S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) BACnet points list

Updated 12 November 2026

Short answer

RYMASKON 1000 units are touch room operating units for temperature, fan, sun protection and lighting. The BACnet object list (vendor ID 1545) covers sensor values (temperature, humidity, CO2, VOC), setpoints, operating mode, fan level, presence, sun-protection and light commands and status, header icons, BMS lock and takeover values for the controller outputs, labels, date/time and many configuration values. Controller-only objects (internal controller outputs, Controller OpMode, BMS output overrides) apply to the RYM 13xxC/14xxC variants.

This page lists 335 BACnet objects for the S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) — 253 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from S+S Regeltechnik’s own free documentation, linked below.

Manufacturer: S+S Regeltechnik
Model: RYMASKON 1000 room operating unit (Interface / Controller)
Equipment: Room operating unit / room controller
Equipment type: Thermostats, sensors & meters
BACnet objects: 335 (253 writable)
Transport: BACnet MS/TP
Firmware: Application / firmware 2.00.2
Also known as: RYMASKON 1000, Rymaskon 1000, RYM 1301, RYM 1302, RYM 1401, RYM 1402, RYM 1321C, RYM 1322C, RYM 1361C, RYM 1362C, RYM 1431C, RYM 1432C, RYM 1461C, RYM 1462C, S+S Rymaskon BACnet
Source document: BACnet PIC - Rymaskon 1000 Interface / Controller BACnet · rev. 2026-09-14

Download CSV 335 rows Download EDE B.I.G.-EU JSON Manufacturer PDF ↗ Compare with your scan Download Easy BACnet Mobile App Google Play

Reference only, provided as-is: verify against S+S Regeltechnik’s current documentation and the live device before use. Not official S+S Regeltechnik information. Terms of use.

BMS integration notes: S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller)

Integration in brief

Set the MS/TP MAC address and baud rate on the unit (default 38400), then write the temperature setpoint, operating mode and fan level and read room temperature, presence and operating state. Use IV 409 / the BV lock objects if occupants must not change values the BMS controls.

Minimum points to map

The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.

Object	Name	Why	Access
IV 404	IV:OpMode_Status_404	Operating mode: 0 Off, 1 Cooling, 2 Heating	Write
AV 400	AV:Setpoint_Temp_400	Room temperature setpoint, °C	Write
IV 407	IV:Setpoint_Fan_Level_407	Fan level 0-5	Write
IV 409	IV:RCBBMS_409_bitField	BMS lock of setpoint, fan and presence keys	Write
AI 1	AI:TempS1Int_Value_1	Room temperature (internal sensor)	Read
BI 1	BI:Presence_Status_1	Presence: 1 = occupied	Read
AI 9	AI:OpMode_Status_9	Operating mode status	Read
AI 8	AI:Setpoint_Temp_Absolut_8	Absolute temperature setpoint in use	Read
IV 2025	IV:InternalError_2025_bitField	Internal error bits (sensor, I2C)	Read

Enable & remote start

Controller variants: IV 1607 Controller OpMode sets how the internal controller drives the outputs (0 Off, 1 cooling, 2 heating, 3 both). The BMS can take over each output with the BMS Contr. objects (AV 1608-1610, 1613; IV 1611, 1612, 1615); -1 returns an output to the internal controller.

Network setup

BACnet MS/TP master; baud 9600-115200, default 38400; isolated transceiver, no internal bias or termination, 1/8 unit load.
Vendor ID 1545; application and firmware 2.00.2.

Watch out for

Configuration objects are kept in EEPROM; write them only during commissioning.
When the BMS takes over a heating/cooling output, set the display operating mode in IV 404 as well (per the object notes).

S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) BACnet objects

Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.

