number: 252
dpt minor number: 600
is assembled with: type.dpt.field.252.600.i0.MaskCW
is assembled with: type.dpt.field.252.600.i1.MaskCB
is assembled with: type.dpt.field.252.600.i10.Reserved
is assembled with: type.dpt.field.252.600.i11.StepCodeColourGreen
is assembled with: type.dpt.field.252.600.i12.cG
is assembled with: type.dpt.field.252.600.i13.Reserved
is assembled with: type.dpt.field.252.600.i14.StepCodeColourRed
is assembled with: type.dpt.field.252.600.i15.cR
is assembled with: type.dpt.field.252.600.i16.Reserved
is assembled with: type.dpt.field.252.600.i2.MaskCG
is assembled with: type.dpt.field.252.600.i3.MaskCR
is assembled with: type.dpt.field.252.600.i4.Reserved
is assembled with: type.dpt.field.252.600.i5.StepCodeColourWhite
is assembled with: type.dpt.field.252.600.i6.cW
is assembled with: type.dpt.field.252.600.i7.Reserved
is assembled with: type.dpt.field.252.600.i8.StepCodeColourBlue
is assembled with: type.dpt.field.252.600.i9.cB
has communication mode: S

Rotation Angle
type: DatapointType
type: NamedIndividual
description: a point representing DPT 8.011: Rotation Angle
subject: 8.011
subject: 8.11
subject: Rotation Angle
dpt bit size max: 16
dpt major number: 8
dpt minor number: 11
is assembled with: type.dpt.field.8.11.i0
has communication mode: S

ScalingSpeed
type: DatapointType
type: NamedIndividual
description: a point representing DPT 225.001: ScalingSpeed
subject: 225.001
subject: 225.1
subject: ScalingSpeed
dpt bit size max: 24
dpt major number: 225
dpt minor number: 1
is assembled with: type.dpt.field.225.1.i0.Percent
is assembled with: type.dpt.field.225.1.i1.TimePeriod
has communication mode: S

security mode
type: DatatypeProperty
type: FunctionalProperty
comment: The current state of a function point according to its security, used from installations that specifies an explicit and (by an installer) intended security behavior for the communication.
range: Datatype
  one of: Auto
  one of: Off
  one of: On
sub property of: functionpointData

StatusRoomSetp
type: DatapointType
type: NamedIndividual
description: a point representing DPT 20.113: StatusRoomSetp
subject: 20.113
subject: StatusRoomSetp
dpt bit size max: 8
dpt major number: 20
dpt minor number: 113
is assembled with: type.dpt.field.20.113.i0
has communication mode: S

Switch Control
type: Class
comment: An Application Function for a generic switching of an equipment, such as an actuator terminal or similar.
subclass of: equipmentCtrl

TimeOfDay
type: DatapointType
type: NamedIndividual
description: a point representing DPT 10.001: TimeOfDay
subject: 10.001
subject: 10.1
subject: TimeOfDay
dpt bit size max: 24
dpt major number: 10
dpt minor number: 1
is assembled with: type.dpt.field.10.1.i0.Seconds
is assembled with: type.dpt.field.10.1.i1.Reserved
is assembled with: type.dpt.field.10.1.i2.Minutes
is assembled with: type.dpt.field.10.1.i3.Reserved
is assembled with: type.dpt.field.10.1.i4.Hour
is assembled with: type.dpt.field.10.1.i5.Day
has communication mode: S

TimePeriodMsec
type: DatapointType
type: NamedIndividual
description: a point representing DPT 7.002: TimePeriodMsec
subject: 7.002
subject: 7.2
subject: TimePeriodMsec
dpt bit size max: 16
dpt major number: 7
dpt minor number: 2
is assembled with: type.dpt.field.7.2.i0
has communication mode: S

Time Synchronization
type: Class
comment: Time synchronization coordinates independent clocks on different devices.
subclass of: plantMngmtCtrl

type.digit.charASCII
type: NamedIndividual
range max: 127
range min: 0

type.digit.charISO 8859 1
type: NamedIndividual
range max: 255
range min: 0

type.digit.f16 neg45960 670433
type: NamedIndividual
range max: 670433.0
range min: -45960.0

type.digit.u16 0 20000
type: NamedIndividual
range max: 20000
range min: 0

type.digit.u16 0 28000
type: NamedIndividual
range max: 28000
range min: 0

type.digit.u16 0 510
type: NamedIndividual
range max: 510
range min: 0

type.digit.u4 0 7
type: NamedIndividual
range max: 7
range min: 0

type.digit.u5 0 23
type: NamedIndividual
range max: 23
range min: 0

type.digit.u5 0 24
type: NamedIndividual
range max: 24
range min: 0

type.digit.u7 0 99
type: NamedIndividual
range max: 99
range min: 0

type.digit.u8 0 10
type: NamedIndividual
range max: 10
range min: 0

type.digit.u8 0 12
type: NamedIndividual
range max: 12
range min: 0

type.digit.u8 0 254
type: NamedIndividual
range max: 254
range min: 0

type.digit.u8 0 44
type: NamedIndividual
range max: 44
range min: 0

type.digit.u8 0 54
type: NamedIndividual
range max: 54
range min: 0

type.digit.u8 1 38
type: NamedIndividual
range max: 38
range min: 1

Switch
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Off = 0
includes key value pair: On = 1

Start
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Stop = 0
includes key value pair: Start = 1

Heating / Cooling
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: cooling = 0
includes key value pair: heating = 1

State
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: type.kvpair.active
includes key value pair: type.kvpair.inactive

Invert
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Not inverted = 0
includes key value pair: Inverted = 1

Consumer / Producer
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Consumer = 0
includes key value pair: Producer = 1

Energy Direction
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Positive = 0
includes key value pair: Negative = 1

Dim Send Style
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Start/stop = 0
includes key value pair: Cyclically = 1

Input Source
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Fixed = 0
includes key value pair: Calculated = 1

Reset
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: no action (dummy) = 0
includes key value pair: reset command (trigger) = 1

Ack
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: no action (dummy) = 0
includes key value pair: acknowledge command (trigger), e.g. for alarming = 1

Trigger
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: trigger (0) = 0
includes key value pair: trigger (1) = 1

Occupancy
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: not occupied = 0
includes key value pair: occupied = 1

Window Door
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: closed = 0
includes key value pair: open = 1

Bool
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

Logical Function
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: logical function OR = 0
includes key value pair: logical function AND = 1

Scene AB
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: scene A = 0
includes key value pair: scene B = 1

Shutter and Blinds Mode
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: only move Up/Down mode (shutter) = 0
includes key value pair: move Up/Down + StepStop mode (blind) = 1

Day / Night
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Day = 0
includes key value pair: Night = 1

Enable
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Disable = 0
includes key value pair: Enable = 1

Ramp
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: No ramp = 0
includes key value pair: Ramp = 1

Alarm
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: No alarm = 0
includes key value pair: Alarm = 1

Binary Value
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Low = 0
includes key value pair: High = 1

Step
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

Up / Down
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Up = 0
includes key value pair: Down = 1

Open / Close
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 1
field type: B
includes key value pair: Open = 0
includes key value pair: Close = 1

type.dpt.field.1.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 1-bit
field index: 0
field size: 1
field string schema: raw
field type: A[n]

type.dpt.field.10.1.i0.Seconds
type: DatapointTypeField
type: NamedIndividual
description: Seconds
unit: SEC
field index: 0
field name: Seconds
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6 0 59

type.dpt.field.10.1.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.10.1.i2.Minutes
type: DatapointTypeField
type: NamedIndividual
description: Minutes
unit: MIN
field index: 2
field name: Minutes
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6 0 59

type.dpt.field.10.1.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.10.1.i4.Hour
type: DatapointTypeField
type: NamedIndividual
description: Hour
unit: HR
field index: 4
field name: Hour
field resolution: 1.0
field size: 5
field type: U
includes digit: type.digit.u5 0 23

type.dpt.field.10.1.i5.Day
type: DatapointTypeField
type: NamedIndividual
description: Day
field index: 5
field name: Day
field size: 3
field type: N
includes key value pair: no day = 0
includes key value pair: Monday = 1
includes key value pair: Tuesday = 2
includes key value pair: Wednesday = 3
includes key value pair: Thursday = 4
includes key value pair: Friday = 5
includes key value pair: Saturday = 6
includes key value pair: Sunday = 7

type.dpt.field.10.x.i0
type: DatapointTypeField
type: NamedIndividual
description: time
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.11.1.i0.Year
type: DatapointTypeField
type: NamedIndividual
unit: YR
field index: 0
field name: Year
field resolution: 1.0
field size: 7
field type: U
includes digit: type.digit.u7 0 99

type.dpt.field.11.1.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.11.1.i2.Month
type: DatapointTypeField
type: NamedIndividual
unit: MO
field index: 2
field name: Month
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 1 12

type.dpt.field.11.1.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.11.1.i4.Day
type: DatapointTypeField
type: NamedIndividual
unit: DAY
field index: 4
field name: Day
field resolution: 1.0
field size: 5
field type: U
includes digit: type.digit.u5 1 31

type.dpt.field.11.1.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.11.x.i0
type: DatapointTypeField
type: NamedIndividual
description: date
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.12.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: NUM
field index: 0
field resolution: 1.0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.12.100.i0
type: DatapointTypeField
type: NamedIndividual
unit: SEC
field index: 0
field resolution: 1.0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.12.101.i0
type: DatapointTypeField
type: NamedIndividual
unit: MIN
field index: 0
field resolution: 1.0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.12.102.i0
type: DatapointTypeField
type: NamedIndividual
unit: HR
field index: 0
field resolution: 1.0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.12.1200.i0
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/L
field index: 0
field resolution: 1.0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.12.1201.i0
type: DatapointTypeField
type: NamedIndividual
unit: M3
field index: 0
field resolution: 1.0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.12.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 4-byte unsigned value
field index: 0
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.13.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: NUM
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.10.i0
type: DatapointTypeField
type: NamedIndividual
unit: W-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.100.i0
type: DatapointTypeField
type: NamedIndividual
unit: SEC
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.11.i0
type: DatapointTypeField
type: NamedIndividual
unit: V-A-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.12.i0
type: DatapointTypeField
type: NamedIndividual
unit: V-A Reactive-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.1200.i0
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/L
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.1201.i0
type: DatapointTypeField
type: NamedIndividual
unit: M3
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.13.i0
type: DatapointTypeField
type: NamedIndividual
unit: KiloW-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.14.i0
type: DatapointTypeField
type: NamedIndividual
unit: KiloV-A-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.15.i0
type: DatapointTypeField
type: NamedIndividual
unit: KiloV-A Reactive-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.16.i0
type: DatapointTypeField
type: NamedIndividual
unit: MegaW-HR
field index: 0
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.2.i0
type: DatapointTypeField
type: NamedIndividual
unit: M3-PER-HR
field index: 0
field resolution: 0.0001
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.13.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 4-byte signed value
field index: 0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.14.0.i0
type: DatapointTypeField
type: NamedIndividual
description: acceleration
unit: M-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.1.i0
type: DatapointTypeField
type: NamedIndividual
description: acceleration, angular
unit: RAD-PER-SEC2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.10.i0
type: DatapointTypeField
type: NamedIndividual
description: area
unit: M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.11.i0
type: DatapointTypeField
type: NamedIndividual
description: capacitance
unit: FARAD
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.12.i0
type: DatapointTypeField
type: NamedIndividual
description: charge density (surface)
unit: C-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.1200.i0
type: DatapointTypeField
type: NamedIndividual
unit: M3-PER-HR
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.1201.i0
type: DatapointTypeField
type: NamedIndividual
unit: L-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.13.i0
type: DatapointTypeField
type: NamedIndividual
description: charge density (volume)
unit: C-PER-M3
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.14.i0
type: DatapointTypeField
type: NamedIndividual
description: compressibility
unit: M2-PER-N
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.15.i0
type: DatapointTypeField
type: NamedIndividual
description: conductance
unit: http://qudt.org/vocab/unit/S
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.16.i0
type: DatapointTypeField
type: NamedIndividual
description: conductivity, electrical
unit: S-PER-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.17.i0
type: DatapointTypeField
type: NamedIndividual
description: density
unit: KiloGM-PER-M3
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.18.i0
type: DatapointTypeField
type: NamedIndividual
description: electric charge
unit: http://qudt.org/vocab/unit/C
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.19.i0
type: DatapointTypeField
type: NamedIndividual
description: electric current
unit: http://qudt.org/vocab/unit/A
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.2.i0
type: DatapointTypeField
type: NamedIndividual
description: activation energy
unit: J-PER-MOL
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.20.i0
type: DatapointTypeField
type: NamedIndividual
description: electric current density
unit: A-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.21.i0
type: DatapointTypeField
type: NamedIndividual
description: electric dipole moment
unit: C-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.22.i0
type: DatapointTypeField
type: NamedIndividual
description: electric displacement
unit: C-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.23.i0
type: DatapointTypeField
type: NamedIndividual
description: electric field strength
unit: V-PER-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.24.i0
type: DatapointTypeField
type: NamedIndividual
description: electric flux
unit: http://qudt.org/vocab/unit/C
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.25.i0
type: DatapointTypeField
type: NamedIndividual
description: electric flux density
unit: C-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.26.i0
type: DatapointTypeField
type: NamedIndividual
description: electric polarization
unit: C-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.27.i0
type: DatapointTypeField
type: NamedIndividual
description: electric potential
unit: http://qudt.org/vocab/unit/V
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.28.i0
type: DatapointTypeField
type: NamedIndividual
description: electric potential difference
unit: http://qudt.org/vocab/unit/V
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.29.i0
type: DatapointTypeField
type: NamedIndividual
description: electromagnetic moment
unit: A-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.3.i0
type: DatapointTypeField
type: NamedIndividual
description: activity (radioactivity)
unit: PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.30.i0
type: DatapointTypeField
type: NamedIndividual
description: electromotive force
unit: http://qudt.org/vocab/unit/V
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.31.i0
type: DatapointTypeField
type: NamedIndividual
description: energy
unit: http://qudt.org/vocab/unit/J
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.32.i0
type: DatapointTypeField
type: NamedIndividual
description: force
unit: http://qudt.org/vocab/unit/N
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.33.i0
type: DatapointTypeField
type: NamedIndividual
description: frequency
unit: HZ
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.34.i0
type: DatapointTypeField
type: NamedIndividual
description: frequency, angular (pulsatance)
unit: RAD-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.35.i0
type: DatapointTypeField
type: NamedIndividual
description: heat capacity
unit: J-PER-K
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.36.i0
type: DatapointTypeField
type: NamedIndividual
description: heat flow rate
unit: http://qudt.org/vocab/unit/W
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.37.i0
type: DatapointTypeField
type: NamedIndividual
description: heat, quantity of
unit: http://qudt.org/vocab/unit/J
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.38.i0
type: DatapointTypeField
type: NamedIndividual
description: impedance
unit: OHM
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.39.i0
type: DatapointTypeField
type: NamedIndividual
description: length
unit: http://qudt.org/vocab/unit/M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.4.i0
type: DatapointTypeField
type: NamedIndividual
description: amount of substance
unit: MOL
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.40.i0
type: DatapointTypeField
type: NamedIndividual
description: ligth, quantity of
unit: http://qudt.org/vocab/unit/J
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.41.i0
type: DatapointTypeField
type: NamedIndividual
description: luminance
unit: CD-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.42.i0
type: DatapointTypeField
type: NamedIndividual
description: luminous flux
unit: LM
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.43.i0
type: DatapointTypeField
type: NamedIndividual
description: luminous intensity
unit: CD
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.44.i0
type: DatapointTypeField
type: NamedIndividual
description: magnetic field strength
unit: A-PER-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.45.i0
type: DatapointTypeField
type: NamedIndividual
description: magnetic flux
unit: WB
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.46.i0
type: DatapointTypeField
type: NamedIndividual
description: magnetic flux density
unit: http://qudt.org/vocab/unit/T
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.47.i0
type: DatapointTypeField
type: NamedIndividual
description: magnetic moment
unit: A-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.48.i0
type: DatapointTypeField
type: NamedIndividual
description: magnetic polarization
unit: http://qudt.org/vocab/unit/T
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.49.i0
type: DatapointTypeField
type: NamedIndividual
description: magnetization
unit: A-PER-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.5.i0
type: DatapointTypeField
type: NamedIndividual
description: amplitude
unit: UNITLESS
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.50.i0
type: DatapointTypeField
type: NamedIndividual
description: magneto motive force
unit: http://qudt.org/vocab/unit/A
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.51.i0
type: DatapointTypeField
type: NamedIndividual
description: mass
unit: KiloGM
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.52.i0
type: DatapointTypeField
type: NamedIndividual
description: mass flux
unit: KiloGM-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.53.i0
type: DatapointTypeField
type: NamedIndividual
description: momentum
unit: N-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.54.i0
type: DatapointTypeField
type: NamedIndividual
description: phase angle, radiant
unit: RAD
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.55.i0
type: DatapointTypeField
type: NamedIndividual
description: phase angle, degrees
unit: DEG
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.56.i0
type: DatapointTypeField
type: NamedIndividual
description: power
unit: http://qudt.org/vocab/unit/W
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.57.i0
type: DatapointTypeField
type: NamedIndividual
description: power factor
unit: UNITLESS
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.58.i0
type: DatapointTypeField
type: NamedIndividual
description: pressure
unit: PA
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.59.i0
type: DatapointTypeField
type: NamedIndividual
description: reactance
unit: OHM
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.6.i0
type: DatapointTypeField
type: NamedIndividual
description: angle, radiant
unit: RAD
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.60.i0
type: DatapointTypeField
type: NamedIndividual
description: resistance
unit: OHM
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.61.i0
type: DatapointTypeField
type: NamedIndividual
description: resistivity
unit: OHM-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.62.i0
type: DatapointTypeField
type: NamedIndividual
description: self inductance
unit: http://qudt.org/vocab/unit/H
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.63.i0
type: DatapointTypeField
type: NamedIndividual
description: solid angle
unit: SR
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.64.i0
type: DatapointTypeField
type: NamedIndividual
description: sound intensity
unit: W-PER-M2
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.65.i0
type: DatapointTypeField
type: NamedIndividual
description: speed
unit: M-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.66.i0
type: DatapointTypeField
type: NamedIndividual
description: stress
unit: PA
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.67.i0
type: DatapointTypeField
type: NamedIndividual
description: surface tension
unit: N-PER-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.68.i0
type: DatapointTypeField
type: NamedIndividual
description: temperature, common
unit: DEG C
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.69.i0
type: DatapointTypeField
type: NamedIndividual
description: temperature (absolute)
unit: http://qudt.org/vocab/unit/K
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.7.i0
type: DatapointTypeField
type: NamedIndividual
description: angle, degree
unit: DEG
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.70.i0
type: DatapointTypeField
type: NamedIndividual
description: temperature difference
unit: http://qudt.org/vocab/unit/K
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.71.i0
type: DatapointTypeField
type: NamedIndividual
description: thermal capacity
unit: J-PER-K
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.72.i0
type: DatapointTypeField
type: NamedIndividual
description: thermal conductivity
unit: W-PER-M-K
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.73.i0
type: DatapointTypeField
type: NamedIndividual
description: thermoelectric power
unit: V-PER-K
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.74.i0
type: DatapointTypeField
type: NamedIndividual
description: time
unit: SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.75.i0
type: DatapointTypeField
type: NamedIndividual
description: torque
unit: N-M
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.76.i0
type: DatapointTypeField
type: NamedIndividual
description: volume
unit: M3
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.77.i0
type: DatapointTypeField
type: NamedIndividual
description: volume flux
unit: M3-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.78.i0
type: DatapointTypeField
type: NamedIndividual
description: weight
unit: http://qudt.org/vocab/unit/N
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.79.i0
type: DatapointTypeField
type: NamedIndividual
description: work
unit: http://qudt.org/vocab/unit/J
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.8.i0
type: DatapointTypeField
type: NamedIndividual
description: angular momentum
unit: J-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.9.i0
type: DatapointTypeField
type: NamedIndividual
description: angular velocity
unit: RAD-PER-SEC
field index: 0
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.14.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 4-byte float value
field index: 0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.15.0.i0.Index
type: DatapointTypeField
type: NamedIndividual
description: Index of access identification code
field index: 0
field name: Index
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.15.0.i1.C
type: DatapointTypeField
type: NamedIndividual
description: Encryption of access information
field index: 1
field name: C
field size: 1
field type: B
includes key value pair: type.kvpair.no
includes key value pair: type.kvpair.yes

type.dpt.field.15.0.i10.D6
type: DatapointTypeField
type: NamedIndividual
description: digit 6 of access identification code. Only a card or key number should be used. System number, version number, country code, etc are not necessary. Ciphered access information code should be possible in principle. If 24 bits are not necessary, the most significant positions shall be set to zero.
field index: 10
field name: D6
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 9

type.dpt.field.15.0.i2.D
type: DatapointTypeField
type: NamedIndividual
description: Read direction (e.g. of badge). If not used (e.g. electronic key) set to zero.
field index: 2
field name: D
field size: 1
field type: B
includes key value pair: left to right = 0
includes key value pair: right to left = 1

type.dpt.field.15.0.i3.P
type: DatapointTypeField
type: NamedIndividual
description: Permission (informs about the access decision made by the controlling device)
field index: 3
field name: P
field size: 1
field type: B
includes key value pair: not accepted = 0
includes key value pair: accepted = 1

type.dpt.field.15.0.i4.E
type: DatapointTypeField
type: NamedIndividual
description: Detection error
field index: 4
field name: E
field size: 1
field type: B
includes key value pair: no error = 0
includes key value pair: reading of access information code was not successful = 1

type.dpt.field.15.0.i5.D1
type: DatapointTypeField
type: NamedIndividual
description: digit 1 of access identification code. Only a card or key number should be used. System number, version number, country code, etc are not necessary. Ciphered access information code should be possible in principle. If 24 bits are not necessary, the most significant positions shall be set to zero.
field index: 5
field name: D1
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 9

type.dpt.field.15.0.i6.D2
type: DatapointTypeField
type: NamedIndividual
description: digit 2 of access identification code. Only a card or key number should be used. System number, version number, country code, etc are not necessary. Ciphered access information code should be possible in principle. If 24 bits are not necessary, the most significant positions shall be set to zero.
field index: 6
field name: D2
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 9

type.dpt.field.15.0.i7.D3
type: DatapointTypeField
type: NamedIndividual
description: digit 3 of access identification code. Only a card or key number should be used. System number, version number, country code, etc are not necessary. Ciphered access information code should be possible in principle. If 24 bits are not necessary, the most significant positions shall be set to zero.
field index: 7
field name: D3
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 9

type.dpt.field.15.0.i8.D4
type: DatapointTypeField
type: NamedIndividual
description: digit 4 of access identification code. Only a card or key number should be used. System number, version number, country code, etc are not necessary. Ciphered access information code should be possible in principle. If 24 bits are not necessary, the most significant positions shall be set to zero.
field index: 8
field name: D4
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 9

type.dpt.field.15.0.i9.D5
type: DatapointTypeField
type: NamedIndividual
description: digit 5 of access identification code. Only a card or key number should be used. System number, version number, country code, etc are not necessary. Ciphered access information code should be possible in principle. If 24 bits are not necessary, the most significant positions shall be set to zero.
field index: 9
field name: D5
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 9

type.dpt.field.15.x.i0
type: DatapointTypeField
type: NamedIndividual
description: entrance access
field index: 0
field size: 32
field string schema: raw
field type: A[n]

type.dpt.field.16.0.i0.stringascii
type: DatapointTypeField
type: NamedIndividual
unit: UNITLESS
field index: 0
field name: stringascii
field size: 112
field string schema: us-ascii
field type: A
includes datapoint type: charascii

type.dpt.field.16.1.i0.string88591
type: DatapointTypeField
type: NamedIndividual
unit: UNITLESS
field index: 0
field name: string88591
field size: 112
field string schema: iso-8859-1
field type: A
includes datapoint type: Char 8859-1

type.dpt.field.16.x.i0
type: DatapointTypeField
type: NamedIndividual
description: character string
field index: 0
field size: 112
field string schema: raw
field type: A

type.dpt.field.17.1.i0.SceneNumber
type: DatapointTypeField
type: NamedIndividual
description: Scene number
unit: NUM
field index: 0
field name: SceneNumber
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.17.1.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.17.x.i0
type: DatapointTypeField
type: NamedIndividual
description: scene number
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.18.1.i0.SceneNumber
type: DatapointTypeField
type: NamedIndividual
description: Scene number
unit: NUM
field index: 0
field name: SceneNumber
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.18.1.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.18.1.i2.C
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: C
field size: 1
field type: B
includes key value pair: activate the scene corresponding to the field Scene Number = 0
includes key value pair: learn the scene corresponding to the field Scene Number = 1

type.dpt.field.18.x.i0
type: DatapointTypeField
type: NamedIndividual
description: scene control
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.19.1.i0.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: Reserved
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.19.1.i1.SRC
type: DatapointTypeField
type: NamedIndividual
description: Synchronisation source reliability
field default: 1
field index: 1
field name: SRC
field size: 1
field type: B
includes key value pair: unreliable synchronisation source (mains, local quartz) = 0
includes key value pair: reliable synchronisation source (radio, Internet) = 1

type.dpt.field.19.1.i10.F
type: DatapointTypeField
type: NamedIndividual
description: Fault
field default: 0
field index: 10
field name: F
field size: 1
field type: B
includes key value pair: Normal (no fault) = 0
includes key value pair: Fault = 1

type.dpt.field.19.1.i11.Seconds
type: DatapointTypeField
type: NamedIndividual
description: Seconds
unit: SEC
field index: 11
field name: Seconds
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6 0 59

type.dpt.field.19.1.i12.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 12
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.19.1.i13.Minutes
type: DatapointTypeField
type: NamedIndividual
description: Minutes
unit: MIN
field index: 13
field name: Minutes
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6 0 59

type.dpt.field.19.1.i14.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 14
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.19.1.i15.HourOfDay
type: DatapointTypeField
type: NamedIndividual
description: HourOfDay
unit: HR
field index: 15
field name: HourOfDay
field resolution: 1.0
field size: 5
field type: U
includes digit: type.digit.u5 0 24

type.dpt.field.19.1.i16.DayOfWeek
type: DatapointTypeField
type: NamedIndividual
description: DayOfWeek
unit: DAY
field default: 0
field index: 16
field name: DayOfWeek
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.19.1.i17.DayOfMonth
type: DatapointTypeField
type: NamedIndividual
description: DayOfMonth
unit: DAY
field index: 17
field name: DayOfMonth
field resolution: 1.0
field size: 5
field type: U
includes digit: type.digit.u5 1 31

type.dpt.field.19.1.i18.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 18
field name: Reserved
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.19.1.i19.Month
type: DatapointTypeField
type: NamedIndividual
description: Month
unit: MO
field index: 19
field name: Month
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 1 12

type.dpt.field.19.1.i2.CLQ
type: DatapointTypeField
type: NamedIndividual
description: Quality of clock
field default: 1
field index: 2
field name: CLQ
field size: 1
field type: B
includes key value pair: clock without ext. sync signal = 0
includes key value pair: clock with ext. sync signal = 1

type.dpt.field.19.1.i20.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 20
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.19.1.i21.Year
type: DatapointTypeField
type: NamedIndividual
description: Year
unit: YR
field index: 21
field name: Year
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.19.1.i3.SUTI
type: DatapointTypeField
type: NamedIndividual
description: Standard Summer Time
field default: 0
field index: 3
field name: SUTI
field size: 1
field type: B
includes key value pair: Time = UT+X = 0
includes key value pair: Time = UT+X+1 = 1

type.dpt.field.19.1.i4.NT
type: DatapointTypeField
type: NamedIndividual
description: No Time
field default: 0
field index: 4
field name: NT
field size: 1
field type: B
includes key value pair: Hour of day, Minutes and Seconds field valid = 0
includes key value pair: Hour of day, Minutes and Seconds field not valid = 1

type.dpt.field.19.1.i5.NDOW
type: DatapointTypeField
type: NamedIndividual
description: No Day of Week
field default: 1
field index: 5
field name: NDOW
field size: 1
field type: B
includes key value pair: Day of week field valid = 0
includes key value pair: Day of week field not valid = 1

type.dpt.field.19.1.i6.ND
type: DatapointTypeField
type: NamedIndividual
description: No Date
field default: 0
field index: 6
field name: ND
field size: 1
field type: B
includes key value pair: Month and Day of Month fields valid = 0
includes key value pair: Month and Day of Month field not valid = 1

type.dpt.field.19.1.i7.NY
type: DatapointTypeField
type: NamedIndividual
description: No Year
field default: 0
field index: 7
field name: NY
field size: 1
field type: B
includes key value pair: Year field valid = 0
includes key value pair: Year field not valid = 1

type.dpt.field.19.1.i8.NWD
type: DatapointTypeField
type: NamedIndividual
description: No WD
field default: 1
field index: 8
field name: NWD
field size: 1
field type: B
includes key value pair: WD field valid = 0
includes key value pair: WD field not valid = 1

type.dpt.field.19.1.i9.WD
type: DatapointTypeField
type: NamedIndividual
description: Working Day
field default: 0
field index: 9
field name: WD
field size: 1
field type: B
includes key value pair: Bank Holiday (No working day) = 0
includes key value pair: Working day = 1

type.dpt.field.19.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Date Time
field index: 0
field size: 64
field string schema: raw
field type: A[n]

Switch
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: switch
field size: 1
includes datapoint type: switch

Start
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: start
field size: 1
includes datapoint type: start

State
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: state
field size: 1
includes datapoint type: state

Invert
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: invert
field size: 1
includes datapoint type: invert

Bool
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: bool
field size: 1
includes datapoint type: bool

Enable
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: enable
field size: 1
includes datapoint type: enable

Ramp
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: ramp
field size: 1
includes datapoint type: Ramp

Alarm
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: alarm
field size: 1
includes datapoint type: alarm

Binary Value
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: binaryValue
field size: 1
includes datapoint type: Binary Value

Step
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: step
field size: 1
includes datapoint type: step

Direction 1
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: direction1
field size: 1
includes datapoint type: upDown

Direction 2
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: direction2
field size: 1
includes datapoint type: openClose

type.dpt.field.2.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 1-bit controlled
field index: 0
field size: 2
field string schema: raw
field type: A[n]

type.dpt.field.20.1.i0
type: DatapointTypeField
type: NamedIndividual
description: SCLOMode
field index: 0
field size: 8
field type: N
includes key value pair: autonomous = 0
includes key value pair: slave = 1
includes key value pair: master = 2

type.dpt.field.20.100.i0
type: DatapointTypeField
type: NamedIndividual
description: FuelType
field index: 0
field size: 8
field type: N
includes key value pair: auto = 0
includes key value pair: oil = 1
includes key value pair: gas = 2
includes key value pair: solid state fuel = 3

type.dpt.field.20.1000.i0
type: DatapointTypeField
type: NamedIndividual
description: CommMode
field index: 0
field size: 8
field type: N
includes key value pair: Data Link Layer = 0
includes key value pair: Data Link Layer Busmonitor = 1
includes key value pair: Data Link Layer Raw Frames = 2
includes key value pair: No Layer = 255
includes key value pair: cEMI Transport Layer = 6

type.dpt.field.20.1001.i0
type: DatapointTypeField
type: NamedIndividual
description: AddInfoType
field index: 0
field size: 8
field type: N
includes key value pair: PL medium Domain Address = 1
includes key value pair: RF Control Octet and Serial Number or DoA = 2
includes key value pair: Busmonitor Error Flags = 3
includes key value pair: Relative timestamp = 4
includes key value pair: Time delay = 5
includes key value pair: Extended Relative Timestamp = 6
includes key value pair: BiBat information = 7

type.dpt.field.20.1002.i0
type: DatapointTypeField
type: NamedIndividual
description: ModeSelect
field index: 0
field size: 8
field type: N
includes key value pair: asynchronous = 0
includes key value pair: asynchronous + BiBat Master = 1
includes key value pair: asynchronous + BiBat Slave = 2

type.dpt.field.20.1003.i0
type: DatapointTypeField
type: NamedIndividual
description: RF_FilterSelect
field index: 0
field size: 8
field type: N
includes key value pair: no filtering, all supported received frames shall be passed to the cEMI client using L_Data.ind = 0
includes key value pair: filtering by Domain Address = 1
includes key value pair: filtering by KNX Serial Number table = 2
includes key value pair: filtering by Domain Address and by Serial number table = 3

type.dpt.field.20.101.i0
type: DatapointTypeField
type: NamedIndividual
description: BurnerType
field index: 0
field size: 8
field type: N
includes key value pair: 1 stage = 1
includes key value pair: 2 stage = 2
includes key value pair: modulating = 3

type.dpt.field.20.102.i0
type: DatapointTypeField
type: NamedIndividual
description: HVACMode
field index: 0
field size: 8
field type: N
includes key value pair: Auto = 0
includes key value pair: Comfort = 1
includes key value pair: Standby = 2
includes key value pair: Economy = 3
includes key value pair: Building Protection = 4

type.dpt.field.20.103.i0
type: DatapointTypeField
type: NamedIndividual
description: DHWMode
field index: 0
field size: 8
field type: N
includes key value pair: Auto = 0
includes key value pair: LegioProtect = 1
includes key value pair: Normal = 2
includes key value pair: Reduced = 3
includes key value pair: Off/FrostProtect = 4

type.dpt.field.20.104.i0
type: DatapointTypeField
type: NamedIndividual
description: LoadPriority
field index: 0
field size: 8
field type: N
includes key value pair: None = 0
includes key value pair: Shift load priority = 1
includes key value pair: Absolut load priority = 2

type.dpt.field.20.105.i0
type: DatapointTypeField
type: NamedIndividual
description: HVACContrMode
field index: 0
field size: 8
field type: N
includes key value pair: Auto = 0
includes key value pair: Heat = 1
includes key value pair: Free Cool = 10
includes key value pair: Ice = 11
includes key value pair: Maximum Heating Mode = 12
includes key value pair: Economic Heat/Cool Mode = 13
includes key value pair: Dehumidification = 14
includes key value pair: Calibration Mode = 15
includes key value pair: Emergency Cool Mode = 16
includes key value pair: Emergency Steam Mode = 17
includes key value pair: Morning Warmup = 2
includes key value pair: NoDem = 20
includes key value pair: Cool = 3
includes key value pair: Night Purge = 4
includes key value pair: Precool = 5
includes key value pair: Off = 6
includes key value pair: Test = 7
includes key value pair: Emergency Heat = 8
includes key value pair: Fan only = 9

type.dpt.field.20.106.i0
type: DatapointTypeField
type: NamedIndividual
description: HVACEmergMode
field index: 0
field size: 8
field type: N
includes key value pair: Normal = 0
includes key value pair: EmergPressure = 1
includes key value pair: EmergDepressure = 2
includes key value pair: EmergPurge = 3
includes key value pair: EmergShutdown = 4
includes key value pair: EmergFire = 5

type.dpt.field.20.107.i0
type: DatapointTypeField
type: NamedIndividual
description: ChangeoverMode
field index: 0
field size: 8
field type: N
includes key value pair: Auto = 0
includes key value pair: CoolingOnly = 1
includes key value pair: HeatingOnly = 2

type.dpt.field.20.108.i0
type: DatapointTypeField
type: NamedIndividual
description: ValveMode
field index: 0
field size: 8
field type: N
includes key value pair: Heat stage A for normal heating = 1
includes key value pair: Heat stage B for heating with two stages (A + B) = 2
includes key value pair: Cool stage A for normal cooling = 3
includes key value pair: Cool stage B for cooling with two stages (A + B) = 4
includes key value pair: Heat/Cool for changeover applications = 5

type.dpt.field.20.109.i0
type: DatapointTypeField
type: NamedIndividual
description: DamperMode
field index: 0
field size: 8
field type: N
includes key value pair: Fresh air, e.g. for fancoils = 1
includes key value pair: Supply air, e.g. for VAV = 2
includes key value pair: Discharge air, e.g. for VAV = 3
includes key value pair: Extract air, e.g. for VAV = 4

type.dpt.field.20.11.i0
type: DatapointTypeField
type: NamedIndividual
description: ErrorClass_System
field index: 0
field size: 8
field type: N
includes key value pair: no fault = 0
includes key value pair: general device fault (e.g. RAM, EEPROM, UI, watchdog, ...) = 1
includes key value pair: watchdog reset detected = 10
includes key value pair: invalid opcode detected = 11
includes key value pair: general protection fault = 12
includes key value pair: maximal table length exceeded = 13
includes key value pair: undefined load command received = 14
includes key value pair: Group Address Table is not sorted = 15
includes key value pair: invalid connection number (TSAP) = 16
includes key value pair: invalid Group Object number (ASAP) = 17
includes key value pair: Group Object Type exceeds (PID_MAX_APDU_LENGTH - 2) = 18
includes key value pair: communication fault = 2
includes key value pair: configuration fault = 3
includes key value pair: hardware fault = 4
includes key value pair: software fault = 5
includes key value pair: insufficient non volatile memory = 6
includes key value pair: insufficient volatile memory = 7
includes key value pair: memory allocation command with size 0 received = 8
includes key value pair: CRC-error = 9

type.dpt.field.20.110.i0
type: DatapointTypeField
type: NamedIndividual
description: HeaterMode
field index: 0
field size: 8
field type: N
includes key value pair: Heat Stage A On/Off = 1
includes key value pair: Heat Stage A Proportional = 2
includes key value pair: Heat Stage B Proportional = 3

type.dpt.field.20.111.i0
type: DatapointTypeField
type: NamedIndividual
description: FanMode
field index: 0
field size: 8
field type: N
includes key value pair: not running = 0
includes key value pair: permanently running = 1
includes key value pair: running in intervals = 2

type.dpt.field.20.112.i0
type: DatapointTypeField
type: NamedIndividual
description: MasterSlaveMode
field index: 0
field size: 8
field type: N
includes key value pair: autonomous = 0
includes key value pair: master = 1
includes key value pair: slave = 2

type.dpt.field.20.113.i0
type: DatapointTypeField
type: NamedIndividual
description: StatusRoomSetup
field index: 0
field size: 8
field type: N
includes key value pair: normal setpoint = 0
includes key value pair: alternative setpoint = 1
includes key value pair: building protection setpoint = 2

type.dpt.field.20.114.i0
type: DatapointTypeField
type: NamedIndividual
description: MeteringDeviceType
field index: 0
field size: 8
field type: N
includes key value pair: Other device type = 0
includes key value pair: Oil meter = 1
includes key value pair: Cooling load meter (outlet) = 10
includes key value pair: Cooling load meter (inlet) = 11
includes key value pair: Heat (inlet) = 12
includes key value pair: Heat and cool = 13
includes key value pair: Electricity meter = 2
includes key value pair: void device type = 255
includes key value pair: Gas device = 3
includes key value pair: breaker (electricity) = 32
includes key value pair: valve (gas or water) = 33
includes key value pair: Heat meter = 4
includes key value pair: waste water meter = 40
includes key value pair: garbage = 41
includes key value pair: Steam meter = 5
includes key value pair: Warm water meter = 6
includes key value pair: Water meter = 7
includes key value pair: Heat cost allocator = 8

type.dpt.field.20.115.i0
type: DatapointTypeField
type: NamedIndividual
description: HumDehumMode
field index: 0
field size: 8
field type: N
includes key value pair: inactive = 0
includes key value pair: humidification = 1
includes key value pair: dehumidification = 2

type.dpt.field.20.116.i0
type: DatapointTypeField
type: NamedIndividual
description: EnableH/CStage
field index: 0
field size: 8
field type: N
includes key value pair: disabled = 0
includes key value pair: enable stage A = 1
includes key value pair: enable stage B = 2
includes key value pair: enable both stages = 3

type.dpt.field.20.12.i0
type: DatapointTypeField
type: NamedIndividual
description: ErrorClass_HVAC
field index: 0
field size: 8
field type: N
includes key value pair: no fault = 0
includes key value pair: sensor fault = 1
includes key value pair: process fault / controller fault = 2
includes key value pair: actuator fault = 3
includes key value pair: other fault = 4

type.dpt.field.20.120.i0
type: DatapointTypeField
type: NamedIndividual
description: ADAType
field index: 0
field size: 8
field type: N
includes key value pair: Air Damper = 1
includes key value pair: VAV = 2

type.dpt.field.20.1200.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: Breaker/Valve is closed = 0
includes key value pair: Breaker/Valve is open = 1
includes key value pair: Breaker/Valve is released = 2
includes key value pair: invalid = 255

type.dpt.field.20.1202.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: unknown = 0
includes key value pair: temperature converted = 1
includes key value pair: at base condition = 2
includes key value pair: at measurement condition = 3

type.dpt.field.20.1203.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: closed = 0
includes key value pair: open on overload = 1
includes key value pair: open on overvoltage = 2
includes key value pair: open on load shedding = 3
includes key value pair: open on PLC or Euridis command = 4
includes key value pair: open on overheat with a current value over the maximum switching current value = 5
includes key value pair: open on overheat with a current value under the maximum switching current value = 6

type.dpt.field.20.1204.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: deactivated = 0
includes key value pair: activated without security = 1
includes key value pair: activated with security = 2

