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Geiger Zähler

10. August 2022

In Arbeit….

In meinem Smarthome gehört auch die Überwachung der Radioaktivität zu den Aufgaben.

Materialliste

Mighty Ohm Geigerzähler Bausatz
RS232 USB Adapter

Software

Hier zu finden: https://gitlab.com/derek.ziegler/base/-/tree/master/geiger

Kabelquerschnitt, Durchmesser und Belastbarkeit

10. Juli 2022

Oft suche ich die passenden Kabel für mein Projekt. Hier die Auflistung gängiger Kabeltypen nach Kabelquerschnitt, Durchmesser und Belastbarkeit.

Wer selber rechnen möchte hier die Formel:

A=r² * π

oder vereinfacht:

A=(d²/4) * π

Damit es rund wird, habe ich die Belastbarkeit eines ein- und mehradrigen Kabels bei Nennspannung bis 1000V ebenfalls hinzugefügt (gem. VDE 0298-4 06/13)

Durchmesser in mm	Querschnitt mm²	Strom in A (einadrig)	Strom in A (mehradrig)
0,75	0,4418	15	12
1,00	0,7854	19	15
1,30	1,3273
1,30	1,3273
1,40	1,5394
1,50	1,7671	24	18
1,60	2,0106
1,70	2,2698
1,80	2,5447
1,90	2,8353
2,00	3,1416
2,10	3,4636
2,25	3,9761
2,40	4,5239
2,50	4,9087	32	26
2,60	53093
2,80	6,1575
3,00	7,0686
3,20	8,0425
3,40	9,0792
3,60	10,1788
3,80	11,341
4,00	12,566	42	34
4,25	14,186
4,50	15,904
4,75	17,721
5,00	19,635
5,30	22,062
5,60	24,630
6,00	28,274	54	44
6,30	31,172
6,50	33,183
7,00	38,484
7,50	44,179
8,00	50,265
8,50	56,745
9,00	63,617
9,50	70,882
10,00	78,540	73	61
10,50	86,590
11,00	95,033
12,00	113,097
12,50	122,718
13,00	132,732
14,00	153,938
16,00	201,0619	98	82

KNX Datentypen

10. April 2022

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