335 of 335 shown

Type

Access

Show

S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) BACnet Points List
			Description		States
AImin	1	AI:TempS1Int_Value_1	Temp Sensor 1 int. value; -20…50°C (0...122,0 °F)	Read
AI	2	AI:HumS1Int_Value_2	Humidity Sensor 1 int. Value; 0 to 100.0 % RH	Read
AI	3	AI:CO2S1Int_Value_3	CO2 Sensor 1 int. value; 0…2000 ppm	Read
AI	4	AI:VOCS1Int_ppb_Value_4	VOC Sensor 1 int. value ppb; 0...30000 ppb	Read
AI	5	AI:VOCS1Int_%_Value_5	VOC Sensor 1 int.value %; 0...100 %	Read
AI	7	AI:TempS2Ext_Value_7	Temp Sensor 2 ext. value; -20…50°C (0...122,0 °F)	Read
AI	11	AI:D1Input_Status_11	D1 Input Status	Read	0=DI1 open (default); 1=DI1 closed
AI	12	AI:D2Input_Status_12	D2 Input Status	Read	0=DI2 open (default); 1=DI2 closed
AImin	8	AI:Setpoint_Temp_Absolut_8	Temp Setpoint Absolute; -18...60°C (0..140°F)	Read
AImin	9	AI:OpMode_Status_9	OpMode Status	Read	0=Off (default); 1=Cooling; 2=Heating
AI	10	AI:Setpoint_Fan_Level_10	Fan Level	Read	0=Off; 1=Level 1 (Default); 2=Level 2; 3=Level 3; 4=Level 4; 5=Level 5
AI	13	AI:SP1_KeyStatus_13	Sun protect 1 key status	Read	0=Button not pressed (default); 1=DOWN button pressed briefly; 2=DOWN button pressed and held down; 3=UP button pressed briefly; 4=UP button pressed and held down; 5=DOWN button pressed (only mode hold key); 6=UP button pressed (only mode hold key)
AI	14	AI:SP1_Position_Value_14	Sun protect 1 position value; 0.0…100.0 % (default 0%)	Read
AI	15	AI:SP1_Angle_Value_15	Sun protect 1 angle value; -180°…180° (default 0°)	Read
AI	16	AI:SP2_KeyStatus_16	Sun Protest 2 key status	Read	0=Button not pressed (default); 1=DOWN button pressed briefly; 2=DOWN button pressed and held down; 3=UP button pressed briefly; 4=UP button pressed and held down; 5=DOWN button pressed (only mode hold key); 6=UP button pressed (only mode hold key)
AI	17	AI:SP2_Position_Value_17	Sun protect 2 position value; 0.0…100.0 % (default 0%)	Read
AI	18	AI:SP1_Angle_Value_15	Sun protect 2 angle value; -180°…180° (default 0°)	Read
AI	73	AI:L1_KeyStatus_73	Light 1 key status	Read	0=Button not pressed (default); 1=DOWN button pressed briefly; 2=DOWN button pressed and held down; 3=UP button pressed briefly; 4=UP button pressed and held down; 5=DOWN button pressed (only mode hold key); 6=UP button pressed (only mode hold key)
AI	74	AI:L1_DimmValue_74	Light 1 dimm value; 0…100 % (default 0%)	Read
AI	79	AI:L2_KeyStatus_79	Light 2 key status	Read	0=Button not pressed (default); 1=DOWN button pressed briefly; 2=DOWN button pressed and held down; 3=UP button pressed briefly; 4=UP button pressed and held down; 5=DOWN button pressed (only mode hold key); 6=UP button pressed (only mode hold key)
AI	80	AI:L1_DimmValue_80	Light 2 dimm value; 0…100 % (default 0%)	Read
AI	193	AI:ChangeOver_Status_193	Change-Over Status	Read	0=Change-Over inactive (default); 1=Cooling Mode (Heating blocked); 2=Heatinge Mode (Cooling blocked
AI	198	AI:ContrOpMode_Setpoint_198	Controller OpMode	Read	0=OFF; 1=Cooling Auto (Heating blocked); 2=Heating Auto (Cooling deaktiviert); 3=Cooling and Heating Auto
AI	199	AI:AO_OutHeat_BMSContr_199	AO Output Heating BMS Contr.; 0…10V -1 = internal controller active (default)	Read
AI	200	AI:AO_OutCool_BMSContr_200	AO Output Cooling BMS Contr.; 0…10V -1 = internal controller active (default)	Read
AI	201	AI:AO_Out6WayValve_BMSContr_201	AO Output 6-Way-Valve BMS Contr; 0…10V -1 = internal controller active (default)	Read
AI	202	AI:RODO_OutHeat_BMSContr_202	RO/DO Output Heating BMS Contr.	Read	0=RO / DO Heating open; 1=RO / DO Heating closed; -1=internal controller active (default)
AI	203	AI:RODO_OutCool_BMSContr_203	RO/DO Output Cooling BMS Contr.	Read	0=RO / DO Cooling open; 1=RO / DO Cooling closed; -1=internal controller active (default)
AI	204	AI:AO_OutFan_BMSContr_204	AO Output Fan BMS Contr.; 0…10V -1 = internal controller active (default)	Read
AI	205	AI:RODO_OutFan_BMSContr_205	RO/DO Output Fan BMS Contr.	Read	0=OFF; 1=Level 1; 2=Level 2; 3=Level 3; -1=internal controller active (default)
AI	206	AI:Controller_Setpoint_Temp_206	Controller Setpoint Temp; 0...122,0 °C/°F	Read
AI	207	AI:AO_Heat_Value_207	AO Heating; 0...10V	Read
AI	208	AI:AO_Cool_Value_208	AO Cooling; 0...10V	Read
AI	209	AI:AO_6WayValve_Value_209	AO 6-Way-Valve; 0...10V	Read
AI	210	AI:RODO_Heat_Value_210	RO/DO Heating	Read	0=open; 1=closed
AI	211	AI:RODO_Cool_Value_211	RO/DO Cooling	Read	0=open; 1=closed
AI	212	AI:AO_Fan_Value_212	AO Fan; 0...10V	Read
AI	213	AI:RODO_Fan_Level_212	RODO Fan	Read	0=all Relays open (fan off); 1=Relay 1 closed (fan level 1); 2=Relay 2 closed (fan level 2); 3=Relay 3 closed (fan level 3)
AV	100	AV:TempS1Int_Value_100	Temp Sensor 1 int. value; -20.0…50.0°C (0.0...122.0 °F)	Read
AV	101	AV:HumS1Int_Value_101	Humidity Sensor 1 int. Value; 0,0...100.0 % RH	Read
AV	102	AV:CO2S1Int_Value_102	CO2 Sensor 1 int. value; 0…2000 ppm	Read
AV	103	AV:VOCS1Int_ppb_Value_103	VOC Sensor 1 int. value ppb; 0...2383 ppb	Read
AV	104	AV:VOCS1Int_%_Value_104	VOC Sensor 1 int.value %; 0...100 %	Read
AV	106	AV:TempS2Ext_Value_106	Temp Sensor 2 ext. value; -20.0…50.0°C (0.0...122.0 °F)	Read
AV	120	AV:TempS3Bus_Value_120	Temp Sensor 3 bus value; -20.0…50.0°C (0.0...122.0 °F)	Write
AV	121	AV:HumS3Bus_Value_121	Humidity Sensor 2 bus value; 0.0...100.0 % RH	Write
AV	122	AV:CO2S2Bus_Value_122	CO2 Sensor 2 bus value; 0…5000 ppm	Write
AV	123	AV:VOCS2Bus_Value_123	VOC Sensor 2 bus value; 0...60000 ppb	Write
AV	124	AV:PMS2Bus_Value_124	PM Sensor 2 bus value; 0...1000 µg/m³	Write
AV	125	AV:PressureS2Bus_Value_125	Pressure Sensor 2 bus value; mbar, hPa und Pa 0…10000 inWC 0…500	Write
AVmin	400	AV:Setpoint_Temp_400	Temp Setpoint; -20.0…50.0°C (0.0...122.0 °F) default 21.0°C (70.0°F)	Write
AV	401	AV:Setpoint_Temp_Offset_401	Temp Setpoint Offset; -18.0…18.0 °C/°F (default 0 °C/°F)	Write
AV	402	AV:Setpoint_Temp_Absolut_402	Temp Setpoint Absolute; -18.0…140.0 °C/°F	Read
AV	403	AV:Setpoint_Temp_Offset_MinMax_403	Temp Setpoint Offset Min-Max; 0.0…18.0 °C/F° (default 3°C / 6°F)	Write
AV	721	AV:SP1_Position_Value_721	Sun protect 1 position value; 0.0…100.0 % (default 0%)	Write
AV	722	AV:SP1_Angle_Value_722	Sun protect 1 angle value; -180°…180° (default 0°)	Write
AV	731	AV:SP2_Position_Value_731	Sun protect 2 position value; 0.0…100.0 % (default 0%)	Write
AV	732	AV:SP2_Angle_Value_732	Sun protect 2 angle value; -180°…180° (default 0°)	Write
AV	1121	AV:L1_Dimm_Value_1121	Light 1 dimm value; 0…100 % (default 0%)	Write
AV	1131	AV:L2_Dimm_Value_1131	Light 2 dimm value; 0…100 % (default 0%)	Write
AV	1608	AV:AO_OutHeat_BMSContr_1608	AO Output Heating BMS Contr.; 0…10V -1 = internal controller active (default)	Write
AV	1609	AV:AO_OutCool_BMSContr_1609	AO Output Cooling BMS Contr.; 0…10V -1 = internal controller active (default)	Write
AV	1610	AV:AO_Out6WayValve_BMSContr_1610	AO Output 6-Way-Valve BMS Contr.; 0…10V -1 = internal controller active (default)	Write
AV	1613	AV:AO_OutFan_BMSContr_1613	AO Output Fan BMS Contr.; 0…10V -1 = internal controller active (default)	Write
AV	1616	AV:Controller_Setpoint_Temp_1616	Controller Setpoint Temp (TSetpoint; 0...122,0 °C/°F (default 21°C / 70°F)	Read
AV	1617	AV:AO_Heat_Value_1617	AO Heating AO Heating; 0...10V	Read
AV	1618	AV:AO_Cool_Value_1618	AO Cooling AO Cooling; 0...10V	Read
AV	1619	AV:AO_6WayValve_Value_1619	AO 6-Way-Valve AO 6-Way-Valve; 0...10V	Read
AV	1622	AV:AO_Fan_Value_1622	AO Fan AO Fan; 0...10V	Read
AV	2312	AV:TempS1Int_Offset_2312	Temp Sensor 1 int. Offset; -20°…+20° (default 0)	Write
AV	2314	AV:TempS1Int_ColourScale_Start_2314	Temp Sensor 1 int. Colour Scale Start; 0...122,0 °C/°F (default 16°C / 61°F)	Write
AV	2315	AV:TempS1Int_ColourScale_End_2315	Temp Sensor 1 int. Colour Scale End; 0...122,0 °C/°F (default 24°C / 82°F)	Write
AV	2412	AV:HumS1Int_Offset_2412	Humidity Sensor 1 int. Offset; -20…+20 % (default 0)	Write