type.dpt.field.20.1205.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: New / Unlock (S-SFK) - Not Associated (G3-PLC) = 0
includes key value pair: New / Lock (S-FSK) - Associated (G3-PLC) = 1
includes key value pair: Registered (S-FSK) - reserved (G3-PLC) = 2

type.dpt.field.20.1206.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: no notice in progress = 0
includes key value pair: notice PE1 in progress = 1
includes key value pair: notice PE2 in progress = 2
includes key value pair: notice PE3 in progress = 3

type.dpt.field.20.1207.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: no peak event = 0
includes key value pair: PE1 in progress = 1
includes key value pair: PE2 in progress = 2
includes key value pair: PE3 in progress = 3

type.dpt.field.20.1208.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: Historical = 0
includes key value pair: Standard = 1

type.dpt.field.20.1209.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: None = 0
includes key value pair: Historical single-phase = 1
includes key value pair: Historical three-phase = 2
includes key value pair: Standard single-phase = 3
includes key value pair: Standard three-phase = 4

type.dpt.field.20.121.i0
type: DatapointTypeField
type: NamedIndividual
description: BackupMode
field index: 0
field size: 8
field type: N
includes key value pair: Backup Value = 0
includes key value pair: Keep Last State = 1

type.dpt.field.20.122.i0
type: DatapointTypeField
type: NamedIndividual
description: StartSynchronization
field index: 0
field size: 8
field type: N
includes key value pair: Position unchanged = 0
includes key value pair: Single close = 1
includes key value pair: Single open = 2

type.dpt.field.20.13.i0
type: DatapointTypeField
type: NamedIndividual
description: TimeDelay
field index: 0
field size: 8
field type: N
includes key value pair: not active = 0
includes key value pair: 1 s = 1
includes key value pair: 1 min = 10
includes key value pair: 1,25 min = 11
includes key value pair: 1,5 min = 12
includes key value pair: 2 min = 13
includes key value pair: 2,5 min = 14
includes key value pair: 3 min = 15
includes key value pair: 5 min = 16
includes key value pair: 15 min = 17
includes key value pair: 20 min = 18
includes key value pair: 30 min = 19
includes key value pair: 2 s = 2
includes key value pair: 1 h = 20
includes key value pair: 2 h = 21
includes key value pair: 3 h = 22
includes key value pair: 5 h = 23
includes key value pair: 12 h = 24
includes key value pair: 24 h = 25
includes key value pair: 3 s = 3
includes key value pair: 5 s = 4
includes key value pair: 10 s = 5
includes key value pair: 15 s = 6
includes key value pair: 20 s = 7
includes key value pair: 30 s = 8
includes key value pair: 45 s = 9

type.dpt.field.20.14.i0
type: DatapointTypeField
type: NamedIndividual
description: Wind Force Scale
field index: 0
field size: 8
field type: N
includes key value pair: calm (no wind) = 0
includes key value pair: light air = 1
includes key value pair: whole gale / storm = 10
includes key value pair: violent storm = 11
includes key value pair: hurricane = 12
includes key value pair: light breeze = 2
includes key value pair: gentle brezze = 3
includes key value pair: moderate breeze = 4
includes key value pair: fresh breeze = 5
includes key value pair: strong breeze = 6
includes key value pair: near gale / moderate gale = 7
includes key value pair: fresh gale = 8
includes key value pair: strong gale = 9

type.dpt.field.20.17.i0
type: DatapointTypeField
type: NamedIndividual
description: SensorSelect
field index: 0
field size: 8
field type: N
includes key value pair: inactive = 0
includes key value pair: digital input not inverted = 1
includes key value pair: digital input inverted = 2
includes key value pair: analog input -> 0% to 100% = 3
includes key value pair: temperature sensor input = 4

type.dpt.field.20.2.i0
type: DatapointTypeField
type: NamedIndividual
description: BuildingMode
field index: 0
field size: 8
field type: N
includes key value pair: Building in use = 0
includes key value pair: Building not used = 1
includes key value pair: Building protection = 2

type.dpt.field.20.20.i0
type: DatapointTypeField
type: NamedIndividual
description: ActuatorConnectType
field index: 0
field size: 8
field type: N
includes key value pair: SensorConnection = 1
includes key value pair: ControllerConnection = 2

type.dpt.field.20.21.i0
type: DatapointTypeField
type: NamedIndividual
description: CloudCover
field index: 0
field size: 8
field type: N
includes key value pair: Cloudless = 0
includes key value pair: Sunny = 1
includes key value pair: Sunshiny = 2
includes key value pair: Lightly cloudy = 3
includes key value pair: Scattered clouds = 4
includes key value pair: Cloudy = 5
includes key value pair: Very cloudy = 6
includes key value pair: Nearly overcast = 7
includes key value pair: Overcast = 8
includes key value pair: Sky obstructed from view = 9

type.dpt.field.20.22.i0
type: DatapointTypeField
type: NamedIndividual
description: power return mode
field index: 0
field size: 8
field type: N
includes key value pair: do not send = 0
includes key value pair: send always = 1
includes key value pair: send if value changed during powerdown = 2

type.dpt.field.20.3.i0
type: DatapointTypeField
type: NamedIndividual
description: OccMode
field index: 0
field size: 8
field type: N
includes key value pair: occupied = 0
includes key value pair: standby = 1
includes key value pair: not occupied = 2

type.dpt.field.20.4.i0
type: DatapointTypeField
type: NamedIndividual
description: Priority
field index: 0
field size: 8
field type: N
includes key value pair: High = 0
includes key value pair: Medium = 1
includes key value pair: Low = 2
includes key value pair: 'void' = 3

type.dpt.field.20.5.i0
type: DatapointTypeField
type: NamedIndividual
description: Application Mode
field index: 0
field size: 8
field type: N
includes key value pair: normal = 0
includes key value pair: presence simulation = 1
includes key value pair: night round = 2

type.dpt.field.20.500.i0.cq.ID
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity
field index: 0
field name: ID
field size: 8
field type: N
includes key value pair: type.kvpair.cqElectricPowerL1
includes key value pair: type.kvpair.cqElectricPowerL2
includes key value pair: type.kvpair.cqElectricPowerL3
includes key value pair: type.kvpair.cqHeatFlowRate
includes key value pair: type.kvpair.cqHeatThermalPower
includes key value pair: type.kvpair.cqHydrogenFlowRate
includes key value pair: type.kvpair.cqNaturalGasFlowRate
includes key value pair: type.kvpair.cqOilFlowRate

type.dpt.field.20.6.i0
type: DatapointTypeField
type: NamedIndividual
description: ApplicationArea
field index: 0
field size: 8
field type: N
includes key value pair: no fault = 0
includes key value pair: system and functions of common interest = 1
includes key value pair: HVAC general FBs = 10
includes key value pair: HVAC Hot Water Heating = 11
includes key value pair: HVAC Direct Electrical Heating = 12
includes key value pair: HVAC Terminal Units = 13
includes key value pair: HVAC VAC = 14
includes key value pair: Lighting = 20
includes key value pair: Security = 30
includes key value pair: Load Management = 40
includes key value pair: Shutters and blinds = 50

type.dpt.field.20.600.i0
type: DatapointTypeField
type: NamedIndividual
description: Behaviour_Lock_Unlock
field index: 0
field size: 8
field type: N
includes key value pair: off = 0
includes key value pair: on = 1
includes key value pair: no change = 2
includes key value pair: value according additional parameter = 3
includes key value pair: memory function value = 4
includes key value pair: updated value = 5
includes key value pair: value before locking = 6

type.dpt.field.20.601.i0
type: DatapointTypeField
type: NamedIndividual
description: Behaviour_Bus_Power_Up_Down
field index: 0
field size: 8
field type: N
includes key value pair: off = 0
includes key value pair: on = 1
includes key value pair: no change = 2
includes key value pair: value according additional parameter = 3
includes key value pair: last (value before bus power down) = 4

type.dpt.field.20.602.i0
type: DatapointTypeField
type: NamedIndividual
description: FadeTime
field index: 0
field size: 8
field type: N
includes key value pair: 0 s (no fade) = 0
includes key value pair: 0,7 s = 1
includes key value pair: 16,0 s = 10
includes key value pair: 22,6 s = 11
includes key value pair: 32,0 s = 12
includes key value pair: 45,3 s = 13
includes key value pair: 64,0 s = 14
includes key value pair: 90,5 s = 15
includes key value pair: 1,0 s = 2
includes key value pair: 1,4 s = 3
includes key value pair: 2,0 s = 4
includes key value pair: 2,8 s = 5
includes key value pair: 4,0 s = 6
includes key value pair: 5,7 s = 7
includes key value pair: 8,0 s = 8
includes key value pair: 11,3 s = 9

type.dpt.field.20.603.i0
type: DatapointTypeField
type: NamedIndividual
description: BlinkingMode
field index: 0
field size: 8
field type: N
includes key value pair: BlinkingDisabled = 0
includes key value pair: WithoutAcknowledge = 1
includes key value pair: BlinkingWithAcknowledge = 2

type.dpt.field.20.604.i0
type: DatapointTypeField
type: NamedIndividual
description: LightControlMode
field index: 0
field size: 8
field type: N
includes key value pair: automatic light control = 0
includes key value pair: manual light control = 1

type.dpt.field.20.605.i0
type: DatapointTypeField
type: NamedIndividual
description: SwitchPBModel
field index: 0
field size: 8
field type: N
includes key value pair: one PB/binary input mode = 1
includes key value pair: two PBs/binary inputs mode = 2

type.dpt.field.20.606.i0
type: DatapointTypeField
type: NamedIndividual
description: SwitchPBAction
field index: 0
field size: 8
field type: N
includes key value pair: inactive (no message sent) = 0
includes key value pair: SwitchOff message sent = 1
includes key value pair: SwitchOn message sent = 2
includes key value pair: inverse value of InfoOnOff is sent = 3

type.dpt.field.20.607.i0
type: DatapointTypeField
type: NamedIndividual
description: LDSBMode
field index: 0
field size: 8
field type: N
includes key value pair: one PB/binary input; SwitchOnOff inverts on each transmission = 1
includes key value pair: one PB/binary input, On / DimUp message sent = 2
includes key value pair: one PB/binary input, Off / DimDown message sent = 3
includes key value pair: two PBs/binary inputs mode = 4

type.dpt.field.20.608.i0
type: DatapointTypeField
type: NamedIndividual
description: SwitchOnMode
field index: 0
field size: 8
field type: N
includes key value pair: last actual value = 0
includes key value pair: value according additional parameter = 1
includes key value pair: last received absolute setvalue = 2

type.dpt.field.20.609.i0
type: DatapointTypeField
type: NamedIndividual
description: LoadTypeSet
field index: 0
field size: 8
field type: N
includes key value pair: automatic (resistive, capacitive or inductive) = 0
includes key value pair: leading edge (inductive load) = 1
includes key value pair: trailing edge (resistive - or capacitive load) = 2
includes key value pair: switch mode only (non-dimmable load) = 3
includes key value pair: automatic once = 4
includes key value pair: CFL, leading = 5
includes key value pair: CFL, trailing = 6
includes key value pair: LED, leading = 7
includes key value pair: LED, trailing = 8

type.dpt.field.20.610.i0
type: DatapointTypeField
type: NamedIndividual
description: LoadTypeDetected
field index: 0
field size: 8
field type: N
includes key value pair: undefined = 0
includes key value pair: leading edge (inductive load) = 1
includes key value pair: trailing edge (capacitive load) = 2
includes key value pair: detection not possible or error = 3
includes key value pair: calibration pending, waiting on trigger = 4
includes key value pair: CFL, leading = 5
includes key value pair: CFL, trailing = 6
includes key value pair: LED, leading = 7
includes key value pair: LED, trailing = 8

type.dpt.field.20.611.i0
type: DatapointTypeField
type: NamedIndividual
description: LoadTypeDetected
field index: 0
field size: 8
field type: N
includes key value pair: Start Function Test (FT) = 1
includes key value pair: Start Duration Test (DT) = 2
includes key value pair: Start Partial Duration Test (PDT) = 3
includes key value pair: Stop Test = 4
includes key value pair: Reset Function Test Done Flag = 5
includes key value pair: Reset Duration Test Done = 6

type.dpt.field.20.612.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: Restore Factory Default Settings = 0
includes key value pair: Goto Rest Mode = 1
includes key value pair: Goto Inhibit Mode = 2
includes key value pair: Re-Light / Reset Inhibit = 3
includes key value pair: Reset Lamp Time = 4

type.dpt.field.20.613.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 8
field type: N
includes key value pair: Request Converter Status = 1
includes key value pair: Request Converter Test Result = 2
includes key value pair: Request Battery Info = 3
includes key value pair: Request Converter FT Info = 4
includes key value pair: Request Converter DT Info = 5
includes key value pair: Request Converter PDT Info = 6
includes key value pair: Request Converter Info = 7
includes key value pair: Request Converter Info Fix = 8

type.dpt.field.20.7.i0
type: DatapointTypeField
type: NamedIndividual
description: AlarmClassType
field index: 0
field size: 8
field type: N
includes key value pair: simple alarm = 1
includes key value pair: basic alarm = 2
includes key value pair: extended alarm = 3

type.dpt.field.20.8.i0
type: DatapointTypeField
type: NamedIndividual
description: PSUMode
field index: 0
field size: 8
field type: N
includes key value pair: disabled (PSU/DPSU fixed off) = 0
includes key value pair: enabled (PSU/DPSU fixed on) = 1
includes key value pair: auto (PSU/DPSU automatic on/off) = 2

type.dpt.field.20.801.i0
type: DatapointTypeField
type: NamedIndividual
description: SABExceptBehaviour
field index: 0
field size: 8
field type: N
includes key value pair: up = 0
includes key value pair: down = 1
includes key value pair: no change = 2
includes key value pair: value according additional parameter = 3
includes key value pair: stop = 4

type.dpt.field.20.802.i0
type: DatapointTypeField
type: NamedIndividual
description: SABBehaviour_Lock_Unlock
field index: 0
field size: 8
field type: N
includes key value pair: up = 0
includes key value pair: down = 1
includes key value pair: no change = 2
includes key value pair: value according additional parameter = 3
includes key value pair: stop = 4
includes key value pair: updated value = 5
includes key value pair: value before locking = 6

type.dpt.field.20.803.i0
type: DatapointTypeField
type: NamedIndividual
description: SSSBMode
field index: 0
field size: 8
field type: N
includes key value pair: one push button/binary input = 1
includes key value pair: one push button/binary input, MoveUp / StepUp message sent = 2
includes key value pair: one push button/binary input, MoveDown / StepDown message sent = 3
includes key value pair: two push buttons/binary inputs mode = 4

type.dpt.field.20.804.i0
type: DatapointTypeField
type: NamedIndividual
description: BlindsControlMode
field index: 0
field size: 8
field type: N
includes key value pair: Automatic Control = 0
includes key value pair: Manual Control = 1

type.dpt.field.20.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 1-byte
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.200.100.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.200.100.i1.HeatCool
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Heat Cool
field size: 8
includes datapoint type: heatpCool

type.dpt.field.200.101.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.200.101.i1.BinaryValue
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: BinaryValue
field size: 8
includes datapoint type: Binary Value

type.dpt.field.200.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-Bit Enum with Status/Command
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.201.100.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.100.i1.HVACMode
type: DatapointTypeField
type: NamedIndividual
description: HVAC operating mode
field index: 1
field name: HVACMode
field size: 8
includes datapoint type: hvacMode

type.dpt.field.201.102.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.102.i1.DHWMode
type: DatapointTypeField
type: NamedIndividual
description: DHW operating mode
field index: 1
field name: DHWMode
field size: 8
includes datapoint type: DHWMode

type.dpt.field.201.104.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.104.i1.HVACContrMode
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: HVACContrMode
field size: 8
includes datapoint type: hvacContrMode

type.dpt.field.201.105.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.105.i1.EnableHCStage
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: EnableHCStage
field size: 8
includes datapoint type: enableHCstage

type.dpt.field.201.107.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.107.i1.BuildingMode
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: BuildingMode
field size: 8
includes datapoint type: BuildingMode

type.dpt.field.201.108.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.108.i1.OccMode
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: OccMode
field size: 8
includes datapoint type: OccMode

type.dpt.field.201.109.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.201.109.i1.HVACEmergMode
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: HVACEmergMode
field size: 8
includes datapoint type: hvacEmergMode

type.dpt.field.201.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-Bit Enum with Status/Command
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.202.1.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.202.1.i1.RelValue
type: DatapointTypeField
type: NamedIndividual
description: Unsigned relative value
field index: 1
field name: RelValue
field size: 8
includes datapoint type: Percent U8

type.dpt.field.202.2.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.202.2.i1.CounterValue
type: DatapointTypeField
type: NamedIndividual
description: Unsigned counter value
field index: 1
field name: CounterValue
field size: 8
includes datapoint type: Value 1 Ucount

type.dpt.field.202.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-Bit Enum with Status/Command
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.203.100.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.203.100.i1.HVACAirQual
type: DatapointTypeField
type: NamedIndividual
unit: PPM
field index: 1
field name: HVACAirQual
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.203.101.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.203.101.i1.WindSpeed
type: DatapointTypeField
type: NamedIndividual
description: wind speed absolute value m/s
unit: M-PER-SEC
field index: 1
field name: WindSpeed
field resolution: 0.01
field size: 16
field type: U
includes digit: type.digit.u16 0 20000

type.dpt.field.203.102.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.203.102.i1.SunIntensity
type: DatapointTypeField
type: NamedIndividual
description: Sun intensity W/m2
unit: W-PER-M2
field index: 1
field name: SunIntensity
field resolution: 0.05
field size: 16
field type: U
includes digit: type.digit.u16 0 28000

type.dpt.field.203.104.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.203.104.i1.HVACAirFlow
type: DatapointTypeField
type: NamedIndividual
unit: M3-PER-HR
field index: 1
field name: HVACAirFlow
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.203.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 16-Bit Unsigned Value with Status/Command
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.205.100.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.205.100.i1.Temp
type: DatapointTypeField
type: NamedIndividual
description: temperature absolute value °C
unit: DEG C
field index: 1
field name: Temp
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.205.101.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.205.101.i1.Temp
type: DatapointTypeField
type: NamedIndividual
description: temperature relative value offset K
unit: http://qudt.org/vocab/unit/K
field index: 1
field name: Temp
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.205.102.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.205.102.i1.HVACAirFlow
type: DatapointTypeField
type: NamedIndividual
unit: M3-PER-HR
field index: 1
field name: HVACAirFlow
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.205.103.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.205.103.i1.HVACAirQuality
type: DatapointTypeField
type: NamedIndividual
description: Relative air quality value
unit: PPM
field index: 1
field name: HVACAirQuality
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.205.17.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.205.17.i1.RelSignedValue
type: DatapointTypeField
type: NamedIndividual
description: Relative air quality value
unit: PERCENT
field index: 1
field name: RelSignedValue
field resolution: 0.01
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.205.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 16-bit unsigned value & 8-bit enum
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.206.100.i0.HVACmode
type: DatapointTypeField
type: NamedIndividual
description: HVAC mode
field index: 0
field name: HVACmode
field size: 8
field type: N
includes key value pair: Undefined = 0
includes key value pair: Comfort = 1
includes key value pair: Standby = 2
includes key value pair: Economy = 3
includes key value pair: Building Protection = 4

type.dpt.field.206.100.i1.Time
type: DatapointTypeField
type: NamedIndividual
description: delay time (min)
field index: 1
field name: Time
field size: 16
includes datapoint type: timePeriodMin

type.dpt.field.206.102.i0.DHWmode
type: DatapointTypeField
type: NamedIndividual
description: DHW mode
field index: 0
field name: DHWmode
field size: 8
field type: N
includes key value pair: Undefined = 0
includes key value pair: LegioProtect = 1
includes key value pair: Normal = 2
includes key value pair: Reduced = 3
includes key value pair: Off/FrostProtection = 4

type.dpt.field.206.102.i1.Time
type: DatapointTypeField
type: NamedIndividual
description: delay time (min)
field index: 1
field name: Time
field size: 16
includes datapoint type: timePeriodMin

type.dpt.field.206.104.i0.OccMode
type: DatapointTypeField
type: NamedIndividual
description: occupancy mode
field index: 0
field name: OccMode
field size: 8
field type: N
includes key value pair: Occupied = 0
includes key value pair: Standby = 1
includes key value pair: Not occupied = 2

type.dpt.field.206.104.i1.Time
type: DatapointTypeField
type: NamedIndividual
description: delay time (min)
field index: 1
field name: Time
field size: 16
includes datapoint type: timePeriodMin

type.dpt.field.206.105.i0.BuildingMode
type: DatapointTypeField
type: NamedIndividual
description: building mode
field index: 0
field name: BuildingMode
field size: 8
field type: N
includes key value pair: Building in use = 0
includes key value pair: Building not in use = 1
includes key value pair: Building protected = 2

type.dpt.field.206.105.i1.Time
type: DatapointTypeField
type: NamedIndividual
description: delay time (min)
field index: 1
field name: Time
field size: 16
includes datapoint type: timePeriodMin

type.dpt.field.206.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 16-bit unsigned value & 8-bit enum
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.207.100.i0.PrelBurnerValid
type: DatapointTypeField
type: NamedIndividual
description: validity of PrelBurnerField
field index: 0
field name: PrelBurnerValid
field size: 1
includes datapoint type: bool

type.dpt.field.207.100.i1.Fault
type: DatapointTypeField
type: NamedIndividual
description: burner failure
field index: 1
field name: Fault
field size: 1
includes datapoint type: bool

type.dpt.field.207.100.i2.StatusStage1
type: DatapointTypeField
type: NamedIndividual
description: stage 1 or base stage active
field index: 2
field name: StatusStage1
field size: 1
includes datapoint type: switch

type.dpt.field.207.100.i3.StatusStage2
type: DatapointTypeField
type: NamedIndividual
description: stage 2 / modulation active
field index: 3
field name: StatusStage2
field size: 1
includes datapoint type: switch

type.dpt.field.207.100.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
includes reserved bit(s): type.bit.reserved

type.dpt.field.207.100.i5.PrelBurner
type: DatapointTypeField
type: NamedIndividual
description: Actual relative power %
unit: PERCENT
field index: 5
field name: PrelBurner
field resolution: 1.0
field size: 8
includes digit: type.digit.u8 0 100

type.dpt.field.207.101.i0.LockRequest
type: DatapointTypeField
type: NamedIndividual
description: indicates if power reduction is necessary (validity of PwrReduction)
field index: 0
field name: LockRequest
field size: 1
includes datapoint type: bool

type.dpt.field.207.101.i1.Type
type: DatapointTypeField
type: NamedIndividual
description: indicates whether overload is critical (e.g. too low boiler temp.) or uncritical (e.g. requested boiler temperature can not be provided but boiler temperature is above critical lower limit)
field index: 1
field name: Type
field size: 1
includes key value pair: uncritical = 0
includes key value pair: critical = 1

type.dpt.field.207.101.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
includes reserved bit(s): type.bit.reserved

type.dpt.field.207.101.i3.PwrReduction
type: DatapointTypeField
type: NamedIndividual
description: Requested power reduction
unit: PERCENT
field index: 3
field name: PwrReduction
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8 0 100

type.dpt.field.207.102.i0.Stage1Control
type: DatapointTypeField
type: NamedIndividual
description: controls stage 2 for two stage burner
field index: 0
field name: Stage1Control
field size: 1
includes datapoint type: switch

type.dpt.field.207.102.i1.Stage2Control
type: DatapointTypeField
type: NamedIndividual
description: controls operation of stage 1 or base stage
field index: 1
field name: Stage2Control
field size: 1
includes datapoint type: switch

type.dpt.field.207.102.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
includes reserved bit(s): type.bit.reserved

type.dpt.field.207.102.i3.RelBurnerDem
type: DatapointTypeField
type: NamedIndividual
description: Relative demand %: for modulating burner
unit: PERCENT
field index: 3
field name: RelBurnerDem
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8 0 100

type.dpt.field.207.104.i0.PrelBurnerValid
type: DatapointTypeField
type: NamedIndividual
description: Validity of ActPosDem. ‘false’ means also ‘no demand’
field index: 0
field name: PrelBurnerValid
field size: 1
includes datapoint type: bool

type.dpt.field.207.104.i1.AbsLoadPriority
type: DatapointTypeField
type: NamedIndividual
description: absolute load priority
field index: 1
field name: AbsLoadPriority
field size: 1
includes datapoint type: bool

type.dpt.field.207.104.i2.ShiftLoadPriority
type: DatapointTypeField
type: NamedIndividual
description: shift load priority
field index: 2
field name: ShiftLoadPriority
field size: 1
includes datapoint type: bool

type.dpt.field.207.104.i3.EmergDem
type: DatapointTypeField
type: NamedIndividual
description: emergency demand (heating or cooling) for room frost protection or de-icing
field index: 3
field name: EmergDem
field size: 1
includes datapoint type: bool

type.dpt.field.207.104.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
includes reserved bit(s): type.bit.reserved

type.dpt.field.207.104.i5.ActPosDemAbs
type: DatapointTypeField
type: NamedIndividual
description: Absolute actuator position demand (setpoint, valve linearized)
unit: PERCENT
field index: 5
field name: ActPosDemAbs
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8 0 100

type.dpt.field.207.105.i0.Failure
type: DatapointTypeField
type: NamedIndividual
description: actuator has a failure
field index: 0
field name: Failure
field size: 1
includes datapoint type: bool

type.dpt.field.207.105.i1.ManualOverride
type: DatapointTypeField
type: NamedIndividual
description: actuator position is manually overridden
field index: 1
field name: ManualOverride
field size: 1
includes datapoint type: bool

type.dpt.field.207.105.i2.CalibrationMode
type: DatapointTypeField
type: NamedIndividual
description: actuator is currently in calibration mode
field index: 2
field name: CalibrationMode
field size: 1
includes datapoint type: state

type.dpt.field.207.105.i3.ValveKick
type: DatapointTypeField
type: NamedIndividual
description: valve is currently executing a valve kick
field index: 3
field name: ValveKick
field size: 1
includes datapoint type: state

type.dpt.field.207.105.i4.SynchronizationMode
type: DatapointTypeField
type: NamedIndividual
description: SynchronizationMode indicates that the actuator is currently executing a synchronization of the stroke model
field index: 4
field name: SynchronizationMode
field size: 1
includes datapoint type: state

type.dpt.field.207.105.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 3
includes reserved bit(s): type.bit.reserved

type.dpt.field.207.105.i6.ActPos
type: DatapointTypeField
type: NamedIndividual
description: actual actuator position
unit: PERCENT
field index: 6
field name: ActPos
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8 0 100

type.dpt.field.207.600.i0.ValidActualValue
type: DatapointTypeField
type: NamedIndividual
description: Validity of field ActualValue
field index: 0
field name: ValidActualValue
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i1.Locked
type: DatapointTypeField
type: NamedIndividual
description: true = actuator is locked, e.g., via input LockDevice.
field index: 1
field name: Locked
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i2.Forced
type: DatapointTypeField
type: NamedIndividual
description: true = forced on/off control is active, e.g., via input SwitchedOnOffForced
field index: 2
field name: Forced
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i3.NightModeActive
type: DatapointTypeField
type: NamedIndividual
description: true = night mode is active e.g., via input NightMode; the actuator will autonomously switch off the light after a defined time period.
field index: 3
field name: NightModeActive
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i4.StaircaseLightingFunction
type: DatapointTypeField
type: NamedIndividual
description: true = staircase lighting function is active, e.g. via input TimedStartStop.
field index: 4
field name: StaircaseLightingFunction
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i5.Dimming
type: DatapointTypeField
type: NamedIndividual
description: true = actuator is in state DIMMING. false = actuator is not in state DIMMING. Not applicable for switching actuator LSAB.
field index: 5
field name: Dimming
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i6.LocalOverride
type: DatapointTypeField
type: NamedIndividual
description: true = actuator setvalue is locally overridden, e.g. via a local user interface
field index: 6
field name: LocalOverride
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i7.Failure
type: DatapointTypeField
type: NamedIndividual
description: General actuator failure
field index: 7
field name: Failure
field size: 1
includes datapoint type: bool

type.dpt.field.207.600.i8.ActualValue
type: DatapointTypeField
type: NamedIndividual
description: Current lighting level in %. In case of a switching actuator LSAB the range is limited to the discrete values 0 % and 100 %.
unit: PERCENT
field index: 8
field name: ActualValue
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8 0 100

type.dpt.field.207.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-Bit Unsigned Value & 8-Bit Set
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.209.100.i0.TempFlowValid
type: DatapointTypeField
type: NamedIndividual
description: validity of TempFlowProdSegmH field
field index: 0
field name: TempFlowValid
field size: 1
includes datapoint type: bool

type.dpt.field.209.100.i1.Fault
type: DatapointTypeField
type: NamedIndividual
description: some failure in boiler sequence: HPM itself or boiler(s) have a failure (mainly used for monitoring)
field index: 1
field name: Fault
field size: 1
includes datapoint type: bool

type.dpt.field.209.100.i2.SummerMode
type: DatapointTypeField
type: NamedIndividual
description: boiler sequence switched off due to local summer/winter mode (mainly used for monitoring)
field index: 2
field name: SummerMode
field size: 1
includes datapoint type: bool

type.dpt.field.209.100.i3.OffPerm
type: DatapointTypeField
type: NamedIndividual
description: boiler sequence is permanently off (manual switch or failure)
field index: 3
field name: OffPerm
field size: 1
includes datapoint type: bool

type.dpt.field.209.100.i4.NoHeatAvailable
type: DatapointTypeField
type: NamedIndividual
description: boiler sequence is temporary not producing heat
field index: 4
field name: NoHeatAvailable
field size: 1
includes datapoint type: bool

type.dpt.field.209.100.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 3
includes reserved bit(s): type.bit.reserved

type.dpt.field.209.100.i6.TempFlowProdSegmH
type: DatapointTypeField
type: NamedIndividual
description: common flow temperature of ProdSegmH
unit: DEG C
field index: 6
field name: TempFlowProdSegmH
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.209.101.i0.DemValid
type: DatapointTypeField
type: NamedIndividual
description: Validity of TempRoomDem. ‘false’ means also ‘no demand’
field index: 0
field name: DemValid
field size: 1
includes datapoint type: bool

type.dpt.field.209.101.i1.AbsLoadPriority
type: DatapointTypeField
type: NamedIndividual
description: absolute load priority
field index: 1
field name: AbsLoadPriority
field size: 1
includes datapoint type: bool

type.dpt.field.209.101.i2.ShiftLoadPriority
type: DatapointTypeField
type: NamedIndividual
description: shift load priority
field index: 2
field name: ShiftLoadPriority
field size: 1
includes datapoint type: bool

type.dpt.field.209.101.i3.EmergDem
type: DatapointTypeField
type: NamedIndividual
description: emergency demand (heating or cooling) for room frost protection or de-icing
field index: 3
field name: EmergDem
field size: 1
includes datapoint type: bool

type.dpt.field.209.101.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
includes reserved bit(s): type.bit.reserved

type.dpt.field.209.101.i5.TempRoomDem
type: DatapointTypeField
type: NamedIndividual
description: requested room temperature setpoint
unit: DEG C
field index: 5
field name: TempRoomDem
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.209.102.i0.OffPerm
type: DatapointTypeField
type: NamedIndividual
description: permanently off (manual switch or failure)
field index: 2
field name: OffPerm
field size: 1
includes datapoint type: bool

type.dpt.field.209.102.i0.TempFlowValid
type: DatapointTypeField
type: NamedIndividual
description: validity of TempFlowProdSegmH field
field index: 0
field name: TempFlowValid
field size: 1
includes datapoint type: bool

type.dpt.field.209.102.i1.Fault
type: DatapointTypeField
type: NamedIndividual
description: some failure in the chiller
field index: 1
field name: Fault
field size: 1
includes datapoint type: bool

type.dpt.field.209.102.i1.NoCoolAvailable
type: DatapointTypeField
type: NamedIndividual
description: temporarily no cooling in the production segment available
field index: 3
field name: NoCoolAvailable
field size: 1
includes datapoint type: bool

type.dpt.field.209.102.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
includes reserved bit(s): type.bit.reserved

type.dpt.field.209.102.i3.TempFlowProdSegmC
type: DatapointTypeField
type: NamedIndividual
description: chilled water flow te
unit: DEG C
field index: 5
field name: TempFlowProdSegmC
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.209.103.i0.TempWaterValid
type: DatapointTypeField
type: NamedIndividual
description: validity of TempWater field
field index: 0
field name: TempWaterValid
field size: 1
includes datapoint type: bool

type.dpt.field.209.103.i1.Fault
type: DatapointTypeField
type: NamedIndividual
description: some failure in the water temperature controller
field index: 1
field name: Fault
field size: 1
includes datapoint type: bool

type.dpt.field.209.103.i2.CtrlStatus
type: DatapointTypeField
type: NamedIndividual
description: Controller status. on: controller is working (default if not supported). off: controller is stopped; no control of water temperature
field index: 2
field name: CtrlStatus
field size: 1
includes datapoint type: bool

type.dpt.field.209.103.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
includes reserved bit(s): type.bit.reserved

type.dpt.field.209.103.i4.TempWater
type: DatapointTypeField
type: NamedIndividual
description: Absolute actuator position demand (setpoint, valve linearized)
unit: DEG C
field index: 4
field name: TempWater
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.209.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 16-Bit Signed Value & 8-Bit Set
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.21.1.i0.OutOfService
type: DatapointTypeField
type: NamedIndividual
description: corresponding Datapoint value is out of service
field index: 0
field name: OutOfService
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1.i1.Fault
type: DatapointTypeField
type: NamedIndividual
description: corresponding Datapoint Main value is corrupted due to failure
field index: 1
field name: Fault
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1.i2.Overridden
type: DatapointTypeField
type: NamedIndividual
description: corresponding Datapoint Main value is overridden
field index: 2
field name: Overridden
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1.i3.InAlarm
type: DatapointTypeField
type: NamedIndividual
description: corresponding Datapoint is in alarm
field index: 3
field name: InAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1.i4.AlarmUnAck
type: DatapointTypeField
type: NamedIndividual
description: alarm status of corresponding Datapoint is not acknowledged
field index: 4
field name: AlarmUnAck
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.100.i0.ForceRequest
type: DatapointTypeField
type: NamedIndividual
description: ForceRequest
field index: 0
field name: ForceRequest
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i1.Protection
type: DatapointTypeField
type: NamedIndividual
description: Protection
field index: 1
field name: Protection
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i2.Oversupply
type: DatapointTypeField
type: NamedIndividual
description: Oversupply
field index: 2
field name: Oversupply
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i3.Overrun
type: DatapointTypeField
type: NamedIndividual
description: Overrun
field index: 3
field name: Overrun
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i4.DHWNorm
type: DatapointTypeField
type: NamedIndividual
description: DHWNorm
field index: 4
field name: DHWNorm
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i5.DHWLegio
type: DatapointTypeField
type: NamedIndividual
description: DHWLegio
field index: 5
field name: DHWLegio
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i6.RoomHConf
type: DatapointTypeField
type: NamedIndividual
description: RoomHConf
field index: 6
field name: RoomHConf
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.100.i7.RoomHMax
type: DatapointTypeField
type: NamedIndividual
description: RoomHMax
field index: 7
field name: RoomHMax
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1000.i0.Asynchronous
type: DatapointTypeField
type: NamedIndividual
description: Asynchronous
field index: 0
field name: Asynchronous
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1000.i1.BiBatMaster
type: DatapointTypeField
type: NamedIndividual
description: BiBat Master
field index: 1
field name: BiBatMaster
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1000.i2.BiBatSlave
type: DatapointTypeField
type: NamedIndividual
description: BiBat Slave
field index: 2
field name: BiBatSlave
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1000.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.1001.i0.DoA
type: DatapointTypeField
type: NamedIndividual
description: DoA
field index: 0
field name: DoA
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1001.i1.KNXSN
type: DatapointTypeField
type: NamedIndividual
description: KNX SN
field index: 1
field name: KNXSN
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1001.i2.DoAandKNXSN
type: DatapointTypeField
type: NamedIndividual
description: DoA and KNX SN
field index: 2
field name: DoAandKNXSN
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.1001.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.101.i0.ForceRequest
type: DatapointTypeField
type: NamedIndividual
description: ForceRequest
field index: 0
field name: ForceRequest
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.101.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.1010.i0.ActivationStateOfChannel1
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 1
field index: 0
field name: ActivationStateOfChannel1
field size: 1
field type: B
includes key value pair: The visual effect of channel 1 is inactive = 0
includes key value pair: The visual effect of channel 1 is active = 1

type.dpt.field.21.1010.i1.ActivationStateOfChannel2
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 2
field index: 1
field name: ActivationStateOfChannel2
field size: 1
field type: B
includes key value pair: The visual effect of channel 2 is inactive = 0
includes key value pair: The visual effect of channel 2 is active = 1

type.dpt.field.21.1010.i2.ActivationStateOfChannel3
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 3
field index: 2
field name: ActivationStateOfChannel3
field size: 1
field type: B
includes key value pair: The visual effect of channel 3 is inactive = 0
includes key value pair: The visual effect of channel 3 is active = 1

type.dpt.field.21.1010.i3.ActivationStateOfChannel4
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 4
field index: 3
field name: ActivationStateOfChannel4
field size: 1
field type: B
includes key value pair: The visual effect of channel 4 is inactive = 0
includes key value pair: The visual effect of channel 4 is active = 1

type.dpt.field.21.1010.i4.ActivationStateOfChannel5
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 5
field index: 4
field name: ActivationStateOfChannel5
field size: 1
field type: B
includes key value pair: The visual effect of channel 5 is inactive = 0
includes key value pair: The visual effect of channel 5 is active = 1

type.dpt.field.21.1010.i5.ActivationStateOfChannel6
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 6
field index: 5
field name: ActivationStateOfChannel6
field size: 1
field type: B
includes key value pair: The visual effect of channel 6 is inactive = 0
includes key value pair: The visual effect of channel 6 is active = 1

type.dpt.field.21.1010.i6.ActivationStateOfChannel7
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 7
field index: 6
field name: ActivationStateOfChannel7
field size: 1
field type: B
includes key value pair: The visual effect of channel 7 is inactive = 0
includes key value pair: The visual effect of channel 7 is active = 1

type.dpt.field.21.1010.i7.ActivationStateOfChannel8
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 8
field index: 7
field name: ActivationStateOfChannel8
field size: 1
field type: B
includes key value pair: The visual effect of channel 8 is inactive = 0
includes key value pair: The visual effect of channel 8 is active = 1

type.dpt.field.21.102.i0.Fault
type: DatapointTypeField
type: NamedIndividual
description: Fault
field index: 0
field name: Fault
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i1.SatusECO
type: DatapointTypeField
type: NamedIndividual
description: SatusECO
field index: 1
field name: SatusECO
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i2.TempFlowLimit
type: DatapointTypeField
type: NamedIndividual
description: TempFlowLimit
field index: 2
field name: TempFlowLimit
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i3.TempReturnLimit
type: DatapointTypeField
type: NamedIndividual
description: TempReturnLimit
field index: 3
field name: TempReturnLimit
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i4.StatusMorningBoost
type: DatapointTypeField
type: NamedIndividual
description: StatusMorningBoost
field index: 4
field name: StatusMorningBoost
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i5.StatusStartOptim
type: DatapointTypeField
type: NamedIndividual
description: StatusStartOptim
field index: 5
field name: StatusStartOptim
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i6.StatusStopOptim
type: DatapointTypeField
type: NamedIndividual
description: StatusStopOptim
field index: 6
field name: StatusStopOptim
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.102.i7.SummerMode
type: DatapointTypeField
type: NamedIndividual
description: SummerMode
field index: 7
field name: SummerMode
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.103.i0.Fault
type: DatapointTypeField
type: NamedIndividual
description: Fault
field index: 0
field name: Fault
field size: 1
field type: B
includes key value pair: ok = 0
includes key value pair: fault = 1

type.dpt.field.21.103.i1.SDHWLoadActive
type: DatapointTypeField
type: NamedIndividual
description: SDHWLoadActive
field index: 1
field name: SDHWLoadActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.103.i2.SolarLoadSufficient
type: DatapointTypeField
type: NamedIndividual
description: SolarLoadSufficient
field index: 2
field name: SolarLoadSufficient
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.103.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.104.i0.Oil
type: DatapointTypeField
type: NamedIndividual
description: Oil
field index: 0
field name: Oil
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.104.i1.Gas
type: DatapointTypeField
type: NamedIndividual
description: Gas
field index: 1
field name: Gas
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.104.i2.SolidState
type: DatapointTypeField
type: NamedIndividual
description: SolidState
field index: 2
field name: SolidState
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.104.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.105.i0.Fault
type: DatapointTypeField
type: NamedIndividual
description: Fault
field index: 0
field name: Fault
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.105.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.106.i0.Fault
type: DatapointTypeField
type: NamedIndividual
description: Fault
field index: 0
field name: Fault
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.106.i1.FanActive
type: DatapointTypeField
type: NamedIndividual
description: FanActive
field index: 1
field name: FanActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.106.i2.Heat
type: DatapointTypeField
type: NamedIndividual
description: Heat
field index: 2
field name: Heat
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.106.i3.Cool
type: DatapointTypeField
type: NamedIndividual
description: Cool
field index: 3
field name: Cool
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.106.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.107.i0.WindowStatusEffective
type: DatapointTypeField
type: NamedIndividual
description: Effective value of the window status
field index: 0
field name: WindowStatusEffective
field size: 1
field type: B
includes key value pair: all windows closed = 0
includes key value pair: at least one window opened = 1

