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Room controller (fan coil, radiator, chilled ceiling) · BACnet points list
Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers BACnet points list
Updated 4 November 2026
WRF06 RC and WRF07 RC are wall-mounted room controllers with a built-in PI controller, setpoint knob, buttons and up to two outputs (0-10 V, relay, triac or 6-way valve), plus up to four digital inputs. Everything is configured over BACnet MS/TP: device type, PI parameters, fan stages, button, LED and input functions. The BMS can command occupancy, mode and fan stage, override the outputs and drive the LEDs.
This page lists 138 BACnet objects for the Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers — 94 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Thermokon’s own free documentation, linked below.
- Manufacturer
- Thermokon
- Model
- WRF06 RC / WRF07 RC BACnet MS/TP room controllers
- Equipment
- Room controller (fan coil, radiator, chilled ceiling)
- Equipment type
- VAV boxes & fan coils
- BACnet objects
- 138 (94 writable)
- Transport
- BACnet MS/TP
- Firmware
- 1.0.0 or later (BV 114 needs 1.1.0, writable device name 3.0.6)
- Default device instance
- Offset Device ID (AV 100) + MAC address
- Also known as
- WRF06 RC BACnet MS/TP, WRF06 RC (x) BACnet MS/TP, WRF07 RC (x) BACnet MS/TP, WRF07 RC, WRF06 RC, WRF07 BACnet MSTP
Reference only, provided as-is: verify against Thermokon’s current documentation and the live device before use. Not official Thermokon information. Terms of use.
BMS integration notes: Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers
Set the MAC address and baud rate on the DIP switches, then set the device type (MV 100) and controller parameters. From the BMS, command occupancy with BV 3, the mode with MV 0 (needed for change-over) and the fan stage with MV 1, write the base setpoint (AV 1), and read room temperature, active setpoint and the controller outputs.
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 |
|---|---|---|---|
| BV 3 | Occupancy Override | Occupancy command, 1 = occupied | Write |
| BV 1 | PI-Ctr. Enable | Enable the room controller | Write |
| MV 0 | PI-Ctr. Mode Override | Mode: off, heat, cool or automatic | Write |
| AV 1 | Base Setpoint | Base room setpoint | Write |
| MV 1 | Fan Stage | Fan stage 0-3 or automatic | Write |
| AI 7 | PI-Controller Mode | Current controller mode | Read |
| AI 0 | Temperature | Room temperature | Read |
| AI 5 | Setpoint Absolute | Active setpoint | Read |
| AI 8 | PI-Controller Y Heat | Heating demand, % | Read |
| AI 9 | PI-Controller Y Cool | Cooling demand, % | Read |
Enable & remote start
PI-Ctr. Enable (BV 1) turns the built-in controller on; Occupancy Override (BV 3) sets occupied/unoccupied, and PI-Ctr. Mode Override (MV 0) sets off/heat/cool/automatic. In change-over operation (BV 112) the heat/cool mode must be given through MV 0.
Sensors & values from the BMS
Energy hold-off (BV 0) and dew-point (BV 2) can be set from the BMS as well as from wired inputs. The outputs can be overridden with AO 0 and AO 1 (0-10 V); writing -1 returns them to automatic.
Network setup
- MAC address 1-127 and baud rate (9600-115200) on DIP switches; 8N1.
- Device instance = Offset Device ID (AV 100) + MAC address.
- Pick the output configuration with Device Type (MV 100) before tuning the controller.
Watch out for
- The '(saved)' button, switch and input objects latch an event until they are read, and the input counters reset to 0 on read; only one BMS client should poll them.
- Objects numbered 100 and up are stored settings; avoid cyclic writes.
Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers 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.
