KNX Datentypen

Hinweis 1: Um die korrekte Interpretation zu erhalten, muss der Wert mit dem Koeffizienten k multipliziert werden, wenn er in der Tabelle für den entsprechenden KNX-Datenpunkttyp definiert ist.

Hinweis 2: In der Tabelle z.B. A₄ ist ein 4-Bit-Wort, B₈ ist ein 8-Bit-Wort, C₁ ist ein einzelnes Bit. Der mögliche Wertebereich wird durch [] gekennzeichnet, die Werteliste durch {}.

Identifier	Name	Size	Datentyp	Interpretation range	Bemerkung
1.001	DPT_Switch	1 bit	Boolean	0 = off, 1 = on
1.002	DPT_Bool	1 bit	Boolean	0 = false, 1 = true
1.003	DPT_Enable	1 bit	Boolean	0 = disable, 1 = enable
1.004	DPT_Ramp	1 bit	Boolean	0 = no ramp, 1 = ramp
1.005	DPT_Alarm	1 bit	Boolean	0 = no alarm, 1 = alarm
1.006	DPT_BinaryValue	1 bit	Boolean	0 = low, 1 = high
1.007	DPT_Step	1 bit	Boolean	0 = decrease, 1 = increase
1.008	DPT_UpDown	1 bit	Boolean	0 = up, 1 = down
1.009	DPT_OpenClose	1 bit	Boolean	0 = open, 1 = close
1.010	DPT_Start	1 bit	Boolean	0 = stop, 1 = start
1.011	DPT_State	1 bit	Boolean	0 = inactive, 1 = active
1.012	DPT_Invert	1 bit	Boolean	0 = not inverted, 1 = inverted
1.013	DPT_DimSendStyle	1 bit	Boolean	0 = start-stop, 1 = cyclically
1.014	DPT_InputSource	1 bit	Boolean	0 = fixed, 1 = calculated
1.015	DPT_Reset	1 bit	Boolean	0 = dummy, 1 = trigger
1.016	DPT_Ack	1 bit	Boolean	0 = dummy, 1 = trigger
1.017	DPT_Trigger	1 bit	Boolean	0,1 = trigger
1.018	DPT_Occupancy	1 bit	Boolean	0 = not occupied, 1 = occupied
1.019	DPT_Window_Door	1 bit	Boolean	0 = closed, 1 = open
1.021	DPT_LogicalFunction	1 bit	Boolean	0 = OR, 1 = AND
1.022	DPT_Scene_AB	1 bit	Boolean	0 = sceneA, 1 = sceneB
1.023	DPT_ShutterBlinds_Mode	1 bit	Boolean	0 = UpDown only, 1 = UpDown + StepStop
1.100	DPT_Heat/Cool	1 bit	Boolean	0 = cooling, 1 = heating
2.001	DPT_Switch_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.002	DPT_Bool_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.003	DPT_Enable_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.004	DPT_Ramp_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.005	DPT_Alarm_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.006	DPT_BinaryValue_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.007	DPT_Step_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.008	DPT_Direction1_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.009	DPT_Direction2_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.010	DPT_Start_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.011	DPT_State_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
2.012	DPT_Invert_Control	2 bits	Long	C₁V₁ C = {0 (no control), 1 (control)}; V = {0,1} according to type 1.XXX
3.007	DPT_Control_Dimming	4 bits	Long	C₁S₃ C = {0 (decrease), 1 (increase)}; S = [000..111]
3.008	DPT_Control_Blinds	4 bits	Long	C₁S₃ C = {0 (up), 1 (down)}; S = [000..111]
4.001	DPT_Char_ASCII	1 byte	Long	ASCII character
4.002	DPT_Char_8859_1	1 byte	Long	ISO_8859 character
5.001	DPT_Scaling	1 byte	Long	[0 … 100]%
5.003	DPT_Angle	1 byte	Long	[0 … 360]°
5.004	DPT_Percent_U8	1 byte	Long	[0 … 255]%
5.005	DPT_DecimalFactor	1 byte	Long
5.006	DPT_Tariff	1 byte	Long	[0 … 254]
5.010	DPT_Value_1_Ucount	1 byte	Long	[0 … 255]
6.001	DPT_Percent_V8	1 byte	Long	[-128 … 127]%
6.010	DPT_Value_1_Count	1 byte	Long	[-128 … 127]
6.020	DPT_Status_Mode3	1 byte	Long	A₁B₁C₁D₁E₁F₃ A,B,C,D,E = {0 (set), 1 (clear)}; F = {001 (mode 0), 010 (mode 1), 100 (mode 2)}
