Home
BACnet points lists
Neptronic
TSUB universal wall-mount controller

Fan coil / zone thermostat controller · BACnet points list

Neptronic TSUB universal wall-mount controller BACnet points list

Updated 6 November 2026

Short answer

A wall-mount universal room controller with configurable inputs and outputs that speaks BACnet MS/TP. The BACnet guide lists 220 objects: inputs and outputs, mode, fan and occupancy commands, setpoints, demands per ramp, alarms and a large set of Cfg_ configuration objects. Which outputs and modes are used depends on how the ramps and inputs are configured.

This page lists 220 BACnet objects for the Neptronic TSUB universal wall-mount controller — 184 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Neptronic’s own free documentation, linked below.

Manufacturer: Neptronic
Model: TSUB universal wall-mount controller
Equipment: Fan coil / zone thermostat controller
Equipment type: VAV boxes & fan coils
BACnet objects: 220 (184 writable)
Transport: BACnet MS/TP
Firmware: Firmware 1.13
Default device instance: 153000 + MAC address
Also known as: TSUB, TSUB24, Neptronic TSUB
Source document: TSUB BACnet Guide · TSUB-BACnet Guide-250829 (V1.13) · rev. 2025-08-29

Download CSV 220 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 Neptronic’s current documentation and the live device before use. Not official Neptronic information. Terms of use.

BMS integration notes: Neptronic TSUB universal wall-mount controller

Integration in brief

Command occupancy with MSV.13 NsbOccCommand, the mode with MSV.1 and the fan with MSV.2, and write the setpoint to AV.9. To feed the room temperature from the BMS, set MSV.21 to Network and keep writing AV.1 ControlTemp within the AV.2 timeout. Read MSV.14, AV.1, the ramp demands and the AL_ alarm BVs.

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
MV 13	NsbOccCommand	BMS occupancy command: local, off, occupied, unoccupied	Command
MV 1	SystemMode	Mode: auto, heating, cooling, fan, off	Write
MV 2	UserFanSpeedSelect	Fan speed: auto, low, medium, high	Write
AV 9	TempSetPoint	Occupied/day temperature setpoint	Command
MV 14	OccupancyStatus	Actual occupancy incl. override	Read
AV 1	ControlTemp	Temperature used for control	Command
AV 20	Heating1Demand	Heating ramp 1 demand, %	Read
AV 35	Cooling1Demand	Cooling ramp 1 demand, %	Read
BV 37	AL_FlowSwitch	Airflow alarm	Read
BV 36	AL_ DirtyFilter	Filter change required	Read

Enable & remote start

MSV.13 NsbOccCommand: Locally lets the controller follow its occupancy input; the other states force off, occupied/day or unoccupied/night from the BMS.

Heartbeat & communication loss

With MSV.21 Cfg_TempControlSource = Network, the BMS must keep writing AV.1 ControlTemp; if nothing arrives for AV.2 Cfg_NetworkTimeOut (0-60 min) the controller goes to OFF and AV.1 shows 999 °C in fault. With AV.2 = 0, AV.1 resets to the AV.9 setpoint.

Sensors & values from the BMS

Set MSV.21 Cfg_TempControlSource to Network (1) and write the room temperature to AV.1 ControlTemp (commandable).

Network setup

MAC address 0-254 (default 000) from the menu or Device proprietary property #1000; device instance defaults to 153000 + MAC.
Baud rate Auto (default), 9600, 19200, 38400 or 76800.
BV.1 Cfg_TempUnitBACnet selects Celsius or Fahrenheit for BACnet values.

Watch out for

Relinquish defaults of commandable setpoints are saved to non-volatile memory.
COV subscriptions are lost on a power cycle.

Neptronic TSUB universal wall-mount 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.