Note: the source document has no read/write column, so access here is inferred from the object type (inputs read-only, values writable). Confirm on the live controller before writing.
| Description | States | |||||
|---|---|---|---|---|---|---|
| DEV | WRF07 BACnet MSTP | Device object; instance = Offset Device ID + MAC address | Read | |||
| AImin | 0 | Temperature | Room temperature | °C | Read | |
| AI | 1 | Relative Humidity | Room relative humidity (rH variants) | %rH | Read | |
| AI | 2 | Absolute Humidty | Absolute humidity | g/m³ | Read | |
| AI | 3 | Enthalpy | Enthalpy | kJ/kg | Read | |
| AI | 4 | Dewpoint | Dew point | °C | Read | |
| AImin | 5 | Setpoint Absolute | Active setpoint | °C | Read | |
| AI | 6 | Setpoint Adjustment | Setpoint shift from the knob | °C | Read | |
| AImin | 7 | PI-Controller Mode | Controller mode (1 off, 2 heating, 3 cooling, 4/5 auto heat/cool) | Read | ||
| AImin | 8 | PI-Controller Y Heat | Heating control variable | % | Read | |
| AImin | 9 | PI-Controller Y Cool | Cooling control variable | % | Read | |
| AI | 10 | Output 1 Value | Output 1 signal | V | Read | |
| AI | 11 | Output 2 Value | Output 2 signal | V | Read | |
| AI | 12 | Digital Input 1 Counter | Pulse count on input 1; reset to 0 when read | Read | ||
| AI | 13 | Digital Input 2 Counter | Pulse count on input 2; reset to 0 when read | Read | ||
| AI | 14 | Digital Input 3 Counter | Pulse count on input 3; reset to 0 when read | Read | ||
| AI | 15 | Digital Input 4 Counter | Pulse count on input 4; reset to 0 when read | Read | ||
| BI | 0 | Occupancy | Occupancy state | Read | 0=unoccupied, 1=occupied | |
| BI | 1 | Button 1 | Button 1 live state | Read | 0=released, 1=pressed | |
| BI | 2 | Button 2 | Button 2 live state | Read | 0=released, 1=pressed | |
| BI | 3 | Button 3 | Button 3 live state | Read | 0=released, 1=pressed | |
| BI | 4 | Button 4 | Button 4 live state | Read | 0=released, 1=pressed | |
| BI | 5 | Button 5 | Button 5 live state | Read | 0=released, 1=pressed | |
| BI | 6 | Button 6 | Button 6 live state | Read | 0=released, 1=pressed | |
| BI | 7 | Button 7 | Button 7 live state | Read | 0=released, 1=pressed | |
| BI | 8 | Button 1 (saved) | Button 1 press latched until read | Read | 0=released, 1=pressed | |
| BI | 9 | Button 2 (saved) | Button 2 press latched until read | Read | 0=released, 1=pressed | |
| BI | 10 | Button 3 (saved) | Button 3 press latched until read | Read | 0=released, 1=pressed | |
| BI | 11 | Button 4 (saved) | Button 4 press latched until read | Read | 0=released, 1=pressed | |
| BI | 12 | Button 5 (saved) | Button 5 press latched until read | Read | 0=released, 1=pressed | |
| BI | 13 | Button 6 (saved) | Button 6 press latched until read | Read | 0=released, 1=pressed | |
| BI | 14 | Button 7 (saved) | Button 7 press latched until read | Read | 0=released, 1=pressed | |
| BI | 15 | Switch Position 1 | Switch position 1 | Read | 0=released, 1=pressed | |
| BI | 16 | Switch Position 2 | Switch position 2 | Read | 0=released, 1=pressed | |
| BI | 17 | Switch Position 1 (saved) | Switch position 1, latched until read | Read | 0=released, 1=pressed | |
| BI | 18 | Switch Position 2 (saved) | Switch position 2, latched until read | Read | 0=released, 1=pressed | |
| BI | 19 | Digital Input 1 | Digital input 1 | Read | 0=false, 1=true | |
| BI | 20 | Digital Input 2 | Digital input 2 | Read | 0=false, 1=true | |
| BI | 21 | Digital Input 3 | Digital input 3 | Read | 0=false, 1=true | |