type.dpt.field.21.107.i1.PresenceStatusEffective
type: DatapointTypeField
type: NamedIndividual
description: Effective value of the presence status
field index: 1
field name: PresenceStatusEffective
field size: 1
field type: B
includes key value pair: no occupancy from presence detectors = 0
includes key value pair: occupancy at least from one presence detector = 1

type.dpt.field.21.107.i2.ComfortPushButtonEffective
type: DatapointTypeField
type: NamedIndividual
description: Effective value of the comfort push button
field index: 2
field name: ComfortPushButtonEffective
field size: 1
field type: B
includes key value pair: no comfort push button is pressed = 0
includes key value pair: at least one comfort push button is pressed = 1

type.dpt.field.21.107.i3.ComfortProlongationUserStatus
type: DatapointTypeField
type: NamedIndividual
description: Status of comfort prolongation User
field index: 3
field name: ComfortProlongationUserStatus
field size: 1
field type: B
includes key value pair: comfort prolongation User not active = 0
includes key value pair: comfort prolongation User active = 1

type.dpt.field.21.107.i4.HVACModeUserModeStatus
type: DatapointTypeField
type: NamedIndividual
description: Status of HVAC Mode User
field index: 4
field name: HVACModeUserModeStatus
field size: 1
field type: B
includes key value pair: HVAC User Mode not active = 0
includes key value pair: HVAC User Mode active (means DP ‘HVACModeUser’ is different from ‘Auto’) = 1

type.dpt.field.21.107.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.2.i0.UserStopped
type: DatapointTypeField
type: NamedIndividual
description: The user application is stopped
field index: 0
field name: UserStopped
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.2.i1.OwnIA
type: DatapointTypeField
type: NamedIndividual
description: A datagram with the own Individual Address as Source Address has been received
field index: 1
field name: OwnIA
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.2.i2.VerifyMode
type: DatapointTypeField
type: NamedIndividual
description: Verify Mode is on
field index: 2
field name: VerifyMode
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.2.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.500.i0.sct.CT
type: DatapointTypeField
type: NamedIndividual
description: supported control types, set bitwise b0 = PEBC b1 = PPBC b2 = OMBC b3 = FRBC b4 = DDBC b5-b7 = reserved
field index: 0
field name: CT
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.21.601.i0.LoadDetectionError
type: DatapointTypeField
type: NamedIndividual
description: LoadDetectionError
field index: 0
field name: LoadDetectionError
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i1.Undervoltage
type: DatapointTypeField
type: NamedIndividual
description: Undervoltage
field index: 1
field name: Undervoltage
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i2.Overcurrent
type: DatapointTypeField
type: NamedIndividual
description: Overcurrent
field index: 2
field name: Overcurrent
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i3.Underload
type: DatapointTypeField
type: NamedIndividual
description: Underload
field index: 3
field name: Underload
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i4.DefectiveLoad
type: DatapointTypeField
type: NamedIndividual
description: DefectiveLoad
field index: 4
field name: DefectiveLoad
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i5.LampFailure
type: DatapointTypeField
type: NamedIndividual
description: LampFailure
field index: 5
field name: LampFailure
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i6.Overheat
type: DatapointTypeField
type: NamedIndividual
description: Overheat
field index: 6
field name: Overheat
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.21.601.i7.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 7
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.21.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-bit set
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.212.100.i0.TempSetpShiftEco
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift economy (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 0
field name: TempSetpShiftEco
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.212.100.i1.TempSetpShiftStdby
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift standby (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 1
field name: TempSetpShiftStdby
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.212.100.i2.TempSetpShiftComf
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift comfort (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 2
field name: TempSetpShiftComf
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.212.101.i0.TempSetpEco
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint economy
unit: DEG C
field index: 0
field name: TempSetpEco
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.212.101.i1.TempSetpStdby
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint standby
unit: DEG C
field index: 1
field name: TempSetpStdby
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.212.101.i2.TempSetpComf
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint comfort
unit: DEG C
field index: 2
field name: TempSetpComf
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.212.x.i0
type: DatapointTypeField
type: NamedIndividual
description: S16S16S16
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.213.100.i0.TempSetpBProt
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint building protection
unit: DEG C
field index: 0
field name: TempSetpBProt
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.100.i1.TempSetpEco
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint economy
unit: DEG C
field index: 1
field name: TempSetpEco
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.100.i2.TempSetpStdby
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint standby
unit: DEG C
field index: 2
field name: TempSetpStdby
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.100.i3.TempSetpComf
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint comfort
unit: DEG C
field index: 3
field name: TempSetpComf
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.101.i0.TempSetpOffFrostProtect
type: DatapointTypeField
type: NamedIndividual
description: DHW temperature setpoint for Off/FrostProtect operating mode
unit: DEG C
field index: 0
field name: TempSetpOffFrostProtect
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.101.i1.TempSetpReduced
type: DatapointTypeField
type: NamedIndividual
description: DHW temperature setpoint for Reduced operating mode
unit: DEG C
field index: 1
field name: TempSetpReduced
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.101.i2.TempSetpNormal
type: DatapointTypeField
type: NamedIndividual
description: DHW temperature setpoint for Normal operating mode
unit: DEG C
field index: 2
field name: TempSetpNormal
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.101.i3.TempSetpLegioProtect
type: DatapointTypeField
type: NamedIndividual
description: DHW temperature setpoint for LegioProtect operating mode
unit: DEG C
field index: 3
field name: TempSetpLegioProtect
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.213.102.i0.TempSetpShiftBProt
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift building protection (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 0
field name: TempSetpShiftBProt
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.213.102.i1.TempSetpShiftEco
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift economy (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 1
field name: TempSetpShiftEco
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.213.102.i2.TempSetpShiftStdby
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift standby (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 2
field name: TempSetpShiftStdby
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.213.102.i3.TempSetpShiftComf
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift comfort (delta value)
unit: http://qudt.org/vocab/unit/K
field index: 3
field name: TempSetpShiftComf
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.213.x.i0
type: DatapointTypeField
type: NamedIndividual
description: S16S16S16S16S16
field index: 0
field size: 64
field string schema: raw
field type: A[n]

type.dpt.field.217.1.i0.RevisionNumber
type: DatapointTypeField
type: NamedIndividual
description: Revision Number
unit: NUM
field index: 0
field name: RevisionNumber
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.217.1.i1.VersionNumber
type: DatapointTypeField
type: NamedIndividual
description: Version Number
unit: NUM
field index: 1
field name: VersionNumber
field resolution: 1.0
field size: 5
field type: U
includes digit: type.digit.u5

type.dpt.field.217.1.i2.MagicNumber
type: DatapointTypeField
type: NamedIndividual
description: Magic Number
unit: NUM
field index: 2
field name: MagicNumber
field resolution: 1.0
field size: 5
field type: U
includes digit: type.digit.u5

type.dpt.field.217.x.i0
type: DatapointTypeField
type: NamedIndividual
description: datapoint type version
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.218.1.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.218.1.i1.VolumeLiter
type: DatapointTypeField
type: NamedIndividual
description: volume in liter
unit: http://qudt.org/vocab/unit/L
field index: 1
field name: VolumeLiter
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.218.2.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.218.2.i1.FlowRate
type: DatapointTypeField
type: NamedIndividual
description: Flow Rate in m³/h with high resolution
unit: M3-PER-HR
field index: 1
field name: FlowRate
field resolution: 0.0001
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.218.x.i0
type: DatapointTypeField
type: NamedIndividual
description: V32Z8
field index: 0
field size: 40
field string schema: raw
field type: A[n]

type.dpt.field.219.1.i0.InAlarm
type: DatapointTypeField
type: NamedIndividual
description: InAlarm
field index: 0
field name: InAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i1.AlarmUnAck
type: DatapointTypeField
type: NamedIndividual
description: AlarmUnAck
field index: 1
field name: AlarmUnAck
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i10.ApplicationArea
type: DatapointTypeField
type: NamedIndividual
description: Application Area
field index: 10
field name: ApplicationArea
field size: 8
field type: N
includes key value pair: no fault = 0
includes key value pair: System & functions of common interest = 1
includes key value pair: HVAC General FB's = 10
includes key value pair: HVAC Hot Water Heating = 11
includes key value pair: HVAC Direct Electrical Heating = 12
includes key value pair: HVAC Terminal Units = 13
includes key value pair: HVAC VAC = 14
includes key value pair: Lighting = 20
includes key value pair: Security = 30
includes key value pair: Load Management = 40
includes key value pair: Shutters & Blinds = 50

type.dpt.field.219.1.i11.AlarmPriority
type: DatapointTypeField
type: NamedIndividual
description: Alarm Priority
field index: 11
field name: AlarmPriority
field size: 8
includes datapoint type: Priority

type.dpt.field.219.1.i12.LogNumber
type: DatapointTypeField
type: NamedIndividual
description: Log Number
unit: NUM
field index: 12
field name: LogNumber
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.219.1.i2.Locked
type: DatapointTypeField
type: NamedIndividual
description: Locked
field index: 2
field name: Locked
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.219.1.i4.Ack Sup
type: DatapointTypeField
type: NamedIndividual
description: Ack_Sup
field index: 4
field name: Ack_Sup
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i5.TimeStamp Sup
type: DatapointTypeField
type: NamedIndividual
description: TimeStamp_Sup
field index: 5
field name: TimeStamp_Sup
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i6.AlarmText Sup
type: DatapointTypeField
type: NamedIndividual
description: AlarmText_Sup
field index: 6
field name: AlarmText_Sup
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i7.ErrorCode Sup
type: DatapointTypeField
type: NamedIndividual
description: ErrorCode_Sup
field index: 7
field name: ErrorCode_Sup
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.219.1.i8.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 8
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.219.1.i9.ErrorClass
type: DatapointTypeField
type: NamedIndividual
description: Error Class
field index: 9
field name: ErrorClass
field size: 8
field type: N
includes key value pair: no fault = 0
includes key value pair: general device fault (e.g. RAM, EEPROM, UI, Watchdog, ...) = 1
includes key value pair: communication fault = 2
includes key value pair: configuration fault = 3
includes key value pair: HW fault = 4
includes key value pair: SW fault = 5

type.dpt.field.219.x.i0
type: DatapointTypeField
type: NamedIndividual
description: alarm info
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.22.100.i0.Fault
type: DatapointTypeField
type: NamedIndividual
description: Fault
field index: 0
field name: Fault
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i1.DHWLoadActive
type: DatapointTypeField
type: NamedIndividual
description: DHWLoadActive
field index: 1
field name: DHWLoadActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i2.LegioProtActive
type: DatapointTypeField
type: NamedIndividual
description: LegioProtActive
field index: 2
field name: LegioProtActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i3.DHWPushActive
type: DatapointTypeField
type: NamedIndividual
description: DHWPushActive
field index: 3
field name: DHWPushActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i4.OtherEnergySourceActive
type: DatapointTypeField
type: NamedIndividual
description: OtherEnergySourceActive
field index: 4
field name: OtherEnergySourceActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i5.SolarEnergyOnly
type: DatapointTypeField
type: NamedIndividual
description: SolarEnergyOnly
field index: 5
field name: SolarEnergyOnly
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i6.SolarEnergySupport
type: DatapointTypeField
type: NamedIndividual
description: SolarEnergySupport
field index: 6
field name: SolarEnergySupport
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i7.TempOptimShiftActive
type: DatapointTypeField
type: NamedIndividual
description: TempOptimShiftActive
field index: 7
field name: TempOptimShiftActive
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.100.i8.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 8
field name: Reserved
field size: 8
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.1000.i0.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.1000.i1.TP1
type: DatapointTypeField
type: NamedIndividual
description: TP1
field index: 1
field name: TP1
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.1000.i2.PL110
type: DatapointTypeField
type: NamedIndividual
description: PL110
field index: 2
field name: PL110
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.1000.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.1000.i4.RF
type: DatapointTypeField
type: NamedIndividual
description: RF
field index: 4
field name: RF
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.1000.i5.KNXIP
type: DatapointTypeField
type: NamedIndividual
description: KNX IP
field index: 5
field name: KNXIP
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.1000.i6.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 6
field name: Reserved
field size: 10
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.101.i0.Fault
type: DatapointTypeField
type: NamedIndividual
description: Fault
field index: 0
field name: Fault
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i1.StatusEcoH
type: DatapointTypeField
type: NamedIndividual
description: StatusEcoH
field index: 1
field name: StatusEcoH
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i10.StatusPreCool
type: DatapointTypeField
type: NamedIndividual
description: StatusPreCool
field index: 10
field name: StatusPreCool
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i11.CoolingDisabled
type: DatapointTypeField
type: NamedIndividual
description: CoolingDisabled
field index: 11
field name: CoolingDisabled
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i12.DewPointStatus
type: DatapointTypeField
type: NamedIndividual
description: DewPointStatus
field index: 12
field name: DewPointStatus
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.101.i13.FrostAlarm
type: DatapointTypeField
type: NamedIndividual
description: FrostAlarm
field index: 13
field name: FrostAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.101.i14.OverheatAlarm
type: DatapointTypeField
type: NamedIndividual
description: OverheatAlarm
field index: 14
field name: OverheatAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.101.i15.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 15
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.101.i2.TempFlowLimit
type: DatapointTypeField
type: NamedIndividual
description: TempFlowLimit
field index: 2
field name: TempFlowLimit
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i3.TempReturnLimit
type: DatapointTypeField
type: NamedIndividual
description: TempReturnLimit
field index: 3
field name: TempReturnLimit
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i4.StatusMorningBoostH
type: DatapointTypeField
type: NamedIndividual
description: StatusMorningBoostH
field index: 4
field name: StatusMorningBoostH
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i5.StatusStartOptim
type: DatapointTypeField
type: NamedIndividual
description: StatusStartOptim
field index: 5
field name: StatusStartOptim
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i6.StatusStopOptim
type: DatapointTypeField
type: NamedIndividual
description: StatusStopOptim
field index: 6
field name: StatusStopOptim
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i7.HeatingDisabled
type: DatapointTypeField
type: NamedIndividual
description: HeatingDisabled
field index: 7
field name: HeatingDisabled
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.101.i8.HeatCoolMode
type: DatapointTypeField
type: NamedIndividual
description: HeatCoolMode
field index: 8
field name: HeatCoolMode
field size: 1
field type: B
includes key value pair: cooling = 0
includes key value pair: heating = 1

type.dpt.field.22.101.i9.StatusEcoC
type: DatapointTypeField
type: NamedIndividual
description: StatusEcoC
field index: 9
field name: StatusEcoC
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.1010.i0.ActivationStateOfChannel1
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 1
field index: 0
field name: ActivationStateOfChannel1
field size: 1
field type: B
includes key value pair: The visual effect of channel 1 is inactive = 0
includes key value pair: The visual effect of channel 1 is active = 1

type.dpt.field.22.1010.i1.ActivationStateOfChannel2
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 2
field index: 1
field name: ActivationStateOfChannel2
field size: 1
field type: B
includes key value pair: The visual effect of channel 2 is inactive = 0
includes key value pair: The visual effect of channel 2 is active = 1

type.dpt.field.22.1010.i10.ActivationStateOfChannel11
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 11
field index: 10
field name: ActivationStateOfChannel11
field size: 1
field type: B
includes key value pair: The visual effect of channel 11 is inactive = 0
includes key value pair: The visual effect of channel 11 is active = 1

type.dpt.field.22.1010.i11.ActivationStateOfChannel12
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 12
field index: 11
field name: ActivationStateOfChannel12
field size: 1
field type: B
includes key value pair: The visual effect of channel 12 is inactive = 0
includes key value pair: The visual effect of channel 12 is active = 1

type.dpt.field.22.1010.i12.ActivationStateOfChannel13
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 13
field index: 12
field name: ActivationStateOfChannel13
field size: 1
field type: B
includes key value pair: The visual effect of channel 13 is inactive = 0
includes key value pair: The visual effect of channel 13 is active = 1

type.dpt.field.22.1010.i13.ActivationStateOfChannel14
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 14
field index: 13
field name: ActivationStateOfChannel14
field size: 1
field type: B
includes key value pair: The visual effect of channel 14 is inactive = 0
includes key value pair: The visual effect of channel 14 is active = 1

type.dpt.field.22.1010.i14.ActivationStateOfChannel15
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 15
field index: 14
field name: ActivationStateOfChannel15
field size: 1
field type: B
includes key value pair: The visual effect of channel 15 is inactive = 0
includes key value pair: The visual effect of channel 15 is active = 1

type.dpt.field.22.1010.i15.ActivationStateOfChannel16
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 16
field index: 15
field name: ActivationStateOfChannel16
field size: 1
field type: B
includes key value pair: The visual effect of channel 16 is inactive = 0
includes key value pair: The visual effect of channel 16 is active = 1

type.dpt.field.22.1010.i2.ActivationStateOfChannel3
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 3
field index: 2
field name: ActivationStateOfChannel3
field size: 1
field type: B
includes key value pair: The visual effect of channel 3 is inactive = 0
includes key value pair: The visual effect of channel 3 is active = 1

type.dpt.field.22.1010.i3.ActivationStateOfChannel4
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 4
field index: 3
field name: ActivationStateOfChannel4
field size: 1
field type: B
includes key value pair: The visual effect of channel 4 is inactive = 0
includes key value pair: The visual effect of channel 4 is active = 1

type.dpt.field.22.1010.i4.ActivationStateOfChannel5
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 5
field index: 4
field name: ActivationStateOfChannel5
field size: 1
field type: B
includes key value pair: The visual effect of channel 5 is inactive = 0
includes key value pair: The visual effect of channel 5 is active = 1

type.dpt.field.22.1010.i5.ActivationStateOfChannel6
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 6
field index: 5
field name: ActivationStateOfChannel6
field size: 1
field type: B
includes key value pair: The visual effect of channel 6 is inactive = 0
includes key value pair: The visual effect of channel 6 is active = 1

type.dpt.field.22.1010.i6.ActivationStateOfChannel7
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 7
field index: 6
field name: ActivationStateOfChannel7
field size: 1
field type: B
includes key value pair: The visual effect of channel 7 is inactive = 0
includes key value pair: The visual effect of channel 7 is active = 1

type.dpt.field.22.1010.i7.ActivationStateOfChannel8
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 8
field index: 7
field name: ActivationStateOfChannel8
field size: 1
field type: B
includes key value pair: The visual effect of channel 8 is inactive = 0
includes key value pair: The visual effect of channel 8 is active = 1

type.dpt.field.22.1010.i8.ActivationStateOfChannel9
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 9
field index: 8
field name: ActivationStateOfChannel9
field size: 1
field type: B
includes key value pair: The visual effect of channel 9 is inactive = 0
includes key value pair: The visual effect of channel 9 is active = 1

type.dpt.field.22.1010.i9.ActivationStateOfChannel10
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 10
field index: 9
field name: ActivationStateOfChannel10
field size: 1
field type: B
includes key value pair: The visual effect of channel 10 is inactive = 0
includes key value pair: The visual effect of channel 10 is active = 1

type.dpt.field.22.102.i0.CurrentValvePosition
type: DatapointTypeField
type: NamedIndividual
description: Current Valve position
field index: 0
field name: CurrentValvePosition
field size: 1
field type: B
includes key value pair: current position=0 = 0
includes key value pair: current position>0 = 1

type.dpt.field.22.102.i1.ShortCircuit
type: DatapointTypeField
type: NamedIndividual
description: Short Circuit
field index: 1
field name: ShortCircuit
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.102.i2.Overload
type: DatapointTypeField
type: NamedIndividual
description: Overload
field index: 2
field name: Overload
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.102.i3.ValveKick
type: DatapointTypeField
type: NamedIndividual
description: Valve kick
field index: 3
field name: ValveKick
field size: 1
field type: B
includes key value pair: type.kvpair.active
includes key value pair: type.kvpair.notActive

type.dpt.field.22.102.i4.ServiceMode
type: DatapointTypeField
type: NamedIndividual
description: Service mode
field index: 4
field name: ServiceMode
field size: 1
field type: B
includes key value pair: type.kvpair.active
includes key value pair: type.kvpair.notActive

type.dpt.field.22.102.i5.ManualOperation
type: DatapointTypeField
type: NamedIndividual
description: Manua operation (overridden)
field index: 5
field name: ManualOperation
field size: 1
field type: B
includes key value pair: type.kvpair.active
includes key value pair: type.kvpair.notActive

type.dpt.field.22.102.i6.ForcedPosition
type: DatapointTypeField
type: NamedIndividual
description: Forced Position
field index: 6
field name: ForcedPosition
field size: 1
field type: B
includes key value pair: not forced = 0
includes key value pair: forced = 1

type.dpt.field.22.102.i7.LockedPosition
type: DatapointTypeField
type: NamedIndividual
description: Locked Position
field index: 7
field name: LockedPosition
field size: 1
field type: B
includes key value pair: not locked = 0
includes key value pair: locked = 1

type.dpt.field.22.102.i8.CalibrationMode
type: DatapointTypeField
type: NamedIndividual
description: Calibration Mode
field index: 8
field name: CalibrationMode
field size: 1
field type: B
includes key value pair: type.kvpair.active
includes key value pair: type.kvpair.notActive

type.dpt.field.22.102.i9.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 9
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.103.i0.GeneralFailureInformation
type: DatapointTypeField
type: NamedIndividual
description: General failure information
field index: 0
field name: GeneralFailureInformation
field size: 1
field type: B
includes key value pair: no failure = 0
includes key value pair: failure = 1

type.dpt.field.22.103.i1.ActiveMode
type: DatapointTypeField
type: NamedIndividual
description: Active Mode
field index: 1
field name: ActiveMode
field size: 1
field type: B
includes key value pair: Cool Mode = 0
includes key value pair: Heat Mode = 1

type.dpt.field.22.103.i2.DewPointStatus
type: DatapointTypeField
type: NamedIndividual
description: Dew Point Status
field index: 2
field name: DewPointStatus
field size: 1
field type: B
includes key value pair: no alarm = 0
includes key value pair: alarm (RTC locked) = 1

type.dpt.field.22.103.i3.FrostAlarm
type: DatapointTypeField
type: NamedIndividual
description: Frost Alarm
field index: 3
field name: FrostAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.103.i4.OverheatAlarm
type: DatapointTypeField
type: NamedIndividual
description: Overheat-Alarm
field index: 4
field name: OverheatAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.alarm
includes key value pair: type.kvpair.noAlarm

type.dpt.field.22.103.i5.ControllerInactive
type: DatapointTypeField
type: NamedIndividual
description: Controller inactive
field index: 5
field name: ControllerInactive
field size: 1
field type: B
includes key value pair: false = 0
includes key value pair: true = 1

type.dpt.field.22.103.i6.AdditionalHeatingCoolingStage
type: DatapointTypeField
type: NamedIndividual
description: Additional heating/cooling stage (2. Stage)
field index: 6
field name: AdditionalHeatingCoolingStage
field size: 1
field type: B
includes key value pair: type.kvpair.active
includes key value pair: type.kvpair.inactive

type.dpt.field.22.103.i7.HeatingModeEnabled
type: DatapointTypeField
type: NamedIndividual
description: Heating Mode Enabled
field index: 7
field name: HeatingModeEnabled
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.103.i8.CoolingModeEnabled
type: DatapointTypeField
type: NamedIndividual
description: Cooling Mode Enabled
field index: 8
field name: CoolingModeEnabled
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.22.103.i9.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 9
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.22.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 16-bit set
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.220.100.i0.Temp
type: DatapointTypeField
type: NamedIndividual
description: absolute temperature value
unit: DEG C
field index: 0
field name: Temp
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.220.100.i1.DelayTime
type: DatapointTypeField
type: NamedIndividual
description: Time delay
field index: 1
field name: DelayTime
field size: 16
includes datapoint type: timePeriodMin

type.dpt.field.220.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 3x 2-byte float value
field index: 0
field size: 32
field string schema: raw
field type: A[n]

type.dpt.field.222.100.i0.TempSetpEco
type: DatapointTypeField
type: NamedIndividual
description: TempSetpEco
unit: DEG C
field index: 0
field name: TempSetpEco
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 670433

type.dpt.field.222.100.i1.TempSetpStdby
type: DatapointTypeField
type: NamedIndividual
description: TempSetpStdby
unit: DEG C
field index: 1
field name: TempSetpStdby
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 670433

type.dpt.field.222.100.i2.TempSetpComf
type: DatapointTypeField
type: NamedIndividual
description: TempSetpComf
unit: DEG C
field index: 2
field name: TempSetpComf
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 670433

type.dpt.field.222.101.i0.TempSetpShiftEco
type: DatapointTypeField
type: NamedIndividual
description: TempSetpShiftEco
unit: http://qudt.org/vocab/unit/K
field index: 0
field name: TempSetpShiftEco
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.222.101.i1.TempSetpShiftStdby
type: DatapointTypeField
type: NamedIndividual
description: TempSetpShiftStdby
unit: http://qudt.org/vocab/unit/K
field index: 1
field name: TempSetpShiftStdby
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.222.101.i2.TempSetpShiftComf
type: DatapointTypeField
type: NamedIndividual
description: TempSetpShiftComf
unit: http://qudt.org/vocab/unit/K
field index: 2
field name: TempSetpShiftComf
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.222.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 3x 2-byte float value
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.224.100.i0.HVACEmergMode
type: DatapointTypeField
type: NamedIndividual
description: Actual HVAC Emergency Mode
field index: 0
field name: HVACEmergMode
field size: 8
includes datapoint type: hvacEmergMode

type.dpt.field.224.100.i1.ContrModeAct
type: DatapointTypeField
type: NamedIndividual
description: Actual controller Mode
field index: 1
field name: ContrModeAct
field size: 8
field type: N
includes key value pair: Auto = 0
includes key value pair: Heat = 1
includes key value pair: Free Cool = 10
includes key value pair: Ice = 11
includes key value pair: Morning Warmup = 2
includes key value pair: NoDem = 20
includes key value pair: Cool = 3
includes key value pair: Night Purge = 4
includes key value pair: Precool = 5
includes key value pair: Off = 6
includes key value pair: Test = 7
includes key value pair: Emergency Heat = 8
includes key value pair: Fan only = 9

type.dpt.field.224.100.i2.TempSetpHeating
type: DatapointTypeField
type: NamedIndividual
description: Supply air temperature heating setpoint
unit: DEG C
field index: 2
field name: TempSetpHeating
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.224.100.i3.TempSetpCooling
type: DatapointTypeField
type: NamedIndividual
description: Supply air temperature cooling setpoint
unit: DEG C
field index: 3
field name: TempSetpCooling
field resolution: 0.02
field size: 16
field type: V
includes digit: type.digit.s16 neg13650 32767

type.dpt.field.224.x.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.225.1.i0.Percent
type: DatapointTypeField
type: NamedIndividual
description: percent
field index: 0
field name: Percent
field size: 8
includes datapoint type: scaling

type.dpt.field.225.1.i1.TimePeriod
type: DatapointTypeField
type: NamedIndividual
description: time period
field index: 1
field name: TimePeriod
field size: 16
includes datapoint type: timePeriod100MSec

type.dpt.field.225.2.i0.Percent
type: DatapointTypeField
type: NamedIndividual
description: percent
field index: 0
field name: Percent
field size: 8
includes datapoint type: scaling

type.dpt.field.225.2.i1.TimePeriod
type: DatapointTypeField
type: NamedIndividual
description: time period
field index: 1
field name: TimePeriod
field size: 16
includes datapoint type: TimePeriodMsec

type.dpt.field.225.3.i0.Tariff
type: DatapointTypeField
type: NamedIndividual
description: The next active Tariff after expiration of the delay time
field index: 0
field name: Tariff
field size: 8
includes datapoint type: tariff

type.dpt.field.225.3.i1.DelayTime
type: DatapointTypeField
type: NamedIndividual
description: Delay time until next change of tariff
field index: 1
field name: DelayTime
field size: 16
includes datapoint type: timePeriodMin

type.dpt.field.225.x.i0
type: DatapointTypeField
type: NamedIndividual
description: scaling speed
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.229.1.i0.StatusCommand
type: DatapointTypeField
type: NamedIndividual
description: standard Status/Command
field index: 0
field name: StatusCommand
field size: 8
field type: Z8
includes datapoint type: statusGen

type.dpt.field.229.1.i1.ValInfField
type: DatapointTypeField
type: NamedIndividual
description: ValInfField
field index: 1
field name: ValInfField
field size: 8
field type: N
includes key value pair: energy, 0,001 Wh = 0
includes key value pair: energy, 0,01 Wh = 1
includes key value pair: energy, 0,1 kJ = 10
includes key value pair: energy, 1 kJ = 11
includes key value pair: Units for HCA = 110
includes key value pair: energy, 10 kJ = 12
includes key value pair: energy, 0,1 MWh = 128
includes key value pair: energy, 1 MWh = 129
includes key value pair: energy, 100 kJ = 13
includes key value pair: energy, 0,1 GJ = 136
includes key value pair: energy, 1 GJ = 137
includes key value pair: energy, 1000 kJ = 14
includes key value pair: energy, 10000 kJ = 15
includes key value pair: volume, 0,001 l = 16
includes key value pair: power, 0,1 MW = 168
includes key value pair: power, 1 MW = 169
includes key value pair: volume, 0,01 l = 17
includes key value pair: power, 0,1 GJ/h = 176
includes key value pair: power, 1 GJ/h = 177
includes key value pair: volume, 0,1 l = 18
includes key value pair: volume, 1 l = 19
includes key value pair: energy, 0,1 Wh = 2
includes key value pair: volume, 10 l = 20
includes key value pair: volume, 100 l = 21
includes key value pair: volume, 1000 l = 22
includes key value pair: volume, 10000 l = 23
includes key value pair: mass, 0,001 kg = 24
includes key value pair: mass, 0,01 kg = 25
includes key value pair: mass, 0,1 kg = 26
includes key value pair: mass, 1 kg = 27
includes key value pair: mass, 10 kg = 28
includes key value pair: mass, 100 kg = 29
includes key value pair: energy, 1 Wh = 3
includes key value pair: mass, 1000 kg = 30
includes key value pair: mass, 10000 kg = 31
includes key value pair: energy, 10 Wh = 4
includes key value pair: power, 0,001 W = 40
includes key value pair: power, 0,01 W = 41
includes key value pair: power, 0,1 W = 42
includes key value pair: power, 1 W = 43
includes key value pair: power, 10 W = 44
includes key value pair: power, 100 W = 45
includes key value pair: power, 1000 W = 46
includes key value pair: power, 10000 W = 47
includes key value pair: power, 0,001 kJ/h = 48
includes key value pair: power, 0,01 kJ/h = 49
includes key value pair: energy, 100 Wh = 5
includes key value pair: power, 0,1 kJ/h = 50
includes key value pair: power, 1 kJ/h = 51
includes key value pair: power, 10 kJ/h = 52
includes key value pair: power, 100 kJ/h = 53
includes key value pair: power, 1000 kJ/h = 54
includes key value pair: power, 10000 kJ/h = 55
includes key value pair: volume flow, 0,001 l/h = 56
includes key value pair: volume flow, 0,01 l/h = 57
includes key value pair: volume flow, 0,1 l/h = 58
includes key value pair: volume flow, 1 l/h = 59
includes key value pair: energy, 1000 Wh = 6
includes key value pair: volume flow, 10 l/h = 60
includes key value pair: volume flow, 100 l/h = 61
includes key value pair: volume flow, 1000 l/h = 62
includes key value pair: volume flow, 10000 l/h = 63
includes key value pair: volume flow, 0,0001 l/min = 64
includes key value pair: volume flow, 0,001 l/min = 65
includes key value pair: volume flow, 0,01 l/min = 66
includes key value pair: volume flow, 0,1 l/min = 67
includes key value pair: volume flow, 1 l/min = 68
includes key value pair: volume flow, 10 l/min = 69
includes key value pair: energy, 10000 Wh = 7
includes key value pair: volume flow, 100 l/min = 70
includes key value pair: volume flow, 1000 l/min = 71
includes key value pair: volume flow, 0,001 ml/s = 72
includes key value pair: volume flow, 0,01 ml/s = 73

type.dpt.field.229.1.i2.CountVal
type: DatapointTypeField
type: NamedIndividual
description: CountVal
unit: NUM
field index: 2
field name: CountVal
field resolution: 1.0
field size: 32
field type: V
includes digit: type.digit.s32

type.dpt.field.229.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 4-1-1 byte combined information
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.23.1.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 2
field type: N
includes key value pair: off = 0
includes key value pair: on = 1
includes key value pair: off/on = 2
includes key value pair: on/off = 3

type.dpt.field.23.102.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 2
field type: N
includes key value pair: Comfort/Economy = 0
includes key value pair: Comfort/Nothing = 1
includes key value pair: Economy/Nothing = 2
includes key value pair: Building prot/Auto = 3

type.dpt.field.23.2.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 2
field type: N
includes key value pair: no alarm is used = 0
includes key value pair: alarm position is UP = 1
includes key value pair: alarm position is DOWN = 2

type.dpt.field.23.3.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 2
field type: N
includes key value pair: Up = 0
includes key value pair: Down = 1
includes key value pair: UpDown = 2
includes key value pair: DownUp = 3

type.dpt.field.23.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 2-bit set
field index: 0
field size: 2
field string schema: raw
field type: A[n]

type.dpt.field.230.1000.i0.Medium
type: DatapointTypeField
type: NamedIndividual
description: Medium
field index: 0
field name: Medium
field size: 8
field type: N
includes key value pair: Other = 0
includes key value pair: Oil meter = 1
includes key value pair: Cooling Load meter (inlet) = 10
includes key value pair: Cooling Load meter (outlet) = 11
includes key value pair: Heat (inlet) = 12
includes key value pair: Heat and Cool = 13
includes key value pair: Bus/System = 14
includes key value pair: Unknown Device type = 15
includes key value pair: Electricity meter = 2
includes key value pair: Gas meter = 3
includes key value pair: Breaker (electricity) = 32
includes key value pair: Valve (gas or water) = 33
includes key value pair: Heat meter = 4
includes key value pair: Waste water meter = 40
includes key value pair: Garbage = 41
includes key value pair: Steam meter = 5
includes key value pair: Radio converter (meter side) = 55
includes key value pair: Warm Water meter (30 °C to 90 °C) = 6
includes key value pair: Water meter = 7
includes key value pair: Heat cost allocator = 8
includes key value pair: Compressed Air = 9

type.dpt.field.230.1000.i1.Version
type: DatapointTypeField
type: NamedIndividual
description: Version
field index: 1
field name: Version
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.230.1000.i2.IdentNumber
type: DatapointTypeField
type: NamedIndividual
description: IdentNumber
field index: 2
field name: IdentNumber
field size: 32
field type: U
includes digit: type.digit.u32

type.dpt.field.230.1000.i3.ManufactID
type: DatapointTypeField
type: NamedIndividual
description: ManufactID
field index: 3
field name: ManufactID
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.230.x.i0
type: DatapointTypeField
type: NamedIndividual
description: MBus address
field index: 0
field size: 64
field string schema: raw
field type: A[n]

type.dpt.field.231.1.i0.Region
type: DatapointTypeField
type: NamedIndividual
description: Region as in DPT_RegionCode-Alpha2_ASCII (234.002) this is ISO 3166-1 alpha-2
field index: 0
field name: Region
field size: 16
includes datapoint type: RegionCodeAlpha2 ASCII

type.dpt.field.231.1.i1.Language
type: DatapointTypeField
type: NamedIndividual
description: Language as in DPT_Language-CodeAlpha2_ASCII (234.001) this is ISO 639-1 alpha-2
field index: 1
field name: Language
field size: 16
includes datapoint type: LanguageCodeAlpha2 ASCII

type.dpt.field.231.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Locale information
field index: 0
field size: 32
field string schema: raw
field type: A[n]

type.dpt.field.232.600.i0.B
type: DatapointTypeField
type: NamedIndividual
description: B
unit: NUM
field index: 0
field name: B
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.232.600.i1.G
type: DatapointTypeField
type: NamedIndividual
description: G
unit: NUM
field index: 1
field name: G
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.232.600.i2.R
type: DatapointTypeField
type: NamedIndividual
description: R
unit: NUM
field index: 2
field name: R
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.232.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 3-byte colour RGB
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.234.1.i0.Character2
type: DatapointTypeField
type: NamedIndividual
description: second character of LanguageCode, ASCII-coded
field index: 0
field name: Character2
field size: 8
includes datapoint type: charascii

type.dpt.field.234.1.i1.Character1
type: DatapointTypeField
type: NamedIndividual
description: first character of LanguageCode, ASCII-coded
field index: 1
field name: Character1
field size: 8
includes datapoint type: charascii

type.dpt.field.234.2.i0.Character2
type: DatapointTypeField
type: NamedIndividual
description: second character of RegionCode, ASCII-coded
field index: 0
field name: Character2
field size: 8
includes datapoint type: charascii

type.dpt.field.234.2.i1.Character1
type: DatapointTypeField
type: NamedIndividual
description: first character of RegionCode, ASCII-coded
field index: 1
field name: Character1
field size: 8
includes datapoint type: charascii

type.dpt.field.234.x.i0
type: DatapointTypeField
type: NamedIndividual
description: language code ISO 639-1
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.235.1.i0.T
type: DatapointTypeField
type: NamedIndividual
description: validity of the Tariff data
field index: 0
field name: T
field size: 1
field type: B
includes key value pair: valid = 0
includes key value pair: not valid = 1

type.dpt.field.235.1.i1.E
type: DatapointTypeField
type: NamedIndividual
description: validity of the ActiveElectricalEnergy data
field index: 1
field name: E
field size: 1
field type: B
includes key value pair: valid = 0
includes key value pair: not valid = 1

type.dpt.field.235.1.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.235.1.i3.Tariff
type: DatapointTypeField
type: NamedIndividual
description: Tariff
field index: 3
field name: Tariff
field size: 8
includes datapoint type: tariff

type.dpt.field.235.1.i4.ActiveElectricalEnergy
type: DatapointTypeField
type: NamedIndividual
description: ActiveElectricalEnergy
field index: 4
field name: ActiveElectricalEnergy
field size: 32
includes datapoint type: Active Energy

type.dpt.field.235.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Signed value with classification and validity
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.236.1.i0.m
type: DatapointTypeField
type: NamedIndividual
description: mode level
field index: 0
field name: m
field size: 4
field type: N
includes key value pair: Level 0 = 0
includes key value pair: Level 1 = 1
includes key value pair: Level 10 = 10
includes key value pair: Level 11 = 11
includes key value pair: Level 12 = 12
includes key value pair: Level 13 = 13
includes key value pair: Level 14 = 14
includes key value pair: Level 15 = 15
includes key value pair: Level 2 = 2
includes key value pair: Level 3 = 3
includes key value pair: Level 4 = 4
includes key value pair: Level 5 = 5
includes key value pair: Level 6 = 6
includes key value pair: Level 7 = 7
includes key value pair: Level 8 = 8
includes key value pair: Level 9 = 9

type.dpt.field.236.1.i1.p
type: DatapointTypeField
type: NamedIndividual
description: priority level
field index: 1
field name: p
field size: 3
field type: N
includes key value pair: Level 0 = 0
includes key value pair: Level 1 = 1
includes key value pair: Level 2 = 2
includes key value pair: Level 3 = 3
includes key value pair: Level 4 = 4
includes key value pair: Level 5 = 5
includes key value pair: Level 6 = 6
includes key value pair: Level 7 = 7

type.dpt.field.236.1.i2.d
type: DatapointTypeField
type: NamedIndividual
description: deactivation of priority
field index: 2
field name: d
field size: 1
field type: B
includes key value pair: activation of priority = 0
includes key value pair: deactivation of priority = 1

type.dpt.field.236.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Prioritised Mode Control
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.237.600.i0.DALIAddress
type: DatapointTypeField
type: NamedIndividual
description: DALI Device Address or DALI Group Address
field index: 0
field name: DALIAddress
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.237.600.i1.AddressIndicator
type: DatapointTypeField
type: NamedIndividual
description: Address Indicator
field index: 1
field name: AddressIndicator
field size: 1
field type: B
includes key value pair: Device Address = 0
includes key value pair: Group Address = 1

type.dpt.field.237.600.i2.ReadOrResponse
type: DatapointTypeField
type: NamedIndividual
description: Read or Response
field index: 2
field name: ReadOrResponse
field size: 1
field type: B
includes key value pair: Response or spontaneous sending = 0
includes key value pair: Read = 1

type.dpt.field.237.600.i3.LampFailure
type: DatapointTypeField
type: NamedIndividual
description: Lamp Failure
field index: 3
field name: LampFailure
field size: 1
field type: B
includes key value pair: no error = 0
includes key value pair: error = 1