220 of 220 shown

Type

Multi-state

Access

Units

Show

Neptronic TSUB universal wall-mount controller BACnet Points List
			Description			States
AI	1	AnalogInput1	Sensor reading value on analog input 1	V	Read
AI	2	AnalogInput2	Sensor reading value on analog input 2	V	Read
AI	7	InternTemp	Internal temp sensor value (ITS) of the integrated sensor	°F/°C	Read
AI	8	InternHumidity	Humidity reading of on board humidity sensor	%RH	Read
AO	2	AnalogOutput2	Percentage value of analog output 2, based on demand	%	Write
AO	3	AnalogOutput3	Percentage value of analog output 3, based on demand	%	Write
AVmin	1	ControlTemp	Temperature value that is used to calculate demand	°F/°C	Command
AV	2	Cfg_NetworkTimeOut	Configuration time value	min	Write
AV	3	ExternTemp	Extern temperature sensor (ETS)	°F/°C	Read
AV	4	ChangeOverTemp	Changeover temperature sensor (SENs)	°F/°C	Read
AV	5	Cfg_InternTempOffset	Calibrate the integrated temp sensor of the TSUB (ITS)	°F/°C	Write
AV	6	Cfg_ExternTempOffset	Calibrate the external temp sensor (ETS)	°F/°C	Write
AV	7	Cfg_ExternTempMin	Minimum temp read by the sensor (minimum range value)	°F/°C	Write
AV	8	Cfg_ExternTempMax	Maximum temp read by the sensor (maximum range value)	°F/°C	Write
AVmin	9	TempSetPoint	Set the actual user setpoint of the zone in occupied/day operation mode	°F/°C	Command
AV	10	Cfg_MinSetPoint	Set the minimum temp setpoint of the zone in occupied/day operation mode	°F/°C	Write
AV	11	Cfg_MaxSetPoint	Set the maximum temp setpoint of the zone in occupied/day operation mode	°F/°C	Write
AV	12	SetPointCoolNoOccNSB	Configuration value of the cooling setpoint when in night setback or unoccupied	°F/°C	Write
AV	13	SetPointHeatNoOccNSB	Configuration value of the heating setpoint when in night setback or unoccupied	°F/°C	Write
AV	14	ExternTemp2	Extern temperature sensor 2 (ETS2)	°F/°C	Read
AV	15	Cfg_ExternTemp2Offset	Calibrate the external temp sensor 2 (ETS2)	°F/°C	Write
AV	16	Cfg_ExternTemp2Min	Minimum temp read by the external temp sensor 2 (minimum range value)	°F/°C	Write
AV	17	Cfg_ExternTemp2Max	Maximum temp read by the external temp sensor 2 (maximum range value)	°F/°C	Write
AVmin	20	Heating1Demand	Status value that represents the heating demand for the Heating Ramp 1	%	Read
AV	21	Cfg_Heating1PropBand	Range through which the controller will modulate the heating output from 0	°F/°C	Write
AV	22	Cfg_Heating1DeadBand	Deadband around the setpoint	°F/°C	Write
AV	24	Heating2Demand	Status value that represents the heating demand for the Heating Ramp 2	%	Read
AV	25	Cfg_Heating2PropBand	Range through which the controller will modulate the heating output from 0	°F/°C	Write
AV	26	Cfg_Heating2DeadBand	Deadband around the setpoint	°F/°C	Write
AV	32	Cfg_IntegralTimeHeating	Reciprocal of the integral time in secs (1/I or repeats per second)	s	Write
AVmin	35	Cooling1Demand	Status value that represents the cooling demand for the Cooling Ramp 1	%	Read
AV	36	Cfg_Cooling1PropBand	Range through which the controller will modulate the cooling output from 0	°F/°C	Write
AV	37	Cfg_Cooling1DeadBand	Deadband around the setpoint	°F/°C	Write
AV	38	Cooling2Demand	Status value that represents the cooling demand for the Cooling Ramp 2	%	Read
AV	39	Cfg_Cooling2PropBand	Range through which the controller will modulate the cooling output from 0	°F/°C	Write
AV	40	Cfg_Cooling2DeadBand	Deadband around the setpoint	°F/°C	Write
AV	45	Cfg_IntegralTimeCooling	Reciprocal of the integral time in secs (1/I or repeats per second)	s	Write
AV	46	Cfg_CoolingAntiCycleDelay	Cooling output anti-short-cycle time, minutes	min	Write
AV	50	ChangeOverDemand	Status value that represents the changeover demand	%	Read
AV	51	Cfg_ChangeOverPropBand	Proportional band for the changeover output	°F/°C	Write
AV	52	Cfg_ChangeOverDeadBand	Range at which the controller will not take action on the changeover	°F/°C	Write
AV	53	ChangeOverSetPoint	Entering water temperature threshold for changeover	°F/°C	Write
AV	56	Cfg_CL_HT_SwitchTimer	Delay before changeover is allowed to switch	min	Write
AV	58	CL_HT_SwitchTimerCount	Status value of the remaining time before the changeover is authorised	s	Read
AV	60	FanDemand	Status value that represents the fan demand	%	Read
AV	61	Cfg_FanAutoTimeOutDelay	Prevent the cycling of the fan	s	Write
AV	62	Cfg_FanDampingFactor	Configuration value in secs that represents the damping factor for changing fan	s	Write