AV	2414	AV:HumS1Int_ColourScale_Start_2414	Humidity Sensor 1 int. Colour Scale; 0...100.0 % RH (default 0)	Write
AV	2415	AV:HumS1Int_ColourScale_End_2415	Humidity Sensor 1 int. Colour Scale End; 0...100.0 % RH (default 100)	Write
AV	2512	AV:CO2S1Int_Offset_2512	CO2 Sensor 1 int. Offset; -500…+500 ppm (default 0)	Write
AV	2514	AV:CO2S1Int_ColourScale_Start_2514	CO2 Sensor 1 int. Colour Scale Start; 0...2000 ppm (default 0)	Write
AV	2515	AV:CO2S1Int_ColourScale_End_2515	CO2 Sensor 1 int. Colour Scale End; 0...2000 ppm (default 2000)	Write
AV	2614	AV:VOCS1Int_ColourScale_Start_2614	VOC Sensor 1 int. Colour Scale Start; 0…100 % (default 0%)	Write
AV	2615	AV:VOCS1Int_ColourScale_End_2615	VOC Sensor 1 int. Colour Scale End; 0…100 % (default 100%)	Write
AV	2912	AV:TempS2Ext_Offset_2912	Temp Sensor 2 ext. Offset; -20°…+20° (default 0)	Write
AV	2914	AV:TempS2Ext_ColourScale_Start_2914	Temp Sensor 2 ext. Colour Scale Start; 0...122,0 °C/°F (default 16°C / 61°F)	Write
AV	2915	AV:TempS2Ext_ColourScale_End_2915	Temp Sensor 2 ext. Colour Scale End; 0...122,0 °C/°F (default 24°C / 82°F)	Write
AV	3014	AV:TempS3Bus_ColourScale_Start_3014	Temp Sensor 3 bus Colour Scale Start; 0...122,0 °C/°F (default 16°C / 61°F)	Write
AV	3015	AV:TempS3Bus_ColourScale_End_3015	Temp Sensor 3 bus Colour Scale End; 0...122,0 °C/°F (default 24°C / 82°F)	Write
AV	3114	AV:HumS2Bus_ColourScale_Start_3114	Humidity Sensor 2 bus Colour Scale; 0...100.0 % RH (default 0)	Write
AV	3115	AV:HumS2Bus_ColourScale_End_3115	Humidity Sensor 2 bus Colour Scale End; 0...100.0 % RH (default 100)	Write
AV	3214	AV:CO2S2Bus_ColourScale_Start_3214	CO2 Sensor 2 bus Colour Scale Start; 0...5000 ppm (default 0)	Write
AV	3215	AV:CO2S2Bus_ColourScale_End_3215	CO2 Sensor 2 bus Colour Scale End; 0...5000 ppm (default 2000)	Write
AV	3314	AV:VOCS2Bus_ColourScale_Start_3314	VOC Sensor 2 bus Colour Scale Start; 0...60000 (default 0)	Write
AV	3315	AV:VOCS2Bus_ColourScale_End_3315	VOC Sensor 2 bus Colour Scale End; 0...60000 (default 100)	Write
AV	3414	AV:PMS2Bus_ColourScale_Start_3414	PM Sensor 2 bus Colour Scale Start; 0...1000 µg/m³ (default 0)	Write
AV	3415	AV:PMS2Bus_ColourScale_End_3415	PM Sensor 2 bus Colour Scale End; 0...1000 µg/m³ (default 1000)	Write
AV	3514	AV:PressureS2Bus_ColourScale_Start_3514	Pressure 2 bus Colour Scale Start; 0…10000 (default = 1000 hPa)	Write
AV	3515	AV:PressureS2Bus_ColourScale_End_3515	Pressure 2 bus Colour Scale End; 0…10000 (default = 1050 hPa)	Write
AV	3603	AV:Setpoint_Temp_AfterReboot_3603	Temp Setpoint After Reboot; 0...122,0 °C/°F (default 21°C / 70°F)	Write
AV	3604	AV:Setpoint_Temp_Offset_MinMax_AfterReboot_3604	Temp Setpoint Offset Min-Max After; 0…18,0 °C/F° (default 3°C / 6°F)	Write
AV	4265	AV:SP1_PositionStepSize_4265	Sun Protect 1 Position Step Size; 0.1… 100% (default 0.5%)	Write
AV	4266	AV:SP1_AngleStepSize_4266	Sun Protect 1 Angle Step Size; 1… 90° (default 10°)	Write
AV	4267	AV:SP1_PositionMin_4267	Sun Protect 1 Position Min; 0…100 % (default 0%)	Write
AV	4268	AV:SP1_PositionMax_4268	Sun Protect 1 Position Max; 0…100 % (default 100%)	Write
AV	4269	AV:SP1_AngleMin_4269	Sun Protect 1 Angle Min; -90°…90° (default 0°)	Write
AV	4270	AV:SP1_AngleMax_4270	Sun Protect 1 Angle max; -90°…90° (default 80°)	Write
AV	4315	AV:SP2_PositionStepSize_4315	Sun Protect 2 Position Step Size; 0.1… 100% (default 0.5%)	Write
AV	4316	AV:SP2_AngleStepSize_4316	Sun Protect 2 Angle Step Size; 1… 90° (default 10°)	Write
AV	4317	AV:SP2_PositionMin_4317	Sun Protect 2 Position Min; 0…100 % (default 0%)	Write
AV	4318	AV:SP2_PositionMax_4318	Sun Protect 2 Position Max; 0…100 % (default 100%)	Write
AV	4319	AV:SP2_AngleMin_4319	Sun Protect 2 Angle Min; -90°…90° (default 0°)	Write
AV	4320	AV:SP2_AngleMax_4320	Sun Protect 2 Angle Max; -90°…90° (default 80°)	Write
AV	5368	AV:L1_DimmStepSize_5368	Light 1 Dimm Step Size; 1… 100% (default 10%)	Write
AV	5418	AV:L2_DimmStepSize_5418	Light 2 Dimm Step Size; 1… 100% (default 10%)	Write
AV	8000	AV:Setpoint_TempShift_Unocc_8000	Setpoint_TempShift_Unocc_8000; 0…18 °C/F° (default 0°C / 0°F)	Write
AV	8006	AV:DeadBand_Comfort_8006	Dead Band Comfort (PI Temp Contol; 0…27,0 °C/F° (default 1°C / 2°F)	Write
AV	8007	AV:DeadBand_ECO_8007	Dead Band ECO (PI Temp Contol Loop); 0…27,0 °C/F° (default 4°C / 7°F)	Write
AV	8008	AV:Hyst_TempContr_8008	Hysteresis Temp Control (ON/OFF Temp; 0…27,0 °C/F° (default 1°C / 2°F)	Write
AV	8009	AV:PropBand_XpCool_8009	Proportional Band Xp Cooling; 0,1…27,0 °C/F° (default 2°C / 4°F)	Write
AV	8010	AV:ResetTime_Ti_Cool_8010	Reset Time Ti Cooling; 0…1200 minutes (default 20 minutes)	Write
AV	8011	AV:ManipVarMin_Cool_8011	Manipulated Variable Min. Cooling; 0…100% (default 0%)	Write
AV	8012	AV:ManipVarMax_Cool_8012	Manipulated Variable Max. Cooling; 0…100% (default 100%)	Write
AV	8013	AV:PropBand_XpHeat_8013	Proportional Band Xp Heating; 0,1…27,0 °C/F° (default 2°C / 4 °F)	Write
AV	8014	AV:ResetTime_Ti_Heat_8014	Reset Time Ti Heating; 0…1200 minutes (default 20 minutes)	Write
AV	8015	AV:ManipVarMin_Heat_8015	Manipulated Variable Min. Heating; 0…100% (default 0%)	Write
AV	8016	AV:ManipVarMax_Heat_8016	Manipulated Variable Max. Heating; 0…100% (default 100%)	Write
AV	8018	AV:Y_MinDev_PIContolLoop_8018	Y Min Deviation PI Temp Contol Loop; 0…10 % (default 0,2 %)	Write
AV	8021	AV:6WayValveGen_Cool100%_8021	6-Way-Valve Generic Cooling 100%; 0…10,0V (default 2,0 V)	Write
AV	8022	AV:6WayValveGen_Cool0%_8022	6-Way-Valve Generic Cooling 0%; 0…10,0V (default 5,0 V)	Write
AV	8023	AV:6WayValveGen_Heat100%_8023	6-Way-Valve Generic Heating 100%; 0…10,0V (default 7,0 V)	Write
AV	8024	AV:6WayValveGen_Heat0%_8024	6-Way-Valve Generic Heating 0 %; 0…10,0V (default 10,0 V)	Write
AV	8029	AV:RODO_MinRuntime_HeatCool_8029	RODO Min. Runtime Heat/Cool; 0…120 minutes (default 0 minutes)	Write
AV	8030	AV:DelaySwitch_Heat/Cool_8030	Delay Switch Heat/Cool; 0…900 s (default 0s)	Write
AV	8032	AV:AO_FanMin_8032	AO Fan Min.; 0…10V (default 0V)	Write
AV	8033	AV:AO_FanMax_8033	AO Fan Max.; 0…10V (default 10V)	Write
AV	8034	AV:Fan_ManipVar_Start_8034	Fan Manipulated Variable Start; 0-30 % (default 0%)	Write
AV	8035	AV:Fan_StartUpTime_8035	Fan StartUp Time; 0…25s (default 1s)	Write
AV	8036	AV:Fan_FollwUpTime_8036	Fan FollwUp Time; 0…500s (default 1s)	Write
AV	8037	AV:FanGradient_AO_8037	Fan Gradient AO; 0…36 °C/°F (default 4°C / 7°F)	Write
AV	8038	AV:DeltaT_FanLevel1RO_8038	Delta T Fan Level 1 RO; 0…36 °C/°F (default 0°C / 0°F)	Write
AV	8039	AV:DeltaT_FanLevel2RO_8039	Delta T Fan Level 2 RO; 0…36 °C/°F (default 2°C / 4°F)	Write
AV	8040	AV:DeltaT_FanLevel3RO_8040	Delta T Fan Level 3 RO; 0…36 °C/°F (default 4°C / 7°F)	Write
AV	8041	AV:Frost_Protection_8041	Frost Protection; 0…60,0 °C/°F (default 8°C / 46°F)	Write
AV	8042	AV:Heat_Protection_8042	Heat Protection; 0…140,0 °C/°F (default 35°C / 95°F)	Write
AV	8045	AV:2.ContrLoop_PropBandXp_8045	2. Control Loop Proportional Band Xp; 0,1…27,0 °C/F° (default 2°C / 4°F)	Write
AV	8046	AV:2.ContrLoop_ResTimeTi_8046	2. Control Loop Reset Time Ti; 0…1200 minutes (default 20 minutes)	Write
AV	8047	AV:2.ContrLoop_ManipVariableMin_8047	2. Control Loop Manipulated Variable; 0…100% (default 0%)	Write
AV	8048	AV:2.ContrLoop_ManipVariableMax_8048	2. Control Loop Manipulated Variable; 0…100% (default 100%)	Write
AV	8049	AV:2.ContrLoop_SetTempOffset_8049	2. Control Loop Setpoint Temp Offset; -25,0…25,0 °C/°F (default 0°C / 0°F)	Write
AV	8051	AV:UnderfloorHeatProtection_Limit_8051	Underfloor Heat Protection Limit; 0...122,0 °C/°F (default 34°C / 93°F)	Write
AV	8052	AV:Anti-Jam_8052	Anti-Jam (Valve Protection); 0… 60 days (default 3 days)	Write
AV	8055	AV:CangeOver_TempCooling_8055	Cange-Over Temp Cooling; 0...122,0 °C/°F (default 22°C / 72°F)	Write
AV	8056	AV:CangeOver_TempHeating_8056	Change-Over Temp Heating; 0...122,0 °C/°F (default 25°C / 77°F)	Write
AV	8200	AV:Setpoint_RCV_8200	Setpoint RCV; 0…30.000 (default 1000)	Write
