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VAV box controller · BACnet points list
iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application) BACnet points list
Updated 12 November 2026
The iSMA-B-VAV14-IP is a BACnet IP VAV controller with a built-in pressure sensor and damper actuator. Its fixed default application exposes temperature and airflow setpoints per occupancy state, occupancy and HVAC mode commands, network inputs for room, duct and outdoor temperature and CO2, calculated airflow and damper position, reheat, perimeter and fan outputs, and balancing commands. Each object also has a Modbus register.
This page lists 114 BACnet objects for the iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application) — 88 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from iSMA CONTROLLI’s own free documentation, linked below.
- Manufacturer
- iSMA CONTROLLI
- Model
- iSMA-B-VAV14-IP VAV controller (default VAV application)
- Equipment
- VAV box controller
- Equipment type
- VAV boxes & fan coils
- BACnet objects
- 114 (88 writable)
- Transport
- BACnet IP
- Firmware
- Default VAV application (manual V1.4.0)
- Also known as
- iSMA-B-VAV14-IP, VAV14-IP, iSMA VAV14, VAV14-IP default application
Reference only, provided as-is: verify against iSMA CONTROLLI’s current documentation and the live device before use. Not official iSMA CONTROLLI information. Terms of use.
BMS integration notes: iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application)
Write the occupancy mode (MV 2) and HVAC mode (MV 1), adjust the occupied heating and cooling setpoints (AV 0, AV 1) if needed, and read space temperature, effective setpoints, actual airflow, damper position and the HVAC and occupancy status. If the room sensor is on the BMS, write AV 10 and set MV 23 to network.
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 2 | OccupancyMode | Occupancy: 1 occ, 2 unocc, 3 bypass, 4 standby | Write |
| MV 1 | HVACMode | HVAC mode: 1 auto, 2 heat, 4 cool, 7 off ... | Write |
| AV 0 | OccCoolTempSetpoint | Occupied cooling setpoint | Write |
| AV 1 | OccHeatTempSetpoint | Occupied heating setpoint | Write |
| AI 1 | SpaceTemperature | Space temperature used for control | Read |
| AI 9 | EffectiveTempSetpoint | Effective temperature setpoint | Read |
| AI 11 | ActualAirFlow | Actual airflow | Read |
| AO 0 | DamperPosition | Damper position, % | Read |
| MI 1 | HVACStatus | Current HVAC status | Read |
Enable & remote start
MV 2 OccupancyMode and MV 1 HVACMode are the BMS commands; BV 12 must be false (BACnet) for the configuration to come from BACnet instead of the DIP switches.
Sensors & values from the BMS
Room temperature (AV 10), discharge temperature (AV 18), outdoor temperature (AV 19), CO2 (AV 40) and setpoint offset (AV 41) can come from the network; MV 23-25 select the source.
Network setup
- BV 12 DeviceConfigurationSource: false = BACnet, true = DIP switch.
- Set the K-factor (AV 61) and airflow limits (AV 11-17) at commissioning; BV 13 zeroes the pressure sensor with no airflow.
Watch out for
- Network inputs read -327 when no value has been written.
- Test commands MV 7-10 (damper, fan, reheater, perimeter) override normal control; set them back to 1 (Auto).
iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application) 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.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AV | 37 | SetpointOffsetRange | Sets the setpoint offset range to be changed by the user | Write | ||
| AV | 38 | CO2SensorRange | Sets the range of the CO2 sensor used; default 2000 | Write | ||
| BV | 4 | PresenceSensorInvert | Invert the I1 input signal if required; default False | Write | False=normal, True=invert | |
| BV | 5 | WindowContactInvert | Invert the I2 input signal if required; default False | Write | False=normal, True=invert | |
| BV | 6 | DeviceType | Choose VAV device control type from airflow demand; default False | Write | False=VAV, True=VVT | |
| BV | 8 | DualHeat | Enable dual heating mode with repeater/perimeter and damper (no effect without damper) | Write | False=no, True=yes | |
| BO | 2 | Units | Change the unit in the application provided that the BACnet configuration is | Write | False=metric, True=imperial | |
| MV | 11 | FanType | Set the fan type; default None | Write | 1=none, 2=series, 3=parallel | |
| MV | 12 | ReheaterType | Set the reheater type; default None | Write | 1=none, 2=TimeProp, 3=staged, 4=float | |
| MV | 13 | PerimeterType | Set the perimeter type; default None | Write | 1=none, 2=TimeProp, 3=digital | |
| MV | 14 | HeaterPriority | Possibility to select heating priority for heating sources; default Reheater | Write | 1=reheater, 2=perimeter, 3=simultaneous | |
| MV | 21 | U1DischargeTempType | Select the discharge temperature type | Write | 1=Voltage measurement, 2=Current, 3=Resistance input, 4=10K3A1 NTC, 5=10K4A1 NTC, 6=10K NTC Carel, 7=20K6A1 NTC, 8=2,2K3A1 NTC, 9=3K3A1 NTC, 10=30K6A1 NTC, 11=SIE1, 12=TAC1, 13=SAT1, 14=PT1000, 15=NI1000, 16=NI1000 21C, 17=NI1000 LG F, 18=10K Type2 NTC F, 19=10K Type3 NTC F, 20=20K NTC F, 21=3K NTC F, 22=PT1000 F, 23=NI1000 32F, 24=NI1000 70F | |
| MV | 22 | U2SpaceTempType | Select the space temperature type | Write | 1=Voltage measurement, 2=Current, 3=Resistance input, 4=10K3A1 NTC, 5=10K4A1 NTC, 6=10K NTC Carel, 7=20K6A1 NTC, 8=2,2K3A1 NTC, 9=3K3A1 NTC, 10=30K6A1 NTC, 11=SIE1, 12=TAC1, 13=SAT1, 14=PT1000, 15=NI1000, 16=NI1000 21C, 17=NI1000 LG F, 18=10K Type2 NTC F, 19=10K Type3 NTC F, 20=20K NTC F, 21=3K NTC F, 22=PT1000 F, 23=NI1000 32F, 24=NI1000 70F | |
| AV | 11 | MaxOccCoolAirflowSetpoint | Maximum airflow setpoint for cooling in the occupied state | L/s / cfm | Write | |
| AV | 12 | MinOccCoolAirflowSetpoint | Minimum airflow setpoint for cooling in the occupied state | L/s / cfm | Write | |
| AV | 13 | MaxOccHeatAirflowSetpoint | Maximum airflow setpoint for heating in the occupied state | L/s / cfm | Write | |
| AV | 14 | MinOccHeatAirflowSetpoint | Minimum airflow setpoint for heating in the occupied state | L/s / cfm | Write | |
| AV | 15 | StandbyAirFlowSetpoint | Airflow setpoint in the standby state; default 50/100 | L/s / cfm | Write | |
| AV | 16 | UnoccAirFlowSetpoint | Airflow setpoint in the unoccupied state; default 25/50 | L/s / cfm | Write | |
| AV | 17 | StartupFanAirflowSetpoint | Airflow setpoint for a fan startup only; default 35/75 | L/s / cfm | Write | |
| BV | 9 | DamperDirection | Sets the damper opening direction; default False | Write | False=CW, True=CCW | |
| AVmin | 0 | OccCoolTempSetpoint | Temperature setpoint for cooling in the occupied state; default 23/74 | °C/°F | Write | |
| AVmin | 1 | OccHeatTempSetpoint | Temperature setpoint for heating in the occupied state; default 21/70 | °C/°F | Write | |
| AV | 2 | StandbyCoolTempSetpoint | Temperature setpoint for cooling in the standby state; default 25/77 | °C/°F | Write | |