type.dpt.field.237.600.i4.BallastFailure
type: DatapointTypeField
type: NamedIndividual
description: Ballast Failure
field index: 4
field name: BallastFailure
field size: 1
field type: B
includes key value pair: no error = 0
includes key value pair: error = 1

type.dpt.field.237.600.i5.ConvertorError
type: DatapointTypeField
type: NamedIndividual
description: Convertor error
field index: 5
field name: ConvertorError
field size: 1
field type: B
includes key value pair: no error = 0
includes key value pair: error = 1

type.dpt.field.237.600.i6.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 6
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.237.x.i0
type: DatapointTypeField
type: NamedIndividual
description: configuration/ diagnostics
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.238.1.i0.SceneNumber
type: DatapointTypeField
type: NamedIndividual
description: This shall be the number of the scene for which the DPT-value contains the configuration information.
unit: NUM
field index: 0
field name: SceneNumber
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.238.1.i1.SceneActivation
type: DatapointTypeField
type: NamedIndividual
description: The field Scent Activation shall indicate whether the scene with scene number SN is active or not.
field index: 1
field name: SceneActivation
field size: 1
field type: B
includes key value pair: active = 0
includes key value pair: inactive = 1

type.dpt.field.238.1.i2.StorageFunction
type: DatapointTypeField
type: NamedIndividual
description: The field Storage function shall indicate whether the set value(s) for the scene number SN can be modified at runtime through DPT_SceneControl or not.
field index: 2
field name: StorageFunction
field size: 1
field type: B
includes key value pair: enable = 0
includes key value pair: disable = 1

type.dpt.field.238.600.i0.DeviceAddress
type: DatapointTypeField
type: NamedIndividual
description: Device Address
field index: 0
field name: DeviceAddress
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.238.600.i1.LampFailure
type: DatapointTypeField
type: NamedIndividual
description: Lamp Failure
field index: 1
field name: LampFailure
field size: 1
field type: B
includes key value pair: no error = 0
includes key value pair: error = 1

type.dpt.field.238.600.i2.BallastFailure
type: DatapointTypeField
type: NamedIndividual
description: Ballast Failure
field index: 2
field name: BallastFailure
field size: 1
field type: B
includes key value pair: no error = 0
includes key value pair: error = 1

type.dpt.field.238.x.i0
type: DatapointTypeField
type: NamedIndividual
description: configuration/ diagnostics
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.24.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: UNITLESS
field index: 0
field size: 312
field string schema: iso-8859-1
field type: A[n]
includes datapoint type: Char 8859-1

type.dpt.field.24.x.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 312
field string schema: raw
field type: A[n]

type.dpt.field.240.800.i0.ValidSlatsPos
type: DatapointTypeField
type: NamedIndividual
description: Validity Slats Position
field index: 0
field name: ValidSlatsPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.240.800.i1.ValidHeightPos
type: DatapointTypeField
type: NamedIndividual
description: Validity Height Position
field index: 1
field name: ValidHeightPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.240.800.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.240.800.i3.SlatsPosition
type: DatapointTypeField
type: NamedIndividual
description: Slats Position
unit: PERCENT
field index: 3
field name: SlatsPosition
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.240.800.i4.HeightPosition
type: DatapointTypeField
type: NamedIndividual
description: Height Position
unit: PERCENT
field index: 4
field name: HeightPosition
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.240.x.i0
type: DatapointTypeField
type: NamedIndividual
description: positions
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.241.800.i0.UpperEndPos
type: DatapointTypeField
type: NamedIndividual
description: Upper end pos. reached
field index: 0
field name: UpperEndPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i1.LowerEndPos
type: DatapointTypeField
type: NamedIndividual
description: Lower end pos. reached
field index: 1
field name: LowerEndPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i10.Failure
type: DatapointTypeField
type: NamedIndividual
description: General failure of the actuator or the drive
field index: 10
field name: Failure
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i11.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 11
field name: Reserved
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.241.800.i12.ValidHeightPos
type: DatapointTypeField
type: NamedIndividual
description: Validity height pos.
field index: 12
field name: ValidHeightPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i13.ValidSlatsPos
type: DatapointTypeField
type: NamedIndividual
description: Validity slats pos.
field index: 13
field name: ValidSlatsPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i14.SlatsPosition
type: DatapointTypeField
type: NamedIndividual
description: Slats Position
unit: PERCENT
field index: 14
field name: SlatsPosition
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.241.800.i15.HeightPosition
type: DatapointTypeField
type: NamedIndividual
description: Height Position
unit: PERCENT
field index: 15
field name: HeightPosition
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.241.800.i2.LowerPredefPos
type: DatapointTypeField
type: NamedIndividual
description: Lower predef. pos. reached, typ. height 100 %, slats-angle < 100 %
field index: 2
field name: LowerPredefPos
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i3.DriveState
type: DatapointTypeField
type: NamedIndividual
description: Indicated whether the target position is reached of the drive is moving
field index: 3
field name: DriveState
field size: 1
field type: B
includes key value pair: drive is moving = 0
includes key value pair: target position is reached = 1

type.dpt.field.241.800.i4.TargetHPosRestrict
type: DatapointTypeField
type: NamedIndividual
description: Restriction of target height pos., pos. can not be reached
field index: 4
field name: TargetHPosRestrict
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i5.TargetSPosRestrict
type: DatapointTypeField
type: NamedIndividual
description: Restriction of slats height pos., pos. can not be reached
field index: 5
field name: TargetSPosRestrict
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i6.WeatherAlarm
type: DatapointTypeField
type: NamedIndividual
description: At least one of the inputs Wind-/Rain-/Frost-Alarm is ‘in alarm’
field index: 6
field name: WeatherAlarm
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i7.Forced
type: DatapointTypeField
type: NamedIndividual
description: Up/down position is forced by MoveUpDownForced input
field index: 7
field name: Forced
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i8.Locked
type: DatapointTypeField
type: NamedIndividual
description: Movement is locked, e.g. by DeviceLocked input
field index: 8
field name: Locked
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.800.i9.LocalOverride
type: DatapointTypeField
type: NamedIndividual
description: Actuator setvalue is locally overridden, e.g. via a local user interface
field index: 9
field name: LocalOverride
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.241.x.i0
type: DatapointTypeField
type: NamedIndividual
description: status
field index: 0
field size: 32
field string schema: raw
field type: A[n]

type.dpt.field.242.600.i0.B
type: DatapointTypeField
type: NamedIndividual
description: This field shall indicate whether the Brightness information in the field Brightness is valid or not.
field index: 0
field name: B
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.242.600.i1.C
type: DatapointTypeField
type: NamedIndividual
description: This field shall indicate whether the colour infor-mation in the fields x-axis and y-axis is valid or not.
field index: 1
field name: C
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.242.600.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.242.600.i3.Brightness
type: DatapointTypeField
type: NamedIndividual
description: Brightness of the colour
unit: PERCENT
field index: 3
field name: Brightness
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.242.600.i4.yaxis
type: DatapointTypeField
type: NamedIndividual
description: y-coordinate of the colour information
unit: NUM
field index: 4
field name: yaxis
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.242.600.i5.xaxis
type: DatapointTypeField
type: NamedIndividual
description: x-coordinate of the colour information
unit: NUM
field index: 5
field name: xaxis
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.242.x.i0
type: DatapointTypeField
type: NamedIndividual
description: status
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.243.600.i0.B
type: DatapointTypeField
type: NamedIndividual
description: This field shall indicate whether the Brightness information in the field Brightness is valid or not.
field index: 0
field name: B
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.243.600.i1.C
type: DatapointTypeField
type: NamedIndividual
description: This field shall indicate whether the colour infor-mation in the fields x-axis and y-axis is valid or not.
field index: 1
field name: C
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.243.600.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.243.600.i3.Brightness
type: DatapointTypeField
type: NamedIndividual
description: Brightness of the colour
field index: 3
field name: Brightness
field size: 8
includes datapoint type: scaling

type.dpt.field.243.600.i4.yaxis
type: DatapointTypeField
type: NamedIndividual
description: y-coordinate of the colour information
unit: NUM
field index: 4
field name: yaxis
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.243.600.i5.xaxis
type: DatapointTypeField
type: NamedIndividual
description: x-coordinate of the colour information
unit: NUM
field index: 5
field name: xaxis
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.243.600.i6.TimePeriod
type: DatapointTypeField
type: NamedIndividual
description: Unsigned time-value for calculating fading time.
field index: 6
field name: TimePeriod
field size: 16
includes datapoint type: timePeriod100MSec

type.dpt.field.243.x.i0
type: DatapointTypeField
type: NamedIndividual
description: colour transition xyY
field index: 0
field size: 64
field string schema: raw
field type: A[n]

type.dpt.field.244.600.i0.CF
type: DatapointTypeField
type: NamedIndividual
description: Converter Failure
field index: 0
field name: CF
field size: 2
field type: N
includes key value pair: Unknown = 0
includes key value pair: No failure detected = 1
includes key value pair: Failure detected = 2

type.dpt.field.244.600.i1.PP
type: DatapointTypeField
type: NamedIndividual
description: Partial Duration Test Pending
field index: 1
field name: PP
field size: 2
field type: N
includes key value pair: type.kvpair.testNotPending
includes key value pair: type.kvpair.testPending
includes key value pair: type.kvpair.testUnknown

type.dpt.field.244.600.i2.DP
type: DatapointTypeField
type: NamedIndividual
description: Duration Test Pending
field index: 2
field name: DP
field size: 2
field type: N
includes key value pair: type.kvpair.testNotPending
includes key value pair: type.kvpair.testPending
includes key value pair: type.kvpair.testUnknown

type.dpt.field.244.600.i3.FP
type: DatapointTypeField
type: NamedIndividual
description: Function Test Pending
field index: 3
field name: FP
field size: 2
field type: N
includes key value pair: type.kvpair.testNotPending
includes key value pair: type.kvpair.testPending
includes key value pair: type.kvpair.testUnknown

type.dpt.field.244.600.i4.HSinhibit
type: DatapointTypeField
type: NamedIndividual
description: HS - Hardwired inhibit
field index: 4
field name: HS inhibit
field size: 1
field type: B
includes key value pair: Hardwired Inhibit is inactive = 0
includes key value pair: Hardwired Inhibit is active = 1

type.dpt.field.244.600.i5.HSswitch
type: DatapointTypeField
type: NamedIndividual
description: HS - Hardwired switch
field index: 5
field name: HS switch
field size: 1
field type: B
includes key value pair: Hardwired switch is on = 0
includes key value pair: Hardwired switch is off = 1

type.dpt.field.244.600.i6.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 6
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.244.600.i7.CM
type: DatapointTypeField
type: NamedIndividual
description: Converter Mode according to the DALI converter state machine
field index: 7
field name: CM
field size: 4
field type: N
includes key value pair: Unknown = 0
includes key value pair: Normal mode active, all OK = 1
includes key value pair: Inhibit mode active = 2
includes key value pair: Hardwired inhibit mode active = 3
includes key value pair: Rest mode active = 4
includes key value pair: Emergency mode active = 5
includes key value pair: Extended emergency mode active = 6
includes key value pair: FT in progress = 7
includes key value pair: DT in progress = 8
includes key value pair: PDT in progress = 9

type.dpt.field.244.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Converter Status
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.245.600.i0.LPDTR
type: DatapointTypeField
type: NamedIndividual
description: LPDTR
field index: 0
field name: LPDTR
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.245.600.i1.LDTR
type: DatapointTypeField
type: NamedIndividual
description: LDTR
unit: MIN
field index: 1
field name: LDTR
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16 0 510

type.dpt.field.245.600.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.245.600.i3.SP
type: DatapointTypeField
type: NamedIndividual
description: SP
field index: 3
field name: SP
field size: 2
field type: N
includes key value pair: type.kvpair.startMethodAuto
includes key value pair: type.kvpair.startMethodGateway
includes key value pair: type.kvpair.startMethodUnknown

type.dpt.field.245.600.i4.SD
type: DatapointTypeField
type: NamedIndividual
description: SD
field index: 4
field name: SD
field size: 2
field type: N
includes key value pair: type.kvpair.startMethodAuto
includes key value pair: type.kvpair.startMethodGateway
includes key value pair: type.kvpair.startMethodUnknown

type.dpt.field.245.600.i5.SF
type: DatapointTypeField
type: NamedIndividual
description: SF
field index: 5
field name: SF
field size: 2
field type: N
includes key value pair: type.kvpair.startMethodAuto
includes key value pair: type.kvpair.startMethodGateway
includes key value pair: type.kvpair.startMethodUnknown

type.dpt.field.245.600.i6.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 6
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.245.600.i7.LTRP
type: DatapointTypeField
type: NamedIndividual
description: LTRP
field index: 7
field name: LTRP
field size: 4
field type: N
includes key value pair: type.kvpair.testResultFailedExceeded
includes key value pair: type.kvpair.testResultFailedInTime
includes key value pair: type.kvpair.testResultPassedExceeded
includes key value pair: type.kvpair.testResultPassedInTime
includes key value pair: type.kvpair.testResultStopped
includes key value pair: type.kvpair.testResultUnknown

type.dpt.field.245.600.i8.LTRD
type: DatapointTypeField
type: NamedIndividual
description: LTRD
field index: 8
field name: LTRD
field size: 4
field type: N
includes key value pair: type.kvpair.testResultFailedExceeded
includes key value pair: type.kvpair.testResultFailedInTime
includes key value pair: type.kvpair.testResultPassedExceeded
includes key value pair: type.kvpair.testResultPassedInTime
includes key value pair: type.kvpair.testResultStopped
includes key value pair: type.kvpair.testResultUnknown

type.dpt.field.245.600.i9.LTRF
type: DatapointTypeField
type: NamedIndividual
description: LTRF
field index: 9
field name: LTRF
field size: 4
field type: N
includes key value pair: type.kvpair.testResultFailedExceeded
includes key value pair: type.kvpair.testResultFailedInTime
includes key value pair: type.kvpair.testResultPassedExceeded
includes key value pair: type.kvpair.testResultPassedInTime
includes key value pair: type.kvpair.testResultStopped
includes key value pair: type.kvpair.testResultUnknown

type.dpt.field.245.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Converter test result
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.246.600.i0.BatteryChargeLevel
type: DatapointTypeField
type: NamedIndividual
description: Battery Charge Level
field index: 0
field name: BatteryChargeLevel
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.246.600.i1.BatteryFailure
type: DatapointTypeField
type: NamedIndividual
description: Battery Failure
field index: 1
field name: BatteryFailure
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.246.600.i2.BatteryDurationFailure
type: DatapointTypeField
type: NamedIndividual
description: Battery Duration Failure
field index: 2
field name: BatteryDurationFailure
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.246.600.i3.BatteryFullyCharged
type: DatapointTypeField
type: NamedIndividual
description: Battery Fully Charged
field index: 3
field name: BatteryFullyCharged
field size: 1
field type: B
includes key value pair: type.kvpair.false
includes key value pair: type.kvpair.true

type.dpt.field.246.600.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.246.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Battery Information
field index: 0
field size: 16
field string schema: raw
field type: A[n]

type.dpt.field.249.600.i0.validityOfAbsoluteBrightness
type: DatapointTypeField
type: NamedIndividual
description: validity of the absolute brightness
field index: 0
field name: validityOfAbsoluteBrightness
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.249.600.i1.validityOfAbsoluteColourTemperature
type: DatapointTypeField
type: NamedIndividual
description: validity of the Absolute Colour Temperature
field index: 1
field name: validityOfAbsoluteColourTemperature
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.249.600.i2.validityOfTimePeriod
type: DatapointTypeField
type: NamedIndividual
description: validity of the Time Period
field index: 2
field name: validityOfTimePeriod
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.249.600.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.249.600.i4.AbsoluteBrightness
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: AbsoluteBrightness
field size: 8
includes datapoint type: scaling

type.dpt.field.249.600.i5.AbsoluteColorTemperature
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/K
field index: 5
field name: AbsoluteColorTemperature
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.249.600.i6.TimePeriod
type: DatapointTypeField
type: NamedIndividual
field index: 6
field name: TimePeriod
field size: 16
includes datapoint type: timePeriod100MSec

type.dpt.field.249.x.i0
type: DatapointTypeField
type: NamedIndividual
description: brightness colour temperature transition
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.25.1000.i0.Nak
type: DatapointTypeField
type: NamedIndividual
description: Nak
unit: NUM
field index: 0
field name: Nak
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 3

type.dpt.field.25.1000.i1.Busy
type: DatapointTypeField
type: NamedIndividual
description: Busy
unit: NUM
field index: 1
field name: Busy
field resolution: 1.0
field size: 4
field type: U
includes digit: type.digit.u4 0 3

type.dpt.field.25.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 2-nibble set
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.250.600.i0.BrightnessStepValidity
type: DatapointTypeField
type: NamedIndividual
description: CB and Step Code Brightness Validity
field index: 0
field name: BrightnessStepValidity
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.250.600.i1.ColourStepValidity
type: DatapointTypeField
type: NamedIndividual
description: CCT and Step Code Colour Validity
field index: 1
field name: ColourStepValidity
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.250.600.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.250.600.i3.StepCodeBrightness
type: DatapointTypeField
type: NamedIndividual
description: Step Code Brightness
field index: 3
field name: StepCodeBrightness
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.250.600.i4.cB
type: DatapointTypeField
type: NamedIndividual
description: Increase or decrease the brightness.
field index: 4
field name: cB
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.250.600.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.250.600.i6.StepCodeColourTemperature
type: DatapointTypeField
type: NamedIndividual
description: Step Code Colour Temperature
field index: 6
field name: StepCodeColourTemperature
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.250.600.i7.cCT
type: DatapointTypeField
type: NamedIndividual
description: Increase or decrease the colour temperature.
field index: 7
field name: cCT
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.250.600.i8.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 8
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.250.x.i0
type: DatapointTypeField
type: NamedIndividual
description: status
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.251.600.i0.mW
type: DatapointTypeField
type: NamedIndividual
description: mW
field index: 0
field name: mW
field size: 1
field type: B
includes key value pair: type.kvpair.notValid
includes key value pair: type.kvpair.valid

type.dpt.field.251.600.i1.mB
type: DatapointTypeField
type: NamedIndividual
description: mB
field index: 1
field name: mB
field size: 1
field type: B
includes key value pair: type.kvpair.notValid
includes key value pair: type.kvpair.valid

type.dpt.field.251.600.i2.mG
type: DatapointTypeField
type: NamedIndividual
description: mG
field index: 2
field name: mG
field size: 1
field type: B
includes key value pair: type.kvpair.notValid
includes key value pair: type.kvpair.valid

type.dpt.field.251.600.i3.mR
type: DatapointTypeField
type: NamedIndividual
description: mR
field index: 3
field name: mR
field size: 1
field type: B
includes key value pair: type.kvpair.notValid
includes key value pair: type.kvpair.valid

type.dpt.field.251.600.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.251.600.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 8
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.251.600.i6.W
type: DatapointTypeField
type: NamedIndividual
description: Colour Level White
unit: PERCENT
field index: 6
field name: W
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.251.600.i7.B
type: DatapointTypeField
type: NamedIndividual
description: Colour Level Blue
unit: PERCENT
field index: 7
field name: B
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.251.600.i8.G
type: DatapointTypeField
type: NamedIndividual
description: Colour Level Green
unit: PERCENT
field index: 8
field name: G
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.251.600.i9.R
type: DatapointTypeField
type: NamedIndividual
description: Colour Level Red
unit: PERCENT
field index: 9
field name: R
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.251.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Colour RGBW
field index: 0
field size: 48
field string schema: raw
field type: A[n]

type.dpt.field.252.600.i0.MaskCW
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CW and Step Code Colour White.
field index: 0
field name: MaskCW
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.252.600.i1.MaskCB
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CB and Step Code Colour Blue.
field index: 1
field name: MaskCB
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.252.600.i10.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 10
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.252.600.i11.StepCodeColourGreen
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour green
field index: 11
field name: StepCodeColourGreen
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.252.600.i12.cG
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component green shall be increased or decreased.
field index: 12
field name: cG
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.252.600.i13.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 13
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.252.600.i14.StepCodeColourRed
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour red
field index: 14
field name: StepCodeColourRed
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.252.600.i15.cR
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component red shall be increased or decreased.
field index: 15
field name: cR
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.252.600.i16.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 16
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.252.600.i2.MaskCG
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CG and Step Code Colour Green.
field index: 2
field name: MaskCG
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.252.600.i3.MaskCR
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CR and Step Code Colour Red.
field index: 3
field name: MaskCR
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.252.600.i4.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 4
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.252.600.i5.StepCodeColourWhite
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour white
field index: 5
field name: StepCodeColourWhite
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.252.600.i6.cW
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component white shall be increased or decreased.
field index: 6
field name: cW
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.252.600.i7.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 7
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.252.600.i8.StepCodeColourBlue
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour blue
field index: 8
field name: StepCodeColourBlue
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.252.600.i9.cB
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component blue shall be increased or decreased.
field index: 9
field name: cB
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.252.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Relative Control RGBW
field index: 0
field size: 40
field string schema: raw
field type: A[n]

type.dpt.field.253.600.i0.MaskCB
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CB and Step Code Brightness.
field index: 0
field name: MaskCB
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.253.600.i1.MaskCC
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CC and Step Code Colour.
field index: 1
field name: MaskCC
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.253.600.i10.StepCodeSaturation
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the saturation
field index: 10
field name: StepCodeSaturation
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.253.600.i11.cS
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the saturation of the colour shall be increased or decreased.
field index: 11
field name: cS
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.253.600.i12.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 12
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.253.600.i2.MaskCS
type: DatapointTypeField
type: NamedIndividual
description: validity of the fields CS and Step Code Saturation.
field index: 2
field name: MaskCS
field size: 1
field type: B
includes key value pair: type.kvpair.invalid
includes key value pair: type.kvpair.valid

type.dpt.field.253.600.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: Reserved
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.253.600.i4.StepCodeBrightness
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the brightness
field index: 4
field name: StepCodeBrightness
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.253.600.i5.cB
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the brightness shall be increased or decreased.
field index: 5
field name: cB
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.253.600.i6.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 6
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.253.600.i7.StepCodeColour
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour
field index: 7
field name: StepCodeColour
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.253.600.i8.cC
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour shall be increased or decreased.
field index: 8
field name: cC
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.253.600.i9.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 9
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.253.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Relative Control xyY
field index: 0
field size: 32
field string schema: raw
field type: A[n]

type.dpt.field.254.600.i0.StepCodeColourBlue
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour blue
field index: 0
field name: StepCodeColourBlue
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.254.600.i1.cB
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component blue shall be increased or decreased.
field index: 1
field name: cB
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.254.600.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.254.600.i3.StepCodeColourGreen
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour green
field index: 3
field name: StepCodeColourGreen
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.254.600.i4.cG
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component green shall be increased or decreased.
field index: 4
field name: cG
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.254.600.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 5
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.254.600.i6.StepCodeColourRed
type: DatapointTypeField
type: NamedIndividual
description: Shall specify the fading step size or to the code to stop the fading of the colour red
field index: 6
field name: StepCodeColourRed
field resolution: 1.0
field size: 3
field type: U
includes digit: type.digit.u3

type.dpt.field.254.600.i7.cR
type: DatapointTypeField
type: NamedIndividual
description: Shall specify whether the colour component red shall be increased or decreased.
field index: 7
field name: cR
field size: 1
field type: B
includes key value pair: type.kvpair.decrease
includes key value pair: type.kvpair.increase

type.dpt.field.254.600.i8.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 8
field name: Reserved
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.254.x.i0
type: DatapointTypeField
type: NamedIndividual
description: Relative Control RGB
field index: 0
field size: 24
field string schema: raw
field type: A[n]

type.dpt.field.255.1.i0.Latitude
type: DatapointTypeField
type: NamedIndividual
description: Latitude information
unit: DEG
field index: 0
field name: Latitude
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.255.1.i1.Longitude
type: DatapointTypeField
type: NamedIndividual
description: Longitude information
unit: DEG
field index: 1
field name: Longitude
field resolution: 1.0
field size: 32
field type: F
includes digit: type.digit.f32

type.dpt.field.255.x.i0
type: DatapointTypeField
type: NamedIndividual
description: F32F32
field index: 0
field size: 64
field string schema: raw
field type: A[n]

type.dpt.field.256.1.i0.StopDateTime
type: DatapointTypeField
type: NamedIndividual
description: Stop Date Time
field index: 0
field name: StopDateTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.256.1.i1.StartDateTime
type: DatapointTypeField
type: NamedIndividual
description: Start Date Time
field index: 1
field name: StartDateTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.256.x.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 128
field string schema: raw
field type: A[n]

type.dpt.field.26.1.i0.SceneNumber
type: DatapointTypeField
type: NamedIndividual
description: SceneNumber
unit: NUM
field index: 0
field name: SceneNumber
field resolution: 1.0
field size: 6
field type: U
includes digit: type.digit.u6

type.dpt.field.26.1.i1.B
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: B
field size: 1
field type: B
includes key value pair: scene is active = 0
includes key value pair: scene is inactive = 1

type.dpt.field.26.1.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 2
field name: Reserved
field size: 1
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.26.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-bit set
field index: 0
field size: 8
field string schema: raw
field type: A[n]

type.dpt.field.265.1.i0.BinaryInformation
type: DatapointTypeField
type: NamedIndividual
description: Binary Information
field index: 0
field name: BinaryInformation
field size: 1
includes datapoint type: switch

type.dpt.field.265.1.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.265.1.i2.DateAndTime
type: DatapointTypeField
type: NamedIndividual
description: Date and Time
field index: 2
field name: DateAndTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.265.11.i0.BinaryInformation
type: DatapointTypeField
type: NamedIndividual
description: Binary Information
field index: 0
field name: BinaryInformation
field size: 1
includes datapoint type: state

type.dpt.field.265.11.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.265.11.i2.DateAndTime
type: DatapointTypeField
type: NamedIndividual
description: Date and Time
field index: 2
field name: DateAndTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.265.12.i0.BinaryInformation
type: DatapointTypeField
type: NamedIndividual
description: Binary Information
field index: 0
field name: BinaryInformation
field size: 1
includes datapoint type: invert

type.dpt.field.265.12.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.265.12.i2.DateAndTime
type: DatapointTypeField
type: NamedIndividual
description: Date and Time
field index: 2
field name: DateAndTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.265.5.i0.BinaryInformation
type: DatapointTypeField
type: NamedIndividual
description: Binary Information
field index: 0
field name: BinaryInformation
field size: 1
includes datapoint type: alarm

type.dpt.field.265.5.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.265.5.i2.DateAndTime
type: DatapointTypeField
type: NamedIndividual
description: Date and Time
field index: 2
field name: DateAndTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.265.9.i0.BinaryInformation
type: DatapointTypeField
type: NamedIndividual
description: Binary Information
field index: 0
field name: BinaryInformation
field size: 1
includes datapoint type: openClose

type.dpt.field.265.9.i1.Reserved
type: DatapointTypeField
type: NamedIndividual
field index: 1
field name: Reserved
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.265.9.i2.DateAndTime
type: DatapointTypeField
type: NamedIndividual
description: Date and Time
field index: 2
field name: DateAndTime
field size: 64
includes datapoint type: dateTime

type.dpt.field.265.x.i0
type: DatapointTypeField
type: NamedIndividual
description: B1 with Date and Time
field index: 0
field size: 72
field string schema: raw
field type: A[n]

type.dpt.field.27.1.i0.IOO1
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 1
field index: 0
field name: IOO1
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i1.IOO2
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 2
field index: 1
field name: IOO2
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i10.IOO11
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 11
field index: 10
field name: IOO11
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i11.IOO12
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 12
field index: 11
field name: IOO12
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i12.IOO13
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 13
field index: 12
field name: IOO13
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i13.IOO14
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 14
field index: 13
field name: IOO14
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i14.IOO15
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 15
field index: 14
field name: IOO15
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i15.IOO16
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 16
field index: 15
field name: IOO16
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i16.MaskBitIOO1
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 1
field index: 16
field name: MaskBitIOO1
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i17.MaskBitIOO2
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 2
field index: 17
field name: MaskBitIOO2
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i18.MaskBitIOO3
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 3
field index: 18
field name: MaskBitIOO3
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i19.MaskBitIOO4
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 4
field index: 19
field name: MaskBitIOO4
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i2.IOO3
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 3
field index: 2
field name: IOO3
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i20.MaskBitIOO5
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 5
field index: 20
field name: MaskBitIOO5
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i21.MaskBitIOO6
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 6
field index: 21
field name: MaskBitIOO6
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i22.MaskBitIOO7
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 7
field index: 22
field name: MaskBitIOO7
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i23.MaskBitIOO8
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 8
field index: 23
field name: MaskBitIOO8
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i24.MaskBitIOO9
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 9
field index: 24
field name: MaskBitIOO9
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i25.MaskBitIOO10
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 10
field index: 25
field name: MaskBitIOO10
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i26.MaskBitIOO11
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 11
field index: 26
field name: MaskBitIOO11
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i27.MaskBitIOO12
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 12
field index: 27
field name: MaskBitIOO12
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i28.MaskBitIOO13
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 13
field index: 28
field name: MaskBitIOO13
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i29.MaskBitIOO14
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 14
field index: 29
field name: MaskBitIOO14
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i3.IOO4
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 4
field index: 3
field name: IOO4
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i30.MaskBitIOO15
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 15
field index: 30
field name: MaskBitIOO15
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i31.MaskBitIOO16
type: DatapointTypeField
type: NamedIndividual
description: Mask Bit Info On Off Output 16
field index: 31
field name: MaskBitIOO16
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateNotValid
includes key value pair: type.kvpair.outputStateValid

type.dpt.field.27.1.i4.IOO5
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 5
field index: 4
field name: IOO5
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i5.IOO6
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 6
field index: 5
field name: IOO6
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i6.IOO7
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 7
field index: 6
field name: IOO7
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i7.IOO8
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 8
field index: 7
field name: IOO8
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i8.IOO9
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 9
field index: 8
field name: IOO9
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.1.i9.IOO10
type: DatapointTypeField
type: NamedIndividual
description: Info On Off Output 10
field index: 9
field name: IOO10
field size: 1
field type: B
includes key value pair: type.kvpair.outputStateOff
includes key value pair: type.kvpair.outputStateOn

type.dpt.field.27.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 32-bit set
field index: 0
field size: 32
field string schema: raw
field type: A[n]

type.dpt.field.275.100.i0.TempSetpBProt
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint building protection
unit: DEG C
field index: 0
field name: TempSetpBProt
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 65534

type.dpt.field.275.100.i1.TempSetpEco
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint economy
unit: DEG C
field index: 1
field name: TempSetpEco
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 65534

type.dpt.field.275.100.i2.TempSetpStdby
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint standby
unit: DEG C
field index: 2
field name: TempSetpStdby
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 65534

type.dpt.field.275.100.i3.TempSetpComf
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint comfort
unit: DEG C
field index: 3
field name: TempSetpComf
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 65534

type.dpt.field.275.101.i0.TempSetpShiftBProt
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift building protection
unit: http://qudt.org/vocab/unit/K
field index: 0
field name: TempSetpShiftBProt
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.275.101.i1.TempSetpShiftEco
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift economy
unit: http://qudt.org/vocab/unit/K
field index: 1
field name: TempSetpShiftEco
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.275.101.i2.TempSetpShiftStdby
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift standby
unit: http://qudt.org/vocab/unit/K
field index: 2
field name: TempSetpShiftStdby
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.275.101.i3.TempSetpShiftComf
type: DatapointTypeField
type: NamedIndividual
description: room temperature setpoint shift comfort
unit: http://qudt.org/vocab/unit/K
field index: 3
field name: TempSetpShiftComf
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.275.x.i0
type: DatapointTypeField
type: NamedIndividual
description: F16F16F16F16
field index: 0
field size: 64
field string schema: raw
field type: A[n]

type.dpt.field.28.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: UNITLESS
field index: 0
field size: 312
field string schema: utf-8
field type: A[n]

type.dpt.field.28.x.i0
type: DatapointTypeField
type: NamedIndividual
field index: 0
field size: 312
field string schema: raw
field type: A[n]

type.dpt.field.29.10.i0
type: DatapointTypeField
type: NamedIndividual
unit: W-HR
field index: 0
field resolution: 1.0
field size: 64
field type: V
includes digit: type.digit.s64

type.dpt.field.29.11.i0
type: DatapointTypeField
type: NamedIndividual
unit: V-A-HR
field index: 0
field resolution: 1.0
field size: 64
field type: V
includes digit: type.digit.s64

type.dpt.field.29.12.i0
type: DatapointTypeField
type: NamedIndividual
unit: V-A Reactive-HR
field index: 0
field resolution: 1.0
field size: 64
field type: V
includes digit: type.digit.s64

type.dpt.field.29.x.i0
type: DatapointTypeField
type: NamedIndividual
description: electrical energy
field index: 0
field size: 64
field type: V
includes digit: type.digit.s64

Step Code
type: DatapointTypeField
type: NamedIndividual
description: The number of intervals into which the range of 0 % … 100 % is subdivided, or the break indication.
field default: 4
field index: 0
field name: StepCode
field size: 3
field type: N
includes key value pair: type.kvpair.stepcode.0
includes key value pair: type.kvpair.stepcode.1
includes key value pair: type.kvpair.stepcode.2
includes key value pair: type.kvpair.stepcode.3
includes key value pair: type.kvpair.stepcode.4
includes key value pair: type.kvpair.stepcode.5
includes key value pair: type.kvpair.stepcode.6
includes key value pair: type.kvpair.stepcode.7

c
type: DatapointTypeField
type: NamedIndividual
description: Increase or decrease the brightness.
field index: 1
field name: c
field size: 1
includes datapoint type: step

Step Code
type: DatapointTypeField
type: NamedIndividual
description: The number of intervals into which the range of 0 % … 100 % is subdivided, or the break indication.
field default: 4
field index: 0
field name: StepCode
field size: 3
field type: N
includes key value pair: type.kvpair.stepcode.0
includes key value pair: type.kvpair.stepcode.1
includes key value pair: type.kvpair.stepcode.2
includes key value pair: type.kvpair.stepcode.3
includes key value pair: type.kvpair.stepcode.4
includes key value pair: type.kvpair.stepcode.5
includes key value pair: type.kvpair.stepcode.6
includes key value pair: type.kvpair.stepcode.7

c
type: DatapointTypeField
type: NamedIndividual
description: Move up or down.
field index: 1
field name: c
field size: 1
includes datapoint type: upDown

type.dpt.field.3.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 3-bit controlled
field index: 0
field size: 4
field string schema: raw
field type: A[n]

type.dpt.field.30.1010.i0.ActivationStateOfChannel1
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 1
field index: 0
field name: ActivationStateOfChannel1
field size: 1
field type: B
includes key value pair: The visual effect of channel 1 is inactive = 0
includes key value pair: The visual effect of channel 1 is active = 1

type.dpt.field.30.1010.i1.ActivationStateOfChannel2
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 2
field index: 1
field name: ActivationStateOfChannel2
field size: 1
field type: B
includes key value pair: The visual effect of channel 2 is inactive = 0
includes key value pair: The visual effect of channel 2 is active = 1

type.dpt.field.30.1010.i10.ActivationStateOfChannel11
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 11
field index: 10
field name: ActivationStateOfChannel11
field size: 1
field type: B
includes key value pair: The visual effect of channel 11 is inactive = 0
includes key value pair: The visual effect of channel 11 is active = 1

type.dpt.field.30.1010.i11.ActivationStateOfChannel12
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 12
field index: 11
field name: ActivationStateOfChannel12
field size: 1
field type: B
includes key value pair: The visual effect of channel 12 is inactive = 0
includes key value pair: The visual effect of channel 12 is active = 1

type.dpt.field.30.1010.i12.ActivationStateOfChannel13
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 13
field index: 12
field name: ActivationStateOfChannel13
field size: 1
field type: B
includes key value pair: The visual effect of channel 13 is inactive = 0
includes key value pair: The visual effect of channel 13 is active = 1

type.dpt.field.30.1010.i13.ActivationStateOfChannel14
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 14
field index: 13
field name: ActivationStateOfChannel14
field size: 1
field type: B
includes key value pair: The visual effect of channel 14 is inactive = 0
includes key value pair: The visual effect of channel 14 is active = 1

type.dpt.field.30.1010.i14.ActivationStateOfChannel15
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 15
field index: 14
field name: ActivationStateOfChannel15
field size: 1
field type: B
includes key value pair: The visual effect of channel 15 is inactive = 0
includes key value pair: The visual effect of channel 15 is active = 1

type.dpt.field.30.1010.i15.ActivationStateOfChannel16
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 16
field index: 15
field name: ActivationStateOfChannel16
field size: 1
field type: B
includes key value pair: The visual effect of channel 16 is inactive = 0
includes key value pair: The visual effect of channel 16 is active = 1

type.dpt.field.30.1010.i16.ActivationStateOfChannel17
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 17
field index: 16
field name: ActivationStateOfChannel17
field size: 1
field type: B
includes key value pair: The visual effect of channel 17 is inactive = 0
includes key value pair: The visual effect of channel 17 is active = 1

type.dpt.field.30.1010.i17.ActivationStateOfChannel18
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 18
field index: 17
field name: ActivationStateOfChannel18
field size: 1
field type: B
includes key value pair: The visual effect of channel 18 is inactive = 0
includes key value pair: The visual effect of channel 18 is active = 1

type.dpt.field.30.1010.i18.ActivationStateOfChannel19
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 19
field index: 18
field name: ActivationStateOfChannel19
field size: 1
field type: B
includes key value pair: The visual effect of channel 19 is inactive = 0
includes key value pair: The visual effect of channel 19 is active = 1

type.dpt.field.30.1010.i19.ActivationStateOfChannel20
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 20
field index: 19
field name: ActivationStateOfChannel20
field size: 1
field type: B
includes key value pair: The visual effect of channel 20 is inactive = 0
includes key value pair: The visual effect of channel 20 is active = 1

type.dpt.field.30.1010.i2.ActivationStateOfChannel3
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 3
field index: 2
field name: ActivationStateOfChannel3
field size: 1
field type: B
includes key value pair: The visual effect of channel 3 is inactive = 0
includes key value pair: The visual effect of channel 3 is active = 1

type.dpt.field.30.1010.i20.ActivationStateOfChannel21
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 21
field index: 20
field name: ActivationStateOfChannel21
field size: 1
field type: B
includes key value pair: The visual effect of channel 21 is inactive = 0
includes key value pair: The visual effect of channel 21 is active = 1

type.dpt.field.30.1010.i21.ActivationStateOfChannel22
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 22
field index: 21
field name: ActivationStateOfChannel22
field size: 1
field type: B
includes key value pair: The visual effect of channel 22 is inactive = 0
includes key value pair: The visual effect of channel 22 is active = 1

type.dpt.field.30.1010.i22.ActivationStateOfChannel23
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 23
field index: 22
field name: ActivationStateOfChannel23
field size: 1
field type: B
includes key value pair: The visual effect of channel 23 is inactive = 0
includes key value pair: The visual effect of channel 23 is active = 1

type.dpt.field.30.1010.i23.ActivationStateOfChannel24
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 24
field index: 23
field name: ActivationStateOfChannel24
field size: 1
field type: B
includes key value pair: The visual effect of channel 24 is inactive = 0
includes key value pair: The visual effect of channel 24 is active = 1

type.dpt.field.30.1010.i3.ActivationStateOfChannel4
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 4
field index: 3
field name: ActivationStateOfChannel4
field size: 1
field type: B
includes key value pair: The visual effect of channel 4 is inactive = 0
includes key value pair: The visual effect of channel 4 is active = 1

type.dpt.field.30.1010.i4.ActivationStateOfChannel5
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 5
field index: 4
field name: ActivationStateOfChannel5
field size: 1
field type: B
includes key value pair: The visual effect of channel 5 is inactive = 0
includes key value pair: The visual effect of channel 5 is active = 1

type.dpt.field.30.1010.i5.ActivationStateOfChannel6
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 6
field index: 5
field name: ActivationStateOfChannel6
field size: 1
field type: B
includes key value pair: The visual effect of channel 6 is inactive = 0
includes key value pair: The visual effect of channel 6 is active = 1

type.dpt.field.30.1010.i6.ActivationStateOfChannel7
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 7
field index: 6
field name: ActivationStateOfChannel7
field size: 1
field type: B
includes key value pair: The visual effect of channel 7 is inactive = 0
includes key value pair: The visual effect of channel 7 is active = 1

type.dpt.field.30.1010.i7.ActivationStateOfChannel8
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 8
field index: 7
field name: ActivationStateOfChannel8
field size: 1
field type: B
includes key value pair: The visual effect of channel 8 is inactive = 0
includes key value pair: The visual effect of channel 8 is active = 1

type.dpt.field.30.1010.i8.ActivationStateOfChannel9
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 9
field index: 8
field name: ActivationStateOfChannel9
field size: 1
field type: B
includes key value pair: The visual effect of channel 9 is inactive = 0
includes key value pair: The visual effect of channel 9 is active = 1

type.dpt.field.30.1010.i9.ActivationStateOfChannel10
type: DatapointTypeField
type: NamedIndividual
description: Activation state of channel 10
field index: 9
field name: ActivationStateOfChannel10
field size: 1
field type: B
includes key value pair: The visual effect of channel 10 is inactive = 0
includes key value pair: The visual effect of channel 10 is active = 1

type.dpt.field.30.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 24 times channel activation
field index: 0
field size: 24
field string schema: raw
field type: A[n]