| BI | 22 | Digital Input 4 | Digital input 4 | Read | 0=false, 1=true | |
| BI | 23 | Digital Input 1 (saved) | Digital input 1, latched until read | Read | 0=false, 1=true | |
| BI | 24 | Digital Input 2 (saved) | Digital input 2, latched until read | Read | 0=false, 1=true | |
| BI | 25 | Digital Input 3 (saved) | Digital input 3, latched until read | Read | 0=false, 1=true | |
| BI | 26 | Digital Input 4 (saved) | Digital input 4, latched until read | Read | 0=false, 1=true | |
| AV | 0 | Setpoint Adjustment Range | Setpoint adjustment range of the knob | °C | Write | |
| AVmin | 1 | Base Setpoint | Base setpoint | °C | Write | |
| AV | 100 | Offset Device ID | Offset added to the MAC address for the device instance | Write | ||
| AV | 101 | Temperature Offset | Temperature sensor correction | °C | Write | |
| AV | 102 | Rel. Humidity Offset | Humidity sensor correction | %rH | Write | |
| AV | 103 | Base Setpoint after Reset | Base setpoint used after a restart | °C | Write | |
| AV | 104 | Setpoint Adjustment Range After Reset | Adjustment range used after a restart | °C | Write | |
| AV | 105 | Setpoint Unoccupied Adjustment | Night setback/setup when unoccupied | °C | Write | |
| AV | 106 | Occupancy Party Time | Party (temporary occupancy) time | s | Write | |
| AV | 107 | PI-Ctr. Dead Band | Dead band between heating and cooling | °C | Write | |
| AV | 108 | PI-Ctr. xp Heat | Heating proportional band | °C | Write | |
| AV | 109 | PI-Ctr. Tn Heat | Heating integral time | min | Write | |
| AV | 110 | PI-Ctr. Y-min Heat | Minimum heating output | % | Write | |
| AV | 111 | PI-Ctr. Y-max Heat | Maximum heating output | % | Write | |
| AV | 112 | PI-Ctr. PWM-cycle Heat | Heating PWM cycle time | s | Write | |
| AV | 113 | PI-Ctr. xp Cool | Cooling proportional band | °C | Write | |
| AV | 114 | PI-Ctr. Tn Cool | Cooling integral time | min | Write | |
| AV | 115 | PI-Ctr. Y-min Cool | Minimum cooling output | % | Write | |
| AV | 116 | PI-Ctr. Y-max Cool | Maximum cooling output | % | Write | |
| AV | 117 | PI-Ctr. PWM-cycle Cool | Cooling PWM cycle time | s | Write | |
| AV | 118 | PI-Ctr. Frost Protection | Frost protection setpoint | °C | Write | |
| AV | 119 | Fan Stage 1 Threshold Y Heat | Heating control variable that starts fan stage 1 | % | Write | |
| AV | 120 | Fan Stage 2 Threshold Y Heat | Heating control variable that starts fan stage 2 | % | Write | |
| AV | 121 | Fan Stage 3 Threshold Y Heat | Heating control variable that starts fan stage 3 | % | Write | |
| AV | 122 | Fan Stage 1 Threshold Y Cool | Cooling control variable that starts fan stage 1 | % | Write | |
| AV | 123 | Fan Stage 2 Threshold Y Cool | Cooling control variable that starts fan stage 2 | % | Write | |
| AV | 124 | Fan Stage 3 Threshold Y Cool | Cooling control variable that starts fan stage 3 | % | Write | |
| AV | 125 | Fan Stage 1 Output Voltage | Fan output voltage for stage 1 | V | Write | |
| AV | 126 | Fan Stage 2 Output Voltage | Fan output voltage for stage 2 | V | Write | |
| AV | 127 | Fan Stage 3 Output Voltage | Fan output voltage for stage 3 | V | Write | |
| BV | 0 | PI-Ctr. Energy Hold Off | Energy hold-off (e.g. window open) active | Write | 0=false, 1=true | |
| BVmin | 1 | PI-Ctr. Enable | Enable the room controller | Write | 0=false, 1=true | |
| BV | 2 | PI-Ctr. Dewpoint | Dew point alarm (stops cooling) | Write | 0=false, 1=true | |
| BVmin | 3 | Occupancy Override | Occupancy command from the BMS | Write | 0=unoccupied, 1=occupied | |