| AV | 3 | StandbyHeatTempSetpoint | Temperature setpoint for heating in the standby state; default 19/67 | °C/°F | Write | |
| AV | 4 | UnoccCoolTempSetpoint | Temperature setpoint for cooling in the unoccupied state; default 28/80 | °C/°F | Write | |
| AV | 5 | UnoccHeatTempSetpoint | Temperature setpoint for heating in the unoccupied state; default 16/64 | °C/°F | Write | |
| AV | 6 | SpaceCO2Setpoint | CO2 setpoint for the room (regardless of the occupancy status) | ppm | Write | |
| AV | 9 | HotAirTempSetpoint | Discharge temperature setpoint for detecting warm air to change the heating/cooling mode | °C/°F | Write | |
| BV | 13 | PressureZeroing | Perform zeroing action on the built-in PI pressure transducer if there is | Write | True=zeroing | |
| AImin | 11 | ActualAirFlow | Actual calculated airflow based on the K-Factor value and differential pressure measure | L/s / cfm | Read | |
| AV | 61 | K-Factor | Sets the K-Factor; default 1000 | Write | ||
| AV | 64 | UserSetPosition | User-set damper opening level; default 0 | % | Write | |
| AV | 65 | UserSetAirflow | User-set airflow setpoint; default 0 | L/s / cfm | Write | |
| AV | 66 | AirflowCalibration | Enter the airflow value measured by the hood for calibration | L/s / cfm | Write | |
| AOmin | 0 | DamperPosition | Actual damper opening level coming from the Rotary Actuator component | % | Read | |
| MV | 7 | DamperCommand | Set different damper command modes for calibration, balancing, or testing | Write | 1=Auto/none (null), 2=Max flow, 3=Min flow, 4=User flow, 5=User position, 6=Full open, 7=Full close, 8=Calibrate | |
| AI | 0 | UpTime | Device’s up time | s | Read | |
| AImin | 1 | SpaceTemperature | Calculated space temperature | °C/°F | Read | |
| AI | 3 | U2SpaceTemperature | Actual temperature sensor value from the local U2 input | °C/°F | Read | |
| AI | 4 | PanelTemperature | Actual temperature sensor value from the room panel | °C/°F | Read | |
| AI | 5 | SpaceCO2 | Calculated space CO2 | ppm | Read | |
| AI | 6 | PanelCO2 | Actual CO2 sensor value from the room panel | ppm | Read | |
| AI | 8 | U4CO2Sensor | Actual CO2 sensor value from the local U4 input | ppm | Read | |
| AImin | 9 | EffectiveTempSetpoint | Calculated effective temperature setpoint based on occupancy status and heating or cooling | °C/°F | Read | |
| AI | 10 | CentralTempSetpoint | Calculated Central Temperature Setpoint based on setpoints and occupancy status | °C/°F | Read | |
| AI | 12 | EffectiveAirFlowSetpoint | Calculated effective airflow setpoint based on the occupancy status and heating or | L/s / cfm | Read | |
| AI | 13 | DischargeTemperature | Calculated discharge temperature | °C/°F | Read | |
| AI | 14 | ActDischTempSetpoint | Calculated discharge temperature setpoint based on the effective temperature setpoint and heating | °C/°F | Read | |
| AI | 15 | DifferentialPressure | Actual differential pressure sensor-measured value from the built-in pressure input | Pa / “WC | Read | |
| AI | 16 | U1DischTemperature | Actual discharge temperature sensor value comes from the U1 input | °C/°F | Read | |
| AI | 17 | U3SetpointOffset | Actual setpoint offset value (calculated from resistance) from the U3 input | °C/°F | Read | |
| AI | 100 | AppVersion | Current application version; default 1.0 | Read | ||
| AV | 7 | MaxDischTempSetpoint | High limit of discharge temperature supplied to the room | °C/°F | Write | |
| AV | 8 | MinDischTempSetpoint | Low limit of discharge temperature supplied to the room | °C/°F | Write | |
| AV | 10 | NetTemperature | Temperature sensor value from the network; default -327 | °C/°F | Write | |