7.001	DPT_Value_2_Ucount	2 bytes	Long	[0 … 65535] pulses
7.002	DPT_TimePeriodMsec	2 bytes	Long	[0 … 65535] ms
7.003	DPT_TimePeriod10Msec	2 bytes	Long	[0 … 6553,5] s	k=0,1
7.004	DPT_TimePeriod100Msec	2 bytes	Long	[0 … 655,35] s	k=0,01
7.005	DPT_TimePeriodSec	2 bytes	Long	[0 … 65535] s
7.006	DPT_TimePeriodMin	2 bytes	Long	[0 … 65535] min
7.007	DPT_TimePeriodHrs	2 bytes	Long	[0 … 65535] h
7.010	DPT_PropDataType	2 bytes	Long	[0 … 65535]
7.011	DPT_Length_mm	2 bytes	Long	[0 … 65535] mm
7.012	DPT_UElCurrentmA	2 bytes	Long	[0 … 65535] mA
7.013	DPT_Brightness	2 bytes	Long	[0..65535] lux
8.001	DPT_Value_2_Count	2 bytes	Long	[-32 768 … 32 767]
8.002	DPT_DeltaTimeMsec	2 bytes	Long	[-32 768 … 32 767] ms
8.003	DPT_DeltaTime10Msec	2 bytes	Long	[-3276,8 … 3276,7] s	k=0,1
8.004	DPT_DeltaTime100Msec	2 bytes	Long	[-327,68 … 327,67] s	k=0,01
8.005	DPT_DeltaTimeSec	2 bytes	Long	[-32 768 … 32 767] s
8.006	DPT_DeltaTimeMin	2 bytes	Long	[-32 768 … 32 767] min
8.007	DPT_DeltaTimeHrs	2 bytes	Long	[-32 768 … 32 767] h
8.010	DPT_Percent_V16	2 bytes	Long	[-327,68 … 327,67] %	k=0,01
8.011	DPT_Rotation_Angle	2 bytes	Long	[-32 768 … 32 767] °
9.001	DPT_Value_Temp	2 bytes	Double	[-273 … 670760] °C
9.002	DPT_Value_Tempd	2 bytes	Double	[-670760 … 670760] K
9.003	DPT_Value_Tempa	2 bytes	Double	[-670760 … 670760] K/h
9.004	DPT_Value_Lux	2 bytes	Double	[0 … 670760] Lux
9.005	DPT_Value_Wsp	2 bytes	Double	[0 … 670760] m/s
9.006	DPT_Value_Pres	2 bytes	Double	[0 … 670760] Pa
9.007	DPT_Value_Humidity	2 bytes	Double	[0 … 670760] %
9.008	DPT_Value_AirQuality	2 bytes	Double	[0 … 670760] ppm
9.010	DPT_Value_Time1	2 bytes	Double	[-670760 … 670760] s
9.011	DPT_Value_Time2	2 bytes	Double	[-670760 … 670760] ms
9.020	DPT_Value_Volt	2 bytes	Double	[-670760 … 670760] mV
9.021	DPT_Value_Curr	2 bytes	Double	[-670760 … 670760] mA
9.022	DPT_PowerDensity	2 bytes	Double	[-670760 … 670760] W/m2
9.023	DPT_KelvinPerPercent	2 bytes	Double	[-670760 … 670760] K/%
9.024	DPT_Power	2 bytes	Double	[-670760 … 670760] kW
9.025	DPT_Value_Volume_Flow	2 bytes	Double	[-670760 … 670760] l/h
9.026	DPT_Rain_Amount	2 bytes	Double	[-670760 … 670760] l/m2
9.027	DPT_Value_Temp_F	2 bytes	Double	[-459,6 … 670760] °F
9.028	DPT_Value_Wsp_kmh	2 bytes	Double	[0 … 670760]km/h
10.001	DPT_TimeOfDay	3 bytes	Long	D₃H₅R₁R₁M₆rrS₆ D = [0 … 7]; H = [0 … 23]; M = [0 … 59]; S = [0 … 59]; R = {0}
11.001	DPT_Date	3 bytes	Long	R₁R₁R₁D₅R₁R₁R₁R₁M₄R₁Y₇ D = [1 … 31]; M = [1 … 12]; Y = [0 … 99]; R = {0}
12.001	DPT_Value_4_Ucount	4 bytes	Long	[0 … 4 294 967 295]
13.001	DPT_Value_4_Count	4 bytes	Long	[-2 147 483 648 … 2 147 483 647]
13.002	DPT_FlowRate_m3/h	4 bytes	Long	[-2 147 483 648 … 2 147 483 647]
13.010	DPT_ActiveEnergy	4 bytes	Long	[-2 147 483 648 … 2 147 483 647] Wh
13.012	DPT_ReactiveEnergy	4 bytes	Long	[-2 147 483 648 … 2 147 483 647] VAh
13.013	DPT_ActiveEnergy_kWh	4 bytes	Long	[-2 147 483 648 … 2 147 483 647] kWh
13.014	DPT_ApparantEnergy_kVAh	4 bytes	Long	[-2 147 483 648 … 2 147 483 647] kVAh
13.015	DPT_ReactiveEnergy_kVARh	4 bytes	Long	[-2 147 483 648 … 2 147 483 647] kVARh
13.100	DPT_LongDeltaTimeSec	4 bytes	Long	[-2 147 483 648 … 2 147 483 647] s