AV	70	ExternHumidity	External humidity sensor value (Erh)	%RH	Read
AV	71	Cfg_InternHumidityOffset	Calibrate the internal relative humidity sensor (irH)	%RH	Write
AV	72	Cfg_ExternHumidityOffset	Calibrate the external relative humidity sensor (Erh)	%RH	Write
AV	73	HumSetPoint	Set the actual user humidity setpoint of the zone in occupied/day operation	%RH	Command
AV	74	Cfg_HumMinSetPoint	Set the minimum relative humidity setpoint of the zone in occupied/day operation	%RH	Write
AV	75	Cfg_HumMaxSetPoint	Set the maximum relative humidity setpoint of the zone in occupied/day operation	%RH	Write
AV	76	DehumdifySPNoOccNSB	Configuration value of the highest relative humidity allowed when in night setback	%RH	Write
AV	77	HumidifySPNoOccNSB	Configuration value of the lowest relative humidity allowed when in night setback	%RH	Write
AV	78	HumidifyDemand	Status value that represents the humidifier modulation, based on relative humidity	%RH	Read
AV	79	DehumidifyDemand	Status value that represents the dehumidification percentage, based on relative humidity	%RH	Read
AV	80	Cfg_HumPropBand	Proportional band for the humidity output	%RH	Write
AV	81	Cfg_HumDeadBand	Deadband around the setpoint	%RH	Write
AV	85	Cfg_NSBOverrideDelay	Maximum override time in night setback, minutes	min	Write
AV	86	Cfg_NoOccOverrideDelay	Maximum configuration time in mins when in unoccupied mode and an override	min	Write
AV	87	Cfg_NoOccOvCountDown	Time in mins before the state of the input changes from Occupied	min	Read
AV	88	Cfg_OccupancyMinTime	Time in mins before the state of the input changes from Occupied	min	Write
AV	90	Cfg_UniversalInput1Delay	Configuration time in secs	s	Write
AV	91	Cfg_UniversalInput2Delay	See AV.90	s	Write
AV	95	ExternalCO2SensorValue	Carbon dioxide sensor (CO2)	ppm	Read
AV	96	CO2ControlValue	Status value that represents the current value of CO2 (PPM)	ppm	Read
AV	97	Cfg_CO2Range	Maximum range of the CO2 sensor (PPM)	ppm	Write
AV	98	CO2Setpoint	Maximum limit of CO2 concentration before the TSUB sends an alarm	ppm	Write
AV	103	Cfg_AnalogOutput2Min	This value represents the minimum control signal of the controlled element	V	Write
AV	104	Cfg_AnalogOutput2Max	This value represents the maximum control signal of the controlled element	V	Write
AV	105	Cfg_AnalogOutput3Min	See AV.103	V	Write
AV	106	Cfg_AnalogOutput3Max	See AV.104	V	Write
AV	109	Cfg_MinCoolHeat1Position	Configuration value in percentage at which the controller sets the CH1 output	%	Write
AV	125	Cfg_BinaryOutput3ClosePos	Configuration value that indicates the percentage of demand at which the contact	%	Write
AV	126	Cfg_BinaryOutput3OpenPos	Configuration value that indicates the percentage of demand at which the contact	%	Write
AV	127	Cfg_BinaryOutput3ContactDelay	Configuration value in mins to add a delay before allowing the output	min	Write
AV	130	Cfg_BinaryOutput4ClosePos	See AV.125	%	Write
AV	131	Cfg_BinaryOutput4OpenPos	See AV.126	%	Write
AV	132	Cfg_BinaryOutput4ContactDelay	See AV.127	min	Write
AV	133	Cfg_BinaryOutput5ClosePos	See AV.125	%	Write
AV	134	Cfg_BinaryOutput5OpenPos	See AV.126	%	Write
AV	135	Cfg_BinaryOutput5ContactDelay	See AV.127	min	Write
AV	136	Cfg_BinaryOutput6ClosePos	See AV.125	%	Write
AV	137	Cfg_BinaryOutput6OpenPos	See AV.126	%	Write
AV	138	Cfg_BinaryOutput6ContactDelay	See AV.127	min	Write
AV	139	Cfg_BinaryOutput7ClosePos	See AV.125	%	Write
AV	140	Cfg_BinaryOutput7OpenPos	See AV.126	%	Write
AV	141	Cfg_BinaryOutput7ConatctDelay	See AV.127	min	Write
AV	151	Cfg_FloatingBO3/BO7 Timer	Time required by the valve actuator to complete a stroke	s	Write
AV	156	FloatingOutputBO3/BO7	Status value to show the floating signal demand	%	Write
AV	165	CopyCfgStartAddress	First address in the range of copied controllers while using the Copy		Write
AV	166	CopyCfgEndAddress	Last address in the range of copied controllers while using the Copy		Write
AV	167	CopyCfgResult	Value is used to verify whether the copy to the controller’s operation		Write
AV	185	PressureSensorValue	Pressure sensor value in Pascals		Write
AV	186	Cfg_PressureSensorRange	The maximum range for pressure		Write
AV	190	VFDPressureLoop	Actual VFD Pressure loop	%	Write
AV	191	Cfg_VFDPressureSetPoint	Setpoint value for VFD pressure		Write
AV	192	Cfg_VFDPressureDeadBand	Dead band value for VFD pressure		Write
AV	193	Cfg_VFDPressurePropBand	Proportional band value for VFD pressure		Write