AV	8202	AV:PropBand_XpRCV_8202	Proportional Band Xp RCV; 1…10.000 (default 100)	Write
AV	8203	AV:ResetTime_Ti_RCV_8203	Reset Time Ti RCV; 0…60.000 s (default 420 s)	Write
AV	8204	AV:Hyst_RCVContr_8204	Hysteresis RCV Control; 0…30.000 (default 50)	Write
AV	8205	AV:DeltaRCV_FanLevel1RO_8205	Delta RCV Fan Level 1 RO; 0…30.000 (default 0)	Write
AV	8206	AV:DeltaRCV_FanLevel2RO_8206	Delta RCV Fan Level 2 RO; 0…30.000 (default 100)	Write
AV	8207	AV:DeltaRCV_FanLevel3RO_8207	Delta RCV Fan Level 3 RO; 0…30.000 (default 200)	Write
AV	8209	AV:YRCV_MinDev_PIContolLoop_8209	Y_RCV Min Deviation PI Contol Loop; 0…50 % (default 5 %)	Write
BImin	1	BI:Presence_Status_1	Presence Status	Read	0=unoccupied; 1=occupied (default)
BI	2	BI:HeaderIconStatus_FrostProtection_2	Header Icon Frost Protection	Read	0=inactive (default); 1=active
BI	3	BI:HeaderIconStatus_WindowContact_3	Header Icon Window Contact	Read	0=inactive (default); 1=active
BI	4	BI:HeaderIconStatus_DewPoint_4	Header Icon Dew Point (condensation)	Read	0=inactive (default); 1=active
BI	5	BI:HeaderIconStatus_ECO_5	Header Icon ECO	Read	0=inactive (default); 1=active
BI	6	BI:HeaderIconStatus_Error_6	Header Icon Error	Read	0=inactive (default); 1=active
BI	7	BI:HeaderIconStatus_ConfigMode_7	Header Icon Config Mode	Read	0=inactive (default); 1=active
BV	12	BV:RCBBMS_Temp_Lock_12	Temp Lock	Write	0=inactive (default); 1=active
BV	13	BV:RCBBMS_Fan_Lock_13	Fan Lock	Write	0=inactive (default); 1=active
BV	14	BV:RCBBMS_Presence_Lock_14	Presence Lock	Write	0=inactive (default); 1=active
BV	196	BV:Fan_AutoMode_196	Fan Auto Mode	Write	0=Manual; 1=Auto (default)
BV	199	BV:Enable_PresenceDI_199	Presence Enable DI	Write	0=disable; 1=enable
BV	200	BV:HeaderIconModbus_FrostProtection_200	Icon Modbus frost protection	Write	0=inactive (default); 1=active
BV	201	BV:HeaderIconModbus_WindowContact_201	Icon Modbus window contact	Write	0=inactive (default); 1=active
BV	202	BV:HeaderIconModbus_DewPoint_202	Icon Modbus dew point (condensation)	Write	0=inactive (default); 1=active
BV	203	BV:HeaderIconModbus_ECO_203	Icon Modbus ECO	Write	0=inactive (default); 1=active
BV	204	BV:HeaderIconModbus_Error_204	Icon Modbus Error	Write	0=inactive (default); 1=active
BV	205	BV:HeaderIconModbus_ConfigMode_205	Icon Modbus Config Mode	Write	0=inactive (default); 1=active
BV	210	BV:Enable_FrostProtectionDI_210	Icon DI frost protection	Write	0=disable; 1=enable
BV	211	BV:Enable_WindowContactDI_211	Icon DI window contact	Write	0=disable; 1=enable
BV	212	BV:Enable_DewPointDI_212	Icon DI dew point	Write	0=disable; 1=enable
BV	213	BV:Enable_ECODI_213	Icon DI ECO	Write	0=disable; 1=enable
BV	214	BV:Enable_ErrorDI_214	Icon DI Error	Write	0=disable; 1=enable
BV	96	BV:SP1_AutoMode_96	Sun Protect 1 automatic	Write	0=automatic inactive (default); 1=automatic active
BV	97	BV:SP2_AutoMode_97	Sun Protect 2 automatic	Write	0=automatic inactive (default); 1=automatic active
BV	116	BV:L1_AutoMode_116	Light 1 automatic	Write	0=automatic inactive (default); 1=automatic active
BV	117	BV:L2_AutoMode_117	Light 2 automatic	Write	0=automatic inactive (default); 1=automatic active
BV	136	BV:L1_LightStatus_136	Light 1 status	Write	0=Light off (default); 1=Light on
BV	137	BV:L2_LightStatus_137	Light 2 status	Write	0=Light off (default); 1=Light on
CSV	2300	CSV:TempS1Int_Label_2300	Temp Sensor 1 int. Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	2400	CSV:HumS1Int_Label_2400	Humidity Sensor 1 int. Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	2500	CSV:CO2S1Int_Label_2500	CO2 Sensor 1 int. Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	2600	CSV:VOCS1Int_Label_2600	VOC Sensor 1 int. Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	2900	CSV:TempS2Ext_Label_2900	Temp Sensor 2 ext. Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	3000	CSV:TempS3Bus_Label_3000	Temp Sensor 3 bus Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	3100	CSV:HumS2Bus_Label_3100	Humidity Sensor 2 bus Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	3200	CSV:CO2S2Bus_Label_3200	CO2 Sensor 2 bus Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	3300	CSV:VOCS2Bus_Label_3300	VOC Sensor 2 bus Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	3400	CSV:PMS2Bus_Label_3400	PM Sensor 2 bus Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic	Write
CSV	3500	CSV:PressureS2Bus_Label_3500	Pressure 2 bus Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic alphabet	Write
CSV	3750	CSV:Fan_Label_3750	Fan Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic alphabet per character	Write
CSV	4250	CSV:SP1_Label_4250	Sun Protect 1 Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic alphabet	Write
CSV	4300	CSV:SP2_Label_4300	Sun Protect 2 Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic alphabet	Write
CSV	5350	CSV:L1_Label_5350-5361	Light 1 Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic alphabet per	Write
CSV	5400	CSV:L2_Label_5400	Light 2 Label; Max. 12 characters. One register in UTF16 format, Latin and Cyrillic alphabet per	Write
DTV	2018	DTV:Date_Time_2018	Date Time (winter time); 01.01.2000 00:00:00 – 31.12.2100 23:59:59 (no wildcard and special values)	Write
IV	2000	IV:Device_Type_2000	Device Type; 0..2 = internally assigned 3 = RYMASKON 130x interface, no control outputs 4 =	Read
IV	2001	IV:Firmware_2001	Firmware; 1011…9999	Read
IV	2002	IV:ProdDate_2002	Prod. Date (month/year); 123…1260	Read
IV	2003	IV:OperationDays_2003	Operation Days (in days); 0…15000 days	Read
IV	2004	IV:BusAddress_2004	Bus Address; 0…127 (default 0)	Read
IV	2005	IV:Baudrate_2005	Baudrate	Read	0=9600 Bd; 1=19200 Bd; 2=38400 Bd (default); 3=57600 Bd; 4=115200 Bd
IV	2006	IV:Parity_StopBits_2006	Parity / Stop Bits	Read	0=None (none, 1 stop bit, default); 1=EVEN (even); 2=ODD (odd); 3=None (none, 2 stop bits)
IV	3749	IV:Fan_Control_3749	Fan Control	Read	0=no fan control; 1=with fan control
IV	4200	IV:SP_NumOfCircuits_4200	Sun Protect circuits	Read	0=no sun protect adjustment; 1=1 sun protect circuit; 2=2 sun protect circuits
IV	5300	IV:L_NumOfCircuits_5300	Light Circuits	Read	0=no light adjustment; 1=1 light circuit; 2=2 light circuits
IVmin	2025	IV:InternalError_2025_bitField	Internal Error	Read	0=no error (default); 1=error
IV	126	IV:D1Input_Status_126	D1 Input Status	Read	0=DI1 open (default); 1=DI1 closed
IV	127	IV:D2Input_Status_127	D2 Input Status	Read	0=DI2 open (default); 1=DI2 closed
IV	300	IV:CO2S1Int_ResetAutozero_300	CO2 Sensor 1 int. reset auto zero	Write	0=OFF; 1=ON
IV	302	IV:CO2S1Int_AutoCalibr_302	CO2 Sensor 1 int. auto calibration	Write	0=OFF; 1=ON (default)
IVmin	404	IV:OpMode_Status_404	OpMode Status	Write	0=Off (default); 1=Cooling; 2=Heating
IV	405	IV:Presence_Status_405	Presence Status	Read	0=unoccupied; 1=occupied (default)
IV	406	IV:Fan_AutoMode_406	Fan Auto Mode	Write	0=Manual; 1=Auto (default)
IVmin	407	IV:Setpoint_Fan_Level_407	Fan Level	Write	0=Off; 1=Level 1 (Default); 2=Level 2; 3=Level 3; 4=Level 4; 5=Level 5
IV	408	IV:HeaderIconStatus_408_bitField	Header Icon/Status	Read
IVmin	409	IV:RCBBMS_409_bitField	Room Climate Controlled By BMS	Write
IV	410	IV:Presence_Mod_410	Presence Modbus	Write	0=unoccupied; 1=occupied; 2=occupied via unit (default)
IV	411	IV:HeaderIconModbus_411_bitField	Header Icon Modbus	Read
IV	412	IV:Enable_PresenceDI_412	Enable Presence DI	Write	0=disable; 1=enable (default)
IV	413	IV:Enable_IconDI_413_bitField	Enable Icons DI	Read
IV	700	IV:SP_AutoMode_700_bitField	Sun protect auto mode	Read
IV	720	IV:SP1_KeyStatus_720	Sun protect 1 key status	Write	0=no key pressed (default); 1=down short press; 2=down long press; 3=up short press; 4=up long press; 5=down pressed (only mode hold key); 6=up pressed (only mode hold key)
IV	730	IV:SP2_KeyStatus_730	Sun protect 2 key status	Write	0=no key pressed (default); 1=down short press; 2=down long press; 3=up short press; 4=up long press; 5=down pressed (only mode hold key); 6=up pressed (only mode hold key)