Character
type: DatapointTypeField
type: NamedIndividual
description: Represents an ASCII character. The most significant bit shall always be 0. Encoding according to the ASCII table.
unit: UNITLESS
field index: 0
field size: 8
field string schema: us-ascii
field type: A
includes digit: type.digit.charASCII

Character
type: DatapointTypeField
type: NamedIndividual
description: Represents a ISO 8859-1 character. Encoding according to the character set ISO-8859-1 (Western Europe)
unit: UNITLESS
field index: 0
field size: 8
field string schema: iso-8859-1
field type: A
includes digit: type.digit.charISO 8859 1

type.dpt.field.4.x.i0
type: DatapointTypeField
type: NamedIndividual
description: character
field index: 0
field size: 8
field string schema: raw
field type: A

Scaling
type: DatapointTypeField
type: NamedIndividual
description: Represents a percentage value between 0 and 100%.
unit: PERCENT
field index: 0
field resolution: 0.3921566
field size: 8
field type: U
includes digit: type.digit.u8

Value 1 U Count
type: DatapointTypeField
type: NamedIndividual
description: Represents values for counting from 0 to 255 counter pulses.
unit: NUM
field index: 0
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

Fan Stage
type: DatapointTypeField
type: NamedIndividual
unit: UNITLESS
field index: 0
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

Angle
type: DatapointTypeField
type: NamedIndividual
description: Represents an angle from 0 to 360 degrees.
unit: DEG
field index: 0
field resolution: 1.4117647
field size: 8
field type: U
includes digit: type.digit.u8

Percent U8
type: DatapointTypeField
type: NamedIndividual
description: Represents a percentage value with 1% resolution for 0 to 255%.
unit: PERCENT
field index: 0
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

Decimal Factor
type: DatapointTypeField
type: NamedIndividual
description: Represents a ratio.
unit: UNITLESS
field index: 0
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8

Tariff
type: DatapointTypeField
type: NamedIndividual
description: Used for reading and setting tariff information from 1 to 254. However, the mapping between tariffs and the DPT values is not standardized. The value 0 equals 'no tariff available'. The value 255 is reserved.
unit: UNITLESS
field index: 0
field resolution: 1.0
field size: 8
field type: U
includes digit: type.digit.u8 0 254

type.dpt.field.5.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-bit unsigned value
field index: 0
field size: 8
field type: U
includes digit: type.digit.u8

type.dpt.field.512.500.i1.pc.CE
type: DatapointTypeField
type: NamedIndividual
description: Power Constraint Element
field index: 1
field type: D<n>
includes counter: type.dpt.field.512.500.i0.pc.CE CNT
includes datapoint field: type.dpt.field.pc.i0

type.dpt.field.512.501.i1.ec.CE
type: DatapointTypeField
type: NamedIndividual
description: list of energy constraint elements
field index: 1
field name: CE
field type: D<n>
includes counter: type.dpt.field.512.501.i0.ec.CE CNT
includes datapoint field: type.dpt.field.ec.i0

type.dpt.field.512.502.i0.pe.ID
type: DatapointTypeField
type: NamedIndividual
description: power envelope identifier
field index: 0
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.502.i1.pe.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 1
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.502.i2.pe.CQ
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity the power envelope refers to
field index: 2
field name: CQ
field size: 8
includes datapoint type: emCommodityQuantity

type.dpt.field.512.502.i3.pe.LR CNT
type: DatapointTypeField
type: NamedIndividual
description: number of power envelope elements
field index: 3
field name: LR_CNT
field size: 8
field type: U
includes digit: type.digit.u8 1 38

type.dpt.field.512.502.i4.pe.LR
type: DatapointTypeField
type: NamedIndividual
description: list of power envelope elements
field index: 4
field name: LR
field type: D<n>
includes datapoint field: type.dpt.pe.i0

type.dpt.field.512.503.i0.pei.ID
type: DatapointTypeField
type: NamedIndividual
description: instruction identifier
field index: 0
field name: ID
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.512.503.i1.pei.AC
type: DatapointTypeField
type: NamedIndividual
description: identification if the power envolope refers to an abnormal condition
field index: 1
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.512.503.i2.pei.IT
type: DatapointTypeField
type: NamedIndividual
description: instruction type
field index: 2
field name: IT
field size: 4
field type: N
includes digit: type.digit.u4 0 7

type.dpt.field.512.503.i3.pei.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 3
field name: RESERVED
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.503.i4.pei.ET
type: DatapointTypeField
type: NamedIndividual
description: timestamp when the instruction has to be executed
field index: 4
field name: ET
field size: 64
includes datapoint type: dateTime

type.dpt.field.512.503.i5.pei.PC ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of power constraint
field index: 5
field name: PC_ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.503.i8.pei.PWR ENV
type: DatapointTypeField
type: NamedIndividual
description: list of power envelopes
field index: 8
field name: PWR_ENV
field type: D<n>
includes counter: type.dpt.field.512.503.i7.pei.PE CNT
includes datapoint type: emPowerEnvelope

type.dpt.field.512.503.pei.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 6
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.504.i0.pp.ID
type: DatapointTypeField
type: NamedIndividual
description: Power profile id
field index: 0
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.504.i2.pp.START
type: DatapointTypeField
type: NamedIndividual
description: Start of time period that will be covered by the power profile
field index: 2
field name: START
field size: 64
includes datapoint type: dateTime

type.dpt.field.512.504.i3.pp.END
type: DatapointTypeField
type: NamedIndividual
description: End of time period that will be covered by the power profile
field index: 3
field name: END
field size: 64
includes datapoint type: dateTime

type.dpt.field.512.504.i4.pp.SC
type: DatapointTypeField
type: NamedIndividual
description: List of power sequence containers
field index: 4
field name: SC
field type: D<n>
includes counter: type.dpt.field.512.504.i1.pp.SC CNT
includes datapoint field: type.dpt.field.psc.i0

type.dpt.field.512.505.i0.ps.SQ ID
type: DatapointTypeField
type: NamedIndividual
description: Power sequence Id
field index: 0
field name: SQ_ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.505.i2.ps.AC
type: DatapointTypeField
type: NamedIndividual
description: Indicator if sequences will run under abnormal conditions
field index: 2
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.512.505.i3.ps.I
type: DatapointTypeField
type: NamedIndividual
description: Indicator whether sequence is interruptible or not
field index: 3
field name: I
field size: 1
field type: B
includes key value pair: sequence interruptible
includes key value pair: sequence not interruptible

type.dpt.field.512.505.i4.ps.S
type: DatapointTypeField
type: NamedIndividual
description: Indicator whether sequence is selected to be executed within the power sequence container
field index: 4
field name: S
field size: 1
field type: B
includes key value pair: Sequence is not selected
includes key value pair: Sequence is selected

type.dpt.field.512.505.i5.ps.Reserved
type: DatapointTypeField
type: NamedIndividual
description: Reserved bits
field index: 5
field name: RESERVED
field size: 5
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.505.i6.ps.MPB
type: DatapointTypeField
type: NamedIndividual
description: Max time a device could be pause between the end of the previous running sequence and the start of this one
field index: 6
field name: MPB
field size: 16
includes datapoint type: timePeriodSec

type.dpt.field.512.505.i7.ps.SLT
type: DatapointTypeField
type: NamedIndividual
description: List of power sequence slots
field index: 7
field name: SLT
field type: D<n>
includes counter: type.dpt.field.512.505.i1.ps.SLT CNT
includes datapoint type: emPowerSequenceSlot

type.dpt.field.512.506.i0.smombc.COM
type: DatapointTypeField
type: NamedIndividual
description: supported commodities (b0 = electricity, b1 = gas, b2 = oil, b3 = 0/reserved)
field index: 0
field name: COM
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.506.i3.smombc.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 3
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.506.i4.smombc.OM
type: DatapointTypeField
type: NamedIndividual
description: list of operation modes
field index: 4
field name: OM
field type: D<n>
includes counter: type.dpt.field.512.506.i1.smombc.OM CNT
includes datapoint field: type.dpt.field.ombc.om

type.dpt.field.512.506.i5.smombc.TRAN
type: DatapointTypeField
type: NamedIndividual
description: list of transitions
field index: 5
field name: TRAN
field type: D<n>
includes counter: type.dpt.field.512.506.i2.smombc.TRAN CNT
includes datapoint type: emTransition

type.dpt.field.512.507.i0.smfrbc.COM
type: DatapointTypeField
type: NamedIndividual
description: supported commodities (b0 = electricity, b1 = gas, b2 = oil, b3 = 0/reserved)
field index: 0
field name: COM
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.507.i3.smfrbc.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 3
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.507.i4.smfrbc.OM
type: DatapointTypeField
type: NamedIndividual
description: list of operation modes
field index: 4
field name: OM
field type: D<n>
includes counter: type.dpt.field.512.507.i1.smfrbc.OM CNT
includes datapoint field: type.dpt.field.frbc.om

type.dpt.field.512.507.i5.smfrbc.TRAN
type: DatapointTypeField
type: NamedIndividual
description: list of transitions
field index: 5
field name: TRAN
field type: D<n>
includes counter: type.dpt.field.512.507.i2.smfrbc.TRAN CNT
includes datapoint type: emTransition

type.dpt.field.512.508.i0.fltp.START
type: DatapointTypeField
type: NamedIndividual
description: start time when this profile gets valid
field index: 0
field name: START
field size: 64
includes datapoint type: dateTime

type.dpt.field.512.508.i1.fltp.CQ
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity
field index: 1
field name: CQ
field size: 8
field type: U
includes key value pair: type.kvpair.cqElectricPowerL1
includes key value pair: type.kvpair.cqElectricPowerL2
includes key value pair: type.kvpair.cqElectricPowerL3
includes key value pair: type.kvpair.cqHeatFlowRate
includes key value pair: type.kvpair.cqHeatThermalPower
includes key value pair: type.kvpair.cqHydrogenFlowRate
includes key value pair: type.kvpair.cqNaturalGasFlowRate
includes key value pair: type.kvpair.cqOilFlowRate

type.dpt.field.512.508.i3.fltp.PE
type: DatapointTypeField
type: NamedIndividual
description: list of fill level target profile element
field index: 3
field name: PE
field type: D<n>
includes counter: type.dpt.field.512.508.i2.fltp.PE CNT
includes datapoint field: type.dpt.field.fltp.pe

type.dpt.field.512.509.i1.lb.LBE
type: DatapointTypeField
type: NamedIndividual
description: list of leakage behaviour elements
field index: 1
field name: LBE
field type: D<n>
includes counter: type.dpt.field.512.509.i0.lb.LBE CNT
includes datapoint field: type.dpt.field.lb.lbe

type.dpt.field.512.510.i0.smddbc.COM
type: DatapointTypeField
type: NamedIndividual
description: supported commodities (b0 = electricity, b1 = gas, b2 = oil, b3 = 0/reserved)
field index: 0
field name: COM
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.512.510.i3.smddb.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 3
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.512.510.i4.smddb.OM
type: DatapointTypeField
type: NamedIndividual
description: list of operation mode elements
field index: 4
field type: D<n>
includes counter: type.dpt.field.512.510.i1.smddbc.OM CNT
includes datapoint field: type.dpt.field.ddbc.om

type.dpt.field.512.510.i5.smddb.TRAN
type: DatapointTypeField
type: NamedIndividual
description: list of transitions
field index: 5
field type: D<n>
includes counter: type.dpt.field.512.510.i2.smddb.TRAN CNT
includes datapoint type: emTransition

type.dpt.field.512.511.i1.td.TIMER
type: DatapointTypeField
type: NamedIndividual
description: timer declarations defining ID and duration
field index: 1
field name: TIMER
includes counter: type.dpt.field.512.511.i0.td.TIMER CNT
includes datapoint field: type.dpt.field.td.i0

type.dpt.field.512.512.i0.uf.START
type: DatapointTypeField
type: NamedIndividual
description: start time of the forecast
field index: 0
field name: START
field size: 64
includes datapoint type: dateTime

type.dpt.field.512.512.i2.uf.FE
type: DatapointTypeField
type: NamedIndividual
description: list of usage forecast elements
field index: 2
field name: FE
field type: D<n>
includes counter: type.dpt.field.512.512.i1.uf.FE CNT
includes datapoint field: type.dpt.field.uf.i0

type.dpt.field.513.500.i0.rol.C0
type: DatapointTypeField
type: NamedIndividual
description: roles for commodity ELECTRICITY
field index: 0
field name: C0
field size: 2
field type: U
includes key value pair: type.kvpair.rolConsumer
includes key value pair: type.kvpair.rolConsumerAndProducer
includes key value pair: type.kvpair.rolNone
includes key value pair: type.kvpair.rolProducer

type.dpt.field.513.500.i1.rol.C1
type: DatapointTypeField
type: NamedIndividual
description: roles for commodity GAS
field index: 1
field name: C1
field size: 2
field type: U
includes key value pair: type.kvpair.rolConsumer
includes key value pair: type.kvpair.rolConsumerAndProducer
includes key value pair: type.kvpair.rolNone
includes key value pair: type.kvpair.rolProducer

type.dpt.field.513.500.i2.rol.C2
type: DatapointTypeField
type: NamedIndividual
description: roles for commodity OIL
field index: 2
field name: C2
field size: 2
field type: U
includes key value pair: type.kvpair.rolConsumer
includes key value pair: type.kvpair.rolConsumerAndProducer
includes key value pair: type.kvpair.rolNone
includes key value pair: type.kvpair.rolProducer

type.dpt.field.513.500.i3.rol.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 3
field name: RESERVED
field size: 2
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.514.500.i0.flr.LV
type: DatapointTypeField
type: NamedIndividual
description: lower value
field index: 0
field name: LV
field size: 8
field type: U
includes digit: type.digit.f16

type.dpt.field.514.500.i1.flr.UV
type: DatapointTypeField
type: NamedIndividual
description: upper value
field index: 1
field name: UV
field size: 8
field type: U
includes digit: type.digit.f16

type.dpt.field.515.500.i0.is.STAT
type: DatapointTypeField
type: NamedIndividual
description: status of the instruction
field index: 0
field name: STAT
field size: 8
field type: N
includes key value pair: Aborted
includes key value pair: Accepted
includes key value pair: Rejected
includes key value pair: Revoked
includes key value pair: Started
includes key value pair: Succeeded

type.dpt.field.515.500.i1.is.INSTR ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the instruction
field index: 1
field name: INSTR_ID
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.516.500.i0.pr.LV
type: DatapointTypeField
type: NamedIndividual
description: lower value
field index: 0
field name: LV
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.516.500.i1.pr.UV
type: DatapointTypeField
type: NamedIndividual
description: upper value
field index: 1
field name: UV
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.516.501.i0.drr.LV
type: DatapointTypeField
type: NamedIndividual
description: lower value of the range
field index: 0
field name: LV
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.516.501.i1.drr.UV
type: DatapointTypeField
type: NamedIndividual
description: upper value of the range
field index: 1
field name: UV
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.517.500.i0.lr.RANGE
type: DatapointTypeField
type: NamedIndividual
description: power range
field index: 0
field name: RANGE
field size: 32
includes datapoint type: emPowerRange

type.dpt.field.517.500.i1.lr.CQ
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity
field index: 1
field name: CQ
field size: 8
includes datapoint type: emCommodityQuantity

type.dpt.field.517.500.i2.lr.LT
type: DatapointTypeField
type: NamedIndividual
description: limit type
field index: 2
field name: LT
field size: 4
field type: N
includes key value pair: Lower Limit
includes key value pair: Upper Limit

type.dpt.field.517.500.i3.lr.AC
type: DatapointTypeField
type: NamedIndividual
description: limit range is related to abnormal condition
field index: 3
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.517.500.i4.lr.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 4
field name: RESERVED
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.518.500.i0.rmd.ROL
type: DatapointTypeField
type: NamedIndividual
description: roles of this RM according to commodities
field index: 0
field name: ROL
field size: 8
includes datapoint type: emRoles

type.dpt.field.518.500.i1.rmd.CT
type: DatapointTypeField
type: NamedIndividual
description: supported control types
field index: 1
field name: CT
field size: 8
includes datapoint type: emSupportedControlTypes

type.dpt.field.518.500.i2.rmd.IPD
type: DatapointTypeField
type: NamedIndividual
description: instruction processing delay
field index: 2
field name: IPD
field size: 16
includes datapoint type: timePeriodSec

type.dpt.field.518.500.i3.rmd.RID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the resource manager. Must be unique within a single KNX system
field index: 3
field name: RID
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.519.500.i0.tran.BLOCK TIMERS
type: DatapointTypeField
type: NamedIndividual
description: defines wich timers are blocking for this transition. each of the 16 timers could be referenced by setting the bits 0-15 to 0 (not blocking) or 1 (blocking)
field index: 0
field name: BLOCK_TIMERS
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.519.500.i1.tran.START TIMERS
type: DatapointTypeField
type: NamedIndividual
description: defines wich timers will start when executing this transition . each of the 16 timers could be referenced by setting the bits 0-15 to 0 (not starting) or 1 (starting)
field index: 1
field name: START_TIMERS
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.519.500.i2.tran.FROM
type: DatapointTypeField
type: NamedIndividual
description: operation mode id the transition starts from
field index: 2
field name: FROM
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.519.500.i3.tran.TO
type: DatapointTypeField
type: NamedIndividual
description: operation mode id the transition points to
field index: 3
field name: TO
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.519.500.i4.tran.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the transtion
field index: 4
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.519.500.i5.tran.AC
type: DatapointTypeField
type: NamedIndividual
description: abnormal condition
field index: 5
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.519.500.i6.tran.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 6
field name: RESERVED
field size: 3
field type: B
includes reserved bit(s): type.bit.reserved

type.dpt.field.520.500.i0.ss.ET
type: DatapointTypeField
type: NamedIndividual
description: execution time when the sequence will start or was started
field index: 0
field name: ET
field size: 64
includes datapoint type: dateTime

type.dpt.field.520.500.i1.ss.SLT
type: DatapointTypeField
type: NamedIndividual
description: current running slot
field index: 1
field name: SLT
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.520.500.i2.ss.SID
type: DatapointTypeField
type: NamedIndividual
description: sequence ID
field index: 2
field name: SID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.520.500.i3.ss.CID
type: DatapointTypeField
type: NamedIndividual
description: sequence container ID
field index: 3
field name: CID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.520.500.i4.ss.PID
type: DatapointTypeField
type: NamedIndividual
description: power profile ID
field index: 4
field name: PID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.521.500.i0.ts.FTS
type: DatapointTypeField
type: NamedIndividual
description: time when timer will be finished
field index: 0
field name: FTS
field size: 64
includes datapoint type: dateTime

type.dpt.field.521.500.i1.ts.DUR
type: DatapointTypeField
type: NamedIndividual
description: estimated time that the timer needs once it has been started
field index: 1
field name: DUR
field size: 16
includes datapoint type: timePeriodSec

type.dpt.field.521.500.i2.ts.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the timer, needs to be unique within the scope of the state machine
field index: 2
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.521.500.i3.ts.R
type: DatapointTypeField
type: NamedIndividual
description: flat that is set to true when the timer is currently running
field default: 0
field index: 3
field name: R
field size: 1
field type: B
includes key value pair: type.kvpair.no
includes key value pair: type.kvpair.yes

type.dpt.field.521.500.i4.ts.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 4
field name: RESERVED
field size: 3
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.522.500.i0.si.ET
type: DatapointTypeField
type: NamedIndividual
description: timestamp when instruction shall be executed. In case the instruction type is SCHEDULE, ET will be the start time of the addressed sequence.
field index: 0
field name: ET
field size: 64
includes datapoint type: dateTime

type.dpt.field.522.500.i1.si.AC
type: DatapointTypeField
type: NamedIndividual
description: instruction is related to abnormal condition
field index: 1
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.522.500.i2.si.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 2
field name: RESERVED
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.522.500.i3.si.SID
type: DatapointTypeField
type: NamedIndividual
description: sequence ID
field index: 3
field name: SID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.522.500.i4.si.CID
type: DatapointTypeField
type: NamedIndividual
description: sequence container ID
field index: 4
field name: CID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.522.500.i5.si.PID
type: DatapointTypeField
type: NamedIndividual
description: power profile id
field index: 5
field name: PID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.522.500.i6.si.IT
type: DatapointTypeField
type: NamedIndividual
description: instruction type
field index: 6
field name: IT
field size: 4
field type: N
includes key value pair: schedule sequence
includes key value pair: select sequence
includes key value pair: start sequence
includes key value pair: stop sequence interruption

type.dpt.field.522.500.i7.si.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of sequence instruction
field index: 7
field name: ID
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.523.500.i0.sms.STAT TMR
type: DatapointTypeField
type: NamedIndividual
description: status of all timers wether they are running or not. each bit declares the status of the timer with the id of the bit position. bn = 0 means timer n is not running, bn = 1 means timer n is running
field index: 0
field name: STAT_TMR
field size: 16
includes datapoint type: emTimerStatus

type.dpt.field.523.500.i1.sms.ET
type: DatapointTypeField
type: NamedIndividual
description: timestamp when last transition was executed
field index: 1
field name: ET
field size: 64
includes datapoint type: dateTime

type.dpt.field.523.500.i2.sms.OMF
type: DatapointTypeField
type: NamedIndividual
description: current factor that will be multiplied with given power range of the operation mode. will be set with a transition instruction
field index: 2
field name: OMF
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.523.500.i3.sms.CID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the current operation mode
field index: 3
field name: CID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.523.500.i4.sms.PID
type: DatapointTypeField
type: NamedIndividual
description: identifier of previous operation mode that was active before the state machine switched to the current one. CT=0 no previous operation mode declared
field index: 4
field name: PID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.524.500.i0.ti.AC
type: DatapointTypeField
type: NamedIndividual
description: defines whether this is an abnormal condition or not
field index: 0
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.524.500.i1.ti.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 1
field name: RESERVED
field size: 7
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.524.500.i2.ti.OMF
type: DatapointTypeField
type: NamedIndividual
description: operation mode factor that defines the target power value within the given power range of the operation mode
field index: 2
field name: OMF
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.524.500.i3.ti.ET
type: DatapointTypeField
type: NamedIndividual
description: time when this instruction will be executed
field index: 3
field name: ET
field size: 64
includes datapoint type: dateTime

type.dpt.field.524.500.i4.ti.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of this instruction. value shall be unique. Old IDs will be reused.
field index: 4
field name: ID
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.525.500.i0.fv.VAL LIM
type: DatapointTypeField
type: NamedIndividual
description: Limit values are valid
field index: 0
field name: VAL_LIM
field size: 1
field type: B
includes key value pair: type.kvpair.no
includes key value pair: type.kvpair.yes

type.dpt.field.525.500.i1.fv.VAL PPR
type: DatapointTypeField
type: NamedIndividual
description: PPR values are valid
field index: 1
field name: VAL_PPR
field size: 1
field type: B
includes key value pair: type.kvpair.no
includes key value pair: type.kvpair.yes

type.dpt.field.525.500.i2.fv.Reserved
type: DatapointTypeField
type: NamedIndividual
description: Reserved bits
field index: 2
field name: RESERVED
field size: 6
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.525.500.i3.fv.Lower 95PPR
type: DatapointTypeField
type: NamedIndividual
description: The lower boundary of the range with 95 % certainty the power value is in it
field index: 3
field name: Lower_95PPR
field size: 16
includes datapoint type: power

type.dpt.field.525.500.i4.fv.Lower 68PPR
type: DatapointTypeField
type: NamedIndividual
description: The lower boundary of the range with 68 % certainty the power value is in it
field index: 4
field name: Lower_68PPR
field size: 16
includes datapoint type: power

type.dpt.field.525.500.i5.fv.Upper 68PPR
type: DatapointTypeField
type: NamedIndividual
description: The upper boundary of the range with 68 % certainty the power value is in it
field index: 5
field name: Upper_68PPR
field size: 16
includes datapoint type: power

type.dpt.field.525.500.i6.fv.Upper 95PPR
type: DatapointTypeField
type: NamedIndividual
description: The upper boundary of the range with 95 % certainty the power value is in it
field index: 6
field name: Upper_95PPR
field size: 16
includes datapoint type: power

type.dpt.field.525.500.i7.fv.Upper Limit
type: DatapointTypeField
type: NamedIndividual
description: The upper boundary of the range with 100 % certainty the power value is in it
field index: 7
field name: Upper_Limit
field size: 16
includes datapoint type: power

type.dpt.field.525.500.i8.fv.Lower Limit
type: DatapointTypeField
type: NamedIndividual
description: The lower boundary of the range with 100 % certainty the power value is in it
field index: 8
field name: Lower_Limit
field size: 16
includes datapoint type: power

type.dpt.field.525.500.i9.fv.Expected
type: DatapointTypeField
type: NamedIndividual
description: Expected value
field index: 9
field name: Expected
field size: 16
includes datapoint type: power

type.dpt.field.526.500.i0.p.PWR FCV
type: DatapointTypeField
type: NamedIndividual
description: The power forecast of a power sequence slot
field index: 0
field name: PWR_FCV
field size: 120
includes datapoint type: emForecastValue

type.dpt.field.526.500.i1.p.DUR
type: DatapointTypeField
type: NamedIndividual
description: The duration of a power sequence slot
field index: 1
field name: DUR
field size: 16
includes datapoint type: timePeriodSec

type.dpt.field.6.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: PERCENT
field index: 0
field resolution: 1.0
field size: 8
field type: V
includes digit: type.digit.s8

type.dpt.field.6.10.i0
type: DatapointTypeField
type: NamedIndividual
unit: NUM
field index: 0
field resolution: 1.0
field size: 8
field type: V
includes digit: type.digit.s8

type.dpt.field.6.20.i0.f
type: DatapointTypeField
type: NamedIndividual
field index: 0
field name: f
field size: 3
field type: N
includes key value pair: mode 0 is active = 1
includes key value pair: mode 1 is active = 2
includes key value pair: mode 2 is active = 4

type.dpt.field.6.20.i1.e
type: DatapointTypeField
type: NamedIndividual
description: Status E
field index: 1
field name: e
field size: 1
field type: B
includes key value pair: type.kvpair.clear
includes key value pair: type.kvpair.set

type.dpt.field.6.20.i2.d
type: DatapointTypeField
type: NamedIndividual
description: Status D
field index: 2
field name: d
field size: 1
field type: B
includes key value pair: type.kvpair.clear
includes key value pair: type.kvpair.set

type.dpt.field.6.20.i3.c
type: DatapointTypeField
type: NamedIndividual
description: Status C
field index: 3
field name: c
field size: 1
field type: B
includes key value pair: type.kvpair.clear
includes key value pair: type.kvpair.set

type.dpt.field.6.20.i4.b
type: DatapointTypeField
type: NamedIndividual
description: Status B
field index: 4
field name: b
field size: 1
field type: B
includes key value pair: type.kvpair.clear
includes key value pair: type.kvpair.set

type.dpt.field.6.20.i5.a
type: DatapointTypeField
type: NamedIndividual
description: Status A
field index: 5
field name: a
field size: 1
field type: B
includes key value pair: type.kvpair.clear
includes key value pair: type.kvpair.set

type.dpt.field.6.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 8-bit signed value
field index: 0
field size: 8
field type: V
includes digit: type.digit.s8

type.dpt.field.7.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: NUM
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.10.i0
type: DatapointTypeField
type: NamedIndividual
unit: UNITLESS
field index: 0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.11.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliM
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.12.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliA
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.13.i0
type: DatapointTypeField
type: NamedIndividual
unit: LUX
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.2.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.3.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 10.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.4.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 100.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.5.i0
type: DatapointTypeField
type: NamedIndividual
unit: SEC
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.6.i0
type: DatapointTypeField
type: NamedIndividual
unit: MIN
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.600.i0
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/K
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.7.i0
type: DatapointTypeField
type: NamedIndividual
unit: HR
field index: 0
field resolution: 1.0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.7.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 2-byte unsigned value
field index: 0
field size: 16
field type: U
includes digit: type.digit.u16

type.dpt.field.8.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: NUM
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.10.i0
type: DatapointTypeField
type: NamedIndividual
unit: PERCENT
field index: 0
field resolution: 0.01
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.11.i0
type: DatapointTypeField
type: NamedIndividual
unit: DEG
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.12.i0
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/M
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.2.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.3.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 10.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.4.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 100.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.5.i0
type: DatapointTypeField
type: NamedIndividual
unit: SEC
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.6.i0
type: DatapointTypeField
type: NamedIndividual
unit: MIN
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.7.i0
type: DatapointTypeField
type: NamedIndividual
unit: HR
field index: 0
field resolution: 1.0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.8.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 2-byte signed value
field index: 0
field size: 16
field type: V
includes digit: type.digit.s16

type.dpt.field.9.1.i0
type: DatapointTypeField
type: NamedIndividual
unit: DEG C
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg27300 670433

type.dpt.field.9.10.i0
type: DatapointTypeField
type: NamedIndividual
unit: SEC
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.11.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliSEC
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.2.i0
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/K
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.20.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliV
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.21.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliA
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.22.i0
type: DatapointTypeField
type: NamedIndividual
unit: W-PER-M2
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.23.i0
type: DatapointTypeField
type: NamedIndividual
unit: http://qudt.org/vocab/unit/K
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.24.i0
type: DatapointTypeField
type: NamedIndividual
unit: KiloW
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.25.i0
type: DatapointTypeField
type: NamedIndividual
unit: L-PER-HR
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.26.i0
type: DatapointTypeField
type: NamedIndividual
unit: MilliM
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.27.i0
type: DatapointTypeField
type: NamedIndividual
unit: DEG F
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 neg45960 670433

type.dpt.field.9.28.i0
type: DatapointTypeField
type: NamedIndividual
unit: KiloM-PER-HR
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.29.i0
type: DatapointTypeField
type: NamedIndividual
unit: GM-PER-M3
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.3.i0
type: DatapointTypeField
type: NamedIndividual
unit: K-PER-HR
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.30.i0
type: DatapointTypeField
type: NamedIndividual
unit: MicroGM-PER-M3
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.31.i0.fllr.VAL
type: DatapointTypeField
type: NamedIndividual
description: value
field index: 0
field name: VAL
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.33.i0.fr.VAL
type: DatapointTypeField
type: NamedIndividual
description: fill rate value
field index: 0
field name: VAL
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.4.i0
type: DatapointTypeField
type: NamedIndividual
unit: LUX
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.5.i0
type: DatapointTypeField
type: NamedIndividual
unit: M-PER-SEC
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.6.i0
type: DatapointTypeField
type: NamedIndividual
unit: PA
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.7.i0
type: DatapointTypeField
type: NamedIndividual
unit: PERCENT
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.8.i0
type: DatapointTypeField
type: NamedIndividual
unit: PPM
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16 0 670433

type.dpt.field.9.9.i0
type: DatapointTypeField
type: NamedIndividual
unit: M3-PER-HR
field index: 0
field resolution: 0.01
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.9.x.i0
type: DatapointTypeField
type: NamedIndividual
description: 2-byte float value
field index: 0
field size: 16
field type: F
includes digit: type.digit.f16

type.dpt.field.ddbc.om.i0.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier for the operation mode
field index: 0
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.ddbc.om.i1.AC
type: DatapointTypeField
type: NamedIndividual
description: abnormal condition
field index: 1
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.ddbc.om.i3.CQ
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity
field index: 3
field name: CQ
field size: 3
field type: U
includes key value pair: type.kvpair.cqElectricPowerL1
includes key value pair: type.kvpair.cqElectricPowerL2
includes key value pair: type.kvpair.cqElectricPowerL3
includes key value pair: type.kvpair.cqHeatFlowRate
includes key value pair: type.kvpair.cqHeatThermalPower
includes key value pair: type.kvpair.cqHydrogenFlowRate
includes key value pair: type.kvpair.cqNaturalGasFlowRate
includes key value pair: type.kvpair.cqOilFlowRate

type.dpt.field.ddbc.om.i4.OME
type: DatapointTypeField
type: NamedIndividual
description: list of operation mode elements
field index: 4
field name: OME
field type: D<n>
includes counter: type.dpt.field.ddbc.om.i2.OME CNT
includes datapoint field: type.dpt.field.ddbc.ome

type.dpt.field.ddbc.ome
type: DatapointTypeField
type: NamedIndividual
description: operation mode element
includes datapoint field: type.dpt.field.ddbc.ome.i0.SRR
includes datapoint field: type.dpt.field.ddbc.ome.i1.PR

type.dpt.field.ddbc.ome.i0.SRR
type: DatapointTypeField
type: NamedIndividual
description: supply rate range
field index: 0
field name: SRR
field size: 32
includes datapoint type: emPowerRange

type.dpt.field.ddbc.ome.i1.PR
type: DatapointTypeField
type: NamedIndividual
description: power range for related to the given supply rate
field index: 1
field name: PR
field size: 32
includes datapoint type: emPowerRange

type.dpt.field.ec.i0
type: DatapointTypeField
type: NamedIndividual
description: energy constraint
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.ec.i0.CQ
includes datapoint field: type.dpt.field.ec.i1.AVR
includes datapoint field: type.dpt.field.ec.i2.UNTIL
includes datapoint field: type.dpt.field.ec.i3.FROM
includes datapoint field: type.dpt.field.ec.i4.ID
includes datapoint field: type.dpt.field.ec.i5.Reserved

type.dpt.field.ec.i0.CQ
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity
field index: 0
field name: CQ
field size: 8
includes datapoint type: emCommodityQuantity

type.dpt.field.ec.i1.AVR
type: DatapointTypeField
type: NamedIndividual
description: power range the device will operate for the given time period
field index: 1
field name: AVR
field size: 32
includes datapoint type: emPowerRange

type.dpt.field.ec.i2.UNTIL
type: DatapointTypeField
type: NamedIndividual
description: timestamp when this constraint will be invalid
field index: 2
field name: UNTIL
field size: 64
includes datapoint type: dateTime

type.dpt.field.ec.i3.FROM
type: DatapointTypeField
type: NamedIndividual
description: timestamp when this constraint will be valid
field index: 3
field name: FROM
field size: 64
includes datapoint type: dateTime

type.dpt.field.ec.i4.ID
type: DatapointTypeField
type: NamedIndividual
description: id of the energy constraint
field index: 4
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.ec.i5.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 5
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.fltp.pe
type: DatapointTypeField
type: NamedIndividual
description: fill level target profile element
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.fltp.pe.i0.FLR
includes datapoint field: type.dpt.field.fltp.pe.i1.DUR

type.dpt.field.fltp.pe.i0.FLR
type: DatapointTypeField
type: NamedIndividual
description: the range of the fill level that will be reached in the given time
field index: 0
field name: FLR
field size: 16
includes datapoint type: emFillLevelRange

type.dpt.field.fltp.pe.i1.DUR
type: DatapointTypeField
type: NamedIndividual
description: duration in which fill level will reach a value in FLR
field index: 1
field name: DUR
field size: 16
includes datapoint type: dateTime

type.dpt.field.frbc.om
type: DatapointTypeField
type: NamedIndividual
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.frbc.om.i0.ID
includes datapoint field: type.dpt.field.frbc.om.i1.AC
includes datapoint field: type.dpt.field.frbc.om.i2.OME CNT
includes datapoint field: type.dpt.field.frbc.om.i3.CQ
includes datapoint field: type.dpt.field.frbc.om.i4.OME

type.dpt.field.frbc.om.i0.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of operation mode element
field index: 0
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.frbc.om.i1.AC
type: DatapointTypeField
type: NamedIndividual
description: abnormal condition
field index: 1
field name: AC
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.frbc.om.i3.CQ
type: DatapointTypeField
type: NamedIndividual
field index: 3
field name: CQ
field size: 3
field type: U
includes key value pair: type.kvpair.cqElectricPowerL1
includes key value pair: type.kvpair.cqElectricPowerL2
includes key value pair: type.kvpair.cqElectricPowerL3
includes key value pair: type.kvpair.cqHeatFlowRate
includes key value pair: type.kvpair.cqHeatThermalPower
includes key value pair: type.kvpair.cqHydrogenFlowRate
includes key value pair: type.kvpair.cqNaturalGasFlowRate
includes key value pair: type.kvpair.cqOilFlowRate

type.dpt.field.frbc.om.i4.OME
type: DatapointTypeField
type: NamedIndividual
description: list of operation mode elements
field index: 0
field name: OME
field type: D<n>
includes counter: type.dpt.field.frbc.om.i2.OME CNT
includes datapoint field: type.dpt.field.frbc.ome

type.dpt.field.frbc.ome
type: DatapointTypeField
type: NamedIndividual
description: operation mode element
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.frbc.ome.i0.PR
includes datapoint field: type.dpt.field.frbc.ome.i1.FR
includes datapoint field: type.dpt.field.frbc.ome.i2.FLR

type.dpt.field.frbc.ome.i0.PR
type: DatapointTypeField
type: NamedIndividual
description: power range
field index: 0
field name: PR
field size: 32
includes datapoint type: emPowerRange

type.dpt.field.frbc.ome.i1.FR
type: DatapointTypeField
type: NamedIndividual
description: filling rate
field index: 1
field name: FR
includes datapoint type: emFillingRate

type.dpt.field.frbc.ome.i2.FLR
type: DatapointTypeField
type: NamedIndividual
description: fill level range
field index: 2
field size: 16
includes datapoint type: emFillLevelRange

type.dpt.field.lb.lbe
type: DatapointTypeField
type: NamedIndividual
description: leakage behaviour element
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.lb.lbe.i0.LR
includes datapoint field: type.dpt.field.lb.lbe.i1.FLR

type.dpt.field.lb.lbe.i0.LR
type: DatapointTypeField
type: NamedIndividual
description: the leakage rate for the given FLR
field index: 0
field name: LR
field size: 16
includes datapoint type: emFillLevelLeakageRate

type.dpt.field.lb.lbe.i1.FLR
type: DatapointTypeField
type: NamedIndividual
description: the range of the fill level the leakage rate (LR) realtes to
field index: 0
field name: FLR
includes datapoint type: emFillLevelRange

type.dpt.field.ombc.om
type: DatapointTypeField
type: NamedIndividual
description: OMBC operation mode
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.ombc.om.i0.ID
includes datapoint field: type.dpt.field.ombc.om.i1.AC
includes datapoint field: type.dpt.field.ombc.om.i2.PR CNT
includes datapoint field: type.dpt.field.ombc.om.i3.CQ
includes datapoint field: type.dpt.field.ombc.om.i4.PR

type.dpt.field.ombc.om.i0.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the operation mode
field index: 0
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.ombc.om.i1.AC
type: DatapointTypeField
type: NamedIndividual
description: abnormal condition
field index: 1
field name: B
field size: 1
field type: B
includes key value pair: type.kvpair.AbnormalCondition
includes key value pair: type.kvpair.NoAbnormalCondition

type.dpt.field.ombc.om.i3.CQ
type: DatapointTypeField
type: NamedIndividual
description: commodity quantity
field index: 3
field name: CQ
field size: 8
field type: U
includes key value pair: type.kvpair.cqElectricPowerL1
includes key value pair: type.kvpair.cqElectricPowerL2
includes key value pair: type.kvpair.cqElectricPowerL3
includes key value pair: type.kvpair.cqHeatFlowRate
includes key value pair: type.kvpair.cqHeatThermalPower
includes key value pair: type.kvpair.cqHydrogenFlowRate
includes key value pair: type.kvpair.cqNaturalGasFlowRate
includes key value pair: type.kvpair.cqOilFlowRate

type.dpt.field.ombc.om.i4.PR
type: DatapointTypeField
type: NamedIndividual
description: list of power ranges
field index: 4
field name: PR
field type: D<n>
includes counter: type.dpt.field.ombc.om.i2.PR CNT
includes datapoint type: emPowerRange

type.dpt.field.pc.i0
type: DatapointTypeField
type: NamedIndividual
description: power constraint
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.pc.i0.ID
includes datapoint field: type.dpt.field.pc.i1.CT
includes datapoint field: type.dpt.field.pc.i2.START
includes datapoint field: type.dpt.field.pc.i3.LR CNT
includes datapoint field: type.dpt.field.pc.i4.LR

type.dpt.field.pc.i0.ID
type: DatapointTypeField
type: NamedIndividual
description: ID of the power constraint
field index: 0
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.pc.i1.CT
type: DatapointTypeField
type: NamedIndividual
description: consequence type of the power constraint
field index: 1
field name: CT
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.pc.i2.START
type: DatapointTypeField
type: NamedIndividual
description: timestamp when the constraints becomes valid
field index: 2
field name: START
field size: 64
includes datapoint type: dateTime

type.dpt.field.pc.i4.LR
type: DatapointTypeField
type: NamedIndividual
description: list of limit ranges
field index: 4
field name: LR
field type: D<n>
includes counter: type.dpt.field.pc.i3.LR CNT
includes datapoint type: emLimitRange

type.dpt.field.psc.i0
type: DatapointTypeField
type: NamedIndividual
description: Power sequence container
field index: 0
field type: D<n>
includes datapoint field: type.dpt.field.psc.i0.SC ID
includes datapoint field: type.dpt.field.psc.i1.SQ CNT
includes datapoint field: type.dpt.field.psc.i2.SQ SEL
includes datapoint field: type.dpt.field.psc.i4.SQ
includes reserved bit(s): type.dpt.field.psc.i3.Reserved

type.dpt.field.psc.i0.SC ID
type: DatapointTypeField
type: NamedIndividual
description: Identifier of power sequence container
field index: 0
field name: SC_ID
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.psc.i2.SQ SEL
type: DatapointTypeField
type: NamedIndividual
description: Selected power sequence container
field index: 2
field name: SQ_SEL
field size: 4
field type: U
includes digit: type.digit.u4

type.dpt.field.psc.i3.Reserved
type: DatapointTypeField
type: NamedIndividual
description: Reserved Bits
field index: 3
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.psc.i4.SQ
type: DatapointTypeField
type: NamedIndividual
description: List of power sequences
field index: 4
field name: SQ
field type: D<n>
includes counter: type.dpt.field.psc.i1.SQ CNT
includes datapoint type: emPowerSequence

type.dpt.field.td.i0
type: DatapointTypeField
type: NamedIndividual
description: timer declaration
includes datapoint field: type.dpt.field.td.i0.DUR
includes datapoint field: type.dpt.field.td.i1.ID
includes datapoint field: type.dpt.field.td.i2.Reserved

type.dpt.field.td.i0.DUR
type: DatapointTypeField
type: NamedIndividual
description: duration the timer is active when started
field index: 0
field name: DUR
field size: 16
includes datapoint type: timePeriodSec

type.dpt.field.td.i1.ID
type: DatapointTypeField
type: NamedIndividual
description: identifier of the timer, has to start with 1
field index: 1
field name: ID
field size: 4
field type: U
includes digit: type.digit.u4 1 15

type.dpt.field.td.i2.Reserved
type: DatapointTypeField
type: NamedIndividual
description: reserved bits
field index: 2
field name: RESERVED
field size: 4
field type: r
includes reserved bit(s): type.bit.reserved

type.dpt.field.uf.i0
type: DatapointTypeField
type: NamedIndividual
description: usage forecast element
includes datapoint field: type.dpt.field.uf.i0.FC VAL
includes datapoint field: type.dpt.field.uf.i1.DUR

type.dpt.field.uf.i0.FC VAL
type: DatapointTypeField
type: NamedIndividual
description: forecast value
field index: 0
field name: FC_VAL
includes datapoint type: emForecastValue

type.dpt.field.uf.i1.DUR
type: DatapointTypeField
type: NamedIndividual
description: duration
field index: 1
field name: DUR
field size: 16
includes datapoint type: timePeriodSec

type.dpt.pe.i0
type: DatapointTypeField
type: NamedIndividual
description: power envelop element
field index: 0
field type: D<n>
includes datapoint field: type.dpt.pe.i0.LR
includes datapoint field: type.dpt.pe.i1.DUR

type.dpt.pe.i0.LR
type: DatapointTypeField
type: NamedIndividual
description: limit range defining upper and lower power values
field index: 0
field name: LR
field size: 32
includes datapoint type: emPowerRange

type.dpt.pe.i1.DUR
type: DatapointTypeField
type: NamedIndividual
description: duration that gives the seconds that this limit range stays valid
field index: 1
field name: DUR
field size: 16
includes datapoint type: timePeriodSec

