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Self-contained / packaged air conditioner controller · BACnet points list

United CoolAir Marvel Premium controller (BMS points list) BACnet points list

Updated 12 November 2026

Short answer

The Marvel Premium controller on United CoolAir units exposes its BMS points as Analog, Binary, Positive Integer, Integer and Multistate Values: temperatures, humidities, pressures and demands, return/space/supply setpoints for cooling, heating and humidity control, damper limits, fan motor data, compressor and system status, schedules (start/end hour and minute per day), BMS mode selection, on/off, unoccupied override and alarm flags with a BMS alarm reset.

This page lists 526 BACnet objects for the United CoolAir Marvel Premium controller (BMS points list) — 223 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from United CoolAir’s own free documentation, linked below.

Manufacturer
United CoolAir
Model
Marvel Premium controller (BMS points list)
Equipment
Self-contained / packaged air conditioner controller
Equipment type
Rooftop units, AHUs & DOAS
BACnet objects
526 (223 writable)
Transport
—
Firmware
Not stated
Also known as
Marvel Premium, MARVPREM, MARVPREM_BMS, United CoolAir Marvel, Marvel controller
Source document
BACNET Form MARVPREM_BMS_07_14_2023 (Marvel Premium BMS points list) · MARVPREM_BMS_07_14_2023 Rev. G · rev. 2023-07-14
Download CSV 526 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 United CoolAir’s current documentation and the live device before use. Not official United CoolAir information. Terms of use.

BMS integration notes: United CoolAir Marvel Premium controller (BMS points list)

Integration in brief

Start and stop the unit with BV 1 SystemOnOff or drive modes with MV 1 BMS_ModeSelection, write the setpoint for the control type in use (return, space or supply), and read temperatures, MV 7 SystemStatus, blower status and alarms. BV 141 resets active alarms.

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.

ObjectNameWhyAccess
BV 1SystemOnOffUnit on/off commandWrite
MV 1BMS_ModeSelectionBMS mode: occupied, unoccupied, setback, off...Write
AV 65SpaceTemp_SetpointSpace temperature setpoint, default 73Write
AV 56ReturnTemp_SetpointReturn temperature setpoint, default 72Write
BV 141AlarmReset_BMSReset active alarmsWrite
MV 7SystemStatusUnit state (off, on, unoccupied, cooling...)Read
BV 3SupplyBlowerSupply blower statusRead
AV 3SpaceTemperatureSpace temperatureRead
AV 1ReturnTemperatureReturn air temperatureRead
AV 7SupplyTemperatureSupply air temperature (average)Read

Enable & remote start

BV 1 SystemOnOff (R/W) switches the unit; MV 1 BMS_ModeSelection (R/W) selects 1 disabled, 2 unit off, 3 morning warm-up, 4 cool-down, 5 setback, 6 unoccupied, 7 occupied, 8 emergency stop. Per the IOM, BMS-based unoccupied override, morning warm-up and cool-down need the BMS communications option.

Network setup

Watch out for

United CoolAir Marvel Premium controller (BMS points list) 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.