14.000	DPT_Value_Acceleration	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.001	DPT_Value_Acceleration_Angular	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.002	DPT_Value_Activation_Energy	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.003	DPT_Value_Activity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.004	DPT_Value_Mol	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.005	DPT_Value_Amplitude	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.006	DPT_Value_AngleRad	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.007	DPT_Value_AngleDeg	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.008	DPT_Value_Angular_Momentum	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.009	DPT_Value_Angular_Velocity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.010	DPT_Value_Area	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.011	DPT_Value_Capacitance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.012	DPT_Value_Charge_DensitySurface	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.013	DPT_Value_Charge_DensityVolume	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.014	DPT_Value_Compressibility	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.015	DPT_Value_Conductance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.016	DPT_Value_Electrical_Conductivity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.017	DPT_Value_Density	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.018	DPT_Value_Electric_Charge	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.019	DPT_Value_Electric_Current	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.020	DPT_Value_Electric_CurrentDensity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.021	DPT_Value_Electric_DipoleMoment	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.022	DPT_Value_Electric_Displacement	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.023	DPT_Value_Electric_FieldStrength	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.024	DPT_Value_Electric_Flux	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.025	DPT_Value_Electric_FluxDensity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.026	DPT_Value_Electric_Polarization	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.027	DPT_Value_Electric_Potential	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.028	DPT_Value_Electric_PotentialDifference	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.029	DPT_Value_ElectromagneticMoment	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.030	DPT_Value_Electromotive_Force	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.031	DPT_Value_Energy	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.032	DPT_Value_Force	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.033	DPT_Value_Frequency	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.034	DPT_Value_Angular_Frequency	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.035	DPT_Value_Heat_Capacity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.036	DPT_Value_Heat_FlowRate	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.037	DPT_Value_Heat_Quantity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.038	DPT_Value_Impedance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.039	DPT_Value_Length	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.040	DPT_Value_Light_Quantity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.041	DPT_Value_Luminance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.042	DPT_Value_Luminous_Flux	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.043	DPT_Value_Luminous_Intensity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.044	