AV	194	Cfg_VFDPressureIntegralTime	VFD pressure integral seconds	s	Write
AV	200	VFDTempCoolLoop	Actual VFD temperature loop while cooling	%	Write
AV	201	VFDTempHeatLoop	Actual VFD temperature loop while heating	%	Write
AV	202	Cfg_VFDTempSetPoint	VFD temperature setpoint	°F/°C	Write
AV	203	Cfg_VFDTempDeadBand	VFD temperature dead band value	°F/°C	Write
AV	204	Cfg_VFDTempPropBand	VFD temperature proportional band value	°F/°C	Write
AV	205	Cfg_VFDTempIntegralTime	VFD temperature integral seconds	s	Write
AV	206	CloseOffVoltage	Configuration value of the voltage required in order to close the 6-way		Write
AV	207	MinCoolingVoltage	Configuration value of the voltage required for the 6-way valve to start		Write
AV	208	MinHeatingVoltage	Configuration value of the voltage required for the 6-way valve to start		Write
AV	210	DeltaTemperature	Status value of the difference between the inlet and outlet temperature	°F/°C	Read
AV	211	DeltaTempSetPoint	Configuration value of the setpoint for the delta temperature control mode	°F/°C	Write
AV	212	DeltaTempInlet	Status value of the delta inlet temperature	°F/°C	Read
AV	213	DeltaTempOutlet	Status value of the delta outlet temperature	°F/°C	Read
AV	227	PulseOutput3	Status value to show the pulse signal demand	%	Write
AV	228	PulseOutput4	Status value to show the pulse signal demand	%	Write
AV	229	PulseOutput5	Status value to show the pulse signal demand	%	Write
AV	230	PulseOutput6	Status value to show the pulse signal demand	%	Write
AV	231	PulseOutput7	Status value to show the pulse signal demand	%	Write
AV	233	AO2Voltage	Status value to show the voltage for AO2 ramp		Read
AV	234	AO3Voltage	Status value to show the voltage for AO3 ramp		Read
AV	240	UserBacklightSetPoint	Setpoint for backlight setting in the user mode	%	Write
AV	241	OccupancyBacklightSetPoint	Setpoint for the backlight setting in the occupied mode	%	Write
AV	242	UnoccupancyBacklightSetPoint	Setpoint for the backlight setting in the unoccupied mode	%	Write
BI	1	PIR_Relay	Internal PIR sensor relay status		Read	0=Relay not activated, 1=Relay activated
BO	3	BinaryOutput3	Contact state of binary output 3		Write	0=Open, 1=Close
BO	4	BinaryOutput4	Contact state of binary output 4		Write	0=Open, 1=Close
BO	5	BinaryOutput5	Contact state of binary output 5		Write	0=Open, 1=Close
BO	6	BinaryOutput6	Contact state of binary output 6		Write	0=Open, 1=Close
BO	7	BinaryOutput7	Contact state of binary output 7		Write	0=Open, 1=Close
BV	1	Cfg_TempUnitBACnet	Temp units used in BACnet		Write	0=Celsius, 1=Fahrenheit
BV	2	Cfg_TempSetPointLock	Locks the zone setpoint at the keypad		Write	0=Disable, 1=Enable
BV	3	Cfg_UserSysOffMode	Configuration to allow users to turn off the controller		Write	0=Enable, 1=Disable
BV	4	Cfg_TempUnitTstat	Temperature units on the TSUB display		Write	0=Celsius, 1=Fahrenheit
BV	5	Cfg _FreezeProtection	Enable or disable the automatic activation of the heating outputs when zone		Write	0=Off, 1=On
BV	10	Cfg_Heating1RampLock	Lock the heating ramp 1 even when a heating demand is active		Write	0=Off, 1=On
BV	11	Cfg_Heating2RampLock	Lock the heating ramp 2 even when a heating demand is active		Write	0=Off, 1=On
BV	13	Cfg_ CoolingRampLock	Lock the cooling ramp even when a cooling demand is active		Write	0=Off, 1=On
BV	17	Cfg_ChangeOverRampLock	Locks the changeover ramp		Write	0=Off, 1=On
BV	20	Cfg_UserFanAutoMode	Enable or disable the automatic fan option		Write	0=Enable, 1=Disable
BV	21	Cfg_FanSpeedOption	Select between the Standard (Neptronic) and Advanced (OE1) fan speed specifications		Write	0=Standard, 1=Advanced
BV	22	Cfg_UserSysFanMode	Enable or disable the fan option in MSV.1		Write	0=Disable, 1=Enable
BV	23	Cfg_HideFanDisplay	Hide or show the fan symbol displayed on the controller		Write	0=Yes, 1=No
BV	25	Cfg_HumControlSource	Configuration value that controls the humidity source, either internal or external		Write	0=Intern Sensor, 1=Extern Sensor
BV	26	Cfg_HumSetPointLock	Prevent the user from changing the relative humidity setpoint		Write	0=Disable, 1=Enable
BV	27	Cfg_HumidifyRampLock	Lock the humidification ramp even when a humidification demand is active		Write	0=Off, 1=On
BV	28	Cfg_DehumidifyRampLock	Lock the dehumidification ramp even when a dehumidification demand is active		Write	0=Off, 1=On
BV	30	ChangeOverMode	Status value of the actual changeover mode (0) Cooling, (1) Heating		Write	0=Cooling, 1=Heating