526 of 526 shown
Type
AnalogBinaryMulti-state
Access
Show
United CoolAir Marvel Premium controller (BMS points list) BACnet Points List
DescriptionStates
AVmin1ReturnTemperatureReturn TemperatureRead
AV2ReturnHumidityReturn HumidityRead
AVmin3SpaceTemperatureSpace TemperatureRead
AV4SpaceHumiditySpace HumidityRead
AV5SupplyTemperature_1Supply Temperature 1Read
AV6SupplyTemperature_2Supply Temperature 2Read
AVmin7SupplyTemperatureSupply Temperature AverageRead
AV8OutdoorTemperatureOutdoor TemperatureRead
AV9OutdoorHumidityOutdoor HumidityRead
AV10WaterTemperatureWater TemperatureRead
AV11PreheatTemperaturePreheat TemperatureRead
AV12DuctPressureDuct PressureRead
AV13LiquidPressure_1Liquid Pressure 1Read
AV14LiquidPressure_2Liquid Pressure 2Read
AV15LiquidPressure_3Liquid Pressure 3Read
AV16LiquidPressure_4Liquid Pressure 4Read
AV17ControlPressureMaximum Liquid Pressure and Control ValueRead
AV18SuctionPressure_1Suction Pressure 1Read
AV19SuctionPressure_2Suction Pressure 2Read
AV20SuctionPressure_3Suction Pressure 3Read
AV21SuctionPressure_4Suction Pressure 4Read
AV22CondenserTemperature_INCondenser Inlet TemperatureRead
AV23CondenserTemperature_OUTCondenser Outlet TemperatureRead
AV24LiquidTemperature_1Liquid Temperature 1Read
AV25LiquidTemperature_2Liquid Temperature 2Read
AV26LiquidTemperature_3Liquid Temperature 3Read
AV27LiquidTemperature_4Liquid Temperature 4Read
AV28SuctionTemperature_1Suction Temperature 1Read
AV29SuctionTemperature_2Suction Temperature 2Read
AV30SuctionTemperature_3Suction Temperature 3Read
AV31SuctionTemperature_4Suction Temperature 4Read
AV32Room_1_TemperatureRoom 1 TemperatureRead
AV33Room_2_TemperatureRoom 2 TemperatureRead
AV34Room_3_TemperatureRoom 3 TemperatureRead
AV35Room_4_TemperatureRoom 4 TemperatureRead
AV36RoomPressureRoom PressureRead
AV37VFD_1_FrequencyVFD 1 FrequencyRead
AV38VFD_2_FrequencyVFD 2 FrequencyRead
AV39VFD_3_FrequencyVFD 3 FrequencyRead
AV40CoolDemandCooling DemandRead
AV41HeatDemandHeating DemandRead
AV42DehumidifyDemandDehumidification DemandRead
AV43HumidifyDemandHumidification DemandRead
AV44ReheatDemandReheat DemandRead
AV50ReturnCool_SetpointReturn Cooling Set Point; range 50.00 to 99.00, default 73.00Write
AV51ReturnCool_PropBandReturn Cooling Proportional Band; range 0.50 to 30.00, default 5.00Write
AV52ReturnCool_DeadBandReturn Cooling Dead Band; range 0.00 to 20.00, default 1.00Write
AV53ReturnHeat_SetpointReturn Heating Set Point; range 50.00 to 99.00, default 68.00Write
AV54ReturnHeat_PropBandReturn Heating Proportional Band; range 0.50 to 40.00, default 5.00Write
AV55ReturnHeat_DeadBandReturn Heating Dead Band; range 0.00 to 20.00, default 1.00Write
AVmin56ReturnTemp_SetpointReturn Temperature Set Point; range 50.0 to 99.0, default 72.00Write
AV57ReturnTemp_PropBandReturn Temperature Proportional Band; range 0.50 to 40.00, default 2.00Write
AV58ReturnTemp_DeadBandReturn Temperature Dead Band; range 0.00 to 20.00, default 1.00Write
AV59SpaceCool_SetpointSpace Cooling Set Point; range 50.00 to 99.00, default 73.00Write
AV60SpaceCool_PropBandSpace Cooling Proportional Band; range 0.50 to 30.00, default 5.00Write