Off = 0
type: NamedIndividual
is applicable datapoint enum of: off
value API: off
value KNX: 0

On = 1
type: NamedIndividual
is applicable datapoint enum of: on
value API: on
value KNX: 1

Stop = 0
type: NamedIndividual
value API: stop
value KNX: 0

Start = 1
type: NamedIndividual
value API: start
value KNX: 1

cooling = 0
type: NamedIndividual
value API: cooling
value KNX: 0

heating = 1
type: NamedIndividual
value API: heating
value KNX: 1

Not inverted = 0
type: NamedIndividual
value API: notInverted
value KNX: 0

Inverted = 1
type: NamedIndividual
value API: inverted
value KNX: 1

Consumer = 0
type: NamedIndividual
value API: consumer
value KNX: 0

Producer = 1
type: NamedIndividual
value API: producer
value KNX: 1

Positive = 0
type: NamedIndividual
value API: positive
value KNX: 0

Negative = 1
type: NamedIndividual
value API: negative
value KNX: 1

Start/stop = 0
type: NamedIndividual
value API: startstop
value KNX: 0

Cyclically = 1
type: NamedIndividual
value API: cyclically
value KNX: 1

Fixed = 0
type: NamedIndividual
value API: fixed
value KNX: 0

Calculated = 1
type: NamedIndividual
value API: calculated
value KNX: 1

no action (dummy) = 0
type: NamedIndividual
value API: noAction(dummy)
value KNX: 0

reset command (trigger) = 1
type: NamedIndividual
value API: resetCommand(trigger)
value KNX: 1

no action (dummy) = 0
type: NamedIndividual
value API: noAction(dummy)
value KNX: 0

acknowledge command (trigger), e.g. for alarming = 1
type: NamedIndividual
value API: acknowledgeCommand
value KNX: 1

trigger (0) = 0
type: NamedIndividual
value API: trigger(0)
value KNX: 0

trigger (1) = 1
type: NamedIndividual
value API: trigger(1)
value KNX: 1

not occupied = 0
type: NamedIndividual
value API: notOccupied
value KNX: 0

occupied = 1
type: NamedIndividual
value API: occupied
value KNX: 1

closed = 0
type: NamedIndividual
value API: closed
value KNX: 0

open = 1
type: NamedIndividual
value API: open
value KNX: 1

logical function OR = 0
type: NamedIndividual
value API: logicalFunctionOR
value KNX: 0

logical function AND = 1
type: NamedIndividual
value API: logicalFunctionAND
value KNX: 1

scene A = 0
type: NamedIndividual
value API: sceneA
value KNX: 0

scene B = 1
type: NamedIndividual
value API: sceneB
value KNX: 1

only move Up/Down mode (shutter) = 0
type: NamedIndividual
value API: onlyMoveUpDownMode(shutter)
value KNX: 0

move Up/Down + StepStop mode (blind) = 1
type: NamedIndividual
value API: moveUpDown+StepStopMode(blind)
value KNX: 1

Day = 0
type: NamedIndividual
value API: day
value KNX: 0

Night = 1
type: NamedIndividual
value API: night
value KNX: 1

Disable = 0
type: NamedIndividual
is applicable datapoint enum of: disabled
value API: disable
value KNX: 0

Enable = 1
type: NamedIndividual
is applicable datapoint enum of: enabled
value API: enable
value KNX: 1

No ramp = 0
type: NamedIndividual
value API: noRamp
value KNX: 0

Ramp = 1
type: NamedIndividual
value API: ramp
value KNX: 1

No alarm = 0
type: NamedIndividual
value API: noAlarm
value KNX: 0

Alarm = 1
type: NamedIndividual
value API: alarm
value KNX: 1

Low = 0
type: NamedIndividual
value API: low
value KNX: 0

High = 1
type: NamedIndividual
value API: high
value KNX: 1

Up = 0
type: NamedIndividual
is applicable datapoint enum of: upwards
value API: up
value KNX: 0

Down = 1
type: NamedIndividual
is applicable datapoint enum of: downwards
value API: down
value KNX: 1

Open = 0
type: NamedIndividual
is applicable datapoint enum of: opened
value API: open
value KNX: 0

Close = 1
type: NamedIndividual
is applicable datapoint enum of: closed
value API: close
value KNX: 1

no day = 0
type: NamedIndividual
value API: noDay
value KNX: 0

Monday = 1
type: NamedIndividual
value API: monday
value KNX: 1

Tuesday = 2
type: NamedIndividual
value API: tuesday
value KNX: 2

Wednesday = 3
type: NamedIndividual
value API: wednesday
value KNX: 3

Thursday = 4
type: NamedIndividual
value API: thursday
value KNX: 4

Friday = 5
type: NamedIndividual
value API: friday
value KNX: 5

Saturday = 6
type: NamedIndividual
value API: saturday
value KNX: 6

Sunday = 7
type: NamedIndividual
value API: sunday
value KNX: 7

left to right = 0
type: NamedIndividual
value API: leftToRight
value KNX: 0

right to left = 1
type: NamedIndividual
value API: rightToLeft
value KNX: 1

not accepted = 0
type: NamedIndividual
value API: notAccepted
value KNX: 0

accepted = 1
type: NamedIndividual
value API: accepted
value KNX: 1

no error = 0
type: NamedIndividual
value API: noError
value KNX: 0

reading of access information code was not successful = 1
type: NamedIndividual
value API: readingOfAccessInformationCodeWasNo
value KNX: 1

activate the scene corresponding to the field Scene Number = 0
type: NamedIndividual
value API: activateTheSceneCorrespondingToTheF
value KNX: 0

learn the scene corresponding to the field Scene Number = 1
type: NamedIndividual
value API: learnTheSceneCorrespondingToTheFiel
value KNX: 1

unreliable synchronisation source (mains, local quartz) = 0
type: NamedIndividual
value API: unreliableSynchronisationSource(mai
value KNX: 0

reliable synchronisation source (radio, Internet) = 1
type: NamedIndividual
value API: reliableSynchronisationSource(radio
value KNX: 1

Normal (no fault) = 0
type: NamedIndividual
value API: normal(noFault)
value KNX: 0

Fault = 1
type: NamedIndividual
value API: fault
value KNX: 1

clock without ext. sync signal = 0
type: NamedIndividual
value API: clockWithoutExt.SyncSignal
value KNX: 0

clock with ext. sync signal = 1
type: NamedIndividual
value API: clockWithExt.SyncSignal
value KNX: 1

Time = UT+X = 0
type: NamedIndividual
value API: time=UT+X
value KNX: 0

Time = UT+X+1 = 1
type: NamedIndividual
value API: time=UT+X+1
value KNX: 1

Hour of day, Minutes and Seconds field valid = 0
type: NamedIndividual
value API: hourOfDay,MinutesAndSecondsFieldVal
value KNX: 0

Hour of day, Minutes and Seconds field not valid = 1
type: NamedIndividual
value API: hourOfDay,MinutesAndSecondsFieldNot
value KNX: 1

Day of week field valid = 0
type: NamedIndividual
value API: dayOfWeekFieldValid
value KNX: 0

Day of week field not valid = 1
type: NamedIndividual
value API: dayOfWeekFieldNotValid
value KNX: 1

Month and Day of Month fields valid = 0
type: NamedIndividual
value API: monthAndDayOfMonthFieldsValid
value KNX: 0

Month and Day of Month field not valid = 1
type: NamedIndividual
value API: monthAndDayOfMonthFieldNotValid
value KNX: 1

Year field valid = 0
type: NamedIndividual
value API: yearFieldValid
value KNX: 0

Year field not valid = 1
type: NamedIndividual
value API: yearFieldNotValid
value KNX: 1

WD field valid = 0
type: NamedIndividual
value API: wDFieldValid
value KNX: 0

WD field not valid = 1
type: NamedIndividual
value API: wDFieldNotValid
value KNX: 1

Bank Holiday (No working day) = 0
type: NamedIndividual
value API: bankHoliday(NoWorkingDay)
value KNX: 0

Working day = 1
type: NamedIndividual
value API: workingDay
value KNX: 1

autonomous = 0
type: NamedIndividual
value API: autonomous
value KNX: 0

slave = 1
type: NamedIndividual
value API: slave
value KNX: 1

master = 2
type: NamedIndividual
value API: master
value KNX: 2

auto = 0
type: NamedIndividual
value API: auto
value KNX: 0

oil = 1
type: NamedIndividual
value API: oil
value KNX: 1

gas = 2
type: NamedIndividual
value API: gas
value KNX: 2

solid state fuel = 3
type: NamedIndividual
value API: solidStateFuel
value KNX: 3

Data Link Layer = 0
type: NamedIndividual
value API: dataLinkLayer
value KNX: 0

Data Link Layer Busmonitor = 1
type: NamedIndividual
value API: dataLinkLayerBusmonitor
value KNX: 1

Data Link Layer Raw Frames = 2
type: NamedIndividual
value API: dataLinkLayerRawFrames
value KNX: 2

No Layer = 255
type: NamedIndividual
value API: noLayer
value KNX: 255

cEMI Transport Layer = 6
type: NamedIndividual
value API: cEMITransportLayer
value KNX: 6

PL medium Domain Address = 1
type: NamedIndividual
value API: pLMediumDomainAddress
value KNX: 1

RF Control Octet and Serial Number or DoA = 2
type: NamedIndividual
value API: rFControlOctetAndSerialNumberOrDoA
value KNX: 2

Busmonitor Error Flags = 3
type: NamedIndividual
value API: busmonitorErrorFlags
value KNX: 3

Relative timestamp = 4
type: NamedIndividual
value API: relativeTimestamp
value KNX: 4

Time delay = 5
type: NamedIndividual
value API: timeDelay
value KNX: 5

Extended Relative Timestamp = 6
type: NamedIndividual
value API: extendedRelativeTimestamp
value KNX: 6

BiBat information = 7
type: NamedIndividual
value API: biBatInformation
value KNX: 7

asynchronous = 0
type: NamedIndividual
value API: asynchronous
value KNX: 0

asynchronous + BiBat Master = 1
type: NamedIndividual
value API: asynchronous+BiBatMaster
value KNX: 1

asynchronous + BiBat Slave = 2
type: NamedIndividual
value API: asynchronous+BiBatSlave
value KNX: 2

no filtering, all supported received frames shall be passed to the cEMI client using L_Data.ind = 0
type: NamedIndividual
value API: noFiltering,AllSupportedReceivedFra
value KNX: 0

filtering by Domain Address = 1
type: NamedIndividual
value API: filteringByDomainAddress
value KNX: 1

filtering by KNX Serial Number table = 2
type: NamedIndividual
value API: filteringByKNXSerialNumberTable
value KNX: 2

filtering by Domain Address and by Serial number table = 3
type: NamedIndividual
value API: filteringByDomainAddressAndBySerial
value KNX: 3

1 stage = 1
type: NamedIndividual
value API: 1Stage
value KNX: 1

2 stage = 2
type: NamedIndividual
value API: 2Stage
value KNX: 2

modulating = 3
type: NamedIndividual
value API: modulating
value KNX: 3

Auto = 0
type: NamedIndividual
is applicable datapoint enum of: hvacModeAuto
value API: auto
value KNX: 0

Comfort = 1
type: NamedIndividual
is applicable datapoint enum of: hvacModeComfort
value API: comfort
value KNX: 1

Standby = 2
type: NamedIndividual
is applicable datapoint enum of: hvacModeStandby
value API: standby
value KNX: 2

Economy = 3
type: NamedIndividual
is applicable datapoint enum of: hvacModeEconomy
value API: economy
value KNX: 3

Building Protection = 4
type: NamedIndividual
is applicable datapoint enum of: hvacModeProtection
value API: buildingProtection
value KNX: 4

Auto = 0
type: NamedIndividual
value API: auto
value KNX: 0

LegioProtect = 1
type: NamedIndividual
value API: legioProtect
value KNX: 1

Normal = 2
type: NamedIndividual
value API: normal
value KNX: 2

Reduced = 3
type: NamedIndividual
value API: reduced
value KNX: 3

Off/FrostProtect = 4
type: NamedIndividual
value API: offFrostProtect
value KNX: 4

None = 0
type: NamedIndividual
value API: none
value KNX: 0

Shift load priority = 1
type: NamedIndividual
value API: shiftLoadPriority
value KNX: 1

Absolut load priority = 2
type: NamedIndividual
value API: absolutLoadPriority
value KNX: 2

Auto = 0
type: NamedIndividual
value API: auto
value KNX: 0

Heat = 1
type: NamedIndividual
value API: heat
value KNX: 1

Free Cool = 10
type: NamedIndividual
value API: freeCool
value KNX: 10

Ice = 11
type: NamedIndividual
value API: ice
value KNX: 11

Maximum Heating Mode = 12
type: NamedIndividual
value API: maximumHeatingMode
value KNX: 12

Economic Heat/Cool Mode = 13
type: NamedIndividual
value API: economicHeatCoolMode
value KNX: 13

Dehumidification = 14
type: NamedIndividual
value API: dehumidification
value KNX: 14

Calibration Mode = 15
type: NamedIndividual
value API: calibrationMode
value KNX: 15

Emergency Cool Mode = 16
type: NamedIndividual
value API: emergencyCoolMode
value KNX: 16

Emergency Steam Mode = 17
type: NamedIndividual
value API: emergencySteamMode
value KNX: 17

Morning Warmup = 2
type: NamedIndividual
value API: morningWarmup
value KNX: 2

NoDem = 20
type: NamedIndividual
value API: noDem
value KNX: 20

Cool = 3
type: NamedIndividual
value API: cool
value KNX: 3

Night Purge = 4
type: NamedIndividual
value API: nightPurge
value KNX: 4

Precool = 5
type: NamedIndividual
value API: precool
value KNX: 5

Off = 6
type: NamedIndividual
value API: off
value KNX: 6

Test = 7
type: NamedIndividual
value API: test
value KNX: 7

Emergency Heat = 8
type: NamedIndividual
value API: emergencyHeat
value KNX: 8

Fan only = 9
type: NamedIndividual
value API: fanOnly
value KNX: 9

Normal = 0
type: NamedIndividual
value API: normal
value KNX: 0

EmergPressure = 1
type: NamedIndividual
value API: emergPressure
value KNX: 1

EmergDepressure = 2
type: NamedIndividual
value API: emergDepressure
value KNX: 2

EmergPurge = 3
type: NamedIndividual
value API: emergPurge
value KNX: 3

EmergShutdown = 4
type: NamedIndividual
value API: emergShutdown
value KNX: 4

EmergFire = 5
type: NamedIndividual
value API: emergFire
value KNX: 5

Auto = 0
type: NamedIndividual
value API: auto
value KNX: 0

CoolingOnly = 1
type: NamedIndividual
value API: coolingOnly
value KNX: 1

HeatingOnly = 2
type: NamedIndividual
value API: heatingOnly
value KNX: 2

Heat stage A for normal heating = 1
type: NamedIndividual
value API: heatStageAForNormalHeating
value KNX: 1

Heat stage B for heating with two stages (A + B) = 2
type: NamedIndividual
value API: heatStageBForHeatingWithTwoStages(A
value KNX: 2

Cool stage A for normal cooling = 3
type: NamedIndividual
value API: coolStageAForNormalCooling
value KNX: 3

Cool stage B for cooling with two stages (A + B) = 4
type: NamedIndividual
value API: coolStageBForCoolingWithTwoStages(A
value KNX: 4

Heat/Cool for changeover applications = 5
type: NamedIndividual
value API: heatCoolForChangeoverApplications
value KNX: 5

Fresh air, e.g. for fancoils = 1
type: NamedIndividual
value API: freshAir,E.g.ForFancoils
value KNX: 1

Supply air, e.g. for VAV = 2
type: NamedIndividual
value API: supplyAir,E.g.ForVAV
value KNX: 2

Discharge air, e.g. for VAV = 3
type: NamedIndividual
value API: dischargeAir,E.g.ForVAV
value KNX: 3

Extract air, e.g. for VAV = 4
type: NamedIndividual
value API: extractAir,E.g.ForVAV
value KNX: 4

no fault = 0
type: NamedIndividual
value API: noFault
value KNX: 0

general device fault (e.g. RAM, EEPROM, UI, watchdog, ...) = 1
type: NamedIndividual
value API: generalDeviceFault(e.g.RAM,EEPROM,U
value KNX: 1

watchdog reset detected = 10
type: NamedIndividual
value API: watchdogResetDetected
value KNX: 10

invalid opcode detected = 11
type: NamedIndividual
value API: invalidOpcodeDetected
value KNX: 11

general protection fault = 12
type: NamedIndividual
value API: generalProtectionFault
value KNX: 12

maximal table length exceeded = 13
type: NamedIndividual
value API: maximalTableLengthExceeded
value KNX: 13

undefined load command received = 14
type: NamedIndividual
value API: undefinedLoadCommandReceived
value KNX: 14

Group Address Table is not sorted = 15
type: NamedIndividual
value API: groupAddressTableIsNotSorted
value KNX: 15

invalid connection number (TSAP) = 16
type: NamedIndividual
value API: invalidConnectionNumber(TSAP)
value KNX: 16

invalid Group Object number (ASAP) = 17
type: NamedIndividual
value API: invalidGroupObjectNumber(ASAP)
value KNX: 17

Group Object Type exceeds (PID_MAX_APDU_LENGTH - 2) = 18
type: NamedIndividual
value API: groupObjectTypeExceeds(PID_MAX_APDU
value KNX: 18

communication fault = 2
type: NamedIndividual
value API: communicationFault
value KNX: 2

configuration fault = 3
type: NamedIndividual
value API: configurationFault
value KNX: 3

hardware fault = 4
type: NamedIndividual
value API: hardwareFault
value KNX: 4

software fault = 5
type: NamedIndividual
value API: softwareFault
value KNX: 5

insufficient non volatile memory = 6
type: NamedIndividual
value API: insufficientNonVolatileMemory
value KNX: 6

insufficient volatile memory = 7
type: NamedIndividual
value API: insufficientVolatileMemory
value KNX: 7

memory allocation command with size 0 received = 8
type: NamedIndividual
value API: memoryAllocationCommandWithSize0Rec
value KNX: 8

CRC-error = 9
type: NamedIndividual
value API: cRC-error
value KNX: 9

Heat Stage A On/Off = 1
type: NamedIndividual
value API: heatStageAOnOff
value KNX: 1

Heat Stage A Proportional = 2
type: NamedIndividual
value API: heatStageAProportional
value KNX: 2

Heat Stage B Proportional = 3
type: NamedIndividual
value API: heatStageBProportional
value KNX: 3

not running = 0
type: NamedIndividual
value API: notRunning
value KNX: 0

permanently running = 1
type: NamedIndividual
value API: permanentlyRunning
value KNX: 1

running in intervals = 2
type: NamedIndividual
value API: runningInIntervals
value KNX: 2

autonomous = 0
type: NamedIndividual
value API: autonomous
value KNX: 0

master = 1
type: NamedIndividual
value API: master
value KNX: 1

slave = 2
type: NamedIndividual
value API: slave
value KNX: 2

normal setpoint = 0
type: NamedIndividual
value API: normalSetpoint
value KNX: 0

alternative setpoint = 1
type: NamedIndividual
value API: alternativeSetpoint
value KNX: 1

building protection setpoint = 2
type: NamedIndividual
value API: buildingProtectionSetpoint
value KNX: 2

Other device type = 0
type: NamedIndividual
value API: otherDeviceType
value KNX: 0

Oil meter = 1
type: NamedIndividual
value API: oilMeter
value KNX: 1

Cooling load meter (outlet) = 10
type: NamedIndividual
value API: coolingLoadMeter(outlet)
value KNX: 10

Cooling load meter (inlet) = 11
type: NamedIndividual
value API: coolingLoadMeter(inlet)
value KNX: 11

Heat (inlet) = 12
type: NamedIndividual
value API: heat(inlet)
value KNX: 12

Heat and cool = 13
type: NamedIndividual
value API: heatAndCool
value KNX: 13

Electricity meter = 2
type: NamedIndividual
value API: electricityMeter
value KNX: 2

void device type = 255
type: NamedIndividual
value API: voidDeviceType
value KNX: 255

Gas device = 3
type: NamedIndividual
value API: gasDevice
value KNX: 3

breaker (electricity) = 32
type: NamedIndividual
value API: breaker(electricity)
value KNX: 32

valve (gas or water) = 33
type: NamedIndividual
value API: valve(gasOrWater)
value KNX: 33

Heat meter = 4
type: NamedIndividual
value API: heatMeter
value KNX: 4

waste water meter = 40
type: NamedIndividual
value API: wasteWaterMeter
value KNX: 40

garbage = 41
type: NamedIndividual
value API: garbage
value KNX: 41

Steam meter = 5
type: NamedIndividual
value API: steamMeter
value KNX: 5

Warm water meter = 6
type: NamedIndividual
value API: warmWaterMeter
value KNX: 6

Water meter = 7
type: NamedIndividual
value API: waterMeter
value KNX: 7

Heat cost allocator = 8
type: NamedIndividual
value API: heatCostAllocator
value KNX: 8

inactive = 0
type: NamedIndividual
value API: inactive
value KNX: 0

humidification = 1
type: NamedIndividual
value API: humidification
value KNX: 1

dehumidification = 2
type: NamedIndividual
value API: dehumidification
value KNX: 2

disabled = 0
type: NamedIndividual
value API: disabled
value KNX: 0

enable stage A = 1
type: NamedIndividual
value API: enableStageA
value KNX: 1

enable stage B = 2
type: NamedIndividual
value API: enableStageB
value KNX: 2

enable both stages = 3
type: NamedIndividual
value API: enableBothStages
value KNX: 3

no fault = 0
type: NamedIndividual
value API: noFault
value KNX: 0

sensor fault = 1
type: NamedIndividual
value API: sensorFault
value KNX: 1

process fault / controller fault = 2
type: NamedIndividual
value API: processFaultControllerFault
value KNX: 2

actuator fault = 3
type: NamedIndividual
value API: actuatorFault
value KNX: 3

other fault = 4
type: NamedIndividual
value API: otherFault
value KNX: 4

Air Damper = 1
type: NamedIndividual
value API: airDamper
value KNX: 1

VAV = 2
type: NamedIndividual
value API: vAV
value KNX: 2

Breaker/Valve is closed = 0
type: NamedIndividual
value API: breakerValveIsClosed
value KNX: 0

Breaker/Valve is open = 1
type: NamedIndividual
value API: breakerValveIsOpen
value KNX: 1

Breaker/Valve is released = 2
type: NamedIndividual
value API: breakerValveIsReleased
value KNX: 2

invalid = 255
type: NamedIndividual
value API: invalid
value KNX: 255

unknown = 0
type: NamedIndividual
value API: unknown
value KNX: 0

temperature converted = 1
type: NamedIndividual
value API: temperatureConverted
value KNX: 1

at base condition = 2
type: NamedIndividual
value API: atBaseCondition
value KNX: 2

at measurement condition = 3
type: NamedIndividual
value API: atMeasurementCondition
value KNX: 3

closed = 0
type: NamedIndividual
value API: closed
value KNX: 0

open on overload = 1
type: NamedIndividual
value API: openOnOverload
value KNX: 1

open on overvoltage = 2
type: NamedIndividual
value API: openOnOvervoltage
value KNX: 2

open on load shedding = 3
type: NamedIndividual
value API: openOnLoadShedding
value KNX: 3

open on PLC or Euridis command = 4
type: NamedIndividual
value API: openOnPLCOrEuridisCommand
value KNX: 4

open on overheat with a current value over the maximum switching current value = 5
type: NamedIndividual
value API: openOnOverheatWithACurrentValueOver
value KNX: 5

open on overheat with a current value under the maximum switching current value = 6
type: NamedIndividual
value API: openOnOverheatWithACurrentValueUnde
value KNX: 6

deactivated = 0
type: NamedIndividual
value API: deactivated
value KNX: 0

activated without security = 1
type: NamedIndividual
value API: activatedWithoutSecurity
value KNX: 1

activated with security = 2
type: NamedIndividual
value API: activatedWithSecurity
value KNX: 2

New / Unlock (S-SFK) - Not Associated (G3-PLC) = 0
type: NamedIndividual
value API: newUnlock(S-SFK)-NotAssociated(G3-P
value KNX: 0

New / Lock (S-FSK) - Associated (G3-PLC) = 1
type: NamedIndividual
value API: newLock(S-FSK)-Associated(G3-PLC)
value KNX: 1

Registered (S-FSK) - reserved (G3-PLC) = 2
type: NamedIndividual
value API: registered(S-FSK)-Reserved(G3-PLC)
value KNX: 2

no notice in progress = 0
type: NamedIndividual
value API: noNoticeInProgress
value KNX: 0

notice PE1 in progress = 1
type: NamedIndividual
value API: noticePE1InProgress
value KNX: 1

notice PE2 in progress = 2
type: NamedIndividual
value API: noticePE2InProgress
value KNX: 2

notice PE3 in progress = 3
type: NamedIndividual
value API: noticePE3InProgress
value KNX: 3

no peak event = 0
type: NamedIndividual
value API: noPeakEvent
value KNX: 0

PE1 in progress = 1
type: NamedIndividual
value API: pE1InProgress
value KNX: 1

PE2 in progress = 2
type: NamedIndividual
value API: pE2InProgress
value KNX: 2

PE3 in progress = 3
type: NamedIndividual
value API: pE3InProgress
value KNX: 3

Historical = 0
type: NamedIndividual
value API: historical
value KNX: 0

Standard = 1
type: NamedIndividual
value API: standard
value KNX: 1

None = 0
type: NamedIndividual
value API: none
value KNX: 0

Historical single-phase = 1
type: NamedIndividual
value API: historicalSingle-phase
value KNX: 1

Historical three-phase = 2
type: NamedIndividual
value API: historicalThree-phase
value KNX: 2

Standard single-phase = 3
type: NamedIndividual
value API: standardSingle-phase
value KNX: 3

Standard three-phase = 4
type: NamedIndividual
value API: standardThree-phase
value KNX: 4

Backup Value = 0
type: NamedIndividual
value API: backupValue
value KNX: 0

Keep Last State = 1
type: NamedIndividual
value API: keepLastState
value KNX: 1

Position unchanged = 0
type: NamedIndividual
value API: positionUnchanged
value KNX: 0

Single close = 1
type: NamedIndividual
value API: singleClose
value KNX: 1

Single open = 2
type: NamedIndividual
value API: singleOpen
value KNX: 2

not active = 0
type: NamedIndividual
value API: notActive
value KNX: 0

1 s = 1
type: NamedIndividual
value API: 1S
value KNX: 1

1 min = 10
type: NamedIndividual
value API: 1Min
value KNX: 10

1,25 min = 11
type: NamedIndividual
value API: 1,25Min
value KNX: 11

1,5 min = 12
type: NamedIndividual
value API: 1,5Min
value KNX: 12

2 min = 13
type: NamedIndividual
value API: 2Min
value KNX: 13

2,5 min = 14
type: NamedIndividual
value API: 2,5Min
value KNX: 14

3 min = 15
type: NamedIndividual
value API: 3Min
value KNX: 15

5 min = 16
type: NamedIndividual
value API: 5Min
value KNX: 16

15 min = 17
type: NamedIndividual
value API: 15Min
value KNX: 17

20 min = 18
type: NamedIndividual
value API: 20Min
value KNX: 18

30 min = 19
type: NamedIndividual
value API: 30Min
value KNX: 19

2 s = 2
type: NamedIndividual
value API: 2S
value KNX: 2

1 h = 20
type: NamedIndividual
value API: 1H
value KNX: 20

2 h = 21
type: NamedIndividual
value API: 2H
value KNX: 21

3 h = 22
type: NamedIndividual
value API: 3H
value KNX: 22

5 h = 23
type: NamedIndividual
value API: 5H
value KNX: 23

12 h = 24
type: NamedIndividual
value API: 12H
value KNX: 24

24 h = 25
type: NamedIndividual
value API: 24H
value KNX: 25

3 s = 3
type: NamedIndividual
value API: 3S
value KNX: 3

5 s = 4
type: NamedIndividual
value API: 5S
value KNX: 4

10 s = 5
type: NamedIndividual
value API: 10S
value KNX: 5

15 s = 6
type: NamedIndividual
value API: 15S
value KNX: 6

20 s = 7
type: NamedIndividual
value API: 20S
value KNX: 7

30 s = 8
type: NamedIndividual
value API: 30S
value KNX: 8

45 s = 9
type: NamedIndividual
value API: 45S
value KNX: 9

calm (no wind) = 0
type: NamedIndividual
value API: calm(noWind)
value KNX: 0

light air = 1
type: NamedIndividual
value API: lightAir
value KNX: 1

whole gale / storm = 10
type: NamedIndividual
value API: wholeGaleStorm
value KNX: 10

violent storm = 11
type: NamedIndividual
value API: violentStorm
value KNX: 11

hurricane = 12
type: NamedIndividual
value API: hurricane
value KNX: 12

light breeze = 2
type: NamedIndividual
value API: lightBreeze
value KNX: 2

gentle brezze = 3
type: NamedIndividual
value API: gentleBrezze
value KNX: 3

moderate breeze = 4
type: NamedIndividual
value API: moderateBreeze
value KNX: 4

fresh breeze = 5
type: NamedIndividual
value API: freshBreeze
value KNX: 5

strong breeze = 6
type: NamedIndividual
value API: strongBreeze
value KNX: 6

near gale / moderate gale = 7
type: NamedIndividual
value API: nearGaleModerateGale
value KNX: 7

fresh gale = 8
type: NamedIndividual
value API: freshGale
value KNX: 8

strong gale = 9
type: NamedIndividual
value API: strongGale
value KNX: 9

inactive = 0
type: NamedIndividual
value API: inactive
value KNX: 0

digital input not inverted = 1
type: NamedIndividual
value API: digitalInputNotInverted
value KNX: 1

digital input inverted = 2
type: NamedIndividual
value API: digitalInputInverted
value KNX: 2

analog input -> 0% to 100% = 3
type: NamedIndividual
value API: analogInput->0%To100%
value KNX: 3

temperature sensor input = 4
type: NamedIndividual
value API: temperatureSensorInput
value KNX: 4

Building in use = 0
type: NamedIndividual
value API: buildingInUse
value KNX: 0

Building not used = 1
type: NamedIndividual
value API: buildingNotUsed
value KNX: 1

Building protection = 2
type: NamedIndividual
value API: buildingProtection
value KNX: 2

SensorConnection = 1
type: NamedIndividual
value API: sensorConnection
value KNX: 1

ControllerConnection = 2
type: NamedIndividual
value API: controllerConnection
value KNX: 2

Cloudless = 0
type: NamedIndividual
value API: cloudless
value KNX: 0

Sunny = 1
type: NamedIndividual
value API: sunny
value KNX: 1

Sunshiny = 2
type: NamedIndividual
value API: sunshiny
value KNX: 2

Lightly cloudy = 3
type: NamedIndividual
value API: lightlyCloudy
value KNX: 3

Scattered clouds = 4
type: NamedIndividual
value API: scatteredClouds
value KNX: 4

Cloudy = 5
type: NamedIndividual
value API: cloudy
value KNX: 5

Very cloudy = 6
type: NamedIndividual
value API: veryCloudy
value KNX: 6

Nearly overcast = 7
type: NamedIndividual
value API: nearlyOvercast
value KNX: 7

Overcast = 8
type: NamedIndividual
value API: overcast
value KNX: 8

Sky obstructed from view = 9
type: NamedIndividual
value API: skyObstructedFromView
value KNX: 9

do not send = 0
type: NamedIndividual
value API: doNotSend
value KNX: 0

send always = 1
type: NamedIndividual
value API: sendAlways
value KNX: 1

send if value changed during powerdown = 2
type: NamedIndividual
value API: sendIfValueChangedDuringPowerdown
value KNX: 2

occupied = 0
type: NamedIndividual
value API: occupied
value KNX: 0

standby = 1
type: NamedIndividual
value API: standby
value KNX: 1

not occupied = 2
type: NamedIndividual
value API: notOccupied
value KNX: 2

High = 0
type: NamedIndividual
value API: high
value KNX: 0

Medium = 1
type: NamedIndividual
value API: medium
value KNX: 1

Low = 2
type: NamedIndividual
value API: low
value KNX: 2

'void' = 3
type: NamedIndividual
value API: void
value KNX: 3

normal = 0
type: NamedIndividual
value API: normal
value KNX: 0

presence simulation = 1
type: NamedIndividual
value API: presenceSimulation
value KNX: 1

night round = 2
type: NamedIndividual
value API: nightRound
value KNX: 2

no fault = 0
type: NamedIndividual
value API: noFault
value KNX: 0

system and functions of common interest = 1
type: NamedIndividual
value API: systemAndFunctionsOfCommonInterest
value KNX: 1

HVAC general FBs = 10
type: NamedIndividual
value API: hVACGeneralFBs
value KNX: 10

HVAC Hot Water Heating = 11
type: NamedIndividual
value API: hVACHotWaterHeating
value KNX: 11

HVAC Direct Electrical Heating = 12
type: NamedIndividual
value API: hVACDirectElectricalHeating
value KNX: 12

HVAC Terminal Units = 13
type: NamedIndividual
value API: hVACTerminalUnits
value KNX: 13

HVAC VAC = 14
type: NamedIndividual
value API: hVACVAC
value KNX: 14

Lighting = 20
type: NamedIndividual
value API: lighting
value KNX: 20

Security = 30
type: NamedIndividual
value API: security
value KNX: 30

Load Management = 40
type: NamedIndividual
value API: loadManagement
value KNX: 40

Shutters and blinds = 50
type: NamedIndividual
value API: shuttersAndBlinds
value KNX: 50

off = 0
type: NamedIndividual
value API: off
value KNX: 0

on = 1
type: NamedIndividual
value API: on
value KNX: 1

no change = 2
type: NamedIndividual
value API: noChange
value KNX: 2

value according additional parameter = 3
type: NamedIndividual
value API: valueAccordingAdditionalParameter
value KNX: 3

memory function value = 4
type: NamedIndividual
value API: memoryFunctionValue
value KNX: 4

updated value = 5
type: NamedIndividual
value API: updatedValue
value KNX: 5

value before locking = 6
type: NamedIndividual
value API: valueBeforeLocking
value KNX: 6

off = 0
type: NamedIndividual
value API: off
value KNX: 0

on = 1
type: NamedIndividual
value API: on
value KNX: 1

no change = 2
type: NamedIndividual
value API: noChange
value KNX: 2

value according additional parameter = 3
type: NamedIndividual
value API: valueAccordingAdditionalParameter
value KNX: 3

last (value before bus power down) = 4
type: NamedIndividual
value API: last(valueBeforeBusPowerDown)
value KNX: 4

0 s (no fade) = 0
type: NamedIndividual
value API: 0S(noFade)
value KNX: 0

0,7 s = 1
type: NamedIndividual
value API: 0,7S
value KNX: 1

16,0 s = 10
type: NamedIndividual
value API: 16,0S
value KNX: 10

22,6 s = 11
type: NamedIndividual
value API: 22,6S
value KNX: 11

32,0 s = 12
type: NamedIndividual
value API: 32,0S
value KNX: 12

45,3 s = 13
type: NamedIndividual
value API: 45,3S
value KNX: 13

64,0 s = 14
type: NamedIndividual
value API: 64,0S
value KNX: 14

90,5 s = 15
type: NamedIndividual
value API: 90,5S
value KNX: 15

1,0 s = 2
type: NamedIndividual
value API: 1,0S
value KNX: 2

1,4 s = 3
type: NamedIndividual
value API: 1,4S
value KNX: 3

2,0 s = 4
type: NamedIndividual
value API: 2,0S
value KNX: 4

2,8 s = 5
type: NamedIndividual
value API: 2,8S
value KNX: 5

4,0 s = 6
type: NamedIndividual
value API: 4,0S
value KNX: 6

5,7 s = 7
type: NamedIndividual
value API: 5,7S
value KNX: 7

8,0 s = 8
type: NamedIndividual
value API: 8,0S
value KNX: 8

11,3 s = 9
type: NamedIndividual
value API: 11,3S
value KNX: 9

BlinkingDisabled = 0
type: NamedIndividual
value API: blinkingDisabled
value KNX: 0

WithoutAcknowledge = 1
type: NamedIndividual
value API: withoutAcknowledge
value KNX: 1

BlinkingWithAcknowledge = 2
type: NamedIndividual
value API: blinkingWithAcknowledge
value KNX: 2

automatic light control = 0
type: NamedIndividual
value API: automaticLightControl
value KNX: 0

manual light control = 1
type: NamedIndividual
value API: manualLightControl
value KNX: 1

one PB/binary input mode = 1
type: NamedIndividual
value API: onePBbinaryInputMode
value KNX: 1

two PBs/binary inputs mode = 2
type: NamedIndividual
value API: twoPBsbinaryInputsMode
value KNX: 2

inactive (no message sent) = 0
type: NamedIndividual
value API: inactive(noMessageSent)
value KNX: 0

SwitchOff message sent = 1
type: NamedIndividual
value API: switchOffMessageSent
value KNX: 1