BV	35	Cfg_NightorNoOccMode	Configuration to determine the action of the TSUB when in night setback		Write	0=Setpoint, 1=OFF
BVmin	36	AL_ DirtyFilter	Status value to inform if a filter change is required		Read	0=No, 1=Yes
BVmin	37	AL_FlowSwitch	Status value to inform if an airflow alarm is active		Read	0=No, 1=Yes
BV	38	AL_Override	Status value to inform if an override is active		Read	0=No, 1=Yes
BV	39	AL_WindowOpened	Status value to inform that a window has been opened		Read	0=No, 1=Yes
BV	40	AL_DoorOpened	Status value to inform that a door has been opened		Read	0=No, 1=Yes
BV	41	AL_OverHeat	Status value to inform if a heat/reheat with fan override is active		Read	0=No, 1=Yes
BV	42	AL_SelectorSwitchStatus	Status value to inform if the selector switch is in (0) Remote		Read	0=Remote mode, 1=Local mode
BV	45	Cfg_AnalogInput1Contact	Configuration to change the contact's normal position		Write	0=Norm Open, 1=Norm Close
BV	46	Cfg_AnalogInput2Contact	See BV.45		Write	0=Norm Open, 1=Norm Close
BV	49	Cfg_WindowOpenedMode	Configuration to determine the action of the TSUB when window is open		Write	0=Setpoint, 1=OFF
BV	50	Cfg_DoorOpenedMode	Configuration to determine the action of the TSUB when door is open		Write	0=Setpoint, 1=OFF
BV	56	Cfg_AnalogOutput2Direction	Analog output direction		Write	0=Direct, 1=Reverse
BV	57	Cfg_AnalogOutput3Direction	See BV.56		Write	0=Direct, 1=Reverse
BV	59	Cfg_AnalogOutputRatio	Determine analog output AO1 to AO4 percentage ratio representation		Write	0=Control Range, 1=Electrical Range
BV	62	Cfg_BinaryOutput3Direction	Binary output direction		Write	0=Direct, 1=Reverse
BV	63	Cfg_BinaryOutput4Direction	See BV.62		Write	0=Direct, 1=Reverse
BV	64	Cfg_BinaryOutput5Direction	See BV.62		Write	0=Direct, 1=Reverse
BV	65	Cfg_BinaryOutput6Direction	See BV.62		Write	0=Direct, 1=Reverse
BV	66	Cfg_BinaryOutput7Direction	See BV.62		Write	0=Direct, 1=Reverse
BV	75	Cfg_FloatingBO3/BO4Direction	Binary contact normally state (Normally Open, Normally Close) when MSV.79 VO3 Signal		Write	0=Direct, 1=Reverse
BV	76	Cfg_FloatingBO5/BO6Direction	Binary contact normal state (Normally open, Normally close) when MSV. 81 BO3		Write	0=Direct, 1=Reverse
BV	85	Cfg_ServiceDisplayAddress	When activated, the TSUB lights up and displays the MSTP address		Write	0=Off, 1=On
BV	86	Cfg_KeyPadUpperLeftLock	When on, the button is locked in run mode		Write	0 = Off 1 = On If set to "On", functionality of these buttons will not be available.
BV	87	Cfg_KeyPadBottomLeftLock	When on, the button is locked in run mode		Write	0 = Off 1 = On If set to "On", functionality of these buttons will not be available.
BV	88	Cfg_KeyPadArrowsLock	When on, the button is locked in run mode		Write	0 = Off 1 = On If set to "On", functionality of these buttons will not be available.
BV	89	Cfg_ProgramModeLock	When on, all buttons are locked		Write	0=Off, 1=On
BV	90	CopyCfgExecute	When using Copy Config, this value is used to start the copy		Write	0=No, 1=Yes
BV	91	Cfg_ActivateSchedule	Configuration to activate the schedule		Write	0=No, 1=Yes
BV	105	Cfg_AnalogInput1MinVolt	Minimum voltage for Analog Input 1		Write	0=0 Volt, 1=2 Volt
BV	106	Cfg_AnalogInput2MinVolt	Minimum voltage for Analog Input 2		Write	0=0 Volt, 1=2 Volt
BV	111	Cfg_DeltaTempLogic	Enable or disable the delta temperature control mode		Write	0=Off, 1=On
BV	112	Cfg_DisplayHumidity	Display or hide the humidity value		Write	0=No, 1=Yes
BV	113	Cfg_DispalyCO2	Display or hide the CO value		Write	0=No, 1=Yes
BV	114	Cfg_VFDTempSetpointSource	Configuration value for the source for the VFD temperature setpoint		Write	0=VFDTempSetPoint, 1=TempSetPoint
BV	116	Cfg_AnalogOutput2OffVoltage	Set the analog output 2 voltage to either 0V or the minimum		Write	0=Min, 1=Off
BV	117	Cfg_AnalogOutput3OffVoltage	Set the analog output 3 voltage to either 0V or the minimum		Write	0=Min, 1=Off
MVmin	1	SystemMode	Actual mode selected		Write	Auto, Heating, EMH, Cooling, Fan, Off (options depend on configuration)
MVmin	2	UserFanSpeedSelect	Actual fan speed		Write	1=Auto, 2=Low, 3=Medium, 4=High
MV	5	HumControlMode	Authorize humidification and/or dehumidification in order to maintain relative humidity setpoints		Write	1=Auto, 2=Dehumidification, 3=Humidification, 4=OFF
MV	10	Cfg_ChangeOverControlMode	Configuration that indicates the source of the changeover value		Write	1=Locally, 2=Cooling, 3=Heating