| AV | 18 | NetDuctInTemp | Discharge temperature sensor value from the network; default -327 | °C/°F | Write | |
| AV | 19 | NetOutdoorTemp | Outside air temperature sensor value from the network; default -327 | °C/°F | Write | |
| AV | 20 | LoadShedding | Load-shedding level required from the network; default 0 | % | Write | |
| AV | 21 | MaxDamperPosition | Maximum damper open position limit; default 100 | % | Write | |
| AV | 22 | MinDamperPosition | Minimum damper open position limit; default 0 | % | Write | |
| AV | 23 | MaxFanSpeed | Maximum fan speed level limit; default 100 | % | Write | |
| AV | 24 | MinFanSpeed | Minimum fan speed level limit; default 20 | % | Write | |
| AV | 25 | DamperDriveTime | Time required to reach full damper open position (from 0% to 100%) | s | Write | |
| AV | 26 | DamperResponse | Sets the value of how much the control signal must change to | % | Write | |
| AV | 28 | MaxOatReheater | Maximum outside air temperature limit that allows the use of a reheater | °C/°F | Write | |
| AV | 29 | MaxOatPerimeter | Maximum outside air temperature limit that allows the use of a perimeter | °C/°F | Write | |
| AV | 30 | FloatReheaterValveDriveTime | Time required to reach full reheater valve open (from 0% to 100%) | s | Write | |
| AV | 32 | TimePropReheaterPeriod | Time required for a PWM valve for a full cycle time of | s | Write | |
| AV | 33 | TimePropPerimeterPeriod | Time required for a PWM valve for a full cycle time of | s | Write | |
| AV | 34 | BypassTimeOverride | Time required to maintain the bypass occupancy status; default 120 | min | Write | |
| AV | 35 | StandbyTimeOverride | Time required to change the occupancy status to standby | min | Write | |
| AV | 36 | ChangeoverDelay | Delay time for changing the heating/cooling operating mode; default 2 | min | Write | |
| AV | 39 | FanDelayOff | Delay time for switching off the fan; default 30 | s | Write | |
| AV | 40 | NetCO2 | CO2 sensor value comes from the network | ppm | Write | |
| AV | 41 | NetOffset | Offset temperature setpoint value from the network; default 0 | °C/°F | Write | |
| AV | 56 | PanelTempSetpoint | Temperature setpoint from the room panel | °C/°F | Write | |
| AV | 58 | OffsetTempSetpoint | Temperature offset for setpoint from the room panel | °C/°F | Write | |
| AV | 62 | CalculatedK-Factor | Calculated K-Factor value | Write | ||
| AV | 67 | DamperControl | Damper opening level control resulting from the application; default 0 | % | Write | |
| AO | 1 | ReheaterControl | Reheater valve opening level control resulting from the application | % | Read | |
| AO | 2 | FanSpeed | Fan speed level control resulting from the application | % | Read | |
| AO | 3 | PerimeterControl | Perimeter valve opening level control resulting from the application | % | Read | |
| AO | 4 | AHUOutdoorDamper | Required opening level of the fresh air damper in the AHU resulting | % | Read | |
| BI | 0 | PresenceSensor | Actual presence sensor state from the I1 input | Read | ||
| BI | 1 | WindowContact | Actual window contact state from the I2 input | Read | ||
| BV | 0 | AutoOccMode | Automatically changes occupancy to occupied when increased airflow is detected | Write | False=disabled, True=enabled | |
| BV | 1 | WarmUpHeater | Use the reheater also in the Morning WarmUp mode | Write | False=disabled, True=enabled | |
| BV | 2 | WarmUpParallelFan | Use the parallel fan also in the Morning WarmUp mode | Write | False=disabled, True=enabled | |
| BV | 3 | StandbySeriesFan | Use the series fan also in standby occupancy; default False | Write | False=disabled, True=enabled | |