| BV | 100 | Unit-System | Unit system | Write | 0=Imperial, 1=SI | |
| BV | 101 | COV Enable - Temperature | COV reporting for temperature | Write | 0=disable, 1=enable | |
| BV | 102 | COV Enable - rel. Humidity | COV reporting for rel. humidity | Write | 0=disable, 1=enable | |
| BV | 103 | COV Enable - abs. Humidity | COV reporting for abs. humidity | Write | 0=disable, 1=enable | |
| BV | 104 | COV Enable - Enthalpy | COV reporting for enthalpy | Write | 0=disable, 1=enable | |
| BV | 105 | COV Enable - Dewpoint | COV reporting for dewpoint | Write | 0=disable, 1=enable | |
| BV | 106 | COV Enable - Setpoint | COV reporting for setpoint | Write | 0=disable, 1=enable | |
| BV | 107 | COV Enable - Occupancy | COV reporting for occupancy | Write | 0=disable, 1=enable | |
| BV | 108 | COV Enable - Buttons | COV reporting for buttons | Write | 0=disable, 1=enable | |
| BV | 109 | COV Enable - Switch | COV reporting for switch | Write | 0=disable, 1=enable | |
| BV | 110 | COV Enable - Inputs | COV reporting for inputs | Write | 0=disable, 1=enable | |
| BV | 111 | PI-Ctr. Y-Min. if Y>0 | Apply minimum output only when demand is above 0 | Write | 0=false, 1=true | |
| BV | 112 | PI-CTR. Change Over | Change-over (2-pipe) operation | Write | 0=false, 1=true | |
| BV | 113 | Occupancy after Reset | Occupancy state after a restart | Write | 0=unoccupied, 1=occupied | |
| BV | 114 | Disable State LEDs (STA, RXD, TXD, ERR) | Turn off the bus status LEDs (fw 1.1.0+) | Write | 0=LEDs not disabled, 1=LEDs disabled | |
| MVmin | 0 | PI-Ctr. Mode Override | Controller mode command (heat/cool in change-over) | Write | off, heat, cool, automatic | |
| MVmin | 1 | Fan Stage | Fan stage | Write | Stage 0 (Fan OFF), Stage 1 (manual), Stage 2 (manual), Stage 3 (manual), automatic | |
| MV | 100 | Device Type | Output configuration of the controller | Write | AO2V, DO2R, DO2T, OVR, OVT, 4DI, 6WV, 6WV_INV, 6WV_DN15, 6WV_DN20 | |
| MV | 101 | PI-Ctr. Mode after Reset | Controller mode after a restart | Write | off, heat, cool, automatic | |
| MV | 102 | Setpoint Visualization | Which setpoint the display shows | Write | Always Heat-Setpoint, Heat- and Cool-Setpoint | |
| MV | 103 | Button 1 Function | Function of button 1 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 104 | Button 2 Function | Function of button 2 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 105 | Button 3 Function | Function of button 3 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 106 | Button 4 Function | Function of button 4 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 107 | Button 5 Function | Function of button 5 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 108 | Button 6 Function | Function of button 6 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 109 | Button 7 Function | Function of button 7 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 110 | Button 8 Function | Function of button 8 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 111 | Button 9 Function | Function of button 9 | Write | Contact, Pulse Unoccupied, Pulse Occupied, Toggle Occupancy, Contact Occupied, Pulse Party Time, Fan Stage UP, Fan Stage DOWN, Fan Stage Loop | |