IV	1100	IV:L_AutoMode_1100_bitField	Light auto mode	Read
IV	1102	IV:L_LightStatus_1102_bitField	Light status	Read
IV	1120	IV:L1_KeyStatus_1120	Light 1 key status	Write	0=no key pressed (default); 1=down short press; 2=down long press; 3=up short press; 4=up long press; 5=down pressed (only mode hold key); 6=up pressed (only mode hold key)
IV	1130	IV:L2_KeyStatus_1130	Light 2 key status	Write	0=no key pressed (default); 1=down short press; 2=down long press; 3=up short press; 4=up long press; 5=down pressed (only mode hold key); 6=up pressed (only mode hold key)
IV	1600	IV:ChangeOver_Status_1600	Change-Over Status	Read	0=Change-Over inactive (default); 1=Cooling Mode (Heating blocked); 2=Heatinge Mode (Cooling blocked)
IV	1602	IV:ChangeOver_Modbus_1602	Change-Over Modbus	Write	0=Change-Over inactive; 1=Cooling Mode (Heating blocked); 2=Heatinge Mode (Cooling blocked); 3=Change-Over by DI/Temp (default)
IV	1607	IV:ContrOpMode_Setpoint_1607	Controller OpMode	Write	0=OFF; 1=Cooling Auto (Heating blocked); 2=Heating Auto (Cooling deaktiviert); 3=Cooling and Heating Auto
IV	1611	IV:RODO_OutHeat_BMSContr_1611	RO/DO Output Heating BMS Contr.	Write	0=RO / DO Heating open; 1=RO / DO Heating closed
IV	1612	IV:RO/DO_OutCool_BMSContr_1612	RO/DO Output Cooling BMS Contr.	Write	0=RO / DO Cooling open; 1=RO / DO Cooling closed
IV	1615	IV:RO/DO_OutFan_BMSContr_1615	RO/DO Output Fan BMS Contr.	Write	0=OFF; 1=Level 1; 2=Level 2; 3=Level 3
IV	1620	IV:RODO_Heat_Value_1620	RO/DO Heating	Read	0=open; 1=closed
IV	1621	IV:RODO_Cool_Value_1621	RO/DO Cooling	Read	0=open; 1=closed
IV	1623	IV:RODO_Fan_Level_1623	RODO Fan	Read	0=all Relays open (fan off); 1=Relay 1 closed (fan level 1); 2=Relay 2 closed (fan level 2); 3=Relay 3 closed (fan level 3)
IV	2008	IV:PIN_2008	PIN for the display menu; 0000…9999 (default 1111)	Write
IV	2009	IV:Language_2009	Language	Write	0=German; 1=English (default); 2=Spanish; 3=French; 4=Italian; 5=Russian
IV	2010	IV:Temp_Unit_2010	Temp Unit	Write	0=°F; 1=°C (default)
IV	2011	IV:Display_Brightness_2011	Display Brightness (when active)	Write	0=auto (default) 1…100 %
IV	2012	IV:ScreenSaver_Timeout_2012	Screen Saver Timeout	Write	0=deactivated 1…60=1…60s (default 20s)
IV	2013	IV:SaveToEEPROM_2013	Save To NVRAM (EEPROM)	Write	0=normal (default); 1=save
IV	2015	IV:Time_Format_2015	Time Format	Write	0=12h (am/pm); 1=24h (default); 2=nothing displayed
IV	2016	IV:Date_Format_2016	Date Format	Write	0=week day DD.MM. (default); 1=week day MM.DD; 2=nothing displayed
IV	2017	IV:Time_SetSummerWinter_2017	Summer Time Region (Summer / Winter)	Write	0=Europe; 1=USA; 2=no time change (default, winter time)
IV	2024	IV:Display_Darkmode_2024	Darkmode	Write	0=Light display mode (default); 1=Dark display mode (darkmode)
IV	2313	IV:TempS1Int_AveragingTime_2313	Temp Sensor 1 int. Averaging Time	Write	0=4s (default); 1=8s; 2=16s; 3=32s
IV	2317	IV:TempS1Int_EnableInSensorMenu_2317	Temp Sensor 1 int. Enable in Sensor Menu	Write	0=disable (default); 1=enable
IV	2318	IV:TempS1Int_EnableColourScale_2318	Temp Sensor 1 int. Show Colour Scale	Write	0=disable; 1=enable (default)
IV	2413	IV:HumS1Int_AveragingTime_2413	Humidity Sensor 1 int. Averaging Time	Write	0=4s (default); 1=8s; 2=16s; 3=32s
IV	2417	IV:HumS1Int_EnableInSensorMenu_2417	Humidity Sensor 1 int. Enable in Sensor	Write	0=disable; 1=enable (default)
IV	2418	IV:HumS1Int_EnableColourScale_2418	Humidity Sensor 1 int. Show Colour Scale	Write	0=disable; 1=enable (default)
IV	2513	IV:CO2S1Int_AveragingTime_2513	CO2 Sensor 1 int. Averaging Time	Write	0=4s (default); 1=8s; 2=16s; 3=32s
IV	2517	IV:CO2S1Int_EnableInSensorMenu_2517	CO2 Sensor 1 int. Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	2518	IV:CO2S1Int_EnableColourScale_2518	CO2 Sensor 1 int. Show Colour Scale	Write	0=disable; 1=enable (default)
IV	2613	IV:VOCS1Int_AveragingTime_2613	VOC Sensor 1 int. Averaging Time	Write	0=4s (default); 1=8s; 2=16s; 3=32s
IV	2617	IV:VOCS1Int_EnableInSensorMenu_2617	VOC Sensor 1 int. Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	2618	IV:VOCS1Int_EnableColourScale_2618	VOC Sensor 1 int. Show Colour Scale	Write	0=disable; 1=enable (default)
IV	2913	IV:TempS2Ext_AveragingTime_2913	Temp Sensor 2 ext. Averaging Time	Write	0=4s (default); 1=8s; 2=16s; 3=32s
IV	2917	IV:TempS2Ext_EnableInSensorMenu_2917	Temp Sensor 2 ext. Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	2918	IV:TempS2Ext_EnableColourScale_2918	Temp Sensor 2 ext. Show Colour Scale	Write	0=disable; 1=enable (default)
IV	3017	IV:TempS3Bus_EnableInSensorMenu_3017	Temp Sensor 3 bus Enable in Sensor menu	Write	0=disable; 1=enable (default)
IV	3018	IV:TempS3Bus_EnableColourScale_3018	Temp Sensor 3 bus Show Colour Scale	Write	0=disable; 1=enable (default)
IV	3117	IV:HumS2Bus_EnableInSensorMenu_3117	Humidity Sensor 2 bus Enable in Sensor	Write	0=disable; 1=enable (default)
IV	3118	IV:HumS2Bus_EnableColourScale_3118	Humidity Sensor 2 bus Show Colour Scale	Write	0=disable; 1=enable (default)
IV	3217	IV:CO2S2Bus_EnableInSensorMenu_3217	CO2 Sensor 2 bus Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	3218	IV:CO2S2Bus_EnableColourScale_3218	CO2 Sensor 2 bus Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	3316	IV:VOCS2Bus_Unit_3316	VOC Sensor 2 bus unit	Write	0=ppb; 1=% (default)
IV	3317	IV:VOCS2Bus_EnableInSensorMenu_3317	VOC Sensor 2 bus Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	3318	IV:VOCS2Bus_EnableColourScale_3318	VOC Sensor 2 bus Show Colour Scale	Write	0=disable; 1=enable (default)
IV	3417	IV:PMS2Bus_EnableInSensorMenu_3417	PM Sensor 2 bus Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	3418	IV:PMS2Bus_EnableColourScale_3418	PM Sensor 2 bus Show Colour Scale	Write	0=disable; 1=enable (default)
IV	3516	IV:PressureS2Bus_Unit_3516	Pressure 2 bus Unit	Write	0=Pa; 1=hPa (default); 2=mbar; 3=inWC
IV	3517	IV:PressureS2Bus_EnableInSensorMenu_3517	Pressure 2 bus Enable in Sensor Menu	Write	0=disable; 1=enable (default)
IV	3518	IV:PressureS2Bus_EnableColourScale_3518	Pressure 2 bus Show Colour Scale	Write	0=disable; 1=enable (default)
IV	3600	IV:Setpoint_Temp_Offset_StepSize_3600	Temp Setpoint Offset Step Size	Write	0=0,1°; 1=0,2°; 2=0,5° (default, bei °C); 3=1° (default °F)
IV	3601	IV:OpMode_Display_3601	Display OpMode	Write	0=disabled Icon; 1=enabled Icon with color change in red, blue, gray (default); 2=enabled Icon without color change (gray only)
IV	3602	IV:Setpoint_Temp_Display_3602	Display Temp Setpoint	Write	0=nothing displayed; 1=Temp Setpoint Absolute (default); 2=Temp Setpoint Offset Alternative:; 3=Display Humidity Sensor 1 int; 4=Display CO2 Sensor 1 int; 5=Display VOC Sensor 1 int ppb; 6=Display VOC Sensor 1 int %; 7=reserved; 8=Display Temp Sensor 2 ext; 9=Display Temp Sensor 3 Bus; 10=Display Humidity Sensor 2 Bus; 11=Display CO2 Sensor 2 Bus; 12=Display VOC Sensor Bus ppb; 13=Display PM Sensor 2 Bus; 14=Display Pressure Sensor 2 Bus
IV	3650	IV:CurrentTemp_Mapping_3650	Current Temp Mapping	Write	0=internal temperature sensor (default); 1=external temperature sensor (input must be configured accordingly); 2=Bus
IV	3651	IV:CurrentTemp_Display_3651	Display Current Temp	Write	0=nothing displayed; 1=Display Current Temp (default); 2=Display Humidity Sensor 1 int; 3=Display CO2 Sensor 1 int; 4=reserved; 5=Display VOC Sensor 1 Int %; 6=reserved; 7=reserved; 8=reserved; 9=Display Humidity Sensor 2 Bus; 10=Display CO2 Sensor 2 Bus; 11=Display VOC Sensor Bus ppb; 12=Display PM Sensor 2 Bus; 13=Display Pressure Sensor 2 Bus
IV	3762	IV:Fan_NumberOfSteps_3762	Number of Fan Steps	Write	1=1; 2=1 - 2; 3=1 - 2 - 3; 4=1 - 2 - 3 - 4; 5=1 - 2 - 3 - 4 - 5 (Default)
IV	3763	IV:Fan_EnableAutoOff_3763	Enable Fan Auto/Off	Write	0=disable; 1=OFF; 2=Auto; 3=Auto + OFF (Default)