| BV | 10 | FanControlMode | Select the fan control mode; default False | Write | False=digital, True=analog | |
| BV | 11 | HeatDamperPriority | Set the priority of the damper heating operation when working in the | Write | False=secondary, True=primary | |
| BV | 12 | DeviceConfigurationSource | Choose to set a source of the device application configuration | Write | False=BACcnet, True=DIP switch | |
| BO | 0 | PerimeterStatus | Perimeter digital control status (if configured as digital) from the application | Write | False=off, True=on | |
| BO | 1 | FanStatus | Fan digital control status (if configured as digital) from the application | Write | False=off, True=on | |
| BO | 16 | PanelHeating | Heating mode status to be displayed as an icon on the Control | Write | False=no heating, True=heating | |
| BO | 17 | PanelCooling | Cooling mode status to be displayed as an icon on the Control | Write | False=no cooling, True=cooling | |
| BO | 55 | PanelSetpointMode | Sets the temperature setpoint mode in the Control Point room panel - | Write | False=offset, True=setpoint | |
| BO | 56 | PanelSetpointDisplay | Select which value to be displayed during the offset editing according to | Write | False=offset, True=setpoint | |
| MImin | 1 | HVACStatus | Current HVAC status; default Unoccupied Cooling | Read | 1=Occupied cooling, 2=Occupied heating, 3=Standby cooling, 4=Standby heating, 5=Unoccupied cooling, 6=Unoccupied heating, 7=Off, 8=Fire | |
| MI | 2 | OccupancyStatus | Current occupancy status; default Unoccupied | Read | 1=occupied, 2=unoccupied, 3=bypass, 4=standby | |
| MV | 0 | PanelFanStatus | Fan status to be displayed as an icon on the Control Point | Write | 1=off, 5=speed 1 (auto), 6=speed 2 (auto), 7=speed 3 (auto) | |
| MVmin | 1 | HVACMode | Set the operating mode for the VAV device; default Auto | Write | 1=Auto, 2=Heat, 3=Morning WarmUp, 4=Cool, 5=Night Purge, 6=PreCool, 7=Off (depressurize), 8=Fire (pressurize) | |
| MVmin | 2 | OccupancyMode | Set room the occupancy mode from the BMS system | Write | 1=occupied, 2=unoccupied, 3=bypass, 4=standby | |
| MV | 3 | PanelOccupancy Status | Current room occupancy status dedicated to Control Point room panel 1 | Write | 1=unoccupied, 2=occupied, 3=standby, 4=bypass | |
| MV | 4 | PanelOccupancyMode | Status of set room occupancy mode from Control Point room panel 1: | Write | 1=unoccupied, 2=occupied | |
| MV | 5 | PanelOccupancyReset | Resetting the room occupancy mode from occupied to unoccupied in the Control | Write | 1=unoccupied, 2=occupied | |
| MV | 8 | FanCommand | Set different fan command modes for testing 1: Auto/none | Write | 1=Auto/none (null), 2=Max speed, 3=Min speed, 4=Stop | |
| MV | 9 | ReheaterCommand | Set different reheater command modes for testing 1: Auto/none | Write | 1=Auto/none (null), 2=Full open, 3=Full close | |
| MV | 10 | PerimeterCommand | Set different perimeter command modes for testing 1: Auto/none | Write | 1=Auto/none (null), 2=Full open, 3=Full close | |
| MV | 23 | TemperatureInputSelector | Choose the temperature source for control logic; default Panel | Write | 1=panel, 2=input, 3=network | |
| MV | 24 | SetpointOffsetSelector | Choose the setpoint offset source for control logic; default Panel | Write | 1=panel, 2=input, 3=network | |
| MV | 25 | CO2InputSelector | Select the CO2 source for control logic; default Panel | Write | 1=panel, 2=input, 3=network | |
| MO | 0 | ReheaterStatus | Reheater staged control status (if configured as digital or staged) from application | Write | 1=off, 2=stage 1 on, 3=stage 2 on |
No points match these filters.