MVmin	13	NsbOccCommand	Configuration to set the occupancy or night setback mode		Command	If BI = Occupancy or Night Setback at MSV.35 and/or MSV.36 1 = Locally 2 = Off 3 = Occupancy/Day 4 = No Occupancy/Night If BI = any option except Occupancy or Night Setback at MSV.35 and/or MSV.36 1 = Off 2 =...
MVmin	14	OccupancyStatus	Status that indicates the actual occupancy		Read	1=NoOccupancy, 2=Occupancy, 3=Override
MV	15	NightSetBackStatus	Status that indicates the actual mode of the zone		Read	1=Day, 2=Night, 3=Override
MV	20	Cfg_Sequence Select	Limit available options at MSV.1		Write	1=Auto, 2=Heating, 3=Cooling, 4=HeatingOrCooling, 5=Auto Lock
MV	21	Cfg_ TempControlSource	Set the control temp to be used by the TSUB. (1) Network		Write	1=Network (Net), 2=Internal (ItS), 3=External (EtS)
MV	22	Cfd_VFDTempInput	Select the source for VFD temperature control		Write	1=InternSensor(ItS), 2=ExternSensor(EtS), 3=ExternSensor2(EtS2)
MV	25	Cfg_FanOperationType	Set the number of fan speed available on the fan coil		Write	1=1Speed, 2=2Speeds, 3=3Speeds
MV	26	Cfg_FanModeNoOccNight	Set the fan speed for no occupancy or night setback mode		Write	1=Low, 2=Medium, 3=High, 4=Auto
MV	27	Cfg_FanModeWindowOpened	Set the fan speed mode when the window is open		Write	1=Low, 2=Medium, 3=High, 4=Auto
MV	28	Cfg_FanModeDoorOpened	Set the fan speed mode when the door is open		Write	1=Low, 2=Medium, 3=High, 4=Auto
MV	35	Cfg_AnalogInput1Type	Select the input signal type for Analog Input 1 (AI1)		Write	1 = OFF 2 = Extern Sensor 10k 3 = Change Over Sensor 4 = Ch Ov Contact Norm Cool 5 = Ch Ov Contact Norm Heat 6 = Outside Air Sensor 7 = Extern Sensor 0-10V 8 = CO2 0-10V 9 = Occupancy 10 = Night Set Back 11 =...
MV	36	Cfg_AnalogInput2Type	See MSV.35		Write
MV	57	Cfg_AnalogOutput2Ramp	Ramp used to modulate AO1 based on demand		Write	1=Off, 2=Change Over With Fan, 3=Cooling1 With Fan, 4=Cooling2 With Fan, 5=Heating1 With Fan, 6=Heating2 With Fan, 7=Heating2, 8=Cooling1 Heating1 With Fan, 9=Humidify With Fan, 10=CO2 Alarm, 11=6 Way valve, 12=Delta Temperature, 13=VFD/ECMTempLoopEnable, 14=VFD Pressure Loop, 15=Fan
MV	58	Cfg_AnalogOutput2SignalType	Analog output signal type		Write	1=Analog, 2=On-Off, 3=Pulsing
MV	59	Cfg_AnalogOutput3Ramp	See MSV.57		Write	1=Off, 2=Change Over With Fan, 3=Cooling1 With Fan, 4=Cooling2 With Fan, 5=Heating1 With Fan, 6=Heating2 With Fan, 7=Heating2, 8=Cooling1 Heating1 With Fan, 9=Humidify With Fan, 10=CO2 Alarm, 11=6 Way valve, 12=Delta Temperature
MV	60	Cfg_AnalogOutput3SignalType	See MSV.58		Write	1=Analog, 2=On-Off, 3=Pulsing
MV	72	Cfg_BinaryOutput3Ramp	Ramp used to modulate BO1 based on demand		Write	1=Off, 2=Change Over With Fan, 3=Cooling1 With Fan, 4=Cooling2 With Fan, 5=Heating1 With Fan, 6=Heating2 With Fan, 7=Heating2, 8=Cooling1Heating1 With Fan, 9=Humidify With Fan, 10=CO2 Alarm
MV	73	Cfg_BinaryOutput4Ramp	If MSV.25 Cfg_FanOperationType is set to 3 speeds, (1) Fan: High speed		Write
MV	74	Cfg_BinaryOutput5Ramp	If MSV.25 Cfg_FanOperationType is set to 3 speeds, (1) Fan: Medium speed		Write
MV	75	Cfg_BinaryOutput6Ramp	If MSV.25 Cfg_FanOperationType is set to 3 speeds, (1) Fan: Low speed		Write	1=Off, 2=Change Over With Fan, 3=Cooling1 With Fan, 4=Cooling2 With Fan, 5=Heating1 With Fan, 6=Heating2 With Fan, 7=Heating2, 8=Cooling1Heating1 With Fan, 9=Humidify With Fan, 10=CO2 Alarm, 11=6 Way valve, 12=Delta Temperature, 13=VFD/ECMTempLoopEnable, 14=VFD Pressure Loop
MV	76	Cfg_BinaryOutput7Ramp	See MSV.72		Write
MV	79	Cfg_BinaryOutput3SignalType	Output signal type		Write	1=Pulsing, 2=On-Off, 3=Floating
MV	80	Cfg_BinaryOutput4SignalType	See MSV.79		Write	1=Pulsing, 2=On-Off
MV	81	Cfg_BinaryOutput5SignalType	See MSV.79		Write	1=Pulsing, 2=On-Off
MV	82	Cfg_BinaryOutput6SignalType	See MSV.79		Write	1=Pulsing, 2=On-Off
MV	83	Cfg_BinaryOutput7SignalType	See MSV.79		Write	1=Pulsing, 2=On-Off
MV	95	Cfg_DisplayInfo	Configuration value of the information displayed on the TSUB. (1) Display Temp		Write	1=Temp and demand, 2=Setpoint and demand, 3=Temp only, 4=Setpoint only, 5=Off
MV	96	Cfg_ValveSize	Configuration value of the valve size in inches for the 6-way valve		Write	1=1/2, 2=3/4, 3=1
SCH	1	OccupancySchedule	Weekly occupancy schedule to specify which occupancy state is active during specific		Read
Other	1	ProgramFirmware	Program object for firmware update (LOAD or RESTART)		Write
FILE	1	FirmwareBinaryFile	Firmware binary file written for an update		Write