| MV | 112 | LED 1 Function | Function of LED 1 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 113 | LED 2 Function | Function of LED 2 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 114 | LED 3 Function | Function of LED 3 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 115 | LED 4 Function | Function of LED 4 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 116 | LED 5 Function | Function of LED 5 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 117 | LED 6 Function | Function of LED 6 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 118 | LED 7 Function | Function of LED 7 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 119 | LED 8 Function | Function of LED 8 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 120 | LED 9 Function | Function of LED 9 | Write | Bus Controlled, Occupancy, PI Controller Active, PI Controller Heating, PI Controller Cooling, Fan Stage 0, Fan Stage 1, Fan Stage 2, Fan Stage 3, Fan AUTO | |
| MV | 121 | Input 1 Function | Function of digital input 1 | Write | NC Contact, NC Dewpoint, NC Window, NC Occupancy, NC PI Ctr. Auto/Off, NC PI Ctr. Heat/Cool, NO Contact, NO Dewpoint, NO Window, NO Occupancy, NO PI Ctr. Auto/Off, NO PI Ctr. Heat/Cool | |
| MV | 122 | Input 2 Function | Function of digital input 2 | Write | NC Contact, NC Dewpoint, NC Window, NC Occupancy, NC PI Ctr. Auto/Off, NC PI Ctr. Heat/Cool, NO Contact, NO Dewpoint, NO Window, NO Occupancy, NO PI Ctr. Auto/Off, NO PI Ctr. Heat/Cool | |
| MV | 123 | Input 3 Function | Function of digital input 3 | Write | NC Contact, NC Dewpoint, NC Window, NC Occupancy, NC PI Ctr. Auto/Off, NC PI Ctr. Heat/Cool, NO Contact, NO Dewpoint, NO Window, NO Occupancy, NO PI Ctr. Auto/Off, NO PI Ctr. Heat/Cool | |
| MV | 124 | Input 4 Function | Function of digital input 4 | Write | NC Contact, NC Dewpoint, NC Window, NC Occupancy, NC PI Ctr. Auto/Off, NC PI Ctr. Heat/Cool, NO Contact, NO Dewpoint, NO Window, NO Occupancy, NO PI Ctr. Auto/Off, NO PI Ctr. Heat/Cool | |
| MV | 125 | Input 1 Counter Mode | Counting mode of input 1 | Write | Edge, Pulse | |
| MV | 126 | Input 2 Counter Mode | Counting mode of input 2 | Write | Edge, Pulse | |
| MV | 127 | Input 3 Counter Mode | Counting mode of input 3 | Write | Edge, Pulse | |
| MV | 128 | Input 4 Counter Mode | Counting mode of input 4 | Write | Edge, Pulse | |
| MV | 129 | Number of Fan Stages | Fan stages and manual/automatic operation | Write | 0 (Fan OFF), 1 (manual), 2 (manual), 3 (manual), 0 (Fan OFF), 1 (automatic), 2 (automatic), 3 (automatic) | |
| MV | 130 | Fan Stage after Reset | Fan stage after a restart | Write | 0 (Fan OFF), 1 (manual), 2 (manual), 3 (manual), automatic | |
| MV | 131 | Min. Fan Stage | Lowest fan stage selectable | Write | 0, 1, 2, 3 | |
| AO | 0 | Output 1 Value Override | Override output 1, 0-10 V; -1 = automatic | V | Write | |
| AO | 1 | Output 2 Value Override | Override output 2, 0-10 V; -1 = automatic | V | Write | |
| BO | 0 | LED 1 | LED 1 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 1 | LED 2 | LED 2 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 2 | LED 3 | LED 3 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 3 | LED 4 | LED 4 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 4 | LED 5 | LED 5 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 5 | LED 6 | LED 6 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 6 | LED 7 | LED 7 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 7 | LED 8 | LED 8 on/off (when set to bus controlled) | Write | False=LED off, True=LED on | |
| BO | 8 | LED 9 | LED 9 on/off (when set to bus controlled) | Write | False=LED off, True=LED on |
No points match these filters.