AV61SpaceCool_DeadBandSpace Cooling Dead Band; range 0.00 to 20.00, default 1.00Write
AV62SpaceHeat_SetpointSpace Heating Set Point; range 50.00 to 99.00, default 68.00Write
AV63SpaceHeat_PropBandSpace Heating Proportional Band; range 0.50 to 40.00, default 5.00Write
AV64SpaceHeat_DeadBandSpace Heating Dead Band; range 0.00 to 20.00, default 1.00Write
AVmin65SpaceTemp_SetpointSpace Temperature Set Point; range 50.00 to 99.00, default 73.00Write
AV66SpaceTemp_PropBandSpace Temperature Proportional Band; range 0.50 to 30.00, default 5.00Write
AV67SpaceTemp_DeadBandSpace Temperature Dead Band; range 0.00 to 20.00, default 1.00Write
AV68SupplyCool_SetpointSupply Temperature Cooling Set Point; range 45.00 to 99.00, default 55.00Write
AV69SupplyCool_PropBandSupply Temperature Proportional Band; range 0.00 to 30.00, default 1.00Write
AV70SupplyCool_DeadbandSupply Cooling Dead Band; range 0.00 to 20.00, default 0.00Write
AV71SupplyHeat_SetpointSupply Heating Set Point; range 30.00 to 140.00, default 50.00Write
AV72SupplyHeat_PropBandSupply Heating Proportional Band; range 0.00 to 30.00, default 1.00Write
AV73SupplyHeat_DeadbandSupply Heating Dead Band; range 0.00 to 20.00, default 0.00Write
AV74DuctPressure_SetpointDuct Pressure Set Point; range 0.00 to 3.00, default 0.00Write
AV75ReturnDehumidify_SetpointReturn Dehumidification Set Point; range 20.00 to 80.00, default 55.00Write
AV76ReturnDehum_PropBandReturn Dehumidification Proportional Band; range 0.50 to 40.00, default 5.00Write
AV77ReturnDehum_DeadBandReturn Dehumdification Dead Band; range 0.00 to 20.00, default 0.00Write
AV78ReturnHumidify_SetpointReturn Humidify Set Point; range 20.00 to 80.00, default 50.00Write
AV79ReturnHumidify_DeadBandReturn Humidify Dead Band; range 0.00 to 20.00, default 0.00Write
AV80ReturnHumidity_SetpointReturn Humidity Set Point; range 20.00 to 80.00, default 50.00Write
AV81ReturnHumidity_PropBandReturn Humidity Proportional Band; range 0.50 to 40.00, default 5.00Write
AV82ReturnHumidity_DeadBandReturn Humidity Dead Band; range 0.00 to 20.00, default 0.00Write
AV83SpaceDehumidify_SetpointReturn Dehumidify Set Point; range 20.00 to 80.00, default 55.00Write
AV84SpaceDehum_PropBandSpace Dehumidification Proportional Band; range 0.50 to 40.00, default 5.00Write
AV86SpaceHumidify_SetpointSpace Humidify Set Point; range 20.00 to 80.00, default 50.00Write
AV87SpaceHumidify_PropBandSpace Humidify Proportional Band; range 0.00 to 20.00, default 0.00Write
AV88SpaceHumidify_DeadBandSpace Humidify Dead Band; range 0.0 to 20.0, default 0.0Write
AV89SpaceHumidity_SetpointSpace Humidity Set Point; range 20.00 to 80.00, default 50.00Write
AV90SpaceHumidity_PropBandSpace Humidity Proportional Band; range 0.50 to 40.00, default 5.00Write
AV91SpaceHumidity_DeadBandSpace Humidity Dead Band; range 0.00 to 20.00, default 0.00Write
AV92MixedAirTemp_SetpointMixed Air Temperature Set Point; range 45.0 to 75.0, default 55.0Write
AV93MixedAirTemp_PropBandMixed Air Temperature Proportional Band; range 0.5 to 40.0, default 5.0Write
AV94MixedAirTemp_DeadBandMixed Air Temperature Dead Band; range 0.0 to 20.0, default 0.0Write
AV95HGBP_1_CoolDem_Demand_vdcMod Hot Gas Bypass 1 by Cooling Demand (vdc)Read