IV	3764	IV:Fan_DisplayInTempMenu_3764	Display Fan In Temp Menu	Write	0=disabled (default); 1=enabled
IV	3800	IV:Presence_Function_3800	Presence Function	Write	0=(default) If Presence Status is "unoccupied", the touch keys for temperature, fan and light/sun protection are blocked for value chang . Navigation through all menus and waking up from the screen saver are retained. Changing Presence Status to "occupied" and enabling all keys for value chang is carried out by presence touch key, by bus or by configured DI input.; 1=If Presence Status is "unoccupied", all buttons remain active (value change and navigation through the menus). Pressing any touch key changes the status to "occupied".; 2=If Presence Status is "unoccupied", the touch keys for temperature, fan and light/sunshade as well as the sensor touch key remain full active (changing values and navigating through the menus). The Presence Status remains "unoccupied" until the presence button, bus or a configured DI input changes to "occupied".
IV	3801	IV:Enable_PresenceDI_Reboot_3801	Presence Enable DI Reboot	Write	0=disable; 1=enable (default)
IV	3802	IV:Enable_IconDI_Reboot_3802_bitField	Icon Enable DI Reboot	Read
IV	3900	IV:Input1_Config_3900	Input 1 Config	Write	0=deactivated (default); 1=External temperature sensor NTC10K; 2=DI as pure bus value; 3=DI window contact NO contact; 4=DI window contact NC contact; 5=DI dew point monitors NO contact; 6=DI dew point monitors NC contact; 7=DI presence contact NO contact; 8=DI presence contact NC contact; 9=DI keycard NO contact; 10=DI keycard NC contact; 11=DI alarm NO contact; 12=DI alarm NC contact; 13=DI antifreeze protection NO contact; 14=DI antifreeze protection NC contact; 15=DI ECO NO contact; 16=DI ECO NC contact; 17=Change Over - Cooling (Contact open), Heating (contact closed); 18=Change Over - Heating (Contact open), Cooling (contact closed)
IV	3901	IV:Input2_Config_3901	Input 2 Config	Write	0=deactivated (default); 1=reserved; 2=DI as pure bus value; 3=DI window contact NO contact; 4=DI window contact NC contact; 5=DI dew point monitors NO contact; 6=DI dew point monitors NC contact; 7=DI presence contact NO contact; 8=DI presence contact NC contact; 9=DI keycard NO contact; 10=DI keycard NC contact; 11=DI alarm NO contact; 12=DI alarm NC contact; 13=DI antifreeze protection NO contact; 14=DI antifreeze protection NC contact; 15=DI ECO NO contact; 16=DI ECO NC contact; 17=Change Over - Cooling (Contact open), Heating (contact closed); 18=Change Over - Heating (Contact open), Cooling (contact closed)
IV	4201	IV:SP_Display_4201	Sun protect display	Write	0=Position and angle shown on the display deactivated; 1=Position and angle shown on the display activated (default)
IV	4263	IV:SP1_OpMode_4263	Sun Protect 1 OpMode	Write	0=short-long key (default); 1=hold key; 2=setpoint mode
IV	4264	IV:SP1_Type_4264	Sun Protect 1 Type	Write	0=Sun protection position; 1=Slat angle; 2=Sun protection position + slat angle (default)
IV	4313	IV:SP2_OpMode_4313	Sun Protect 2 OpMode	Write	0=short-long key (default); 1=hold key; 2=setpoint mode
IV	4314	IV:SP2_Type_4314	Sun Protect 2 Type	Write	0=Sun protection position; 1=Slat angle; 2=Sun protection position + slat angle (default)
IV	5301	IV:L_Display_5301	Light display	Write	0=Display of the dimming value or ON/OFF on the display deactivated; 1=Display of the dimming value or ON/OFF on the display activated (default)
IV	5363	IV:L1_Dimmable_5363	Light 1 Dimmable	Write	0=Light dimming deactivated; 1=Light dimming activated (default)
IV	5364	IV:L1_OpMode_5364	Light 1 OpMode	Write	0=short-long key (default); 1=hold key; 2=setpoint mode
IV	5413	IV:L2_Dimmable_5413	Light 2 Dimmable	Write	0=Light dimming deactivated; 1=Light dimming activated (default)
IV	5414	IV:L2_OpMode_5414	Light 2 OpMode	Write	0=short-long key (default); 1=hold key; 2=Setpoint mode
IV	7040	IV:TP1_Activate_7040	Time Programm 1 Activate	Write	0=disable (default); 1=enable
IV	7041	IV:TP1_EventDay_7041	Time Programm 1 Event Day	Write
IV	7044	IV:TP1_RegisterAddress_7044	Time Programm 1 Register Address; n/a	Write
IV	7045	IV:TP1_RegisterNewValue_7045	Time Programm 1 Register New Value; n/a	Write
IV	7510	IV:TP1_Activate_7510	Time Programm 48 Activate	Write	0=disable (default); 1=enable
IV	7511	IV:TP1_EventDay_7511	Time Programm 48 Event Day; 0…127, days are bit coded	Write
IV	7514	IV:TP1_RegisterAddress_7514	Time Programm 48 Register Address; n/a	Write
IV	7515	IV:TP1_RegisterNewValue_7515	Time Programm 48 Register New Value; n/a	Write
IV	8001	IV:Setpoint_Temp_Offs_PresChange_8001	Setpoint Temp Offset Presence Change	Write	0=Reset Setpoint Temp; 1=Reset Setpoint Temp
IV	8002	IV:Occupied_OverrECO_8002	Setpoint Temp Offset Presence Change	Write	0=Presence has no effect; 1=Presence (occupied)
IV	8003	IV:ContrTyp_Heating_8003	Controller Typ Heating	Write	0=PI controller (default); 1=ON/OFF controller
IV	8004	IV:ContrTyp_Cooling_8004	Controller Typ Cooling	Write	0=PI controller (default); 1=ON/OFF controller
IV	8005	IV:PWM_CycleTime_8005	PWM Cycle Time; 5…60 minutes (default 30	Write
IV	8019	IV:ManipVarMin_Behave_8019	Manipulated Variable Min. Behavior	Write	0=At least the set minimum; 1=Heating/cooling power is
IV	8020	IV:Out6WayValve_8020	Output 6-Way-Valve	Write	0=6-way valve inactive (default); 1=6-way valve general; 2=cooling…heating=2…10 V (e.g. Belimo); 3=heating…cooling=2…10 V (e.g. Belimo, inverted); 4=cooling…heating=0…10 V (DN15, e.g. Sauter); 5=heating…cooling=0…10 V (DN15, e.g. Sauter, inverted); 6=cooling…heating=0…10 V (DN20, e.g. Sauter); 7=heating…cooling=0…10 V (DN20, e.g. Sauter, inverted); 8=0...100% heating=0…10 V; 9=0...100% cooling=0…10 V; 10=0...100% heating=10…0 V; 11=0...100% cooling=10…0 V
IV	8025	IV:AODirection_Heating_8025	AO Direction Heating	Write	0=0…10 V (NC actuators,; 1=10…0 V (NO actuators)
IV	8026	IV:AODirection_Cooling_8026	AO Direction Cooling	Write	0=0…10 V (NC actuators,; 1=10…0 V (NO actuators)
IV	8027	IV:RODODirection_Heating_8027	Wirkrichtung RODO Heizen	Write	0=Normally open (NC; 1=Normally closed (NO
IV	8028	IV:RODODirection_Cooling_8028	RODO Direction Heating	Write	0=Normally open (NC; 1=Normally closed (NO
IV	8031	IV:FanMapping_8031	Fan Mapping	Write	0=no assignment to a controller; 1=cooling and heating (default); 2=cooling; 3=heating; 4=humidity (internal sensor); 5=humidity (external sensor); 6=CO2 (internal sensor); 7=CO2 (external sensor); 8=VOC % (internal sensor); 9=VOC (external sensor)
IV	8043	IV:2.ContrLoop_SensMapping_8043	2. Control Sensor Mapping	Write	1=external temperature sensor (default); 2=bus temperature sensor
IV	8044	IV:2.ContrLoopType_8044	2. Control Loop Type	Write	0=PI controller; 1=ON/OFF controller; 2=secondary control loop inactive (default)
IV	8050	IV:UnderfloorHeatProtection_Sensor_8050	Underfloor Heat Protection Sensor	Write	0=none (Temp limit for underfloor heating inactive, default); 1=external temperature sensor; 2=bus temperature sensor
IV	8053	IV:ContrOpMode_AfterReboot_8053	Controller OpMode After Reboot	Write	0=OFF; 1=Cooling Auto (Heating blocked); 2=Heating Auto (Cooling deaktiviert); 3=Cooling and Heating Auto (default)
IV	8054	IV:CangeOver_DITemp_8054	Cange-Over_DI-Temp	Write	0=Change-Over inactive (default); 1=DI 1 - Cooling (Contact open), Heating (contact closed); 2=DI 1 - Heating (Contact open), Cooling (contact closed); 3=DI 2 - Cooling (Contact open), Heating (contact closed); 4=DI 2 - Heating (Contact open), Cooling (contact closed); 5=external temperature sensor; 6=bus temperature sensor
IV	8201	IV:ContrTyp_RCV_8201	Control Type RCV	Write	0=PI controller (default); 1=ON/OFF controller
Other	7042	TV:TP1_EventHour_7042	Time Programm 1 Event Hour and Minute; 00:00…23:59 (no wildcard and special value)	Write
Other	7512	TV:TP48_EventHour_7042	Time Programm 48 Event Hour and Minute; 00:00…23:59 (no wildcard and special value)	Write