DPT_Value_Magnetic_FieldStrength	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.045	DPT_Value_Magnetic_Flux	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.046	DPT_Value_Magnetic_FluxDensity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.047	DPT_Value_Magnetic_Moment	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.048	DPT_Value_Magnetic_Polarization	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.049	DPT_Value_Magnetization	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.050	DPT_Value_MagnetomotiveForce	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.051	DPT_Value_Mass	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.052	DPT_Value_MassFlux	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.053	DPT_Value_Momentum	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.054	DPT_Value_Phase_AngleRad	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.055	DPT_Value_Phase_AngleDeg	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.056	DPT_Value_Power	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.057	DPT_Value_Power_Factor	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.058	DPT_Value_Pressure	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.059	DPT_Value_Reactance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.060	DPT_Value_Resistance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.061	DPT_Value_Resistivity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.062	DPT_Value_SelfInductance	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.063	DPT_Value_SolidAngle	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.064	DPT_Value_Sound_Intensity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.065	DPT_Value_Speed	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.066	DPT_Value_Stress	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.067	DPT_Value_Surface_Tension	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.068	DPT_Value_Common_Temperature	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.069	DPT_Value_Absolute_Temperature	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.070	DPT_Value_TemperatureDifference	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.071	DPT_Value_Thermal_Capacity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.072	DPT_Value_Thermal_Conductivity	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.073	DPT_Value_ThermoelectricPower	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.074	DPT_Value_Time	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.075	DPT_Value_Torque	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.076	DPT_Value_Volume	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.077	DPT_Value_Volume_Flux	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.078	DPT_Value_Weight	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
14.079	DPT_Value_Work	4 bytes	Double	Z₁E₈F₂₃ Z = {0,1}; E = [0 … 255]; F = [0 … 8 388 607]
15.000	DPT_Access_Data	4 bytes	Long	U₄V₄W₄X₄Y₄Z₄E₁P₁D₁C₁N₄ U,V,W,X,Y,Z = [0 … 9]; E,P,D,C = {0,1}; N = [0 … 15]
17.001	DPT_SceneNumber	1 byte	Long	R₁R₁U₆ - R = {0}; U = [0 … 63]
18.001	DPT_SceneControl	1 byte	Long	C₁R₁U₆ - C = {0,1}; R = {0}; U = [0 … 63]
19.001	DPT_DateTime	8 bytes	String	U₈R₁R₁R₁R₁M₄R₁R₁R₁D₅W₃H₅R₁R₁S₆R₁R₁S₆E₁F₁G₁I₁J₁K₁L₁N₁O₁R₁R₁R₁R₁R₁R₁R₁ U = [0 … 255]; M = [1 … 12]; D = [1 … 31]; W = [0 … 7]; H = [0 … 24]; S = [0 … 59]; R = {0}; E,F,G,I,J,K,L,N,O = {0,1}