AV96HGBP_2_CoolDem_Demand_vdcMod Hot Gas Bypass 2 by Cooling Demand (vdc)Read
AV100VFD_PressureDemand_vdcVariable Frequency Drive Pressure Control (vdc)Read
AV101ECM_Pressure_Demand_vdcEC Motor Pressure Control (vdc)Read
AV102HeadPress_Valve_1_vdcDischarge Pressure Valve 1 Output (vdc)Read
AV103HeadPress_Valve_2_vdcDischarge Pressure Valve 2 Output (vdc)Read
AV104HeadPress_Valve_3_vdcDischarge Pressure Valve 3 Output (vdc)Read
AV105HeadPress_Valve_4_vdcDischarge Pressure Valve 4 Output (vdc)Read
AV106DigComp_1_Demand_vdcDigital Compressor 1 (vdc)Read
AV107DigComp_2_Demand_vdcDigital Compressor 2 (vdc)Read
AV108DigComp_3_Demand_vdcDigital Compressor 3 (vdc)Read
AV109DigComp_4_Demand_vdcDigital Compressor 4 (vdc)Read
AV110ModHeat_1_Demand_vdcModulating Heater 1 (vdc)Read
AV111ModHeat_2_Demand_vdcModulating Heater 2 (vdc)Read
AV112AirEcon_Demand_vdcAirside Economizer (vdc)Read
AV113WSE_Demand_vdcWaterside Economizer (vdc)Read
AV114ModReheat_1_Demand_vdcModulating Reheat 1 (vdc)Read
AV115ModReheat_2_Demand_vdcModulating Reheat 2 (vdc)Read
AV116ModHumidifier_Demand_vdcModulating Humidifier (vdc)Read
AV117VFD_Temp_Demand_vdcModulating Supply Blower - Single Zone VAV (vdc)Read
AV118Preheat_Demand_vdcPreheat Demand (vdc)Read
AV119SetbackCool_SetpointSetback Cooling Set Point; range 50.0 to 95.0, default 80.0Write
AV120SetbackCool_PropBandSetback Cooling Proportional Band; range 0.5 to 40.0, default 5.0Write
AV121SetbackCool_DeadBandSetback Cooling Dead Band; range 0.0 to 20.0, default 0.0Write
AV122SetbackHeat_SetpointSetback Heating Set Point; range 50.0 to 95.0, default 60.0Write
AV123SetbackHeat_PropBandSetback Heating Proportional Band; range 0.5 to 40.0, default 5.0Write
AV124SetbackHeat_DeadBandSetback Heating Dead Band; range 0.0 to 20.0, default 0.0Write
AV125SetbackDehum_SetpointSetback Dehumidify Set Point; range 35.0 to 85.0, default 55.0Write
AV126SetbackDehum_PropBandSetback Dehumidify Proportional Band; range 0.5 to 40.0, default 5.0Write
AV127SetbackDehum_DeadBandSetback Dehumidify Dead Band; range 0.0 to 20.0, default 0.0Write
AV128SetbackHum_SetpointSetback Humidify Set Point; range 35.0 to 85.0, default 40.0Write
AV129SetbackHum_PropBandSetback Humidify Proportional Band; range 0.5 to 40.0, default 5.0Write
AV130SetbackHum_DeadBandUnoccupied Humidify Dead Band; range 0.0 to 20.0, default 0.0Write
AV131UnoccCool_SetpointUnoccupied Cooling Set Point; range 50.0 to 95.0, default 80.0Write
AV132UnoccCool_PropBandUnoccupied Cooling Proportional Band; range 0.5 to 40.0, default 5.0Write
AV133UnoccCool_DeadBandUnoccupied Cooling Dead Band; range 0.0 to 20.0, default 0.0Write
AV134UnoccHeat_SetpointUnoccupied Heating Set Point; range 50.0 to 95.0, default 60.0Write
AV135UnoccHeat_PropBandUnoccupied Heating Proportional Band; range 0.5 to 40.0, default 5.0Write
AV136UnoccHeat_DeadBandUnoccupied Heating Dead Band; range 0.0 to 20.0, default 0.0Write
AV137UnoccDehum_SetpointUnoccupied Dehumidify Set Point; range 35.0 to 85.0, default 55.0Write
AV138UnoccDehum_PropBandUnoccupied Dehumidify Proportional Band; range 0.5 to 40.0, default 5.0Write
AV139UnoccDehum_DeadBandUnoccupied Dehumidify Dead Band; range 0.0 to 20.0, default 0.0Write