Object ID lookup: iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller point IDs by name
AV37SetpointOffsetRangeAV38CO2SensorRangeBV4PresenceSensorInvertBV5WindowContactInvertBV6DeviceTypeBV8DualHeatBO2UnitsMV11FanTypeMV12ReheaterTypeMV13PerimeterTypeMV14HeaterPriorityMV21U1DischargeTempTypeMV22U2SpaceTempTypeAV11MaxOccCoolAirflowSetpointAV12MinOccCoolAirflowSetpointAV13MaxOccHeatAirflowSetpointAV14MinOccHeatAirflowSetpointAV15StandbyAirFlowSetpointAV16UnoccAirFlowSetpointAV17StartupFanAirflowSetpointBV9DamperDirectionAV0OccCoolTempSetpointAV1OccHeatTempSetpointAV2StandbyCoolTempSetpointAV3StandbyHeatTempSetpointAV4UnoccCoolTempSetpointAV5UnoccHeatTempSetpointAV6SpaceCO2SetpointAV9HotAirTempSetpointBV13PressureZeroingAI11ActualAirFlowAV61K-FactorAV64UserSetPositionAV65UserSetAirflowAV66AirflowCalibrationAO0DamperPositionMV7DamperCommandAI0UpTimeAI1SpaceTemperatureAI3U2SpaceTemperatureAI4PanelTemperatureAI5SpaceCO2AI6PanelCO2AI8U4CO2SensorAI9EffectiveTempSetpointAI10CentralTempSetpointAI12EffectiveAirFlowSetpointAI13DischargeTemperatureAI14ActDischTempSetpointAI15DifferentialPressureAI16U1DischTemperatureAI17U3SetpointOffsetAI100AppVersionAV7MaxDischTempSetpointAV8MinDischTempSetpointAV10NetTemperatureAV18NetDuctInTempAV19NetOutdoorTempAV20LoadSheddingAV21MaxDamperPositionAV22MinDamperPositionAV23MaxFanSpeedAV24MinFanSpeedAV25DamperDriveTimeAV26DamperResponseAV28MaxOatReheaterAV29MaxOatPerimeterAV30FloatReheaterValveDriveTimeAV32TimePropReheaterPeriodAV33TimePropPerimeterPeriodAV34BypassTimeOverrideAV35StandbyTimeOverrideAV36ChangeoverDelayAV39FanDelayOffAV40NetCO2AV41NetOffsetAV56PanelTempSetpointAV58OffsetTempSetpointAV62CalculatedK-FactorAV67DamperControlAO1ReheaterControlAO2FanSpeedAO3PerimeterControlAO4AHUOutdoorDamperBI0PresenceSensorBI1WindowContactBV0AutoOccModeBV1WarmUpHeaterBV2WarmUpParallelFanBV3StandbySeriesFanBV10FanControlModeBV11HeatDamperPriorityBV12DeviceConfigurationSourceBO0PerimeterStatusBO1FanStatusBO16PanelHeatingBO17PanelCoolingBO55PanelSetpointModeBO56PanelSetpointDisplayMI1HVACStatusMI2OccupancyStatusMV0PanelFanStatusMV1HVACModeMV2OccupancyModeMV3PanelOccupancy StatusMV4PanelOccupancyModeMV5PanelOccupancyResetMV8FanCommandMV9ReheaterCommandMV10PerimeterCommandMV23TemperatureInputSelectorMV24SetpointOffsetSelectorMV25CO2InputSelectorMO0ReheaterStatus
Integration notes
- Units are printed as metric / imperial pairs (for example L/s / cfm); BO 2 Units selects metric or imperial when BV 12 allows BACnet configuration.
- Network inputs (AV 10, 18, 19, 40) default to -327, which means no value; the selectors MV 23-25 choose panel, input or network as the source.
- Many objects are linked to a Control Point room panel object (named in the manual); those panel-display objects (BO 16, 17, 55, 56, MV 0, 3-5) are for the panel.
- A second manual page, "List of Variables in Application", describes the same application objects and is not repeated here.
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 iSMA-B-VAV14-IP VAV controller (default VAV application) 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 iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application)
How many BACnet points does the iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application) have?
This list has 114 BACnet objects: 17 analog inputs, 5 analog outputs, 48 analog values, 2 binary inputs, 7 binary outputs, 13 binary values, 2 multi-state inputs, 1 multi-state output, 19 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application) BACnet points are writable?