20.001	DPT_SCLOMode	1 byte	Long	[0 … 3]
20.002	DPT_BuildingMode	1 byte	Long	[0 … 2]
20.003	DPT_OccMode	1 byte	Long	[0 … 2]
20.004	DPT_Priority	1 byte	Long	[0 … 3]
20.005	DPT_LightApplicationMode	1 byte	Long	[0 … 2]
20.006	DPT_ApplicationArea	1 byte	Long	{0,1,10,11,12,13,14}
20.007	DPT_AlarmClassType	1 byte	Long	[0 … 3]
20.008	DPT_PSUMode	1 byte	Long	[0 … 2]
20.011	DPT_ErrorClass_System	1 byte	Long	[0 … 18]
20.012	DPT_ErrorClass_HVAC	1 byte	Long	[0 … 4]
20.013	DPT_Time_Delay	1 byte	Long	[0 … 25]
20.014	DPT_Beaufort_Wind_Force_Scale	1 byte	Long	[0 … 12]
20.017	DPT_SensorSelect	1 byte	Long	[0 … 4]
20.020	DPT_ActuatorConnectType	1 byte	Long	[1 … 2]
20.100	DPT_FuelType	1 byte	Long	[0 … 3]
20.101	DPT_BurnerType	1 byte	Long	[0 … 3]
20.102	DPT_HVACMode	1 byte	Long	[0 … 4]
20.103	DPT_DHWMode	1 byte	Long	[0 … 4]
20.104	DPT_LoadPriority	1 byte	Long	[0 … 2]
20.105	DPT_HVACContrMode	1 byte	Long	{[0 … 17],20}
20.106	DPT_HVACEmergMode	1 byte	Long	[0 … 5]
20.107	DPT_ChangeoverMode	1 byte	Long	[0 … 2]
20.108	DPT_ValveMode	1 byte	Long	[1 … 5]
20.109	DPT_DamperMode	1 byte	Long	[1 … 4]
20.110	DPT_HeaterMode	1 byte	Long	[1 … 3]
20.111	DPT_FanMode	1 byte	Long	[0 … 2]
20.112	DPT_MasterSlaveMode	1 byte	Long	[0 … 2]
20.113	DPT_StatusRoomSetp	1 byte	Long	[0 … 2]
20.120	DPT_ADAType	1 byte	Long	[1 … 2]
20.121	DPT_BackupMode	1 byte	Long	[0 … 1]
20.122	DPT_StartSynchronization	1 byte	Long	[0 … 2]
20.600	DPT_Behaviour_Lock_Unlock	1 byte	Long	[0 … 6]
20.601	DPT_Behaviour_Bus_Power_Up_Down	1 byte	Long	[0 … 4]
20.602	DPT_DALI_Fade_Time	1 byte	Long	[0 … 15]
20.603	DPT_BlinkingMode	1 byte	Long	[0 … 2]
20.604	DPT_LightControlMode	1 byte	Long	[0 … 1]
20.605	DPT_SwitchPBModel	1 byte	Long	[1 … 2]
20.606	DPT_PBAction	1 byte	Long	[0 … 3]
20.607	DPT_DimmPBModel	1 byte	Long	[1 … 4]
20.608	DPT_SwitchOnMode	1 byte	Long	[0 … 2]
20.609	DPT_LoadTypeSet	1 byte	Long	[0 … 2]
20.610	DPT_LoadTypeDetected	1 byte	Long	[0 … 3]
20.801	1 DPT_SABExceptBehaviour	1 byte	Long	[0 … 4]
20.802	DPT_SABBehaviour_Lock_Unlock	1 byte	Long	[0 … 6]
20.803	DPT_SSSBMode	1 byte	Long	[1 … 4]
20.804	DPT_BlindsControlMode	1 byte	Long	[0 … 1]
20.1000	DPT_CommMode	1 byte	Long	[0 … 255]
20.1001	DPT_AddInfoTypes	1 byte	Long	{00h,01h,02h,03h,04h,05h,06h,07h,FFh}
20.1002	DPT_RF_ModeSelect	1 byte	Long	{00h,01h,02h}
20.1003	DPT_RF_FilterSelect	1 byte	Long	{00h,01h,02h,03h}
21.001	DPT_StatusGen	1 byte	Long	B₃F₁E₁D₁C₁A₁ A,C,D,E,F = {0,1}; B = {000}
21.002	DPT_Device_Control	1 byte	Long	B₃F₁E₁D₁C₁A₁ A,C,D,E,F = {0,1}; B = {000}
21.100	DPT_ForceSign	1 byte	Long	H₁G₁F₁E₁D₁C₁B₁A₁ A,B,C,D,E,F,G,H = {0,1}
21.101	DPT_ForceSignCool	1 byte	Long	B₁A₇ B = {0,1}; A = {0000000}
21.102	DPT_StatusRHC	1 byte	Long	H₁G₁F₁E₁D₁C₁B₁A₁ A,B,C,D,E,F,G,H = {0,1}
21.103	DPT_StatusSDHWC	1 byte	Long	D₅C₁B₁A₁ A,B,C = {0,1}; D = {00000}
21.104	DPT_FuelTypeSet	1 byte	Long	D₅C₁B₁A₁ A,B,C = {0,1}; D = {0}
21.105	DPT_StatusRCC	1 byte	Long	A₇B₁ B = {0,1}; A = {0000000}
21.106	DPT_StatusAHU	1 byte	Long	E₄D₁C₁B₁A₁ A,B,C,D = {0,1}, E = {0000}
21.601	DPT_LightActuatorErrorInfo	1 byte	Long	H₁G₁F₁E₁D₁C₁B₁A₁ A,B,C,D,E,F,G = {0,1}, h = {0}
21.1000	DPT_RF_ModeInfo	1 byte	Long	D₅C₁B₁A₁ C,B,A = {0,1}, D = {00000}
21.1001	DPT_RF_FilterInfo	1 byte	Long	D₅C₁B₁A₁ C,B,A = {0,1}
21.1010	DPT_Channel_Activation_8	1 byte	Long	H₁G₁F₁E₁D₁C₁B₁A₁ H,G,F,E,D,C,B,A = {0,1}
22.100	DPT_StatusDHWC	2 bytes	Long	J₈HGFEDCBA J = {00000000}; H,G,F,E,D,C,B,A = {0,1}