AV140UnoccHum_SetpointUnoccupied Humidify Set Point; range 35.0 to 85.0, default 40.0Write
AV141UnoccHum_PropBandUnoccupied Humidify Proportional Band; range 0.5 to 40.0, default 5.0Write
AV142UnoccHum_DeadBandUnoccupied Humidify Dead Band; range 0.0 to 20.0, default 0.0Write
AV143MorningWarmup_SetpointMorning Warm-Up Set Point; range 50.0 to 95.0, default 80.0Write
AV144MorningWarmup_PropBandMorning Warm-Up Proportional Band; range 0.5 to 40.0, default 10.0Write
AV145MorningWarmup_DeadBandMorning Warm-Up Dead Band; range 0.0 to 20.0, default 0.0Write
AV146MorningCoolDown_SetpointMorning Cool-Down Set Point; range 50.0 to 95.0, default 80.0Write
AV147MorningCoolDown_PropBandMorning Cool-Down Proportional Band; range 0.5 to 40.0, default 10.0Write
AV148MorningCoolDown_DeadbandMorning Cool-Down Dead Band; range 0.0 to 20.0, default 0.0Write
AV149DigComps_StartDemandDigital Compressor Start Demand; range 50.0 to 90.0, default 70.0Write
AV150DigComps_MinimumDemandDigital Compressor Stop/End Demand; range 0.5 to 40.0, default 10.0Write
AV151PercentDemand_ChangeUpdateCompressor Demand - Output to Update; range 0.0 to 20.0, default 0.0Write
AV152DigCompMinDemandDigital Compressor Minimum Operating Demand; range 20.0 to 60.0, default 20.0Write
AV153LowComp_DemandLow Demand Threshold to Start Oil Cycle Timer; range 30.0 to 70.0, default 40.0Write
AV154LowOilSpeed_DemandResetLow Demand Threshold to Stop/Reset Oil Cycle Timer; range 40.0 to 80.0, default 45.0Write
AV155OutdoorTemperature_BMSOutdoor Temperature by BMS; range -999.9 to 999.9, default 130.0Write
AV156OutdoorHumidity_BMSOutdoor Humidity by BMS; range -999.9 to 999.9, default 50.0Write
AV157OA_EnthalpyOutdoor Air EnthalpyRead
AV158ReturnEnthalpyReturn Air EnthalpyRead
AV159SupplyDewpoint_SetpointSupply Dewpoint Set PointRead
AV160DuctPress_PropBandDuct Pressure Proportional GainRead
AV167ReturnHumidify_PropBandReturn Humidify Proportional GainRead
AV171OutdoorTemperature_SetpointOutdoor Temperature Set Point (Economizer); range 40.0 to 85.0, default 55.0Write
AV172OutdoorTemperature_PropBandOutdoor Temperature Proporationl Band (Economizer); range 1.0 to 40.0, default 5.0Write
AV173Reheat_SetpointReheat Set Point; range 0.0 to 120.0, default 68.0Write
AV174Reheat_DeadBandReheat Dead Band; range 0.0 to 20.0, default 1.0Write
AV175ReheatTemp_PropBandReheat Proportional Band; range 1.0 to 30.0, default 2.0Write
AV176SupplyDewpoint_DeadBandSupply Dew Point Dead Band; range 0.0 to 5.0, default 0.5Write
AV177HumidifierCurrentHumidifier Operating CurrentRead
AV178SteamFlowRateHumidifier Steam Flow RateRead
AV179HeatPumpDemandHeat Pump DemandRead
AV180VAV_BoxTemperatureAvgAverage Temperature All VAV Boxes; range 0.0 to 999.9, default 0.0Write
AV181Evaporator_1_TemperatureEvaporator 1 TemperatureRead
AV182Evaporator_2_TemperatureEvaporator 2 TemperatureRead
AV183EvaporatorTemperatureEvaporator TemperatureRead
AV184VSComp_1_MotorVoltageVariable Compressor 1 Motor VoltsRead
AV185VSComp_1_HorsepowerVariable Compressor 1 Motor HorsepowerRead
AV186VSComp_1_MotorFrequencyVariable Compressor 1 Motor FrequencyRead