Object ID lookup: Thermokon WRF06/WRF07 RC BACnet point IDs by name
AI0TemperatureAI1Relative HumidityAI2Absolute HumidtyAI3EnthalpyAI4DewpointAI5Setpoint AbsoluteAI6Setpoint AdjustmentAI7PI-Controller ModeAI8PI-Controller Y HeatAI9PI-Controller Y CoolAI10Output 1 ValueAI11Output 2 ValueAI12Digital Input 1 CounterAI13Digital Input 2 CounterAI14Digital Input 3 CounterAI15Digital Input 4 CounterBI0OccupancyBI1Button 1BI2Button 2BI3Button 3BI4Button 4BI5Button 5BI6Button 6BI7Button 7BI8Button 1 (saved)BI9Button 2 (saved)BI10Button 3 (saved)BI11Button 4 (saved)BI12Button 5 (saved)BI13Button 6 (saved)BI14Button 7 (saved)BI15Switch Position 1BI16Switch Position 2BI17Switch Position 1 (saved)BI18Switch Position 2 (saved)BI19Digital Input 1BI20Digital Input 2BI21Digital Input 3BI22Digital Input 4BI23Digital Input 1 (saved)BI24Digital Input 2 (saved)BI25Digital Input 3 (saved)BI26Digital Input 4 (saved)AV0Setpoint Adjustment RangeAV1Base SetpointAV100Offset Device IDAV101Temperature OffsetAV102Rel. Humidity OffsetAV103Base Setpoint after ResetAV104Setpoint Adjustment Range After ResetAV105Setpoint Unoccupied AdjustmentAV106Occupancy Party TimeAV107PI-Ctr. Dead BandAV108PI-Ctr. xp HeatAV109PI-Ctr. Tn HeatAV110PI-Ctr. Y-min HeatAV111PI-Ctr. Y-max HeatAV112PI-Ctr. PWM-cycle HeatAV113PI-Ctr. xp CoolAV114PI-Ctr. Tn CoolAV115PI-Ctr. Y-min CoolAV116PI-Ctr. Y-max CoolAV117PI-Ctr. PWM-cycle CoolAV118PI-Ctr. Frost ProtectionAV119Fan Stage 1 Threshold Y HeatAV120Fan Stage 2 Threshold Y HeatAV121Fan Stage 3 Threshold Y HeatAV122Fan Stage 1 Threshold Y CoolAV123Fan Stage 2 Threshold Y CoolAV124Fan Stage 3 Threshold Y CoolAV125Fan Stage 1 Output VoltageAV126Fan Stage 2 Output VoltageAV127Fan Stage 3 Output VoltageBV0PI-Ctr. Energy Hold OffBV1PI-Ctr. EnableBV2PI-Ctr. DewpointBV3Occupancy OverrideBV100Unit-SystemBV101COV Enable - TemperatureBV102COV Enable - rel. HumidityBV103COV Enable - abs. HumidityBV104COV Enable - EnthalpyBV105COV Enable - DewpointBV106COV Enable - SetpointBV107COV Enable - OccupancyBV108COV Enable - ButtonsBV109COV Enable - SwitchBV110COV Enable - InputsBV111PI-Ctr. Y-Min. if Y>0BV112PI-CTR. Change OverBV113Occupancy after ResetBV114Disable State LEDs (STA, RXD, TXD, ERR)MV0PI-Ctr. Mode OverrideMV1Fan StageMV100Device TypeMV101PI-Ctr. Mode after ResetMV102Setpoint VisualizationMV103Button 1 FunctionMV104Button 2 FunctionMV105Button 3 FunctionMV106Button 4 FunctionMV107Button 5 FunctionMV108Button 6 FunctionMV109Button 7 FunctionMV110Button 8 FunctionMV111Button 9 FunctionMV112LED 1 FunctionMV113LED 2 FunctionMV114LED 3 FunctionMV115LED 4 FunctionMV116LED 5 FunctionMV117LED 6 FunctionMV118LED 7 FunctionMV119LED 8 FunctionMV120LED 9 FunctionMV121Input 1 FunctionMV122Input 2 FunctionMV123Input 3 FunctionMV124Input 4 FunctionMV125Input 1 Counter ModeMV126Input 2 Counter ModeMV127Input 3 Counter ModeMV128Input 4 Counter ModeMV129Number of Fan StagesMV130Fan Stage after ResetMV131Min. Fan StageAO0Output 1 Value OverrideAO1Output 2 Value OverrideBO0LED 1BO1LED 2BO2LED 3BO3LED 4BO4LED 5BO5LED 6BO6LED 7BO7LED 8BO8LED 9
Integration notes
- Object list from the 'Description for WRF06 RC / WRF07 RC BACnet MS/TP' manual, rev E (30.01.2026), section 2 (pages 9-14). The manual gives each object only an ID and a description; the description is used as the name here.