Object ID lookup: S+S Regeltechnik RYMASKON 1000 room operating unit point IDs by name

AI1AI:TempS1Int_Value_1
AI2AI:HumS1Int_Value_2
AI3AI:CO2S1Int_Value_3
AI4AI:VOCS1Int_ppb_Value_4
AI5AI:VOCS1Int_%_Value_5
AI7AI:TempS2Ext_Value_7
AI11AI:D1Input_Status_11
AI12AI:D2Input_Status_12
AI8AI:Setpoint_Temp_Absolut_8
AI9AI:OpMode_Status_9
AI10AI:Setpoint_Fan_Level_10
AI13AI:SP1_KeyStatus_13
AI14AI:SP1_Position_Value_14
AI15AI:SP1_Angle_Value_15
AI16AI:SP2_KeyStatus_16
AI17AI:SP2_Position_Value_17
AI18AI:SP1_Angle_Value_15
AI73AI:L1_KeyStatus_73
AI74AI:L1_DimmValue_74
AI79AI:L2_KeyStatus_79
AI80AI:L1_DimmValue_80
AI193AI:ChangeOver_Status_193
AI198AI:ContrOpMode_Setpoint_198
AI199AI:AO_OutHeat_BMSContr_199
AI200AI:AO_OutCool_BMSContr_200
AI201AI:AO_Out6WayValve_BMSContr_201
AI202AI:RODO_OutHeat_BMSContr_202
AI203AI:RODO_OutCool_BMSContr_203
AI204AI:AO_OutFan_BMSContr_204
AI205AI:RODO_OutFan_BMSContr_205
AI206AI:Controller_Setpoint_Temp_206
AI207AI:AO_Heat_Value_207
AI208AI:AO_Cool_Value_208
AI209AI:AO_6WayValve_Value_209
AI210AI:RODO_Heat_Value_210
AI211AI:RODO_Cool_Value_211
AI212AI:AO_Fan_Value_212
AI213AI:RODO_Fan_Level_212
AV100AV:TempS1Int_Value_100
AV101AV:HumS1Int_Value_101
AV102AV:CO2S1Int_Value_102
AV103AV:VOCS1Int_ppb_Value_103
AV104AV:VOCS1Int_%_Value_104
AV106AV:TempS2Ext_Value_106
AV120AV:TempS3Bus_Value_120
AV121AV:HumS3Bus_Value_121
AV122AV:CO2S2Bus_Value_122
AV123AV:VOCS2Bus_Value_123
AV124AV:PMS2Bus_Value_124
AV125AV:PressureS2Bus_Value_125
AV400AV:Setpoint_Temp_400
AV401AV:Setpoint_Temp_Offset_401
AV402AV:Setpoint_Temp_Absolut_402
AV403AV:Setpoint_Temp_Offset_MinMax_403
AV721AV:SP1_Position_Value_721
AV722AV:SP1_Angle_Value_722
AV731AV:SP2_Position_Value_731
AV732AV:SP2_Angle_Value_732
AV1121AV:L1_Dimm_Value_1121
AV1131AV:L2_Dimm_Value_1131
AV1608AV:AO_OutHeat_BMSContr_1608
AV1609AV:AO_OutCool_BMSContr_1609
AV1610AV:AO_Out6WayValve_BMSContr_1610
AV1613AV:AO_OutFan_BMSContr_1613
AV1616AV:Controller_Setpoint_Temp_1616
AV1617AV:AO_Heat_Value_1617
AV1618AV:AO_Cool_Value_1618
AV1619AV:AO_6WayValve_Value_1619
AV1622AV:AO_Fan_Value_1622
AV2312AV:TempS1Int_Offset_2312
AV2314AV:TempS1Int_ColourScale_Start_2314
AV2315AV:TempS1Int_ColourScale_End_2315
AV2412AV:HumS1Int_Offset_2412
AV2414AV:HumS1Int_ColourScale_Start_2414
AV2415AV:HumS1Int_ColourScale_End_2415
AV2512AV:CO2S1Int_Offset_2512
AV2514AV:CO2S1Int_ColourScale_Start_2514
AV2515AV:CO2S1Int_ColourScale_End_2515
AV2614AV:VOCS1Int_ColourScale_Start_2614
AV2615AV:VOCS1Int_ColourScale_End_2615
AV2912AV:TempS2Ext_Offset_2912
AV2914AV:TempS2Ext_ColourScale_Start_2914
AV2915AV:TempS2Ext_ColourScale_End_2915
AV3014AV:TempS3Bus_ColourScale_Start_3014
AV3015AV:TempS3Bus_ColourScale_End_3015
AV3114AV:HumS2Bus_ColourScale_Start_3114
AV3115AV:HumS2Bus_ColourScale_End_3115
AV3214AV:CO2S2Bus_ColourScale_Start_3214
AV3215AV:CO2S2Bus_ColourScale_End_3215
AV3314AV:VOCS2Bus_ColourScale_Start_3314
AV3315AV:VOCS2Bus_ColourScale_End_3315
AV3414AV:PMS2Bus_ColourScale_Start_3414
AV3415AV:PMS2Bus_ColourScale_End_3415
AV3514AV:PressureS2Bus_ColourScale_Start_3514
AV3515AV:PressureS2Bus_ColourScale_End_3515
AV3603AV:Setpoint_Temp_AfterReboot_3603
AV3604AV:Setpoint_Temp_Offset_MinMax_AfterReboot_3604
AV4265AV:SP1_PositionStepSize_4265
AV4266AV:SP1_AngleStepSize_4266
AV4267AV:SP1_PositionMin_4267
AV4268AV:SP1_PositionMax_4268
AV4269AV:SP1_AngleMin_4269
AV4270AV:SP1_AngleMax_4270
AV4315AV:SP2_PositionStepSize_4315
AV4316AV:SP2_AngleStepSize_4316
AV4317AV:SP2_PositionMin_4317
AV4318AV:SP2_PositionMax_4318
AV4319AV:SP2_AngleMin_4319
AV4320AV:SP2_AngleMax_4320
AV5368AV:L1_DimmStepSize_5368
AV5418AV:L2_DimmStepSize_5418
AV8000AV:Setpoint_TempShift_Unocc_8000
AV8006AV:DeadBand_Comfort_8006
AV8007AV:DeadBand_ECO_8007
AV8008AV:Hyst_TempContr_8008
AV8009AV:PropBand_XpCool_8009
AV8010AV:ResetTime_Ti_Cool_8010
AV8011AV:ManipVarMin_Cool_8011
AV8012AV:ManipVarMax_Cool_8012
AV8013AV:PropBand_XpHeat_8013
AV8014AV:ResetTime_Ti_Heat_8014
AV8015AV:ManipVarMin_Heat_8015
AV8016AV:ManipVarMax_Heat_8016
AV8018AV:Y_MinDev_PIContolLoop_8018
AV8021AV:6WayValveGen_Cool100%_8021
AV8022AV:6WayValveGen_Cool0%_8022
AV8023AV:6WayValveGen_Heat100%_8023
AV8024AV:6WayValveGen_Heat0%_8024
AV8029AV:RODO_MinRuntime_HeatCool_8029
AV8030AV:DelaySwitch_Heat/Cool_8030
AV8032AV:AO_FanMin_8032
AV8033AV:AO_FanMax_8033
AV8034AV:Fan_ManipVar_Start_8034
AV8035AV:Fan_StartUpTime_8035
AV8036AV:Fan_FollwUpTime_8036
AV8037AV:FanGradient_AO_8037
AV8038AV:DeltaT_FanLevel1RO_8038
AV8039AV:DeltaT_FanLevel2RO_8039
AV8040AV:DeltaT_FanLevel3RO_8040
AV8041AV:Frost_Protection_8041
AV8042AV:Heat_Protection_8042
AV8045AV:2.ContrLoop_PropBandXp_8045
AV8046AV:2.ContrLoop_ResTimeTi_8046
AV8047AV:2.ContrLoop_ManipVariableMin_8047
AV8048AV:2.ContrLoop_ManipVariableMax_8048
AV8049AV:2.ContrLoop_SetTempOffset_8049
AV8051AV:UnderfloorHeatProtection_Limit_8051
AV8052AV:Anti-Jam_8052
AV8055AV:CangeOver_TempCooling_8055
AV8056AV:CangeOver_TempHeating_8056
AV8200AV:Setpoint_RCV_8200
AV8202AV:PropBand_XpRCV_8202
AV8203AV:ResetTime_Ti_RCV_8203
AV8204AV:Hyst_RCVContr_8204
AV8205AV:DeltaRCV_FanLevel1RO_8205
AV8206AV:DeltaRCV_FanLevel2RO_8206
AV8207AV:DeltaRCV_FanLevel3RO_8207
AV8209AV:YRCV_MinDev_PIContolLoop_8209
BI1BI:Presence_Status_1
BI2BI:HeaderIconStatus_FrostProtection_2
BI3BI:HeaderIconStatus_WindowContact_3
BI4BI:HeaderIconStatus_DewPoint_4
BI5BI:HeaderIconStatus_ECO_5
BI6BI:HeaderIconStatus_Error_6
BI7BI:HeaderIconStatus_ConfigMode_7
BV12BV:RCBBMS_Temp_Lock_12
BV13BV:RCBBMS_Fan_Lock_13
BV14BV:RCBBMS_Presence_Lock_14
BV196BV:Fan_AutoMode_196
BV199BV:Enable_PresenceDI_199
BV200BV:HeaderIconModbus_FrostProtection_200
BV201BV:HeaderIconModbus_WindowContact_201
BV202BV:HeaderIconModbus_DewPoint_202
BV203BV:HeaderIconModbus_ECO_203
BV204BV:HeaderIconModbus_Error_204
BV205BV:HeaderIconModbus_ConfigMode_205
BV210BV:Enable_FrostProtectionDI_210
BV211BV:Enable_WindowContactDI_211
BV212BV:Enable_DewPointDI_212
BV213BV:Enable_ECODI_213
BV214BV:Enable_ErrorDI_214
BV96BV:SP1_AutoMode_96
BV97BV:SP2_AutoMode_97
BV116BV:L1_AutoMode_116
BV117BV:L2_AutoMode_117
BV136BV:L1_LightStatus_136
BV137BV:L2_LightStatus_137
CSV2300CSV:TempS1Int_Label_2300
CSV2400CSV:HumS1Int_Label_2400
CSV2500CSV:CO2S1Int_Label_2500
CSV2600CSV:VOCS1Int_Label_2600
CSV2900CSV:TempS2Ext_Label_2900
CSV3000CSV:TempS3Bus_Label_3000
CSV3100CSV:HumS2Bus_Label_3100
CSV3200CSV:CO2S2Bus_Label_3200
CSV3300CSV:VOCS2Bus_Label_3300
CSV3400CSV:PMS2Bus_Label_3400
CSV3500CSV:PressureS2Bus_Label_3500
CSV3750CSV:Fan_Label_3750
CSV4250CSV:SP1_Label_4250
CSV4300CSV:SP2_Label_4300
CSV5350CSV:L1_Label_5350-5361
CSV5400CSV:L2_Label_5400
DTV2018DTV:Date_Time_2018
IV2000IV:Device_Type_2000
IV2001IV:Firmware_2001
IV2002IV:ProdDate_2002
IV2003IV:OperationDays_2003
IV2004IV:BusAddress_2004
IV2005IV:Baudrate_2005
IV2006IV:Parity_StopBits_2006
IV3749IV:Fan_Control_3749
IV4200IV:SP_NumOfCircuits_4200
IV5300IV:L_NumOfCircuits_5300
IV2025IV:InternalError_2025_bitField
IV126IV:D1Input_Status_126
IV127IV:D2Input_Status_127
IV300IV:CO2S1Int_ResetAutozero_300
IV302IV:CO2S1Int_AutoCalibr_302
IV404IV:OpMode_Status_404
IV405IV:Presence_Status_405
IV406IV:Fan_AutoMode_406
IV407IV:Setpoint_Fan_Level_407
IV408IV:HeaderIconStatus_408_bitField
IV409IV:RCBBMS_409_bitField
IV410IV:Presence_Mod_410
IV411IV:HeaderIconModbus_411_bitField
IV412IV:Enable_PresenceDI_412
IV413IV:Enable_IconDI_413_bitField
IV700IV:SP_AutoMode_700_bitField
IV720IV:SP1_KeyStatus_720
IV730IV:SP2_KeyStatus_730
IV1100IV:L_AutoMode_1100_bitField
IV1102IV:L_LightStatus_1102_bitField
IV1120IV:L1_KeyStatus_1120
IV1130IV:L2_KeyStatus_1130
IV1600IV:ChangeOver_Status_1600
IV1602IV:ChangeOver_Modbus_1602
IV1607IV:ContrOpMode_Setpoint_1607
IV1611IV:RODO_OutHeat_BMSContr_1611
IV1612IV:RO/DO_OutCool_BMSContr_1612
IV1615IV:RO/DO_OutFan_BMSContr_1615
IV1620IV:RODO_Heat_Value_1620
IV1621IV:RODO_Cool_Value_1621
IV1623IV:RODO_Fan_Level_1623
IV2008IV:PIN_2008
IV2009IV:Language_2009
IV2010IV:Temp_Unit_2010
IV2011IV:Display_Brightness_2011
IV2012IV:ScreenSaver_Timeout_2012
IV2013IV:SaveToEEPROM_2013
IV2015IV:Time_Format_2015
IV2016IV:Date_Format_2016
IV2017IV:Time_SetSummerWinter_2017
IV2024IV:Display_Darkmode_2024
IV2313IV:TempS1Int_AveragingTime_2313
IV2317IV:TempS1Int_EnableInSensorMenu_2317
IV2318IV:TempS1Int_EnableColourScale_2318
IV2413IV:HumS1Int_AveragingTime_2413
IV2417IV:HumS1Int_EnableInSensorMenu_2417
IV2418IV:HumS1Int_EnableColourScale_2418
IV2513IV:CO2S1Int_AveragingTime_2513
IV2517IV:CO2S1Int_EnableInSensorMenu_2517
IV2518IV:CO2S1Int_EnableColourScale_2518
IV2613IV:VOCS1Int_AveragingTime_2613
IV2617IV:VOCS1Int_EnableInSensorMenu_2617
IV2618IV:VOCS1Int_EnableColourScale_2618
IV2913IV:TempS2Ext_AveragingTime_2913
IV2917IV:TempS2Ext_EnableInSensorMenu_2917
IV2918IV:TempS2Ext_EnableColourScale_2918
IV3017IV:TempS3Bus_EnableInSensorMenu_3017
IV3018IV:TempS3Bus_EnableColourScale_3018
IV3117IV:HumS2Bus_EnableInSensorMenu_3117
IV3118IV:HumS2Bus_EnableColourScale_3118
IV3217IV:CO2S2Bus_EnableInSensorMenu_3217
IV3218IV:CO2S2Bus_EnableColourScale_3218
IV3316IV:VOCS2Bus_Unit_3316
IV3317IV:VOCS2Bus_EnableInSensorMenu_3317
IV3318IV:VOCS2Bus_EnableColourScale_3318
IV3417IV:PMS2Bus_EnableInSensorMenu_3417
IV3418IV:PMS2Bus_EnableColourScale_3418
IV3516IV:PressureS2Bus_Unit_3516
IV3517IV:PressureS2Bus_EnableInSensorMenu_3517
IV3518IV:PressureS2Bus_EnableColourScale_3518
IV3600IV:Setpoint_Temp_Offset_StepSize_3600
IV3601IV:OpMode_Display_3601
IV3602IV:Setpoint_Temp_Display_3602
IV3650IV:CurrentTemp_Mapping_3650
IV3651IV:CurrentTemp_Display_3651
IV3762IV:Fan_NumberOfSteps_3762
IV3763IV:Fan_EnableAutoOff_3763
IV3764IV:Fan_DisplayInTempMenu_3764
IV3800IV:Presence_Function_3800
IV3801IV:Enable_PresenceDI_Reboot_3801
IV3802IV:Enable_IconDI_Reboot_3802_bitField
IV3900IV:Input1_Config_3900
IV3901IV:Input2_Config_3901
IV4201IV:SP_Display_4201
IV4263IV:SP1_OpMode_4263
IV4264IV:SP1_Type_4264
IV4313IV:SP2_OpMode_4313
IV4314IV:SP2_Type_4314
IV5301IV:L_Display_5301
IV5363IV:L1_Dimmable_5363
IV5364IV:L1_OpMode_5364
IV5413IV:L2_Dimmable_5413
IV5414IV:L2_OpMode_5414
IV7040IV:TP1_Activate_7040
IV7041IV:TP1_EventDay_7041
IV7044IV:TP1_RegisterAddress_7044
IV7045IV:TP1_RegisterNewValue_7045
IV7510IV:TP1_Activate_7510
IV7511IV:TP1_EventDay_7511
IV7514IV:TP1_RegisterAddress_7514
IV7515IV:TP1_RegisterNewValue_7515
IV8001IV:Setpoint_Temp_Offs_PresChange_8001
IV8002IV:Occupied_OverrECO_8002
IV8003IV:ContrTyp_Heating_8003
IV8004IV:ContrTyp_Cooling_8004
IV8005IV:PWM_CycleTime_8005
IV8019IV:ManipVarMin_Behave_8019
IV8020IV:Out6WayValve_8020
IV8025IV:AODirection_Heating_8025
IV8026IV:AODirection_Cooling_8026
IV8027IV:RODODirection_Heating_8027
IV8028IV:RODODirection_Cooling_8028
IV8031IV:FanMapping_8031
IV8043IV:2.ContrLoop_SensMapping_8043
IV8044IV:2.ContrLoopType_8044
IV8050IV:UnderfloorHeatProtection_Sensor_8050
IV8053IV:ContrOpMode_AfterReboot_8053
IV8054IV:CangeOver_DITemp_8054
IV8201IV:ContrTyp_RCV_8201