AV187VSComp_1_PowerVariable Compressor 1 Motor PowerRead
AV188ExpansionValve_1_SuctionPressureElectronic Expansion Valve 1 - Suction PressureRead
AV189ExpansionValve_1_SuctionTemperatureElectronic Expansion Valve 1 - Suction TemperatureRead
AV190ExpansionValve_1_SuperheatElectronic Expansion Valve 1 - SuperheatRead
AV191ExpansionValve_2_SuctionPressureElectronic Expansion Valve 2 - Suction PressureRead
AV192ExpansionValve_2_SuctionTemperatureElectronic Expansion Valve 2 - Suction TemperatureRead
AV193ExpansionValve_2_SuperheatElectronic Expansion Valve 2 - SuperheatRead
AV194MotorAmps_ZA1ZiehlAbegg Motor 1 Current (Ziehl-Abbegg Fans Only)Read
AV195MotorAmps_ZA2ZiehlAbegg Motor 2 Current (Ziehl-Abbegg Fans Only)Read
AV196MotorAmps_ZA3ZiehlAbegg Motor 3 Current (Ziehl-Abbegg Fans Only)Read
AV197MotorAmps_ZA4ZiehlAbegg Motor 4 Current (Ziehl-Abbegg Fans Only)Read
AV198MotorAmps_ZA5ZiehlAbegg Motor 1 Current (Ziehl-Abbegg Fans Only)Read
AV199MotorAmps_ZA6ZiehlAbegg Motor 2 Current (Ziehl-Abbegg Fans Only)Read
AV200MotorAmps_ZA7ZiehlAbegg Motor 3 Current (Ziehl-Abbegg Fans Only)Read
AV201MotorAmps_ZA8ZiehlAbegg Motor 4 Current (Ziehl-Abbegg Fans Only)Read
AV202SupplyCoolSetpt_ActualSupply Cool Set Point Actual (Reset Applied)Read
AV203SupplyHeatSetpt_ActualSupply Heat Set Point Actual (Reset Applied)Read
AV204OutdoorDamper_MinimumOutdoor Air Damper Minimum Position; range 0.0 to 100.0, default 0.0Write
AV205OutdoorDamper_MaximumOutdoor Air Damper Maximum Position; range 0.0 to 100.0, default 0.0Write
AV206ReturnDamper_MinimumReturn Air Damper Minimum Position; range 0.0 to 100.0, default 0.0Write
AV207ReturnDamper_MaximumReturn Air Damper Maximum Position; range 0.0 to 100.0, default 0.0Write
AV208ExhaustDamper_MinimumExhaust Air Damper Minimum Position; range 0.0 to 100.0, default 0.0Write
AV209ExhaustDamper_MaximumExhaust Air Damper Maximum Position; range 0.0 to 100.0, default 0.0Write
AV210OutdoorDamper_PositionOutdoor Air Damper PositionRead
AV211ReturnDamper_PositionReturn Air Damper PositionRead
AV212ExhaustDamper_PositionExhaust Air Damper PositionRead
AV213Yaskawa_DriveStatus_1.OutputCurrentYaskawa Drive 1 Output CurrentRead
AV214Yaskawa_DriveStatus_2.OutputCurrentYaskawa Drive 2 Output CurrentRead
AV215Yaskawa_DriveStatus_1.OutputVoltageYaskawa Drive 1 Output VoltageRead
AV216Yaskawa_DriveStatus_2.OutputVoltageYaskawa Drive 2 Output VoltageRead
AV217Yaskawa_DriveStatus_1.OutputPowerYaskawa Drive 1 Output PowerRead
AV218Yaskawa_DriveStatus_2.OutputPowerYaskawa Drive 2 Output PowerRead
AV219WaterTemperature_SetptWater Temperature Set Point; range 0.0 to 100.0, default 0.0Write
AV220WaterTemperature_PropBandWater Temperature Proportional Band; range 0.0 to 100.1, default 0.0Write
AV221VSComp_2_MotorVoltageVariable Compressor 2 Motor VoltsRead
AV222VSComp_2_HorsepowerVariable Compressor 2 Motor HorsepowerRead
AV223VSComp_2_MotorFrequencyVariable Compressor 2 Motor FrequencyRead
AV224VSComp_2_PowerVariable Compressor 2 Motor PowerRead
BVmin1SystemOnOffSystem ON/OFFWriteInactive=OFF; Active=ON
BV2OutdoorAirDamperOutdoor Air Damper StatusReadInactive=Closed; Active=Open
BVmin3SupplyBlowerSupply Air Blower StatusReadInactive=OFF; Active=ON