Object ID lookup: Neptronic TSUB universal wall-mount controller point IDs by name

AI1AnalogInput1
AI2AnalogInput2
AI7InternTemp
AI8InternHumidity
AO2AnalogOutput2
AO3AnalogOutput3
AV1ControlTemp
AV2Cfg_NetworkTimeOut
AV3ExternTemp
AV4ChangeOverTemp
AV5Cfg_InternTempOffset
AV6Cfg_ExternTempOffset
AV7Cfg_ExternTempMin
AV8Cfg_ExternTempMax
AV9TempSetPoint
AV10Cfg_MinSetPoint
AV11Cfg_MaxSetPoint
AV12SetPointCoolNoOccNSB
AV13SetPointHeatNoOccNSB
AV14ExternTemp2
AV15Cfg_ExternTemp2Offset
AV16Cfg_ExternTemp2Min
AV17Cfg_ExternTemp2Max
AV20Heating1Demand
AV21Cfg_Heating1PropBand
AV22Cfg_Heating1DeadBand
AV24Heating2Demand
AV25Cfg_Heating2PropBand
AV26Cfg_Heating2DeadBand
AV32Cfg_IntegralTimeHeating
AV35Cooling1Demand
AV36Cfg_Cooling1PropBand
AV37Cfg_Cooling1DeadBand
AV38Cooling2Demand
AV39Cfg_Cooling2PropBand
AV40Cfg_Cooling2DeadBand
AV45Cfg_IntegralTimeCooling
AV46Cfg_CoolingAntiCycleDelay
AV50ChangeOverDemand
AV51Cfg_ChangeOverPropBand
AV52Cfg_ChangeOverDeadBand
AV53ChangeOverSetPoint
AV56Cfg_CL_HT_SwitchTimer
AV58CL_HT_SwitchTimerCount
AV60FanDemand
AV61Cfg_FanAutoTimeOutDelay
AV62Cfg_FanDampingFactor
AV70ExternHumidity
AV71Cfg_InternHumidityOffset
AV72Cfg_ExternHumidityOffset
AV73HumSetPoint
AV74Cfg_HumMinSetPoint
AV75Cfg_HumMaxSetPoint
AV76DehumdifySPNoOccNSB
AV77HumidifySPNoOccNSB
AV78HumidifyDemand
AV79DehumidifyDemand
AV80Cfg_HumPropBand
AV81Cfg_HumDeadBand
AV85Cfg_NSBOverrideDelay
AV86Cfg_NoOccOverrideDelay
AV87Cfg_NoOccOvCountDown
AV88Cfg_OccupancyMinTime
AV90Cfg_UniversalInput1Delay
AV91Cfg_UniversalInput2Delay
AV95ExternalCO2SensorValue
AV96CO2ControlValue
AV97Cfg_CO2Range
AV98CO2Setpoint
AV103Cfg_AnalogOutput2Min
AV104Cfg_AnalogOutput2Max
AV105Cfg_AnalogOutput3Min
AV106Cfg_AnalogOutput3Max
AV109Cfg_MinCoolHeat1Position
AV125Cfg_BinaryOutput3ClosePos
AV126Cfg_BinaryOutput3OpenPos
AV127Cfg_BinaryOutput3ContactDelay
AV130Cfg_BinaryOutput4ClosePos
AV131Cfg_BinaryOutput4OpenPos
AV132Cfg_BinaryOutput4ContactDelay
AV133Cfg_BinaryOutput5ClosePos
AV134Cfg_BinaryOutput5OpenPos
AV135Cfg_BinaryOutput5ContactDelay
AV136Cfg_BinaryOutput6ClosePos
AV137Cfg_BinaryOutput6OpenPos
AV138Cfg_BinaryOutput6ContactDelay
AV139Cfg_BinaryOutput7ClosePos
AV140Cfg_BinaryOutput7OpenPos
AV141Cfg_BinaryOutput7ConatctDelay
AV151Cfg_FloatingBO3/BO7 Timer
AV156FloatingOutputBO3/BO7
AV165CopyCfgStartAddress
AV166CopyCfgEndAddress
AV167CopyCfgResult
AV185PressureSensorValue
AV186Cfg_PressureSensorRange
AV190VFDPressureLoop
AV191Cfg_VFDPressureSetPoint
AV192Cfg_VFDPressureDeadBand
AV193Cfg_VFDPressurePropBand
AV194Cfg_VFDPressureIntegralTime
AV200VFDTempCoolLoop
AV201VFDTempHeatLoop
AV202Cfg_VFDTempSetPoint
AV203Cfg_VFDTempDeadBand
AV204Cfg_VFDTempPropBand
AV205Cfg_VFDTempIntegralTime
AV206CloseOffVoltage
AV207MinCoolingVoltage
AV208MinHeatingVoltage
AV210DeltaTemperature
AV211DeltaTempSetPoint
AV212DeltaTempInlet
AV213DeltaTempOutlet
AV227PulseOutput3
AV228PulseOutput4
AV229PulseOutput5
AV230PulseOutput6
AV231PulseOutput7
AV233AO2Voltage
AV234AO3Voltage
AV240UserBacklightSetPoint
AV241OccupancyBacklightSetPoint
AV242UnoccupancyBacklightSetPoint
BI1PIR_Relay
BO3BinaryOutput3
BO4BinaryOutput4
BO5BinaryOutput5
BO6BinaryOutput6
BO7BinaryOutput7
BV1Cfg_TempUnitBACnet
BV2Cfg_TempSetPointLock
BV3Cfg_UserSysOffMode
BV4Cfg_TempUnitTstat
BV5Cfg _FreezeProtection
BV10Cfg_Heating1RampLock
BV11Cfg_Heating2RampLock
BV13Cfg_ CoolingRampLock
BV17Cfg_ChangeOverRampLock
BV20Cfg_UserFanAutoMode
BV21Cfg_FanSpeedOption
BV22Cfg_UserSysFanMode
BV23Cfg_HideFanDisplay
BV25Cfg_HumControlSource
BV26Cfg_HumSetPointLock
BV27Cfg_HumidifyRampLock
BV28Cfg_DehumidifyRampLock
BV30ChangeOverMode
BV35Cfg_NightorNoOccMode
BV36AL_ DirtyFilter
BV37AL_FlowSwitch
BV38AL_Override
BV39AL_WindowOpened
BV40AL_DoorOpened
BV41AL_OverHeat
BV42AL_SelectorSwitchStatus
BV45Cfg_AnalogInput1Contact
BV46Cfg_AnalogInput2Contact
BV49Cfg_WindowOpenedMode
BV50Cfg_DoorOpenedMode
BV56Cfg_AnalogOutput2Direction
BV57Cfg_AnalogOutput3Direction
BV59Cfg_AnalogOutputRatio
BV62Cfg_BinaryOutput3Direction
BV63Cfg_BinaryOutput4Direction
BV64Cfg_BinaryOutput5Direction
BV65Cfg_BinaryOutput6Direction
BV66Cfg_BinaryOutput7Direction
BV75Cfg_FloatingBO3/BO4Direction
BV76Cfg_FloatingBO5/BO6Direction
BV85Cfg_ServiceDisplayAddress
BV86Cfg_KeyPadUpperLeftLock
BV87Cfg_KeyPadBottomLeftLock
BV88Cfg_KeyPadArrowsLock
BV89Cfg_ProgramModeLock
BV90CopyCfgExecute
BV91Cfg_ActivateSchedule
BV105Cfg_AnalogInput1MinVolt
BV106Cfg_AnalogInput2MinVolt
BV111Cfg_DeltaTempLogic
BV112Cfg_DisplayHumidity
BV113Cfg_DispalyCO2
BV114Cfg_VFDTempSetpointSource
BV116Cfg_AnalogOutput2OffVoltage
BV117Cfg_AnalogOutput3OffVoltage
MV1SystemMode
MV2UserFanSpeedSelect
MV5HumControlMode
MV10Cfg_ChangeOverControlMode
MV13NsbOccCommand
MV14OccupancyStatus
MV15NightSetBackStatus
MV20Cfg_Sequence Select
MV21Cfg_ TempControlSource
MV22Cfd_VFDTempInput
MV25Cfg_FanOperationType
MV26Cfg_FanModeNoOccNight
MV27Cfg_FanModeWindowOpened
MV28Cfg_FanModeDoorOpened
MV35Cfg_AnalogInput1Type
MV36Cfg_AnalogInput2Type
MV57Cfg_AnalogOutput2Ramp
MV58Cfg_AnalogOutput2SignalType
MV59Cfg_AnalogOutput3Ramp
MV60Cfg_AnalogOutput3SignalType
MV72Cfg_BinaryOutput3Ramp
MV73Cfg_BinaryOutput4Ramp
MV74Cfg_BinaryOutput5Ramp
MV75Cfg_BinaryOutput6Ramp
MV76Cfg_BinaryOutput7Ramp
MV79Cfg_BinaryOutput3SignalType
MV80Cfg_BinaryOutput4SignalType
MV81Cfg_BinaryOutput5SignalType
MV82Cfg_BinaryOutput6SignalType
MV83Cfg_BinaryOutput7SignalType
MV95Cfg_DisplayInfo
MV96Cfg_ValveSize
SCH1OccupancySchedule
FILE1FirmwareBinaryFile