22.101	DPT_StatusRHCC	2 bytes	Long	R₁O₁N₁M₁L₁K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ R = {0}; O,N,M,L,K,J,I,H,G,F,E,D,C,B,A = {0,1}
22.1000	DPT_Media	2 bytes	Long	E₁₀D₁C₁F₁B₁A₁F₁ - E = {0000000000}; D,C,B,A, = {0,1}; F = {0}
22.1010	DPT_Channel_Activation_16	2 bytes	Long	P₁O₁N₁M₁L₁K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A = {0,1}
23.001	DPT_OnOffAction	2 bits	Long	{00(off), 01(on), 10(off/on), 11(on/off)}
23.002	DPT_Alarm_Reaction	2 bits	Long	{00 (no alarm is used), 01 (alarm position is UP), 10 (alarm position is DOWN)}
23.003	DPT_UpDown_Action	2 bits	Long	{00 (Up), 01 (Down), 01 (UpDown), 11 (DownUp)}
23.102	DPT_HVAC_PB_Action	2 bits	Long	{00 (Comfort/Economy), 01 (Comfort/Nothing), 10 (Economy/Nothing), 11 (Building prot/Auto)}
25.1000	DPT_DoubleNibble	1 byte	Long	B₄N₄ B = [0 … 3], N = [0 … 3]
26.001	SceneInfo	1 byte	Long	B₁A₂U₆ B = {0}; A = {0,1}; U = [0 … 63]
27.001	CombinedInfoOnOff	4 bytes	Long	Σ₁Π₁Λ₁Θ₁Δ₁Γ₁Z₁Y₁X₁W₁V₁U₁T₁S₁R₁Q₁P₁O₁N₁M₁L₁K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ Σ,Π,Λ,Θ,Δ,Γ,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A = {0,1}
29.010	ActiveEnergy_V64	8 bytes	String	[-9 223 372 036 854 775 808 … 9 223 372 036 854 775 807]
29.011	ApparantEnergy_V64	8 bytes	String	[-9 223 372 036 854 775 808 … 9 223 372 036 854 775 807]
29.012	ReactiveEnergy_V64	8 bytes	String	[-9 223 372 036 854 775 808 … 9 223 372 036 854 775 807]
30.1010	Channel_Activation_24	3 bytes	Long	X₁W₁V₁U₁T₁S₁R₁Q₁P₁O₁N₁M₁L₁K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A = {0,1}
31.101	PB_Action_HVAC_Extended	3 bits	Long	C₁B₁A₁ C,B,A = {0,1}
200.100	Heat/Cool_Z	2 bytes	Long	M₇G₁F₃E₁D₁C₁B₁A₁ A,B,C,D,E,G = {0,1}; F = {000}; M = {0000000}
200.101	BinaryValue_Z	2 bytes	Long	M₇G₁F₃E₁D₁C₁B₁A₁ A,B,C,D,E,G = {0,1}; F = {000}; M = {0000000}
201.100	HVACMode_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 4]
201.102	DHWMode_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 4]
201.104	HVACContrMode_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 20]
201.105	EnableH/Cstage_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 3]
201.107	BuildingMode_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 2]
201.108	OccMode_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 2]
201.109	HVACEmergMode_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 5]
202.001	RelValue_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 255]
202.002	UCountValue8_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 255]
203.002	TimePeriodMsec_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]ms
203.003	TimePeriod10Msec_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]ms	k = 0,1
203.004	TimePeriod100Msec_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]ms	k = 0,01
203.005	TimePeriodSec_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]s
203.006	TimePeriodMin_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]min
203.007	TimePeriodHrs_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]h
203.011	UFlowRateLiter/h_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]l/h	k = 0,01
203.012	UCountValue16_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]
203.013	UElCurrentμA_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]μA	k = 0,01
203.014	PowerKW_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]kW
203.015	AtmPressureAbs_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 1200]kbar	k = 0,05