BV4UnoccFan_enUnoccupied Fan EnableWriteInactive=Disable; Active=Enable
BV5UnoccupiedUnoccupied StatusReadInactive=Occupied; Active=Unoccupied
BV6OccupiedOccupied StatusReadInactive=Unoccupied; Active=Occupied
BV7Override_ONUnoccupied Override StatusWriteInactive=Override OFF; Active=Override ON
BV8Compressor_1Compressor 1 ON/OFF StatusReadInactive=OFF; Active=ON
BV9Compressor_2Compressor 2 ON/OFF StatusReadInactive=OFF; Active=ON
BV10Compressor_3Compressor 3 ON/OFF StatusReadInactive=OFF; Active=ON
BV11Compressor_4Compressor 4 ON/OFF StatusReadInactive=OFF; Active=ON
BV12Heater_1Heater 1 ON/OFF StatusReadInactive=OFF; Active=ON
BV13Heater_2Heater 2 ON/OFF StatusReadInactive=OFF; Active=ON
BV14Heater_3Heater 3 ON/OFF StatusReadInactive=OFF; Active=ON
BV15Heater_4Heater 4 ON/OFF StatusReadInactive=OFF; Active=ON
BV16ReversingValve_1Reversing Valve 1 ON/OFF StatusReadInactive=Heat Pump - Valve Open; Active=Air Conditioning - Valve Closed
BV17ReversingValve_2Reversing Valve 2 ON/OFF StatusReadInactive=Heat Pump - Valve Open; Active=Air Conditioning - Valve Closed
BV18ReversingValve_3Reversing Valve 3 ON/OFF StatusReadInactive=Heat Pump - Valve Open; Active=Air Conditioning - Valve Closed
BV19ReversingValve_4Reversing Valve 4 ON/OFF StatusReadInactive=Heat Pump - Valve Open; Active=Air Conditioning - Valve Closed
BV20Compressor_1_HP_AlarmAlarm - Compressor 1 High PressureReadInactive=Normal; Active=Alarm
BV21Compressor_1_LP_AlarmAlarm - Compressor 1 Low PressureReadInactive=Normal; Active=Alarm
BV22Compressor_2_HP_AlarmAlarm - Compressor 2 High PressureReadInactive=Normal; Active=Alarm
BV23Compressor_2_LP_AlarmAlarm - Compressor 2 Low PressureReadInactive=Normal; Active=Alarm
BV24Compressor_3_HP_AlarmAlarm - Compressor 3 High PressureReadInactive=Normal; Active=Alarm
BV25Compressor_3_LP_AlarmAlarm - Compressor 3 Low PressureReadInactive=Normal; Active=Alarm
BV26Compressor_4_HP_AlarmAlarm - Compressor 4 High PressureReadInactive=Normal; Active=Alarm
BV27Compressor_4_LP_AlarmAlarm - Compressor 4 Low PressureReadInactive=Normal; Active=Alarm
BV28Airflow_AlarmAlarm - Loss of AirflowReadInactive=Normal; Active=Alarm
BV29FireSmoke_AlarmAlarm - Fire/Smoke DetectedReadInactive=Normal; Active=Alarm
BV30DrainPan_AlarmAlarm - Drain PanReadInactive=Normal; Active=Alarm
BV31WaterFlow_AlarmAlarm - Loss of Water FlowReadInactive=Normal; Active=Alarm
BV32DirtyFilter_AlarmAlarm - Dirty Air Filter(s)ReadInactive=Normal; Active=Alarm
BV33HighDuctStatic_AlarmAlarm - High Duct Static PressureReadInactive=Normal; Active=Alarm
BV34HighHeatLimit_AlarmAlarm - Heater High LimitReadInactive=Normal; Active=Alarm
BV35DigComp_1_Module_AlarmAlarm - Digital Compressor 1 ModuleReadInactive=Normal; Active=Alarm
BV36DigComp_2_Module_AlarmAlarm - Digital Compressor 2 ModuleReadInactive=Normal; Active=Alarm
BV37DigComp_3_Module_AlarmAlarm - Digital Compressor 3 ModuleReadInactive=Normal; Active=Alarm
BV38DigComp_4_Module_AlarmAlarm - Digital Compressor 4 ModuleReadInactive=Normal; Active=Alarm
BV39Motor_1_Overload_AlarmAlarm - Motor 1 OverloadReadInactive=Normal; Active=Alarm
BV40Motor_2_Overload_AlarmAlarm - Motor 2 OverloadReadInactive=Normal; Active=Alarm