Integration notes

Objects marked Present Value in the W? column are writable; AV 1, AV 9, AV 73, MV 13 are commandable (priority array).
Inputs can be overridden by setting Out_of_Service; they return to normal after the time in Device proprietary property #1002 (default 15 min).
SystemMode (MSV.1) options depend on BV.3, BV.21, BV.98 and MSV.20; read State_Text from the device.
NsbOccCommand (MSV.13) has 4 states when an input is set to Occupancy or Night Setback (1 Locally, 2 Off, 3 Occupancy/Day, 4 No Occupancy/Night), otherwise 3 (1 Off, 2 Occupancy/Day, 3 No Occupancy/Night).
Object names are listed as printed, including the odd spaces (for example "AL_ DirtyFilter").
TSUB has fewer inputs/outputs than TUUB; its object set is a subset of the TUUB list.
The program (PGM.1) and file (FIL.1) objects used for firmware updates are listed as type Other and FILE.

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 TSUB universal wall-mount 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 Neptronic TSUB universal wall-mount controller

How many BACnet points does the Neptronic TSUB universal wall-mount controller have?

This list has 220 BACnet objects: 4 analog inputs, 2 analog outputs, 118 analog values, 1 binary input, 5 binary outputs, 55 binary values, 1 file, 1 schedule, 32 multi-state values, 1 other. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Neptronic TSUB universal wall-mount controller BACnet points are writable?

184 of the 220 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 Neptronic TSUB universal wall-mount controller BACnet documentation?

The source is TSUB BACnet Guide (TSUB-BACnet Guide-250829 (V1.13)), revision 2025-08-29, published free by Neptronic at https://www.neptronic.com/controls/PDF/2025/TSUB-BACnet%20Guide-250829%20(V1.13).pdf.

What are the minimum BACnet points to integrate the Neptronic TSUB universal wall-mount controller?

Start with MV 13 NsbOccCommand (BMS occupancy command: local, off, occupied, unoccupied); MV 1 SystemMode (Mode: auto, heating, cooling, fan, off); MV 2 UserFanSpeedSelect (Fan speed: auto, low, medium, high); AV 9 TempSetPoint (Occupied/day temperature setpoint); MV 14 OccupancyStatus (Actual occupancy incl. override); AV 1 ControlTemp (Temperature used for control); AV 20 Heating1Demand (Heating ramp 1 demand, %); AV 35 Cooling1Demand (Cooling ramp 1 demand, %); BV 37 AL_FlowSwitch (Airflow alarm); BV 36 AL_ DirtyFilter (Filter change required).

How do I enable BMS control of the Neptronic TSUB universal wall-mount controller?

MSV.13 NsbOccCommand: Locally lets the controller follow its occupancy input; the other states force off, occupied/day or unoccupied/night from the BMS.

Does the Neptronic TSUB universal wall-mount controller need a BACnet heartbeat or have a communication timeout?

Can the BMS supply sensor values to the Neptronic TSUB universal wall-mount controller?

Set MSV.21 Cfg_TempControlSource to Network (1) and write the room temperature to AV.1 ControlTemp (commandable).

How do I check these points on the real TSUB universal wall-mount 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.

More Neptronic BACnet points lists

Source: TSUB BACnet Guide · TSUB-BACnet Guide-250829 (V1.13) · rev. 2025-08-29. Object names, instances and units are reproduced as published; descriptions are our own.

Neptronic TSUB universal wall-mount controller BACnet points list

BMS integration notes: Neptronic TSUB universal wall-mount controller

Minimum points to map

Enable & remote start

Heartbeat & communication loss

Sensors & values from the BMS

Network setup

Watch out for

Neptronic TSUB universal wall-mount controller BACnet objects

Integration notes

Questions about the Neptronic TSUB universal wall-mount controller

More Neptronic BACnet points lists

Neptronic AROB universal room / IAQ controller

Neptronic CMU Compact Make-up Air Unit

Neptronic EFCB Series Fan Coil Controller

Neptronic EFCB-OE1 Series Fan Coil Controller

Neptronic EVCB14N Series VAV Controller

Neptronic EVCB14NxT4X VAV Controller (external motor)

Neptronic EVCB44N Series VAV Controller

Neptronic EVCBM Dual Duct VAV Controller

Neptronic HECB electric duct heater controller

Neptronic SK300 / SKE (legacy) Steam Humidifier with NEPIC BACnet module

Neptronic SKDESC-xB

Neptronic SKE4

Neptronic SKG4

Neptronic SKH4

Neptronic SKRO

Neptronic SKS4

Neptronic SKV

Neptronic SKVF

Neptronic TFxB Series Thermostat Controller

Neptronic TROB24 thermostat controller

Neptronic TUCB / TUHB universal controller (TUxB24C6X2)

Neptronic TUUB universal wall-mount controller