88 of the 114 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 iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application) BACnet documentation?
The source is iSMA-B-VAV14-IP User Manual V1.4.0 - BACnet Objects/Modbus Registers, revision V1.4.0, published free by iSMA CONTROLLI at https://icdocs.ismacontrolli.com/vav14-ip/V1.4.0/bacnet-objects-modbus-registers.
What are the minimum BACnet points to integrate the iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application)?
Start with MV 2 OccupancyMode (Occupancy: 1 occ, 2 unocc, 3 bypass, 4 standby); MV 1 HVACMode (HVAC mode: 1 auto, 2 heat, 4 cool, 7 off ); AV 0 OccCoolTempSetpoint (Occupied cooling setpoint); AV 1 OccHeatTempSetpoint (Occupied heating setpoint); AI 1 SpaceTemperature (Space temperature used for control); AI 9 EffectiveTempSetpoint (Effective temperature setpoint); AI 11 ActualAirFlow (Actual airflow); AO 0 DamperPosition (Damper position, %); MI 1 HVACStatus (Current HVAC status).
How do I enable BMS control of the iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application)?
MV 2 OccupancyMode and MV 1 HVACMode are the BMS commands; BV 12 must be false (BACnet) for the configuration to come from BACnet instead of the DIP switches.
Can the BMS supply sensor values to the iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application)?
Room temperature (AV 10), discharge temperature (AV 18), outdoor temperature (AV 19), CO2 (AV 40) and setpoint offset (AV 41) can come from the network; MV 23-25 select the source.
How do I check these points on the real iSMA-B-VAV14-IP VAV controller (default VAV application)?
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 iSMA CONTROLLI BACnet points lists
- Room panel (thermostat display)
iSMA CONTROLLI Control Point room panel (incl. Control Point VAV)
iSMA CONTROLLI Control Point room panels, including the VAV version used with the iSMA-B-VAV14-IP controller.
Also known as: Control Point, iSMA Control Point, Control Point VAV, Control Point Software V1.1 - Fan coil unit controller
iSMA CONTROLLI iSMA-B-FCU fan coil controller (default application)
iSMA CONTROLLI iSMA-B-FCU fan coil controllers running the factory default FCU application.
Also known as: iSMA-B-FCU, iSMA-B-FCU-HH, iSMA-B-FCU-HL, iSMA-B-FCU-LL, DMP241en - Room panel (thermostat display)
iSMA CONTROLLI iSMA-B-LP room panel (BACnet MS/TP)
iSMA CONTROLLI iSMA-B-LP wall room panels with BACnet MS/TP firmware, with or without humidity and CO2 sensors.
Also known as: iSMA-B-LP, iSMA-B-LP-H, iSMA-B-LP-C, iSMA-B-LP-HC, LP BACnet - Valve actuator / energy valve
iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)
iSMA CONTROLLI (ex Controlli) MVE-2-RS, MVC-2-RS and EBV-2-RS communicating valve actuators, including energy-valve functions with VLX valves.
Also known as: MVE-2-RS, MVC-2-RS, EBV-2-RS, iC Actuator Configurator, Controlli MVE, Controlli EBV energy valve, VLX energy valve - Room panel (thermostat display)
iSMA CONTROLLI Touch Point 2.0 room panel
iSMA CONTROLLI Touch Point 2.0 room panels (software manual V1.0.1).
Also known as: Touch Point 2.0, Touch Point ONE 2.0, iSMA Touch Point 2.0, TP2.0 - Room panel (thermostat display)
iSMA CONTROLLI Touch Point room panel
iSMA CONTROLLI Touch Point touch-button room panels (software manual V1.3), including the Touch Point VAV series.
Also known as: Touch Point, iSMA Touch Point, Touch Point VAV, Touch Point Software V1.3
Source: iSMA-B-VAV14-IP User Manual V1.4.0 - BACnet Objects/Modbus Registers · rev. V1.4.0. Object names, instances and units are reproduced as published; descriptions are our own.