SwitchOn message sent = 2
type: NamedIndividual
value API: switchOnMessageSent
value KNX: 2

inverse value of InfoOnOff is sent = 3
type: NamedIndividual
value API: inverseValueOfInfoOnOffIsSent
value KNX: 3

one PB/binary input; SwitchOnOff inverts on each transmission = 1
type: NamedIndividual
value API: onePBbinaryInput
value KNX: 1

one PB/binary input, On / DimUp message sent = 2
type: NamedIndividual
value API: onePBbinaryInput,OnDimUpMessageSent
value KNX: 2

one PB/binary input, Off / DimDown message sent = 3
type: NamedIndividual
value API: onePBbinaryInput,OffDimDownMessageS
value KNX: 3

two PBs/binary inputs mode = 4
type: NamedIndividual
value API: twoPBsbinaryInputsMode
value KNX: 4

last actual value = 0
type: NamedIndividual
value API: lastActualValue
value KNX: 0

value according additional parameter = 1
type: NamedIndividual
value API: valueAccordingAdditionalParameter
value KNX: 1

last received absolute setvalue = 2
type: NamedIndividual
value API: lastReceivedAbsoluteSetvalue
value KNX: 2

automatic (resistive, capacitive or inductive) = 0
type: NamedIndividual
value API: automatic(resistive,CapacitiveOrInd
value KNX: 0

leading edge (inductive load) = 1
type: NamedIndividual
value API: leadingEdge(inductiveLoad)
value KNX: 1

trailing edge (resistive - or capacitive load) = 2
type: NamedIndividual
value API: trailingEdge(resistive-OrCapacitive
value KNX: 2

switch mode only (non-dimmable load) = 3
type: NamedIndividual
value API: switchModeOnly(non-dimmableLoad)
value KNX: 3

automatic once = 4
type: NamedIndividual
value API: automaticOnce
value KNX: 4

CFL, leading = 5
type: NamedIndividual
value API: cFL,Leading
value KNX: 5

CFL, trailing = 6
type: NamedIndividual
value API: cFL,Trailing
value KNX: 6

LED, leading = 7
type: NamedIndividual
value API: lED,Leading
value KNX: 7

LED, trailing = 8
type: NamedIndividual
value API: lED,Trailing
value KNX: 8

undefined = 0
type: NamedIndividual
value API: undefined
value KNX: 0

leading edge (inductive load) = 1
type: NamedIndividual
value API: leadingEdge(inductiveLoad)
value KNX: 1

trailing edge (capacitive load) = 2
type: NamedIndividual
value API: trailingEdge(capacitiveLoad)
value KNX: 2

detection not possible or error = 3
type: NamedIndividual
value API: detectionNotPossibleOrError
value KNX: 3

calibration pending, waiting on trigger = 4
type: NamedIndividual
value API: calibrationPending,WaitingOnTrigger
value KNX: 4

CFL, leading = 5
type: NamedIndividual
value API: cFL,Leading
value KNX: 5

CFL, trailing = 6
type: NamedIndividual
value API: cFL,Trailing
value KNX: 6

LED, leading = 7
type: NamedIndividual
value API: lED,Leading
value KNX: 7

LED, trailing = 8
type: NamedIndividual
value API: lED,Trailing
value KNX: 8

Start Function Test (FT) = 1
type: NamedIndividual
value API: startFunctionTest(FT)
value KNX: 1

Start Duration Test (DT) = 2
type: NamedIndividual
value API: startDurationTest(DT)
value KNX: 2

Start Partial Duration Test (PDT) = 3
type: NamedIndividual
value API: startPartialDurationTest(PDT)
value KNX: 3

Stop Test = 4
type: NamedIndividual
value API: stopTest
value KNX: 4

Reset Function Test Done Flag = 5
type: NamedIndividual
value API: resetFunctionTestDoneFlag
value KNX: 5

Reset Duration Test Done = 6
type: NamedIndividual
value API: resetDurationTestDone
value KNX: 6

Restore Factory Default Settings = 0
type: NamedIndividual
value API: restoreFactoryDefaultSettings
value KNX: 0

Goto Rest Mode = 1
type: NamedIndividual
value API: gotoRestMode
value KNX: 1

Goto Inhibit Mode = 2
type: NamedIndividual
value API: gotoInhibitMode
value KNX: 2

Re-Light / Reset Inhibit = 3
type: NamedIndividual
value API: re-LightResetInhibit
value KNX: 3

Reset Lamp Time = 4
type: NamedIndividual
value API: resetLampTime
value KNX: 4

Request Converter Status = 1
type: NamedIndividual
value API: requestConverterStatus
value KNX: 1

Request Converter Test Result = 2
type: NamedIndividual
value API: requestConverterTestResult
value KNX: 2

Request Battery Info = 3
type: NamedIndividual
value API: requestBatteryInfo
value KNX: 3

Request Converter FT Info = 4
type: NamedIndividual
value API: requestConverterFTInfo
value KNX: 4

Request Converter DT Info = 5
type: NamedIndividual
value API: requestConverterDTInfo
value KNX: 5

Request Converter PDT Info = 6
type: NamedIndividual
value API: requestConverterPDTInfo
value KNX: 6

Request Converter Info = 7
type: NamedIndividual
value API: requestConverterInfo
value KNX: 7

Request Converter Info Fix = 8
type: NamedIndividual
value API: requestConverterInfoFix
value KNX: 8

simple alarm = 1
type: NamedIndividual
value API: simpleAlarm
value KNX: 1

basic alarm = 2
type: NamedIndividual
value API: basicAlarm
value KNX: 2

extended alarm = 3
type: NamedIndividual
value API: extendedAlarm
value KNX: 3

disabled (PSU/DPSU fixed off) = 0
type: NamedIndividual
value API: disabled(PSUDPSUFixedOff)
value KNX: 0

enabled (PSU/DPSU fixed on) = 1
type: NamedIndividual
value API: enabled(PSUDPSUFixedOn)
value KNX: 1

auto (PSU/DPSU automatic on/off) = 2
type: NamedIndividual
value API: auto(PSUDPSUAutomaticOnoff)
value KNX: 2

up = 0
type: NamedIndividual
value API: up
value KNX: 0

down = 1
type: NamedIndividual
value API: down
value KNX: 1

no change = 2
type: NamedIndividual
value API: noChange
value KNX: 2

value according additional parameter = 3
type: NamedIndividual
value API: valueAccordingAdditionalParameter
value KNX: 3

stop = 4
type: NamedIndividual
value API: stop
value KNX: 4

up = 0
type: NamedIndividual
value API: up
value KNX: 0

down = 1
type: NamedIndividual
value API: down
value KNX: 1

no change = 2
type: NamedIndividual
value API: noChange
value KNX: 2

value according additional parameter = 3
type: NamedIndividual
value API: valueAccordingAdditionalParameter
value KNX: 3

stop = 4
type: NamedIndividual
value API: stop
value KNX: 4

updated value = 5
type: NamedIndividual
value API: updatedValue
value KNX: 5

value before locking = 6
type: NamedIndividual
value API: valueBeforeLocking
value KNX: 6

one push button/binary input = 1
type: NamedIndividual
value API: onePushButtonbinaryInput
value KNX: 1

one push button/binary input, MoveUp / StepUp message sent = 2
type: NamedIndividual
value API: onePushButtonbinaryInput,MoveUpStep
value KNX: 2

one push button/binary input, MoveDown / StepDown message sent = 3
type: NamedIndividual
value API: onePushButtonbinaryInput,MoveDownSt
value KNX: 3

two push buttons/binary inputs mode = 4
type: NamedIndividual
value API: twoPushButtonsbinaryInputsMode
value KNX: 4

Automatic Control = 0
type: NamedIndividual
value API: automaticControl
value KNX: 0

Manual Control = 1
type: NamedIndividual
value API: manualControl
value KNX: 1

Undefined = 0
type: NamedIndividual
value API: undefined
value KNX: 0

Comfort = 1
type: NamedIndividual
is applicable datapoint enum of: hvacModeComfort
value API: comfort
value KNX: 1

Standby = 2
type: NamedIndividual
is applicable datapoint enum of: hvacModeStandby
value API: standby
value KNX: 2

Economy = 3
type: NamedIndividual
is applicable datapoint enum of: hvacModeEconomy
value API: economy
value KNX: 3

Building Protection = 4
type: NamedIndividual
is applicable datapoint enum of: hvacModeProtection
value API: buildingProtection
value KNX: 4

Undefined = 0
type: NamedIndividual
value API: undefined
value KNX: 0

LegioProtect = 1
type: NamedIndividual
value API: legioProtect
value KNX: 1

Normal = 2
type: NamedIndividual
value API: normal
value KNX: 2

Reduced = 3
type: NamedIndividual
value API: reduced
value KNX: 3

Off/FrostProtection = 4
type: NamedIndividual
value API: offFrostProtection
value KNX: 4

Occupied = 0
type: NamedIndividual
value API: occupied
value KNX: 0

Standby = 1
type: NamedIndividual
value API: standby
value KNX: 1

Not occupied = 2
type: NamedIndividual
value API: notOccupied
value KNX: 2

Building in use = 0
type: NamedIndividual
value API: buildingInUse
value KNX: 0

Building not in use = 1
type: NamedIndividual
value API: buildingNotInUse
value KNX: 1

Building protected = 2
type: NamedIndividual
value API: buildingProtected
value KNX: 2

uncritical = 0
type: NamedIndividual
value API: uncritical
value KNX: 0

critical = 1
type: NamedIndividual
value API: critical
value KNX: 1

The visual effect of channel 1 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel1IsInactive
value KNX: 0

The visual effect of channel 1 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel1IsActive
value KNX: 1

The visual effect of channel 2 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel2IsInactive
value KNX: 0

The visual effect of channel 2 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel2IsActive
value KNX: 1

The visual effect of channel 3 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel3IsInactive
value KNX: 0

The visual effect of channel 3 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel3IsActive
value KNX: 1

The visual effect of channel 4 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel4IsInactive
value KNX: 0

The visual effect of channel 4 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel4IsActive
value KNX: 1

The visual effect of channel 5 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel5IsInactive
value KNX: 0

The visual effect of channel 5 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel5IsActive
value KNX: 1

The visual effect of channel 6 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel6IsInactive
value KNX: 0

The visual effect of channel 6 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel6IsActive
value KNX: 1

The visual effect of channel 7 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel7IsInactive
value KNX: 0

The visual effect of channel 7 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel7IsActive
value KNX: 1

The visual effect of channel 8 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel8IsInactive
value KNX: 0

The visual effect of channel 8 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel8IsActive
value KNX: 1

ok = 0
type: NamedIndividual
value API: ok
value KNX: 0

fault = 1
type: NamedIndividual
value API: fault
value KNX: 1

all windows closed = 0
type: NamedIndividual
value API: allWindowsClosed
value KNX: 0

at least one window opened = 1
type: NamedIndividual
value API: atLeastOneWindowOpened
value KNX: 1

no occupancy from presence detectors = 0
type: NamedIndividual
value API: noOccupancyFromPresenceDetectors
value KNX: 0

occupancy at least from one presence detector = 1
type: NamedIndividual
value API: occupancyAtLeastFromOnePresenceDete
value KNX: 1

no comfort push button is pressed = 0
type: NamedIndividual
value API: noComfortPushButtonIsPressed
value KNX: 0

at least one comfort push button is pressed = 1
type: NamedIndividual
value API: atLeastOneComfortPushButtonIsPresse
value KNX: 1

comfort prolongation User not active = 0
type: NamedIndividual
value API: comfortProlongationUserNotActive
value KNX: 0

comfort prolongation User active = 1
type: NamedIndividual
value API: comfortProlongationUserActive
value KNX: 1

HVAC User Mode not active = 0
type: NamedIndividual
value API: hVACUserModeNotActive
value KNX: 0

HVAC User Mode active (means DP ‘HVACModeUser’ is different from ‘Auto’) = 1
type: NamedIndividual
value API: hVACUserModeActive(meansDP‘HVACMode
value KNX: 1

no fault = 0
type: NamedIndividual
value API: noFault
value KNX: 0

System & functions of common interest = 1
type: NamedIndividual
value API: system&FunctionsOfCommonInterest
value KNX: 1

HVAC General FB's = 10
type: NamedIndividual
value API: hVACGeneralFBs
value KNX: 10

HVAC Hot Water Heating = 11
type: NamedIndividual
value API: hVACHotWaterHeating
value KNX: 11

HVAC Direct Electrical Heating = 12
type: NamedIndividual
value API: hVACDirectElectricalHeating
value KNX: 12

HVAC Terminal Units = 13
type: NamedIndividual
value API: hVACTerminalUnits
value KNX: 13

HVAC VAC = 14
type: NamedIndividual
value API: hVACVAC
value KNX: 14

Lighting = 20
type: NamedIndividual
value API: lighting
value KNX: 20

Security = 30
type: NamedIndividual
value API: security
value KNX: 30

Load Management = 40
type: NamedIndividual
value API: loadManagement
value KNX: 40

Shutters & Blinds = 50
type: NamedIndividual
value API: shutters&Blinds
value KNX: 50

no fault = 0
type: NamedIndividual
value API: noFault
value KNX: 0

general device fault (e.g. RAM, EEPROM, UI, Watchdog, ...) = 1
type: NamedIndividual
value API: generalDeviceFault(e.g.RAM,EEPROM,U
value KNX: 1

communication fault = 2
type: NamedIndividual
value API: communicationFault
value KNX: 2

configuration fault = 3
type: NamedIndividual
value API: configurationFault
value KNX: 3

HW fault = 4
type: NamedIndividual
value API: hWFault
value KNX: 4

SW fault = 5
type: NamedIndividual
value API: sWFault
value KNX: 5

cooling = 0
type: NamedIndividual
value API: cooling
value KNX: 0

heating = 1
type: NamedIndividual
value API: heating
value KNX: 1

The visual effect of channel 1 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel1IsInactive
value KNX: 0

The visual effect of channel 1 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel1IsActive
value KNX: 1

The visual effect of channel 2 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel2IsInactive
value KNX: 0

The visual effect of channel 2 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel2IsActive
value KNX: 1

The visual effect of channel 11 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel11IsInactiv
value KNX: 0

The visual effect of channel 11 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel11IsActive
value KNX: 1

The visual effect of channel 12 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel12IsInactiv
value KNX: 0

The visual effect of channel 12 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel12IsActive
value KNX: 1

The visual effect of channel 13 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel13IsInactiv
value KNX: 0

The visual effect of channel 13 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel13IsActive
value KNX: 1

The visual effect of channel 14 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel14IsInactiv
value KNX: 0

The visual effect of channel 14 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel14IsActive
value KNX: 1

The visual effect of channel 15 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel15IsInactiv
value KNX: 0

The visual effect of channel 15 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel15IsActive
value KNX: 1

The visual effect of channel 16 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel16IsInactiv
value KNX: 0

The visual effect of channel 16 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel16IsActive
value KNX: 1

The visual effect of channel 3 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel3IsInactive
value KNX: 0

The visual effect of channel 3 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel3IsActive
value KNX: 1

The visual effect of channel 4 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel4IsInactive
value KNX: 0

The visual effect of channel 4 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel4IsActive
value KNX: 1

The visual effect of channel 5 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel5IsInactive
value KNX: 0

The visual effect of channel 5 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel5IsActive
value KNX: 1

The visual effect of channel 6 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel6IsInactive
value KNX: 0

The visual effect of channel 6 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel6IsActive
value KNX: 1

The visual effect of channel 7 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel7IsInactive
value KNX: 0

The visual effect of channel 7 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel7IsActive
value KNX: 1

The visual effect of channel 8 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel8IsInactive
value KNX: 0

The visual effect of channel 8 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel8IsActive
value KNX: 1

The visual effect of channel 9 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel9IsInactive
value KNX: 0

The visual effect of channel 9 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel9IsActive
value KNX: 1

The visual effect of channel 10 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel10IsInactiv
value KNX: 0

The visual effect of channel 10 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel10IsActive
value KNX: 1

current position=0 = 0
type: NamedIndividual
value API: currentPosition=0
value KNX: 0

current position>0 = 1
type: NamedIndividual
value API: currentPosition>0
value KNX: 1

not forced = 0
type: NamedIndividual
value API: notForced
value KNX: 0

forced = 1
type: NamedIndividual
value API: forced
value KNX: 1

not locked = 0
type: NamedIndividual
value API: notLocked
value KNX: 0

locked = 1
type: NamedIndividual
value API: locked
value KNX: 1

no failure = 0
type: NamedIndividual
value API: noFailure
value KNX: 0

failure = 1
type: NamedIndividual
value API: failure
value KNX: 1

Cool Mode = 0
type: NamedIndividual
value API: coolMode
value KNX: 0

Heat Mode = 1
type: NamedIndividual
value API: heatMode
value KNX: 1

no alarm = 0
type: NamedIndividual
value API: noAlarm
value KNX: 0

alarm (RTC locked) = 1
type: NamedIndividual
value API: alarm(RTCLocked)
value KNX: 1

false = 0
type: NamedIndividual
value API: false
value KNX: 0

true = 1
type: NamedIndividual
value API: true
value KNX: 1

Auto = 0
type: NamedIndividual
value API: auto
value KNX: 0

Heat = 1
type: NamedIndividual
value API: heat
value KNX: 1

Free Cool = 10
type: NamedIndividual
value API: freeCool
value KNX: 10

Ice = 11
type: NamedIndividual
value API: ice
value KNX: 11

Morning Warmup = 2
type: NamedIndividual
value API: morningWarmup
value KNX: 2

NoDem = 20
type: NamedIndividual
value API: noDem
value KNX: 20

Cool = 3
type: NamedIndividual
value API: cool
value KNX: 3

Night Purge = 4
type: NamedIndividual
value API: nightPurge
value KNX: 4

Precool = 5
type: NamedIndividual
value API: precool
value KNX: 5

Off = 6
type: NamedIndividual
value API: off
value KNX: 6

Test = 7
type: NamedIndividual
value API: test
value KNX: 7

Emergency Heat = 8
type: NamedIndividual
value API: emergencyHeat
value KNX: 8

Fan only = 9
type: NamedIndividual
value API: fanOnly
value KNX: 9

energy, 0,001 Wh = 0
type: NamedIndividual
value API: energy,0,001Wh
value KNX: 0

energy, 0,01 Wh = 1
type: NamedIndividual
value API: energy,0,01Wh
value KNX: 1

energy, 0,1 kJ = 10
type: NamedIndividual
value API: energy,0,1KJ
value KNX: 10

energy, 1 kJ = 11
type: NamedIndividual
value API: energy,1KJ
value KNX: 11

Units for HCA = 110
type: NamedIndividual
value API: unitsForHCA
value KNX: 110

energy, 10 kJ = 12
type: NamedIndividual
value API: energy,10KJ
value KNX: 12

energy, 0,1 MWh = 128
type: NamedIndividual
value API: energy,0,1MWh
value KNX: 128

energy, 1 MWh = 129
type: NamedIndividual
value API: energy,1MWh
value KNX: 129

energy, 100 kJ = 13
type: NamedIndividual
value API: energy,100KJ
value KNX: 13

energy, 0,1 GJ = 136
type: NamedIndividual
value API: energy,0,1GJ
value KNX: 136

energy, 1 GJ = 137
type: NamedIndividual
value API: energy,1GJ
value KNX: 137

energy, 1000 kJ = 14
type: NamedIndividual
value API: energy,1000KJ
value KNX: 14

energy, 10000 kJ = 15
type: NamedIndividual
value API: energy,10000KJ
value KNX: 15

volume, 0,001 l = 16
type: NamedIndividual
value API: volume,0,001L
value KNX: 16

power, 0,1 MW = 168
type: NamedIndividual
value API: power,0,1MW
value KNX: 168

power, 1 MW = 169
type: NamedIndividual
value API: power,1MW
value KNX: 169

volume, 0,01 l = 17
type: NamedIndividual
value API: volume,0,01L
value KNX: 17

power, 0,1 GJ/h = 176
type: NamedIndividual
value API: power,0,1GJh
value KNX: 176

power, 1 GJ/h = 177
type: NamedIndividual
value API: power,1GJh
value KNX: 177

volume, 0,1 l = 18
type: NamedIndividual
value API: volume,0,1L
value KNX: 18

volume, 1 l = 19
type: NamedIndividual
value API: volume,1L
value KNX: 19

energy, 0,1 Wh = 2
type: NamedIndividual
value API: energy,0,1Wh
value KNX: 2

volume, 10 l = 20
type: NamedIndividual
value API: volume,10L
value KNX: 20

volume, 100 l = 21
type: NamedIndividual
value API: volume,100L
value KNX: 21

volume, 1000 l = 22
type: NamedIndividual
value API: volume,1000L
value KNX: 22

volume, 10000 l = 23
type: NamedIndividual
value API: volume,10000L
value KNX: 23

mass, 0,001 kg = 24
type: NamedIndividual
value API: mass,0,001Kg
value KNX: 24

mass, 0,01 kg = 25
type: NamedIndividual
value API: mass,0,01Kg
value KNX: 25

mass, 0,1 kg = 26
type: NamedIndividual
value API: mass,0,1Kg
value KNX: 26

mass, 1 kg = 27
type: NamedIndividual
value API: mass,1Kg
value KNX: 27

mass, 10 kg = 28
type: NamedIndividual
value API: mass,10Kg
value KNX: 28

mass, 100 kg = 29
type: NamedIndividual
value API: mass,100Kg
value KNX: 29

energy, 1 Wh = 3
type: NamedIndividual
value API: energy,1Wh
value KNX: 3

mass, 1000 kg = 30
type: NamedIndividual
value API: mass,1000Kg
value KNX: 30

mass, 10000 kg = 31
type: NamedIndividual
value API: mass,10000Kg
value KNX: 31

energy, 10 Wh = 4
type: NamedIndividual
value API: energy,10Wh
value KNX: 4

power, 0,001 W = 40
type: NamedIndividual
value API: power,0,001W
value KNX: 40

power, 0,01 W = 41
type: NamedIndividual
value API: power,0,01W
value KNX: 41

power, 0,1 W = 42
type: NamedIndividual
value API: power,0,1W
value KNX: 42

power, 1 W = 43
type: NamedIndividual
value API: power,1W
value KNX: 43

power, 10 W = 44
type: NamedIndividual
value API: power,10W
value KNX: 44

power, 100 W = 45
type: NamedIndividual
value API: power,100W
value KNX: 45

power, 1000 W = 46
type: NamedIndividual
value API: power,1000W
value KNX: 46

power, 10000 W = 47
type: NamedIndividual
value API: power,10000W
value KNX: 47

power, 0,001 kJ/h = 48
type: NamedIndividual
value API: power,0,001KJh
value KNX: 48

power, 0,01 kJ/h = 49
type: NamedIndividual
value API: power,0,01KJh
value KNX: 49

energy, 100 Wh = 5
type: NamedIndividual
value API: energy,100Wh
value KNX: 5

power, 0,1 kJ/h = 50
type: NamedIndividual
value API: power,0,1KJh
value KNX: 50

power, 1 kJ/h = 51
type: NamedIndividual
value API: power,1KJh
value KNX: 51

power, 10 kJ/h = 52
type: NamedIndividual
value API: power,10KJh
value KNX: 52

power, 100 kJ/h = 53
type: NamedIndividual
value API: power,100KJh
value KNX: 53

power, 1000 kJ/h = 54
type: NamedIndividual
value API: power,1000KJh
value KNX: 54

power, 10000 kJ/h = 55
type: NamedIndividual
value API: power,10000KJh
value KNX: 55

volume flow, 0,001 l/h = 56
type: NamedIndividual
value API: volumeFlow,0,001Lh
value KNX: 56

volume flow, 0,01 l/h = 57
type: NamedIndividual
value API: volumeFlow,0,01Lh
value KNX: 57

volume flow, 0,1 l/h = 58
type: NamedIndividual
value API: volumeFlow,0,1Lh
value KNX: 58

volume flow, 1 l/h = 59
type: NamedIndividual
value API: volumeFlow,1Lh
value KNX: 59

energy, 1000 Wh = 6
type: NamedIndividual
value API: energy,1000Wh
value KNX: 6

volume flow, 10 l/h = 60
type: NamedIndividual
value API: volumeFlow,10Lh
value KNX: 60

volume flow, 100 l/h = 61
type: NamedIndividual
value API: volumeFlow,100Lh
value KNX: 61

volume flow, 1000 l/h = 62
type: NamedIndividual
value API: volumeFlow,1000Lh
value KNX: 62

volume flow, 10000 l/h = 63
type: NamedIndividual
value API: volumeFlow,10000Lh
value KNX: 63

volume flow, 0,0001 l/min = 64
type: NamedIndividual
value API: volumeFlow,0,0001Lmin
value KNX: 64

volume flow, 0,001 l/min = 65
type: NamedIndividual
value API: volumeFlow,0,001Lmin
value KNX: 65

volume flow, 0,01 l/min = 66
type: NamedIndividual
value API: volumeFlow,0,01Lmin
value KNX: 66

volume flow, 0,1 l/min = 67
type: NamedIndividual
value API: volumeFlow,0,1Lmin
value KNX: 67

volume flow, 1 l/min = 68
type: NamedIndividual
value API: volumeFlow,1Lmin
value KNX: 68

volume flow, 10 l/min = 69
type: NamedIndividual
value API: volumeFlow,10Lmin
value KNX: 69

energy, 10000 Wh = 7
type: NamedIndividual
value API: energy,10000Wh
value KNX: 7

volume flow, 100 l/min = 70
type: NamedIndividual
value API: volumeFlow,100Lmin
value KNX: 70

volume flow, 1000 l/min = 71
type: NamedIndividual
value API: volumeFlow,1000Lmin
value KNX: 71

volume flow, 0,001 ml/s = 72
type: NamedIndividual
value API: volumeFlow,0,001Mls
value KNX: 72

volume flow, 0,01 ml/s = 73
type: NamedIndividual
value API: volumeFlow,0,01Mls
value KNX: 73

volume flow, 0,1 ml/s = 74
type: NamedIndividual
value API: volumeFlow,0,1Mls
value KNX: 74

volume flow, 1 ml/s = 75
type: NamedIndividual
value API: volumeFlow,1Mls
value KNX: 75

volume flow, 10 ml/s = 76
type: NamedIndividual
value API: volumeFlow,10Mls
value KNX: 76

volume flow, 100 ml/s = 77
type: NamedIndividual
value API: volumeFlow,100Mls
value KNX: 77

volume flow, 1000 ml/s = 78
type: NamedIndividual
value API: volumeFlow,1000Mls
value KNX: 78

volume flow, 10000 ml/s = 79
type: NamedIndividual
value API: volumeFlow,10000Mls
value KNX: 79

energy, 0,001 kJ = 8
type: NamedIndividual
value API: energy,0,001KJ
value KNX: 8

mass flow, 0,001 kg/h = 80
type: NamedIndividual
value API: massFlow,0,001Kgh
value KNX: 80

mass flow, 0,01 kg/h = 81
type: NamedIndividual
value API: massFlow,0,01Kgh
value KNX: 81

mass flow, 0,1 kg/h = 82
type: NamedIndividual
value API: massFlow,0,1Kgh
value KNX: 82

mass flow, 1 kg/h = 83
type: NamedIndividual
value API: massFlow,1Kgh
value KNX: 83

mass flow, 10 kg/h = 84
type: NamedIndividual
value API: massFlow,10Kgh
value KNX: 84

mass flow, 100 kg/h = 85
type: NamedIndividual
value API: massFlow,100Kgh
value KNX: 85

mass flow, 1000 kg/h = 86
type: NamedIndividual
value API: massFlow,1000Kgh
value KNX: 86

mass flow, 10000 kg/h = 87
type: NamedIndividual
value API: massFlow,10000Kgh
value KNX: 87

energy, 0,01 kJ = 9
type: NamedIndividual
value API: energy,0,01KJ
value KNX: 9

off = 0
type: NamedIndividual
value API: off
value KNX: 0

on = 1
type: NamedIndividual
value API: on
value KNX: 1

off/on = 2
type: NamedIndividual
value API: offon
value KNX: 2

on/off = 3
type: NamedIndividual
value API: onoff
value KNX: 3

Comfort/Economy = 0
type: NamedIndividual
value API: comfortEconomy
value KNX: 0

Comfort/Nothing = 1
type: NamedIndividual
value API: comfortNothing
value KNX: 1

Economy/Nothing = 2
type: NamedIndividual
value API: economyNothing
value KNX: 2

Building prot/Auto = 3
type: NamedIndividual
value API: buildingProtAuto
value KNX: 3

no alarm is used = 0
type: NamedIndividual
value API: noAlarmIsUsed
value KNX: 0

alarm position is UP = 1
type: NamedIndividual
value API: alarmPositionIsUP
value KNX: 1

alarm position is DOWN = 2
type: NamedIndividual
value API: alarmPositionIsDOWN
value KNX: 2

Up = 0
type: NamedIndividual
value API: up
value KNX: 0

Down = 1
type: NamedIndividual
value API: down
value KNX: 1

UpDown = 2
type: NamedIndividual
value API: upDown
value KNX: 2

DownUp = 3
type: NamedIndividual
value API: downUp
value KNX: 3

Other = 0
type: NamedIndividual
value API: other
value KNX: 0

Oil meter = 1
type: NamedIndividual
value API: oilMeter
value KNX: 1

Cooling Load meter (inlet) = 10
type: NamedIndividual
value API: coolingLoadMeter(inlet)
value KNX: 10

Cooling Load meter (outlet) = 11
type: NamedIndividual
value API: coolingLoadMeter(outlet)
value KNX: 11

Heat (inlet) = 12
type: NamedIndividual
value API: heat(inlet)
value KNX: 12

Heat and Cool = 13
type: NamedIndividual
value API: heatAndCool
value KNX: 13

Bus/System = 14
type: NamedIndividual
value API: busSystem
value KNX: 14

Unknown Device type = 15
type: NamedIndividual
value API: unknownDeviceType
value KNX: 15

Electricity meter = 2
type: NamedIndividual
value API: electricityMeter
value KNX: 2

Gas meter = 3
type: NamedIndividual
value API: gasMeter
value KNX: 3

Breaker (electricity) = 32
type: NamedIndividual
value API: breaker(electricity)
value KNX: 32

Valve (gas or water) = 33
type: NamedIndividual
value API: valve(gasOrWater)
value KNX: 33

Heat meter = 4
type: NamedIndividual
value API: heatMeter
value KNX: 4

Waste water meter = 40
type: NamedIndividual
value API: wasteWaterMeter
value KNX: 40

Garbage = 41
type: NamedIndividual
value API: garbage
value KNX: 41

Steam meter = 5
type: NamedIndividual
value API: steamMeter
value KNX: 5

Radio converter (meter side) = 55
type: NamedIndividual
value API: radioConverter(meterSide)
value KNX: 55

Warm Water meter (30 °C to 90 °C) = 6
type: NamedIndividual
value API: warmWaterMeter(30°CTo90°C)
value KNX: 6

Water meter = 7
type: NamedIndividual
value API: waterMeter
value KNX: 7

Heat cost allocator = 8
type: NamedIndividual
value API: heatCostAllocator
value KNX: 8

Compressed Air = 9
type: NamedIndividual
value API: compressedAir
value KNX: 9

valid = 0
type: NamedIndividual
value API: valid
value KNX: 0

not valid = 1
type: NamedIndividual
value API: notValid
value KNX: 1

valid = 0
type: NamedIndividual
value API: valid
value KNX: 0

not valid = 1
type: NamedIndividual
value API: notValid
value KNX: 1

Level 0 = 0
type: NamedIndividual
value API: level0
value KNX: 0

Level 1 = 1
type: NamedIndividual
value API: level1
value KNX: 1

Level 10 = 10
type: NamedIndividual
value API: level10
value KNX: 10

Level 11 = 11
type: NamedIndividual
value API: level11
value KNX: 11

Level 12 = 12
type: NamedIndividual
value API: level12
value KNX: 12

Level 13 = 13
type: NamedIndividual
value API: level13
value KNX: 13

Level 14 = 14
type: NamedIndividual
value API: level14
value KNX: 14

Level 15 = 15
type: NamedIndividual
value API: level15
value KNX: 15

Level 2 = 2
type: NamedIndividual
value API: level2
value KNX: 2

Level 3 = 3
type: NamedIndividual
value API: level3
value KNX: 3

Level 4 = 4
type: NamedIndividual
value API: level4
value KNX: 4

Level 5 = 5
type: NamedIndividual
value API: level5
value KNX: 5

Level 6 = 6
type: NamedIndividual
value API: level6
value KNX: 6

Level 7 = 7
type: NamedIndividual
value API: level7
value KNX: 7

Level 8 = 8
type: NamedIndividual
value API: level8
value KNX: 8

Level 9 = 9
type: NamedIndividual
value API: level9
value KNX: 9

Level 0 = 0
type: NamedIndividual
value API: level0
value KNX: 0

Level 1 = 1
type: NamedIndividual
value API: level1
value KNX: 1

Level 2 = 2
type: NamedIndividual
value API: level2
value KNX: 2

Level 3 = 3
type: NamedIndividual
value API: level3
value KNX: 3

Level 4 = 4
type: NamedIndividual
value API: level4
value KNX: 4

Level 5 = 5
type: NamedIndividual
value API: level5
value KNX: 5

Level 6 = 6
type: NamedIndividual
value API: level6
value KNX: 6

Level 7 = 7
type: NamedIndividual
value API: level7
value KNX: 7

activation of priority = 0
type: NamedIndividual
value API: activationOfPriority
value KNX: 0

deactivation of priority = 1
type: NamedIndividual
value API: deactivationOfPriority
value KNX: 1

Device Address = 0
type: NamedIndividual
value API: deviceAddress
value KNX: 0

Group Address = 1
type: NamedIndividual
value API: groupAddress
value KNX: 1

Response or spontaneous sending = 0
type: NamedIndividual
value API: responseOrSpontaneousSending
value KNX: 0

Read = 1
type: NamedIndividual
value API: read
value KNX: 1

no error = 0
type: NamedIndividual
value API: noError
value KNX: 0

error = 1
type: NamedIndividual
value API: error
value KNX: 1

no error = 0
type: NamedIndividual
value API: noError
value KNX: 0

error = 1
type: NamedIndividual
value API: error
value KNX: 1

no error = 0
type: NamedIndividual
value API: noError
value KNX: 0

error = 1
type: NamedIndividual
value API: error
value KNX: 1

active = 0
type: NamedIndividual
value API: active
value KNX: 0

inactive = 1
type: NamedIndividual
value API: inactive
value KNX: 1

enable = 0
type: NamedIndividual
value API: enable
value KNX: 0

disable = 1
type: NamedIndividual
value API: disable
value KNX: 1

no error = 0
type: NamedIndividual
value API: noError
value KNX: 0

error = 1
type: NamedIndividual
value API: error
value KNX: 1

no error = 0
type: NamedIndividual
value API: noError
value KNX: 0

error = 1
type: NamedIndividual
value API: error
value KNX: 1

drive is moving = 0
type: NamedIndividual
value API: driveIsMoving
value KNX: 0

target position is reached = 1
type: NamedIndividual
value API: targetPositionIsReached
value KNX: 1

Unknown = 0
type: NamedIndividual
value API: unknown
value KNX: 0

No failure detected = 1
type: NamedIndividual
value API: noFailureDetected
value KNX: 1

Failure detected = 2
type: NamedIndividual
value API: failureDetected
value KNX: 2

Hardwired Inhibit is inactive = 0
type: NamedIndividual
value API: hardwiredInhibitIsInactive
value KNX: 0

Hardwired Inhibit is active = 1
type: NamedIndividual
value API: hardwiredInhibitIsActive
value KNX: 1

Hardwired switch is on = 0
type: NamedIndividual
value API: hardwiredSwitchIsOn
value KNX: 0

Hardwired switch is off = 1
type: NamedIndividual
value API: hardwiredSwitchIsOff
value KNX: 1

Unknown = 0
type: NamedIndividual
value API: unknown
value KNX: 0

Normal mode active, all OK = 1
type: NamedIndividual
value API: normalModeActive,AllOK
value KNX: 1

Inhibit mode active = 2
type: NamedIndividual
value API: inhibitModeActive
value KNX: 2

Hardwired inhibit mode active = 3
type: NamedIndividual
value API: hardwiredInhibitModeActive
value KNX: 3

Rest mode active = 4
type: NamedIndividual
value API: restModeActive
value KNX: 4

Emergency mode active = 5
type: NamedIndividual
value API: emergencyModeActive
value KNX: 5

Extended emergency mode active = 6
type: NamedIndividual
value API: extendedEmergencyModeActive
value KNX: 6

FT in progress = 7
type: NamedIndividual
value API: fTInProgress
value KNX: 7

DT in progress = 8
type: NamedIndividual
value API: dTInProgress
value KNX: 8

PDT in progress = 9
type: NamedIndividual
value API: pDTInProgress
value KNX: 9

scene is active = 0
type: NamedIndividual
value API: sceneIsActive
value KNX: 0

scene is inactive = 1
type: NamedIndividual
value API: sceneIsInactive
value KNX: 1

The visual effect of channel 1 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel1IsInactive
value KNX: 0

The visual effect of channel 1 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel1IsActive
value KNX: 1

The visual effect of channel 2 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel2IsInactive
value KNX: 0

The visual effect of channel 2 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel2IsActive
value KNX: 1

The visual effect of channel 11 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel11IsInactiv
value KNX: 0

The visual effect of channel 11 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel11IsActive
value KNX: 1

The visual effect of channel 12 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel12IsInactiv
value KNX: 0

The visual effect of channel 12 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel12IsActive
value KNX: 1

The visual effect of channel 13 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel13IsInactiv
value KNX: 0

The visual effect of channel 13 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel13IsActive
value KNX: 1

The visual effect of channel 14 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel14IsInactiv
value KNX: 0

The visual effect of channel 14 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel14IsActive
value KNX: 1

The visual effect of channel 15 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel15IsInactiv
value KNX: 0

The visual effect of channel 15 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel15IsActive
value KNX: 1

The visual effect of channel 16 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel16IsInactiv
value KNX: 0

The visual effect of channel 16 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel16IsActive
value KNX: 1

The visual effect of channel 17 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel17IsInactiv
value KNX: 0

The visual effect of channel 17 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel17IsActive
value KNX: 1

The visual effect of channel 18 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel18IsInactiv
value KNX: 0

The visual effect of channel 18 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel18IsActive
value KNX: 1

The visual effect of channel 19 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel19IsInactiv
value KNX: 0

The visual effect of channel 19 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel19IsActive
value KNX: 1

The visual effect of channel 20 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel20IsInactiv
value KNX: 0

The visual effect of channel 20 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel20IsActive
value KNX: 1

The visual effect of channel 3 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel3IsInactive
value KNX: 0

The visual effect of channel 3 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel3IsActive
value KNX: 1

The visual effect of channel 21 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel21IsInactiv
value KNX: 0

The visual effect of channel 21 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel21IsActive
value KNX: 1

The visual effect of channel 22 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel22IsInactiv
value KNX: 0

The visual effect of channel 22 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel22IsActive
value KNX: 1

The visual effect of channel 23 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel23IsInactiv
value KNX: 0

The visual effect of channel 23 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel23IsActive
value KNX: 1

The visual effect of channel 24 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel24IsInactiv
value KNX: 0

The visual effect of channel 24 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel24IsActive
value KNX: 1

The visual effect of channel 4 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel4IsInactive
value KNX: 0

The visual effect of channel 4 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel4IsActive
value KNX: 1

The visual effect of channel 5 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel5IsInactive
value KNX: 0

The visual effect of channel 5 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel5IsActive
value KNX: 1

The visual effect of channel 6 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel6IsInactive
value KNX: 0

The visual effect of channel 6 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel6IsActive
value KNX: 1

The visual effect of channel 7 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel7IsInactive
value KNX: 0

The visual effect of channel 7 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel7IsActive
value KNX: 1

The visual effect of channel 8 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel8IsInactive
value KNX: 0

The visual effect of channel 8 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel8IsActive
value KNX: 1

The visual effect of channel 9 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel9IsInactive
value KNX: 0

The visual effect of channel 9 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel9IsActive
value KNX: 1

The visual effect of channel 10 is inactive = 0
type: NamedIndividual
value API: theVisualEffectOfChannel10IsInactiv
value KNX: 0

The visual effect of channel 10 is active = 1
type: NamedIndividual
value API: theVisualEffectOfChannel10IsActive
value KNX: 1

mode 0 is active = 1
type: NamedIndividual
value API: mode0IsActive
value KNX: 1

mode 1 is active = 2
type: NamedIndividual
value API: mode1IsActive
value KNX: 2

mode 2 is active = 4
type: NamedIndividual
value API: mode2IsActive
value KNX: 4

Lower Limit
type: NamedIndividual
value API: LowerLimit
value KNX: 1

Upper Limit
type: NamedIndividual
value API: UpperLimit
value KNX: 0

control = 1
type: NamedIndividual
value API: control
value KNX: 1

Aborted
type: NamedIndividual
value API: Aborted
value KNX: 5

Accepted
type: NamedIndividual
value API: Accepted
value KNX: 0

Rejected
type: NamedIndividual
value API: Rejected
value KNX: 1

Revoked
type: NamedIndividual
value API: Revoked
value KNX: 2

Started
type: NamedIndividual
value API: Started
value KNX: 3

Succeeded
type: NamedIndividual
value API: Succeeded
value KNX: 4

no control = 0
type: NamedIndividual
value API: noControl
value KNX: 0

schedule sequence
type: NamedIndividual
description: schedule sequence
value API: seqInstrSchedule
value KNX: 0

select sequence
type: NamedIndividual
description: select sequence
value API: seqInstrSeqSel
value KNX: 3

start sequence
type: NamedIndividual
description: start sequence insterrupt
value API: seqInstrStartInterrupt
value KNX: 1

stop sequence interruption
type: NamedIndividual
description: stop sequence interruption
value API: seqInstrStopInterrupt
value KNX: 2

sequence interruptible
type: NamedIndividual
description: Sequence is interruptible
value API: seqi
value KNX: 1

sequence not interruptible
type: NamedIndividual
description: Sequence is not interruptible
value API: seqni
value KNX: 0