- Multistate state texts are listed in the order printed; the manual does not print their numbers.
- Objects from AV 100, BV 100 and MV 100 up are configuration parameters kept through a restart.
- Which inputs and outputs are used depends on the device type (MV 100): AO2V, DO2R, DO2T, OVR, OVT, 4DI or the 6-way-valve types for Belimo and Sauter valves.
- The manual has no access column; R/W here is inferred (inputs read-only, values and outputs writable).
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 WRF06 RC / WRF07 RC BACnet MS/TP room controllers 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 Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers
How many BACnet points does the Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers have?
This list has 138 BACnet objects: 16 analog inputs, 2 analog outputs, 30 analog values, 27 binary inputs, 9 binary outputs, 19 binary values, 1 device, 34 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers BACnet points are writable?
94 of the 138 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. The source has no read/write column, so this is inferred from object type.
Where is the official Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers BACnet documentation?
The source is Description for WRF06 RC BACnet MS/TP, WRF06 RC (x) BACnet MS/TP, WRF07 RC (x) BACnet MS/TP, revision Rev. E, 30.01.2026, published free by Thermokon at https://www.thermokon.de/direct/alterra-base/mimes/get/e39d6620bf738dd3a.
What are the minimum BACnet points to integrate the Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers?
Start with BV 3 Occupancy Override (Occupancy command, 1 = occupied); BV 1 PI-Ctr. Enable (Enable the room controller); MV 0 PI-Ctr. Mode Override (Mode: off, heat, cool or automatic); AV 1 Base Setpoint (Base room setpoint); MV 1 Fan Stage (Fan stage 0-3 or automatic); AI 7 PI-Controller Mode (Current controller mode); AI 0 Temperature (Room temperature); AI 5 Setpoint Absolute (Active setpoint); AI 8 PI-Controller Y Heat (Heating demand, %); AI 9 PI-Controller Y Cool (Cooling demand, %).
How do I enable BMS control of the Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers?
PI-Ctr. Enable (BV 1) turns the built-in controller on; Occupancy Override (BV 3) sets occupied/unoccupied, and PI-Ctr. Mode Override (MV 0) sets off/heat/cool/automatic. In change-over operation (BV 112) the heat/cool mode must be given through MV 0.
Can the BMS supply sensor values to the Thermokon WRF06 RC / WRF07 RC BACnet MS/TP room controllers?
Energy hold-off (BV 0) and dew-point (BV 2) can be set from the BMS as well as from wired inputs. The outputs can be overridden with AO 0 and AO 1 (0-10 V); writing -1 returns them to automatic.
How do I check these points on the real WRF06 RC / WRF07 RC BACnet MS/TP room controllers?
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.
More Thermokon BACnet points lists
- Room sensor / operating unit
Thermokon FTW04 BACnet MS/TP RS485 room humidity/temperature unit
Thermokon FTW04 BACnet MS/TP RS485 room units (temperature, humidity, optional setpoint, button, rotary switch, LED, 2 digital inputs, 2 analogue outputs).