203.017	PercentU16_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]%	k = 0,01
203.100	HVACAirQual_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 65 535]ppm
203.101	WindSpeed_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 200]km/h	k = 0,01
203.102	SunIntensity_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 1400]W/m²	k = 0,05
203.104	HVACAirFlowAbs_Z	3 bytes	Long	N₁₆F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [0 … 1400]m³/h
204.001	RelSignedValue_Z	2 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-100 … 100]%
205.002	DeltaTimeMsec_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]ms
205.003	DeltaTime10Msec_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]ms	k = 0,1
205.004	DeltaTime100Msec_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]ms	k = 0,01
205.005	DeltaTimeSec_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]s
205.006	DeltaTimeMin_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]min
205.007	DeltaTimeHrs_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]h
205.017	Percent_V16_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-32 768 … 32 767]%	k = 0,01
205.100	TempHVACAbs_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000}; N = [-273 … 655,34]°C	k = 0,02
205.101	TempHVACRel_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000};N = [-273 … 655,34]K	k = 0,02
205.102	HVACAirFlowRel_Z	3 bytes	Long	N₈F₃E₁D₁C₁B₁A₁ A,B,C,D,E = {0,1}; F = {000};N = [-32 768 … 32 767]K
206.100	HVACModeNext	3 bytes	Long	U₁₆N₈ U = [0 … 65535], N=[0 … 4]
206.102	DHWModeNext	3 bytes	Long	U₁₆N₈ U = [0 … 65535]; N=[0 … 4]
206.104	OccModeNext	3 bytes	Long	U₁₆N₈ U = [0 … 65535]; N=[0 … 2]
206.105	BuildingModeNext	3 bytes	Long	U₁₆N₈ - = [0 … 65535]; N=[0 … 2]
207.100	StatusBUC	2 bytes	Long	U₈G₂F₁E₁D₁C₁B₁A₁ U = [0 … 100]%; G = {00}; F,E,D,C,B,A = {0,1}
207.101	LockSign	2 bytes	Long	U₈C₆B₁A₁ U = [0 … 100]%; c = {0}; b,a = {0,1}
207.102	ValueDemBOC	2 bytes	Long	U₈C₆B₁A₁ U = [0 … 100]%; C = {000000}; B,A = {0,1}
207.104	ActPosDemAbs	2 bytes	Long	U₈E₄D₁C₁B₁A₁ U = [0 … 100]%; E = {0000}; D,C,B,A = {0,1}
207.105	StatusAct	2 bytes	Long	U₈;E₄D₁C₁B₁A₁ U = [0 … 100]%; E = {0000}; D,C,B,A = {0,1}
207.600	StatusLightingActuator	2 bytes	Long	U₈H₁G₁F₁E₁D₁C₁B₁A₁ U = [0 … 100]%; H,G,F,E,D,C,B,A = {0,1}
209.100	StatusHPM	3 bytes	Long	V₁₆F₃E₁D₁C₁B₁A₁ V=[-273 … 655,34]°C; F = {000}; E,D,C,B,A = {0,1}	k = 0,02
209.101	TempRoomDemAbs	3 bytes	Long	V₁₆E₄D₁C₁B₁A₁ V=[-273 … 655,34]°C; E = {0000}; D,C,B,A = {0,1}	k = 0,02
209.102	StatusCPM	3 bytes	Long	V₁₆E₄D₁C₁B₁A₁ V=[-273..655,34]°C; E = {0000}; D,C,B,A = {0,1}	k = 0,02
209.103	StatusWTC	3 bytes	Long	V₁₆D₅C₁B₁A₁ V=[-273 … 655,34]°C; D = {00000}; C,B,A = {0,1}	k = 0,02
210.100	TempFlowWaterDemAbs	4 bytes	Long	V₁₆M₄L₁K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ V=[-273 … 655,34]°C; M = {0000}; L,K,J,I,H,G,F,E,D,C,B,A = {0,1}	k = 0,02
211.100	EnergyDemWater	2 bytes	Long	U₈V₈ - U = [0 … 100]; N = [0 … 20]
212.100	TempRoomSetpSetShift[3]	6 bytes	String	A₁₆B₁₆C₁₆ A,B,C = [-655,34 … 655,34]K	k = 0,02
212.101	TempRoomSetpSet[3]	6 bytes	String	A₁₆B₁₆C₁₆ A,B,C = [-655,34 … 655,34]°C	k = 0,02
213.100	TempRoomSetpSet[4]	8 bytes	String	A₁₆B₁₆C₁₆D₁₆ A,B,C,D = [-655,34 … 655,34]°C	k = 0,02
213.101	TempDHWSetpSet[4]	8 bytes	String	A₁₆B₁₆C₁₆D₁₆ A,B,C,D = [-655,34 … 655,34]°C	k = 0,02