Sequence is not selected
type: NamedIndividual
value API: seqnsel
value KNX: 0

Sequence is selected
type: NamedIndividual
value API: seqsel
value KNX: 1

UCount Value 8 Z
type: DatapointType
type: NamedIndividual
description: a point representing DPT 202.2: UCount Value 8 Z
subject: 202.002
subject: 202.2
subject: UCount Value 8 Z
dpt bit size max: 16
dpt major number: 202
dpt minor number: 2
is assembled with: type.dpt.field.202.2.i0.StatusCommand
is assembled with: type.dpt.field.202.2.i1.CounterValue
has communication mode: LTE

Value 1 Ucount
type: DatapointType
type: NamedIndividual
description: a point representing DPT 5.010: Value 1 Ucount
subject: 5.010
subject: 5.10
subject: Value 1 Ucount
dpt bit size max: 8
dpt major number: 5
dpt minor number: 10
is assembled with: Value 1 U Count
has communication mode: S

Value Lux
type: DatapointType
type: NamedIndividual
description: a point representing DPT 9.004: Value Lux
subject: 9.004
subject: 9.4
subject: Value Lux
dpt bit size max: 16
dpt major number: 9
dpt minor number: 4
is assembled with: type.dpt.field.9.4.i0
has communication mode: S

Cool Stage A Actuator Calibration Mode
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage A Actuator Current Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage A Actuator Fault
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateFaulty
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage A Actuator Overridden
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage A Actuator Status
type: Class
subclass of: Restriction
  has value: combinedStatusHVA
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: closed
      on property: hasStateType
    intersection of: Restriction
      has value: opened
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: forced
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: locked
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectOverload
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectShortCircuit
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage A Actuator Target Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: cmd
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage A Actuator Valve Kick
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateMaintenance
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Calibration Mode
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Current Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Fault
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateFaulty
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Overridden
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Status
type: Class
subclass of: Restriction
  has value: combinedStatusHVA
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: closed
      on property: hasStateType
    intersection of: Restriction
      has value: opened
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: forced
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: locked
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectOverload
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectShortCircuit
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Target Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: cmd
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Cool Stage B Actuator Valve Kick
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeCooling
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateMaintenance
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Current Date
type: Class
subclass of: Restriction
  has value: qk ph temporal datevalue site
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: Date
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph temporal datevalue site
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Current Date and Time
type: Class
subclass of: Restriction
  has value: qk ph temporal datevalue site
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: qk ph temporal time site
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: dateTime
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph temporal datevalue site
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph temporal time site
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Current Time
type: Class
subclass of: Restriction
  has value: qk ph temporal time site
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: TimeOfDay
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph temporal time site
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Fan Speed Current
type: Class
subclass of: Restriction
  has value: qk eq fanmotor angularvelocity room
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq fanmotor angularvelocity room
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Fan Speed Target
type: Class
subclass of: Restriction
  has value: qk eq fanmotor angularvelocity room
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq fanmotor angularvelocity room
      on property: refersTo
    intersection of: Restriction
      has value: cmd
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Calibration Mode
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Current Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Fault
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateFaulty
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Overridden
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Status
type: Class
subclass of: Restriction
  has value: combinedStatusHVA
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: closed
      on property: hasStateType
    intersection of: Restriction
      has value: opened
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: forced
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: locked
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectOverload
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectShortCircuit
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Target Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: cmd
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage A Actuator Valve Kick
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStagePrimary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateMaintenance
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Calibration Mode
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Current Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Fault
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateFaulty
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Overridden
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Status
type: Class
subclass of: Restriction
  has value: combinedStatusHVA
  on property: datapointType
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: overrideModeManual
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: closed
      on property: hasStateType
    intersection of: Restriction
      has value: opened
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: forced
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: locked
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateCalibration
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectOverload
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateDefectShortCircuit
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Target Position
type: Class
subclass of: Restriction
  has value: qk eq valveactuator positionvector pipesection supplysection
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: scaling
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq valveactuator positionvector pipesection supplysection
      on property: refersTo
    intersection of: Restriction
      has value: cmd
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Heat Stage B Actuator Valve Kick
type: Class
subclass of: Restriction
  has value: bool
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: active
      on property: hasStateType
    intersection of: Restriction
      has value: inactive
      on property: hasStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
    intersection of: Restriction
      has value: hcStageSecondary
      on property: relatesToStateType
    intersection of: Restriction
      has value: operationalStateMaintenance
      on property: relatesToStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Outside Temperature
type: Class
subclass of: Restriction
  has value: valueTemp
  on property: datapointType
subclass of: Restriction
  has value: qk ph air temperature outside
  on property: observesPhenomenonQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph air temperature outside
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Relation to GMT
type: Class
subclass of: Restriction
  has value: qk ph temporal time site
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: DeltaTimeMin
  on property: datapointType
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph temporal time site
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: relativeValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Room Temperature
type: Class
subclass of: Restriction
  has value: valueTemp
  on property: datapointType
subclass of: Restriction
  has value: qk ph air temperature room
  on property: observesPhenomenonQualityKind
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk ph air temperature room
      on property: refersTo
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Staircase Status
type: Class
subclass of: Restriction
  all values from: LightSwitchRequest
  on property: isStatusOf
subclass of: Restriction
  has value: switch
  on property: datapointType
subclass of: Restriction
  has value: qk eq luminaire dimmlevel
  on property: measuresEquipmentQualityKind
subclass of: Restriction
  has value: qk ph light illuminance
  on property: observesPhenomenonQualityKind
subclass of: Restriction
  has value: lighting
  on property: operatesForTrade
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq luminaire dimmlevel
      on property: refersTo
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: off
      on property: hasStateType
    intersection of: Restriction
      has value: on
      on property: hasStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

Staircase Switch Request
type: Class
subclass of: Restriction
  has value: qk ph light illuminance
  on property: actsOnPhenomenonQualityKind
subclass of: Restriction
  has value: qk eq luminaire dimmlevel
  on property: adjustsEquipmentQualityKind
subclass of: Restriction
  has value: switch
  on property: datapointType
subclass of: Restriction
  has value: lighting
  on property: operatesForTrade
subclass of: Restriction
  on class: Class
    intersection of: Restriction
      has value: qk eq luminaire dimmlevel
      on property: refersTo
    intersection of: Restriction
      has value: activation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
    intersection of: Restriction
      has value: off
      on property: hasStateType
    intersection of: Restriction
      has value: on
      on property: hasStateType
  on property: hasOperationKind
  qualified cardinality: 1
subclass of: FunctionPoint

assigend trades
type: DatatypeProperty
comment: To a device assigned trade, whereas the trade definitions (names/structures) can be freely defined by the MaC user. The trade definitions MAY have a logical relation to the KIM trade tags. A device is assigned to one trade only.
range: string
sub property of: deviceData

Fan Actuator
type: Class
subject: FA
comment: A fan actuator.
subclass of: Restriction
  has value: qk eq fanmotor angularvelocity
  on property: hasQualityKind
subclass of: Restriction
  on class: Fan Speed Current
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Restriction
  on class: Fan Speed Target
  on property: hasFunctionPoint
  qualified cardinality: 1
subclass of: Fan Control

contains asset
type: AsymmetricProperty
type: IrreflexiveProperty
type: ObjectProperty
comment: To define an asset included in other assets such as several equipment’s/ installations as part of an asset.
domain: Asset
range: Asset
inverse of: is asset of

groups
type: ObjectProperty
comment: To define a relation to a point from an aspect. Aspects without any points is possible.
domain: Aspect
range: Point
inverse of: is grouped by

has datapoint
type: ObjectProperty
range: Datapoint
sub property of: hasPoint
inverse of: isDatapointOf

has part
type: AsymmetricProperty
type: InverseFunctionalProperty
type: IrreflexiveProperty
type: ObjectProperty
comment: To define the presence of a (tangible) equipment, such as a device as part of a cabinet (that is also an equipment).
domain: Equipment
range: Equipment
inverse of: is part of

has proxy
type: AsymmetricProperty
type: IrreflexiveProperty
type: ObjectProperty
comment: To define a representative entry point for datapoints with a gateway. With this datapoints in an installation can be exposed for different purposes, such as all datapoints on a 3rd Party API (gateway).
domain: Device
range: Gateway
inverse of: isProxyFor
property disjoint with: isProxyFor

hosts
type: InverseFunctionalProperty
type: ObjectProperty
comment: To define the existence of an application program as part of a device, except it is a pure HW, such as a power supply or similar. Devices may support more than one application program, at runtime in an installation usually one.
domain: Device
range: ApplicationProgram
inverse of: is application program of

implements
type: InverseFunctionalProperty
type: ObjectProperty
comment: To define a functionality (=collection of datapoints) as part of an application program.
domain: ApplicationProgram
range: Functionality
inverse of: is implemented by

is actionpoint of
type: ObjectProperty
domain: Actionpoint
sub property of: isPointOf

is application program of
type: FunctionalProperty
type: ObjectProperty
domain: ApplicationProgram
range: Device

is asset of
type: ObjectProperty
domain: Asset
range: Asset

is eventpoint of
type: ObjectProperty
domain: Eventpoint
sub property of: isPointOf

is grouped by
type: ObjectProperty
domain: Point
range: Aspect

is implemented by
type: FunctionalProperty
type: ObjectProperty
domain: Functionality
range: ApplicationProgram

is part of
type: AsymmetricProperty
type: FunctionalProperty
type: IrreflexiveProperty
type: ObjectProperty
domain: Equipment
range: Equipment

is product of
type: InverseFunctionalProperty
type: ObjectProperty
domain: Product
range: Equipment

last downloaded
type: DatatypeProperty
type: FunctionalProperty
comment: Last download time stamp, usually generated by Mac. May be used from other concepts, therefore no domain is defined.
range: dateTime

Order Number
type: DatatypeProperty
type: FunctionalProperty
comment: An identifier to specify the (string based) order number of a vendor product. The order number scheme is vendor specific.
range: string
sub property of: productData

serial number
type: DatatypeProperty
type: FunctionalProperty
comment: An identifier to specify the (string based) erial number of a device.
range: string
sub property of: deviceData

contains equipment
type: AsymmetricProperty
type: IrreflexiveProperty
type: ObjectProperty
comment: An OP relationship to express a relation to an equipment from a location. This allows to define the presence of a (tangible) equipment, such as a device as part of a location. Mainly it expresses the “assembly place” of an equipment. The here meant location (domain) is the "installation location" of the equipment, also a device. To retrieve the "place of action" of a device it is needed to traverse from a device/datapoint -> functionPoint/application function/../location.
domain: Location
range: Equipment
inverse of: isEquipmentOf

has adjacent location
type: IrreflexiveProperty
type: ObjectProperty
type: SymmetricProperty
comment: A relation between two locations that share a common interface such as a wall or door, but do not intersect.
domain: Location
range: Location
sub property of: refersTo

has application function
type: ObjectProperty
domain: Location
range: ApplicationFunction
inverse of: is application function of

has lower floor
type: FunctionalProperty
type: InverseFunctionalProperty
type: ObjectProperty
comment: A relation from one floor to the next floor.
domain: Floor
range: Floor
sub property of: refersTo
inverse of: hasUpperFloor

has outside
type: ObjectProperty
comment: A general OP relationship to express a relation of location individuals to individuals which are outside of a particular building. The location to be outside (as the domain) MUST fulfil the boundary conditions to be allowed outside. Example is a relation to an outdoor location which does not directly belong to a building (e.g. garden).
range: Outside
sub property of: hasLocation
inverse of: is outside of

is application function of
type: ObjectProperty
domain: ApplicationFunction
range: Location

is building of
type: ObjectProperty
domain: Building
range: Class
  union of: Site
  union of: SiteSegment
sub property of: isLocationOf

is floor of
type: ObjectProperty
domain: Floor
range: Class
  union of: Building
  union of: Space
sub property of: isLocationOf

is outside of
type: ObjectProperty
domain: Outside
sub property of: isLocationOf

is room of
type: ObjectProperty
domain: Room
range: Class
  union of: Building
  union of: Floor
  union of: Room
  union of: Space
sub property of: isSpaceOf

is room segment of
type: ObjectProperty
domain: RoomSegment
range: Class
  union of: Room
  union of: RoomSegment
sub property of: isSpaceOf

is site segment of
type: ObjectProperty
domain: SiteSegment
range: Class
  union of: Site
  union of: SiteSegment
sub property of: isLocationOf

Delay
type: QuantityKind
type: NamedIndividual
description: 'Delay' is the amount of time passing before a certain event is scheduled.

Duration
type: QuantityKind
type: NamedIndividual
description: 'Duration' is the length of a time interval, i.e. the amount of time that passes between two distinct points in time.

Light Colour Temperature
type: QuantityKind
type: NamedIndividual
description: Color temperature is the color of light emitted by an idealized opaque, non-reflective body at a particular temperature measured in kelvins. The color temperature scale is used to categorize the color of light emitted by other light sources regardless of their temperature. Color temperatures over 5000 K are called "cool colors" (bluish), while lower color temperatures (2700–3000 K) are called "warm colors" (yellowish).

Light colour xyY
type: QuantityKind
type: NamedIndividual
description: Relates to the light colour value, measured in the xyY colour system. The coordinates x and y define the chromaticity of the colour, whereas the coordinate Y defines the luminance of the color.

Airport
type: LocationUsage
type: NamedIndividual
description: An airport is an aerodrome with extended facilities, mostly for commercial air transport. Preferably used with a Site or Location.

Apartment
type: LocationUsage
type: NamedIndividual
description: An apartment (American English), or flat (British English, Indian English, South African English), is a self-contained housing unit (a type of residential real estate) that occupies part of a building, generally on a single story. Preferably used with a Building.

Audio
type: Trade
type: NamedIndividual
description: Audio refers to the part of multimedia, which is dealing with sounds. The trade audio contains applications for producing and capturing sound signals.

Balcony
type: LocationUsage
type: NamedIndividual
description: A balcony (from Italian: balcone, 'scaffold') is a platform projecting from the wall of a building, supported by columns or console brackets, and enclosed with a balustrade, usually above the ground floor. Preferably used with an Space.

Bar
type: LocationUsage
type: NamedIndividual
description: A bar, also known as a saloon, a tavern or tippling house, or sometimes as a pub or club, is a retail business establishment that serves alcoholic beverages, such as beer, wine, liquor, cocktails, and other beverages such as mineral water and soft drinks.

Bathroom
type: LocationUsage
type: NamedIndividual
description: A bathroom or washroom is a room, typically in a home or other residential building, that contains either a bathtub or a shower (or both). Preferably used with an Room.

Bedroom
type: LocationUsage
type: NamedIndividual
description: A bedroom or bedchamber is a room situated within a residential or accommodation unit characterised by its usage for sleeping. Preferably used with a Room.

Classroom
type: LocationUsage
type: NamedIndividual
description: A classroom or schoolroom is a learning space in which both children and adults learn. Preferably used with a Room.

Cooling
type: Trade
type: NamedIndividual
description: A cooling system keeps air cool and dry within a home, office, or other buildings. Refrigration is the cooling of a space or substance below the environmental temperature.

Decreasing
type: StateType
type: NamedIndividual
description: This state type expresses that a value is changed relatively in a 'decreasing' manner, i.e. the value is lowered. This state type is the inverse of the 'Increasing' state type.

Dining Room
type: LocationUsage
type: NamedIndividual
description: A dining room is a room for consuming food. Preferably used with an Room.

Domestic Hot Water
type: Trade
type: NamedIndividual
description: A Domestic Hot Water (DHW) system delivers hot water to fixtures used by people at the sink, shower, tub and any other appliance where water may contact humans. They typically work by delivering hot water through a centralized storage tank separate from water that may be used for steam or hydronic heating.

Educational
type: LocationUsage
type: NamedIndividual
description: An educational institution is a place where people of different ages gain an education, including preschools, childcare, primary-elementary schools, secondary-high schools, and universities. They provide a large variety of learning environments and learning spaces. Preferably used with a Building.

Elevator Shaft
type: LocationUsage
type: NamedIndividual
description: A vertical shaft in a building which allows the passage of an elevator from floor to floor. Preferably used with a Space.

Entrance
type: LocationUsage
type: NamedIndividual
description: Entrance generally refers to the place of entering like a lobby, foyer, gate, door, or road or the permission to do so. Preferably used with an Room.

Factory
type: LocationUsage
type: NamedIndividual
description: A factory, manufacturing plant or a production plant is an industrial facility, often a complex consisting of several buildings filled with machinery, where workers manufacture items or operate machines which process each item into another. Preferably used with a Building.

Familiy House
type: LocationUsage
type: NamedIndividual
description: A stand-alone house (also called a single-detached dwelling, detached residence or detached house) is a free-standing residential building. Preferably used with a Building or Site/Space.

Floor
type: Locality
type: NamedIndividual
description: A floor is the bottom surface of a room or vehicle. Floors vary from simple dirt in a cave to many layered surfaces made with modern technology. Floors may be stone, wood, bamboo, metal or any other material that can support the expected load.

Health Care
type: LocationUsage
type: NamedIndividual
description: A health facility is, in general, any location where healthcare is provided. Health facilities are clinics and doctor's offices or urgent care centers with elaborate emergency rooms. Preferably used with a Building or a Site/Space.

Heating
type: Trade
type: NamedIndividual
description: The transfer of energy to a space or to the air by the existence of a temperature gradient between the source and the space or air. This process may take different forms, e.g. conduction, convection or radiation.

Hotel
type: LocationUsage
type: NamedIndividual
description: A hotel is an establishment that provides paid lodging on a short-term basis. Preferably used with a Building.

Humidification Mode Inactive
type: StateType
type: NamedIndividual
description: This state type expresses that the ventilation system is inactive, i.e. performing neither humidification nor dehumidification tasks.

Increasing
type: StateType
type: NamedIndividual
description: This state type expresses that a value is changed relatively in an 'increasing' manner, i.e. the value is raised. This state type is the inverse of the 'Decreasing' state type.

is equipment type of
type: ObjectProperty
domain: EquipmentType
range: QualityKind
sub property of: isTagOf

is locality of
type: ObjectProperty
domain: Locality
range: QualityKind
sub property of: isTagOf

is location usage of
type: ObjectProperty
domain: LocationUsage
range: Location
sub property of: isTagOf

is point priority of
type: InverseFunctionalProperty
type: ObjectProperty
domain: Origin
range: OperationKind
sub property of: isTagOf

is phenomenon type of
type: ObjectProperty
domain: PhenomenonType
range: QualityKind
sub property of: isTagOf

is point function type of
type: ObjectProperty
domain: PointFunctionType
range: OperationKind
sub property of: isTagOf

is point interface of
type: ObjectProperty
domain: PointInterface
range: Datapoint
sub property of: isTagOf

is point operation of
type: InverseFunctionalProperty
type: ObjectProperty
domain: PointOperation
range: OperationKind
sub property of: isTagOf

is quality kind of
type: ObjectProperty
domain: QuantityKind
range: QualityKind
sub property of: isTagOf

is state kind of
type: ObjectProperty
domain: StateType
range: OperationKind
sub property of: isTagOf

Kitchen
type: LocationUsage
type: NamedIndividual
description: A kitchen is a room or part of a room used for cooking and food preparation in a dwelling or in a commercial establishment. Preferably used with an Room.

Laundry Room
type: LocationUsage
type: NamedIndividual
description: Laundry refers to the washing of clothing and other textiles, and, more broadly, their drying and ironing as well. Preferably used with an Room.

Leisure
type: LocationUsage
type: NamedIndividual
description: A leisure centre facility or building may include a swimming pool, large sports hall, squash courts, cafeteria, licensed bar, fitness suite, aerobics studios, outdoor grass and/or artificial pitches for football (soccer), hockey etc., a solarium, sauna and/or steam room. Preferably used with a Building.

Living Room
type: LocationUsage
type: NamedIndividual
description: In Western architecture, a living room, also called a lounge room (Australian English), lounge (British English), sitting room (British English), or drawing room, is a room for relaxing and socializing in a residential house or apartment. Preferably used with an Room.

Meeting Room
type: LocationUsage
type: NamedIndividual
description: A meeting room, conference room, or conference hall is a room provided for singular events such as business conferences and meetings. Preferably used with an Room.

Nursery
type: LocationUsage
type: NamedIndividual
description: A nursery is usually, in American connotations, a bedroom within a house or other dwelling set aside for an infant or toddler. Preferably used with an Room.

Other Commercial
type: LocationUsage
type: NamedIndividual
description: Preferably used with a Building.

Other Residential
type: LocationUsage
type: NamedIndividual
description: Preferably used with a Building.

Parking
type: LocationUsage
type: NamedIndividual
description: Parking is the act of stopping and disengaging a vehicle and leaving it unoccupied. Preferably used with an Space.

Pool
type: LocationUsage
type: NamedIndividual
description: A swimming pool, swimming bath, wading pool, paddling pool, or simply pool, is a structure designed to hold water to enable swimming or other leisure activities. Preferably used with an Space.

Public Building
type: LocationUsage
type: NamedIndividual
description: Preferably used with a Building.

Restroom
type: LocationUsage
type: NamedIndividual
description: A toilet is a small room used for privately accessing the sanitation fixture (toilet) for urination and defecation. Toilet rooms often include a sink (basin) with soap/handwash for handwashing, as this is important for personal hygiene.

Return Section
type: Locality
type: NamedIndividual
description: Refers to distribution systems used to transport substances (and phenomena) such as water, air, or heat back to the specific centralized plants in a building. The distribution systems interface with the individual rooms at the start of the return part of the distribution system.

Shading
type: Trade
type: NamedIndividual
description: Protection of buildings, rooms, objects or persons against unwanted effects of solar radiation.

Store Room
type: LocationUsage
type: NamedIndividual
description: A store room is a room within a house where equipment not used in day-to-day activities is kept.

Type of Temperature Setpoint Normal
type: StateType
type: NamedIndividual
description: This state type expresses that the normal room temperature setpoint from the HMI or supervisor is used for temperature control in a room.

Type of Temperature Setpoint Protection Mode
type: StateType
type: NamedIndividual
description: This state type expresses that the buildin protection room temperature setpoint is used for temperature control in a room.

Terrace
type: LocationUsage
type: NamedIndividual
description: A terrace is an external, raised, open, flat area in either a landscape (such as a park or garden) near a building, or as a roof terrace on a flat roof. Preferably used with an Space.

Transportation
type: LocationUsage
type: NamedIndividual
description: Stations or other buildings used for public transport such as train stations, bus stations or metro stations. Preferably used with a Building.

Utility Room
type: LocationUsage
type: NamedIndividual
description: A utility room is generally the area where laundry is done, and is the descendant of the scullery. Preferably used with an Room. Preferably used with an Room.

Ventilation
type: Trade
type: NamedIndividual
description: Ventilation is the intentional introduction of outdoor air into a space. Ventilation is a mechanical system in a building that brings in fresh outdoor air and removes the contaminated indoor air.

Villa
type: LocationUsage
type: NamedIndividual
description: A villa is a upper class country house. Preferably used with a Building.

Wellness
type: LocationUsage
type: NamedIndividual
description: A wellness room may contain facilities such as a sauna, pool, steam room, or whirlpool. A wellness room provides a variety of services for the purpose of improving health, beauty, and relaxation through personal care treatments such as massages and facials. Preferably used with an Room.

has address
type: FunctionalProperty
type: ObjectProperty
comment: Hosts 0...n vcard compatible addresses, usually fro a location. A domain definition is not defined. This allows to merge it with other ontologies, defined domains would result in an domain intersection (which is not the intended behavior).
range: Address

authority sort of request URI
type: ObjectProperty
comment: Hosts the HTTP scheme with an URI part for the gateway as a resolvable name or as an IPv4 or IPv6 address. A domain definition is not defined. This allows to merge it with other ontologies, defined domains would result in an domain intersection (which is not the intended behavior).

symbol
type: DatatypeProperty
comment: The symbol is a glyph that is used to represent some concept, typically a unit or a quantity, in a compact form. For example, the symbol for an Ohm is a capital greek Omega. This contrasts with 'unit:abbreviation', which gives a short alphanumeric abbreviation for the unit, 'ohm' for Ohm.

unit
type: ObjectProperty
comment: Hosts the unit of a datapoint (if applicable). A domain definition is not defined. This allows to merge it with other ontologies, defined domains would result in an domain intersection (which is not the intended behavior).
range: Unit

Angular Velocity
type: QuantityKind
type: NamedIndividual
description: Angular Velocity refers to how fast an object rotates or revolves relative to another point. It is defined as the change of angle per unit time and usually measured in Hertz (1/s).

Dew Point Temperature
type: QuantityKind
type: NamedIndividual
description: "Dew Point Temperature" is the temperature at which vapour in air reaches saturation.

Speed
type: QuantityKind
type: NamedIndividual
description: Speed is the magnitude of velocity, where velocity is seen as a vector (i.e., it includes a directional component). In contrast to velocity, speed is a scalar value.

Time
type: QuantityKind
type: NamedIndividual
description: Time is a basic component of the measuring system used to sequence events, to compare the durations of events and the intervals between them, and to quantify the motions of objects.

Volume
type: QuantityKind
type: NamedIndividual
description: The volume of a solid object is the three-dimensional concept of how much space it occupies, often quantified numerically. One-dimensional figures (such as lines) and two-dimensional shapes (such as squares) are assigned zero volume in the three-dimensional space.

http://qudt.org/vocab/unit/A
type: Unit
type: NamedIndividual
symbol: A

A-M2
type: Unit
type: NamedIndividual
symbol: A⋅m²

A-PER-M
type: Unit
type: NamedIndividual
symbol: A/m

http://qudt.org/vocab/unit/C
type: Unit
type: NamedIndividual
symbol: C

J-PER-K
type: Unit
type: NamedIndividual
symbol: J/K

LUX
type: Unit
type: NamedIndividual
symbol: lx

http://qudt.org/vocab/unit/M
type: Unit
type: NamedIndividual
symbol: m

MO
type: Unit
type: NamedIndividual
symbol: mo

MilliA
type: Unit
type: NamedIndividual
symbol: mA

MilliM
type: Unit
type: NamedIndividual
symbol: mm

http://qudt.org/vocab/unit/N
type: Unit
type: NamedIndividual
symbol: N

RAD
type: Unit
type: NamedIndividual
symbol: rad

RAD-PER-SEC
type: Unit
type: NamedIndividual
symbol: rad/s

http://qudt.org/vocab/unit/T
type: Unit
type: NamedIndividual
symbol: T

V-A-HR
type: Unit
type: NamedIndividual
symbol: V⋅A⋅hr

V-A Reactive-HR
type: Unit
type: NamedIndividual
symbol: V⋅A{reactive}⋅hr

http://qudt.org/vocab/unit/W
type: Unit
type: NamedIndividual
symbol: W

W-HR
type: Unit
type: NamedIndividual
symbol: W⋅hr

YR
type: Unit
type: NamedIndividual
symbol: yr

Binary Value
type: DatapointType
type: NamedIndividual
description: a point representing DPT 1.006: Binary Value
subject: 1.006
subject: 1.6
subject: Binary Value
dpt bit size max: 1
dpt major number: 1
dpt minor number: 6
is assembled with: Binary Value
has communication mode: S

Char 8859-1
type: DatapointType
type: NamedIndividual
description: a point representing DPT 4.002: Char 8859-1
subject: 4.002
subject: 4.2
subject: Char 8859-1
dpt bit size max: 8
dpt major number: 4
dpt minor number: 2
is assembled with: Character
has communication mode: S

Colour RGB
type: DatapointType
type: NamedIndividual
description: a point representing DPT 232.600: Colour RGB
subject: 232.600
subject: Colour RGB
dpt bit size max: 24
dpt major number: 232
dpt minor number: 600
is assembled with: type.dpt.field.232.600.i0.B
is assembled with: type.dpt.field.232.600.i1.G
is assembled with: type.dpt.field.232.600.i2.R
has communication mode: S

Combined Status RTSM
type: DatapointType
type: NamedIndividual
description: a point representing DPT 21.107: Combined Status RTSM
subject: 21.107
subject: Combined Status RTSM
dpt bit size max: 8
dpt major number: 21
dpt minor number: 107
is assembled with: type.dpt.field.21.107.i0.WindowStatusEffective
is assembled with: type.dpt.field.21.107.i1.PresenceStatusEffective
is assembled with: type.dpt.field.21.107.i2.ComfortPushButtonEffective
is assembled with: type.dpt.field.21.107.i3.ComfortProlongationUserStatus
is assembled with: type.dpt.field.21.107.i4.HVACModeUserModeStatus
is assembled with: type.dpt.field.21.107.i5.Reserved
has communication mode: S

contract number
type: DatatypeProperty
type: FunctionalProperty
comment: Contract number of an installation, usually generated by Mac (edited by an installer).
range: string
sub property of: installationData

Converter Info
type: DatapointType
type: NamedIndividual
description: a point representing DPT 251.600: Converter Info
subject: 251.600
subject: Converter Info
dpt bit size max: 48
dpt major number: 251
dpt minor number: 600
is assembled with: type.dpt.field.251.600.i0.mW
is assembled with: type.dpt.field.251.600.i1.mB
is assembled with: type.dpt.field.251.600.i2.mG
is assembled with: type.dpt.field.251.600.i3.mR
is assembled with: type.dpt.field.251.600.i4.Reserved
is assembled with: type.dpt.field.251.600.i5.Reserved
is assembled with: type.dpt.field.251.600.i6.W
is assembled with: type.dpt.field.251.600.i7.B
is assembled with: type.dpt.field.251.600.i8.G
is assembled with: type.dpt.field.251.600.i9.R
has communication mode: S

HVACModeEffNext
type: Class
subject: 100.52
subject: 52
subject: HVACModeEffNext
interface object type annotation: 100
property identifier annotation: 52
subclass of: Restriction
  has value: hvacModeNext
  on property: datapointType
subclass of: Restriction
  on property: hasOperationKind
  some values from: Class
    intersection of: OperationKind
    intersection of: Restriction
      has value: pv
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: qk ph temporal delay
      on property: refersTo
subclass of: Restriction
  on property: hasOperationKind
  some values from: Class
    intersection of: OperationKind
    intersection of: Restriction
      has value: hvacModeComfort
      on property: hasStateType
    intersection of: Restriction
      has value: hvacModeStandby
      on property: hasStateType
    intersection of: Restriction
      has value: hvacModeEconomy
      on property: hasStateType
    intersection of: Restriction
      has value: hvacModeProtection
      on property: hasStateType
    intersection of: Restriction
      has value: situation
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: enumeration
      on property: hasPointOperation
subclass of: Class
  intersection of: Datapoint
  intersection of: Restriction
    has value: 52
    on property: propertyIdentifier
  intersection of: Restriction
    has value: 100
    on property: interfaceObjectType
subclass of: Restriction
  has value: qk ph temporal delay
  on property: hasQualityKind
subclass of: Restriction
  has value: knx
  on property: operatesOnProtocol

TempRoomSetpSetHeatEff
type: Class
subject: 100.53
subject: 53
subject: TempRoomSetpSetHeatEff
interface object type annotation: 100
property identifier annotation: 53
subclass of: Restriction
  on property: hasOperationKind
  some values from: Class
    intersection of: OperationKind
    intersection of: Restriction
      has value: sp
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: automatic
      on property: hasOrigin
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: qk ph air temperature room
      on property: refersTo
    intersection of: Restriction
      has value: hvacModeComfort
      on property: relatesToStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
subclass of: Restriction
  has value: knx
  on property: operatesOnProtocol
subclass of: Restriction
  on property: hasOperationKind
  some values from: Class
    intersection of: OperationKind
    intersection of: Restriction
      has value: sp
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: automatic
      on property: hasOrigin
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: qk ph air temperature room
      on property: refersTo
    intersection of: Restriction
      has value: hvacModeEconomy
      on property: relatesToStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
subclass of: Restriction
  has value: tempRoomSetpSet a4a
  on property: datapointType
subclass of: Restriction
  on property: hasOperationKind
  some values from: Class
    intersection of: OperationKind
    intersection of: Restriction
      has value: sp
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: automatic
      on property: hasOrigin
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: qk ph air temperature room
      on property: refersTo
    intersection of: Restriction
      has value: hvacModeProtection
      on property: relatesToStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType
subclass of: Restriction
  has value: qk ph air temperature room
  on property: hasQualityKind
subclass of: Class
  intersection of: Datapoint
  intersection of: Restriction
    has value: 53
    on property: propertyIdentifier
  intersection of: Restriction
    has value: 100
    on property: interfaceObjectType
subclass of: Restriction
  on property: hasOperationKind
  some values from: Class
    intersection of: OperationKind
    intersection of: Restriction
      has value: sp
      on property: hasPointFunctionType
    intersection of: Restriction
      has value: automatic
      on property: hasOrigin
    intersection of: Restriction
      has value: absoluteValue
      on property: hasPointOperation
    intersection of: Restriction
      has value: qk ph air temperature room
      on property: refersTo
    intersection of: Restriction
      has value: hvacModeStandby
      on property: relatesToStateType
    intersection of: Restriction
      has value: controlModeHeating
      on property: relatesToStateType

TempRoomSetpSetCoolEff
type: Class
subject: 100.54
subject: 54
subject: TempRoomSetpSetCoolEff
interface object type annotation: 100
property identifier annotation: 54

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.384.51
  intersection of: Restriction
    has value: TempRoomSetpUserAbs
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: TempRoomSetpSetHeatEff
  intersection of: Restriction
    has value: TempRoomSetpSetHeatEff
    on property: pointName
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: Class
    union of: dpa.104.51
    union of: dpa.110.51
  intersection of: Restriction
    has value: HVACMode
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.121.52
  intersection of: Restriction
    has value: TempRoomSetpLoadShedShift
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.100.51
  intersection of: Restriction
    has value: HVACModeEff
    on property: pointName
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: TempRoomSetpSetCoolEff
  intersection of: Restriction
    has value: TempRoomSetpSetCoolEff
    on property: pointName
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.115.62
  intersection of: Restriction
    has value: TempRoomSetpSetHeatShift
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.121.51
  intersection of: Restriction
    has value: TempRoomSetpTariffShift
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: Class
    union of: dpa.345.51
    union of: dpa.391.51
  intersection of: Restriction
    has value: PresenceStatus
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.343.51
  intersection of: Restriction
    has value: WindowStatus
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: Class
    union of: dpa.104.52
    union of: dpa.110.52
  intersection of: Restriction
    has value: HVACModeNext
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.384.55
  intersection of: Restriction
    has value: HVACModeUser
    on property: pointName
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: Class
    union of: dpa.104.53
    union of: dpa.110.53
  intersection of: Restriction
    has value: EnableComfort
    on property: pointName
on property: isComposedByInput

Class
intersection of: dpa.397.82
intersection of: Restriction
  has value: ComfortPushbutton
  on property: pointName
intersection of: Restriction
  has value: many
  on property: hasCardinality

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.52
  intersection of: Restriction
    has value: HVACModeUserEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.83
  intersection of: Restriction
    has value: TempRoomSetpUserAbs
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.85
  intersection of: Restriction
    has value: TempRoomSetpSetHeat
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.84
  intersection of: Restriction
    has value: TempRoomSetpUserOffset
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.81
  intersection of: Restriction
    has value: ComfortProlongUser
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.56
  intersection of: Restriction
    has value: TempRoomSetpUserAbsEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.89
  intersection of: Restriction
    has value: FanManual
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.68
  intersection of: Restriction
    has value: ActCurrFanSpeed
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.80
  intersection of: Restriction
    has value: HVACModeUser
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.63
  intersection of: Restriction
    has value: HeatCoolModeAct
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.55
  intersection of: Restriction
    has value: TempRoomSetpAct
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.51
  intersection of: Restriction
    has value: HVACModeEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.86
  intersection of: Restriction
    has value: TempRoomSetpSetCool
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.57
  intersection of: Restriction
    has value: TempRoomSetpUserOffsetEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.54
  intersection of: Restriction
    has value: ComfortProlongEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.87
  intersection of: Restriction
    has value: FanSpeedUser
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.64
  intersection of: Restriction
    has value: CombinedStatus_RTSM
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.61
  intersection of: Restriction
    has value: TempRoom
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.67
  intersection of: Restriction
    has value: FanManualEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.397.60
  intersection of: Restriction
    has value: TempOutside
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
has value: one
on property: hasCardinality

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.85
  intersection of: Restriction
    has value: TempRoomSetpHeatEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.86
  intersection of: Restriction
    has value: TempRoomSetpUserOffsetEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.52
  intersection of: Restriction
    has value: HVACModeNext
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.90
  intersection of: Restriction
    has value: TempRoomSetpSetCoolEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.84
  intersection of: Restriction
    has value: TempRoomSetpUserAbsEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.83
  intersection of: Restriction
    has value: ComfortProlongEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.63
  intersection of: Restriction
    has value: PresenceStatus
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.92
  intersection of: Restriction
    has value: CombinedStatus_RTSM
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
on class: Class
  intersection of: dpa.398.56
  intersection of: Restriction
    has value: TempRoomSetpUserAbs
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput
qualified cardinality: 1

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.61
  intersection of: Restriction
    has value: TempRoomSetpSetCoolShift
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
on class: Class
  intersection of: dpa.398.53
  intersection of: Restriction
    has value: HVACModeUser
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput
qualified cardinality: 1

Restriction
on class: Class
  intersection of: dpa.398.80
  intersection of: Restriction
    has value: HVACModeEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput
qualified cardinality: 1

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.58
  intersection of: Restriction
    has value: TempRoomSetpSetHeat
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.82
  intersection of: Restriction
    has value: HVACModeEffNext
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.54
  intersection of: Restriction
    has value: ComfortProlongUser
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.62
  intersection of: Restriction
    has value: WindowStatus
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.87
  intersection of: Restriction
    has value: TempRoomSetpCoolEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
on class: Class
  intersection of: dpa.398.57
  intersection of: Restriction
    has value: TempRoomSetpUserOffset
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput
qualified cardinality: 1

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.398.81
  intersection of: Restriction
    has value: HVACModeUserEff
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.72
  intersection of: Restriction
    has value: CombinedStatus_HVA_CoolA
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.104
  intersection of: Restriction
    has value: ActTargetPosCoolStageA
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.102
  intersection of: Restriction
    has value: ActTargetPosHeatStageA
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.106
  intersection of: Restriction
    has value: ContrModeSecondary
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.111
  intersection of: Restriction
    has value: ContrModeAct
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.74
  intersection of: Restriction
    has value: FanSpeedUser
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.107
  intersection of: Restriction
    has value: EnableHeatEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput

Restriction
on class: Class
  intersection of: dpa.399.50
  intersection of: Restriction
    has value: HVACModeEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput
qualified cardinality: 1

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.57
  intersection of: Restriction
    has value: TempOutside
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.77
  intersection of: Restriction
    has value: ActCurrentFanSpeed
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.76
  intersection of: Restriction
    has value: FanManual
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
on class: Class
  intersection of: dpa.399.100
  intersection of: Restriction
    has value: HVACModeAct
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput
qualified cardinality: 1

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.68
  intersection of: Restriction
    has value: ActCurrPosCoolStageA
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.105
  intersection of: Restriction
    has value: ActTargetPosCoolStageB
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.78
  intersection of: Restriction
    has value: CombinedStatus_FA
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.70
  intersection of: Restriction
    has value: CombinedStatus_HVA_HeatA
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.67
  intersection of: Restriction
    has value: ActCurrPosHeatStageB
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.108
  intersection of: Restriction
    has value: EnableCoolEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByOutput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.60
  intersection of: Restriction
    has value: SwitchCool
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.71
  intersection of: Restriction
    has value: CombinedStatus_HVA_HeatB
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.65
  intersection of: Restriction
    has value: ContrMode
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.69
  intersection of: Restriction
    has value: ActCurrPosCoolStageB
    on property: pointName
  intersection of: Restriction
    has value: one
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on property: isComposedByInput

Restriction
on class: Class
  intersection of: dpa.399.56
  intersection of: Restriction
    has value: TempRoom
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput
qualified cardinality: 1

Restriction
on class: Class
  intersection of: dpa.399.101
  intersection of: Restriction
    has value: TempRoomSetpAct
    on property: pointName
  intersection of: Restriction
    has value: many
    on property: hasCardinality
on property: isComposedByOutput
qualified cardinality: 1

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.64
  intersection of: Restriction
    has value: ChangeOverStatus
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.59
  intersection of: Restriction
    has value: SwitchHeat
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.75
  intersection of: Restriction
    has value: FanStepUser
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.61
  intersection of: Restriction
    has value: EnableHeat
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.53
  intersection of: Restriction
    has value: TempRoomSetpCoolEff
    on property: pointName
  intersection of: Restriction
    has value: one
    on property: hasCardinality
on property: isComposedByInput

Restriction
max qualified cardinality: 1
on class: Class
  intersection of: dpa.399.66
  intersection of: Restriction
    has value: ActCurrPosHeatStageA
    on property: pointName
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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Restriction
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