Also known as: FTW04, FTW04 BACnet, FTW04_BACnet, FTW04-RS485-BACnet - Room thermostat / fan coil controller
Thermokon JOY BACnet room thermostats / fan coil controllers (5DO, ECAO2DO, HCAO2DO, EC3AO, HC3AO)
Thermokon JOY wall thermostats with RS485 BACnet MS/TP for fan coils, heating/cooling valves and 6-way valves, in 230 V and 24 V versions with optional CO2 and humidity sensors.
Also known as: JOY FC5DO BACnet, JOY ECAO2DO BACnet, JOY HCAO2DO BACnet, JOY EC3AO BACnet, JOY HC3AO BACnet, JOY HC AO2DO 24V RS485 BACnet, JOY RS485 BACnet - Room operating unit / room sensor
Thermokon NOVOS 3 / NOVOS 5 RS485 BACnet room operating units
Thermokon NOVOS 3 and NOVOS 5 (LCD) wall units with RS485 BACnet MS/TP, in temperature, CO2, humidity and VOC sensor variants.
Also known as: NOVOS 3 RS485 BACnet, NOVOS 5 LCD RS485 BACnet, NOVOS 3 x, NOVOS 5 x, NOVOS 5 LCD - Room operating unit / room sensor
Thermokon NOVOS 7 / NOVOS Touch / thanos EVO RS485 BACnet room operating units
Thermokon NOVOS 7, NOVOS Touch and thanos EVO touch-screen room operating units with RS485 BACnet MS/TP.
Also known as: NOVOS 7, NOVOS Touch, thanos EVO, NOVOS 7 RS485 BACnet, thanos EVO RS485 BACnet - Duct / room sensor (temperature, humidity, CO2, VOC, pressure)
Thermokon USE-BACnet MS/TP option for Thermokon sensors (FTA+, LK+, DPA+, LI65+ ...)
Thermokon sensors fitted with the USE-BACnet MS/TP RS485 option board (FTA+, FTK+, LK+, DPA+, LI65+, LDF+, RDF+, WK02+ and their LCD versions).
Also known as: USE BACnet, USE-RS485 BACnet, FTA+ BACnet, FTK+ BACnet, LK+ CO2 BACnet, LK+ VOC BACnet, DPA+ BACnet, DPA+ Flow BACnet, LI65+ BACnet, LDF+ BACnet, RDF+ BACnet, WK02+ BACnet - Room sensor / operating unit
Thermokon WRF04 BACnet MS/TP RS485 room operating unit
Thermokon WRF04 BACnet MS/TP RS485 room units (temperature, optional setpoint, button, rotary switch, LED, 2 digital inputs, 2 analogue outputs).
Also known as: WRF04, WRF04 BACnet, WRF04_BACnet, WRF04-RS485-BACnet - Room sensor (CO2, VOC, temperature, humidity)
Thermokon WRF06 AQ / FTW06 RS485 BACnet MS/TP room sensors
Thermokon WRF06 AQ room air quality sensors (CO2, VOC, temperature, humidity variants) and FTW06 room humidity/temperature sensors with RS485 BACnet MS/TP.
Also known as: WRF06 AQ, WRF06 CO2, WRF06 CO2 Temp, WRF06 CO2 Temp_rH, WRF06 CO2+VOC, WRF06 VOC Temp, FTW06, WRF06 AQ BACnet MSTP - Room operating unit (buttons, LCD, setpoints) / room sensor
Thermokon WRF08 BACnet MS/TP RS485 room operating panel
Thermokon WRF08 room operating panels with LCD, up to 12 buttons, room temperature sensor and BACnet MS/TP over RS485.
Also known as: WRF08, WRF08 BACnet, WRF08 RS485 BACnet, Thermokon_WRF08_BACnet
Source: Description for WRF06 RC BACnet MS/TP, WRF06 RC (x) BACnet MS/TP, WRF07 RC (x) BACnet MS/TP · rev. Rev. E, 30.01.2026. Object names, instances and units are reproduced as published; descriptions are our own.