Integration notes

Object names are printed with their type prefix and instance (e.g. AI:TempS1Int_Value_1); line-break spaces inside names are removed.
Some names carry a different number than their instance as printed (AI 18 AI:SP1_Angle_Value_15, AI 213 AI:RODO_Fan_Level_212, TV 7512 TV:TP48_EventHour_7042); kept as printed.
Configuration values (AV/IV/CSV in the configuration sections) are stored in EEPROM and should only be changed during commissioning.
Several IV objects are bit fields (names ending _bitField); the bit meanings are listed in the source. TV (time value) objects are listed with type Other.
Objects marked 'Controller variants only' do not exist or do nothing on Interface variants.
Access is not printed for the bit-field objects IV 411, 413, 700, 1100, 1102 and 3802; shown as R.

Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the RYMASKON 1000 room operating unit (Interface / Controller) and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.

Questions about the S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller)

How many BACnet points does the S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) have?

This list has 335 BACnet objects: 38 analog inputs, 120 analog values, 7 binary inputs, 22 binary values, 16 characterstring values, 1 datetime value, 129 integer values, 2 others. The exact set on a given unit depends on its firmware, installed options and configuration.

Which S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) BACnet points are writable?

253 of the 335 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done.

Where is the official S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller) BACnet documentation?

The source is BACnet PIC - Rymaskon 1000 Interface / Controller BACnet, revision 2026-09-14, published free by S+S Regeltechnik at https://www.spluss.com/cdn/shop/files/RYM-1000__BACnet_Objects_GB.pdf.

What are the minimum BACnet points to integrate the S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller)?

Start with IV 404 IV:OpMode_Status_404 (Operating mode: 0 Off, 1 Cooling, 2 Heating); AV 400 AV:Setpoint_Temp_400 (Room temperature setpoint, °C); IV 407 IV:Setpoint_Fan_Level_407 (Fan level 0-5); IV 409 IV:RCBBMS_409_bitField (BMS lock of setpoint, fan and presence keys); AI 1 AI:TempS1Int_Value_1 (Room temperature (internal sensor)); BI 1 BI:Presence_Status_1 (Presence: 1 = occupied); AI 9 AI:OpMode_Status_9 (Operating mode status); AI 8 AI:Setpoint_Temp_Absolut_8 (Absolute temperature setpoint in use); IV 2025 IV:InternalError_2025_bitField (Internal error bits (sensor, I2C)).

How do I enable BMS control of the S+S Regeltechnik RYMASKON 1000 room operating unit (Interface / Controller)?

How do I check these points on the real RYMASKON 1000 room operating unit (Interface / Controller)?

Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.

Source: BACnet PIC - Rymaskon 1000 Interface / Controller BACnet · rev. 2026-09-14. Object names, instances and units are reproduced as published; descriptions are our own.