213.102	TempRoomSetpSetShift[4]	8 bytes	String	A₁₆B₁₆C₁₆D₁₆ A,B,C,D = [-655,34 … 655,34]K	k = 0,02
214.100	PowerFlowWaterDemHPM	4 bytes	Long	V₁₆U₈G₂F₁E₁D₁C₁B₁A₁ V = [-273 … 655,34]°C; U = [0 … 100]%; H = {00}; F,E,D,C,B,A = {0,1}	k = 0,02
214.101	PowerFlowWaterDemCPM	4 bytes	Long	V₁₆U₈H₅C₁B₁A₁ V = [-273 … 655,34]°C; U = [0 … 100]%; D = {00000}; C,B,A = {0,1}	k = 0,02
215.100	StatusBOC	5 bytes	String	V₁₆U₈M₄L₁K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ V = [-273 … 655,34]°C; U = [0 … 100]%; M = {0000}; L,K,J,I,H,G,F,E,D,C,B,A = {0,1}	k = 0,02
215.101	StatusCC	5 bytes	String	V₁₆U₈J₈H₁G₁F₁E₁D₁C₁B₁A₁ V = [-273 … 655,34]°C; U = [0 … 100]%; J = {00000000}; H,G,F,E,D,C,B,A = {0,1}
216.100	SpecHeatProd	5 bytes	String	V₁₆U₈N₈D₅C₁B₁A₁ V = [0 … 65 535]kW; U = [0 … 100]%; N = [0..3]; D = {00000}; C,B,A = {0,1}
217.001	Version	2 bytes	Long	U₅V₅W₆ U = [0 … 31], V = [0..31], W = [0 … 63]
218.001	VolumeLiter_Z	5 bytes	String	V₃₂F₃E₁D₁C₁B₁A₁ E,D,C,B,A = {0,1}; F = {000}; V = [-2 147 483 648 l … 2 147 483 647]l
218.002	FlowRate_m3/h_Z	5 bytes	String	V₃₂F₃E₁D₁C₁B₁A₁ E,D,C,B,A = {0,1}; F = {000}; V = [-2 147 483 648 l … 2 147 483 647]m³/h
219.001	AlarmInfo	6 bytes	String	U₈N₈V₈W₈P₂N₁M₁L₁K₁J₁I₁D₅C₁B₁A₁ U = [0 … 255]; N = [0 … 3]; V = [0 … 50]; W = [0 … 6]; P = {00}; D = {00000}; A,B,C,I,J,K,L,M,N = {0,1}
220.100	TempHVACAbsNext	4 bytes	Long	U₁₆V₁₆ U = [0 … 65535]; V = [-273 … 655,34]	k = 0,02
221.001	SerNum	6 bytes	String	N₁₆U₃₂ U = [0 … 65535]; V = [0 … 4 294 967 295]
222.100	TempRoomSetpSetF16[3]	6 bytes	String	G₁₆F₁₆E₁₆ G,F,E = [-273 … 670 760]°C
222.101	TempRoomSetpSetShiftF16[3]	6 bytes	String	G₁₆F₁₆E₁₆ G,F,E = [-670 760 … 670 760]K
223.100	EnergyDemAir	3 bytes	Long	G₈F₈E₈ G = [-100 … 100]; F = [0 … 20]; E = [0 … 5]
224.100	TempSupplyAirSetpSet	6 bytes	String	U₁₆V₁₆F₈E₈ U,V = [-273 … 655,34]; F = [0 … 20]; E = [0 … 5]	k = 0,02
225.001	ScalingSpeed	3 bytes	Long	U₁₆V₈ U = [1 … 65 535]; V = [0,4 … 100]	k = 0,4
225.002	Scaling_Step_Time	3 bytes	Long	U₁₆V₈ U = [1 … 65 535]; V = [0,4 … 100]	k = 0,4
225.003	TariffNext	3 bytes	Long	U₁₆V₈ U = [0 … 65 535]; V = [0 … 254]
229.001	MeteringValue	6 bytes	String	V₃₂N₈F₃E₁D₁C₁B₁A₁ ,D,C,B,A = {0,1}; f,g,h = {000}; V = [-2 147 483 648 l … 2 147 483 647]; N = [0 … 177];
230.1000	MBus_Address	8 bytes	String	U₁₆V₃₂W₈N₈ "MBus address", parameters U,V,W,N are manufacturer specific
231.001	Locale_ASCII	4 bytes	Long	L₁₆R₁₆ L - language; R - region
232.600	Colour_RGB	3 bytes	Long	R₈G₈B₈ R,G,B = [0..255]
234.001	LanguageCodeAlpha2	2 bytes	Long	A₁₆ A - language code
234.002	RegionCodeAlpha2	2 bytes	Long	A₁₆ A - region code
235.001	Tariff_ActiveEnergy	6 bytes	String	V₃₂U₈C₆B₁A₁ V = [-2 147 483 648 l … 2 147 483 647]; U = [0 … 254]; C = {000000}; B,A = {0,1}
236.001	Prioritised_Mode_Control	1 byte	Long	B₁P₃M₄ B = {0,1}; P = [0 … 7]; M = [0 … 15]
237.600	DALI_Control_Gear_Diagnostic	2 bytes	Long	M₅L₁K₁J₁H₁G₁A₆ M = {00000}; L,K,J,H,G = {0,1}; A = [0 … 63]
238.001	SceneConfig	1 byte	Long	A₁B₁N₆ A,B = {0,1}; N = [0 … 63]
238.600	DALI_Diagnostic	1 byte	Long	A₁B₁N₆ A,B = {0,1}; N = [0 … 63]
239.001	FlaggedScaling	2 bytes	Long	U₈B₇A₁ U = [0 … 100]; B = {0000000}; A = {0,1}	k = 0,4
240.800	CombinedPosition	3 bytes	Long	U₁₆C₆B₁A₁ U = [0 … 100]; C = {000000}; B,A = {0,1}	k = 0,4
241.800	StatusSAB	4 bytes	Long	U₈V₈N₁M₁L₃K₁J₁I₁H₁G₁F₁E₁D₁C₁B₁A₁ U,V = [0 … 100]; L = {000}; N,M,K,J,I,H,G,F,E,D,C,B,A = {0,1}	k = 0,4

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