BV41Motor_3_Overload_AlarmAlarm - Motor 3 OverloadReadInactive=Normal; Active=Alarm
BV42Motor_4_Overload_AlarmAlarm - Motor 4 OverloadReadInactive=Normal; Active=Alarm
BV43VFD_1_Overload_AlarmAlarm - VFD 1 OverloadReadInactive=Normal; Active=Alarm
BV44VFD_2_Overload_AlarmAlarm - VFD 2 OverloadReadInactive=Normal; Active=Alarm
BV45VFD_3_Overload_AlarmAlarm - VFD 3 OverloadReadInactive=Normal; Active=Alarm
BV46VFD_4_Overload_AlarmAlarm - VFD 4 OverloadReadInactive=Normal; Active=Alarm
BV47WaterCoil_Freezestat_AlarmAlarm - Freeze Protect ModeReadInactive=Normal; Active=Alarm
BV48CompsFreezeStat_AlarmAlarm - Compressor Freeze ProtectionReadInactive=Normal; Active=Alarm
BV49OA_Damper_AlarmAlarm - Outdoor Damper Failed to OpenReadInactive=Normal; Active=Alarm
BV50AlarmReturnHighTempAlarm - Return Temperature HighReadInactive=Normal; Active=Alarm
BV51AlarmReturnLowTempAlarm - Return Temperature LowReadInactive=Normal; Active=Alarm
BV52AlarmReturnHighHumidityAlarm - Return Humidity HighReadInactive=Normal; Active=Alarm
BV53AlarmReturnLowHumidityAlarm - Return Humidity LowReadInactive=Normal; Active=Alarm
BV54AlarmSupplyHighTempAlarm - Supply Temperature HighReadInactive=Normal; Active=Alarm
BV55AlarmSupplyLowTempAlarm - Supply Temperature LowReadInactive=Normal; Active=Alarm
BV56AlarmDuctPressureHighAlarm - Duct Pressure HighReadInactive=Normal; Active=Alarm
BV57AlarmDuctPressureLowAlarm - Duct Pressure LowReadInactive=Normal; Active=Alarm
BV58ReturnTemperature_FAILAlarm - Return Temperature Sensor FailureReadInactive=Normal; Active=Alarm
BV59SpaceTemperature_FAILAlarm - Space Temperature Sensor FailureReadInactive=Normal; Active=Alarm
BV60ReturnHumidity_FAILAlarm - Return Humidity Sensor FailureReadInactive=Normal; Active=Alarm
BV61SpaceHumidity_FAILAlarm - Space Humidity FailureReadInactive=Normal; Active=Alarm
BV62OutdoorTemperature_FAILAlarm - Outdoor Temperature Sensor FailureReadInactive=Normal; Active=Alarm
BV63OutdoorHumidity_FAILAlarm - Outdoor Humidity Sensor FailureReadInactive=Normal; Active=Alarm
BV64DuctPressure_FAILAlarm - Duct Pressure Sensor FailureReadInactive=Normal; Active=Alarm
BV65LiquidPressure_1_FAILAlarm - Liquid Pressure 1 Sensor FailureReadInactive=Normal; Active=Alarm
BV66LiquidPressure_2_FAILAlarm - Liquid Pressure 2 Sensor FailureReadInactive=Normal; Active=Alarm
BV67LiquidPressure_3_FAILAlarm - Liquid Pressure 3 Sensor FailureReadInactive=Normal; Active=Alarm
BV68LiquidPressure_4_FAILAlarm - Liquid Pressure 4 Sensor FailureReadInactive=Normal; Active=Alarm
BV69SuctionPressure_1_FAILAlarm - Suction Pressure 1 Sensor FailureReadInactive=Normal; Active=Alarm
BV70SuctionPressure_2_FAILAlarm - Suction Pressure 2 Sensor FailureReadInactive=Normal; Active=Alarm
BV71SuctionPressure_3_FAILAlarm - Suction Pressure 3 Sensor FailureReadInactive=Normal; Active=Alarm
BV72SuctionPressure_4_FAILAlarm - Suction Pressure 4 Sensor FailureReadInactive=Normal; Active=Alarm
BV73LiquidTemperature_1_FAILAlarm - Liquid Temperature 1 Sensor FailureReadInactive=Normal; Active=Alarm
BV74LiquidTemperature_2_FAILAlarm - Liquid Temperature 2 Sensor FailureReadInactive=Normal; Active=Alarm
BV75LiquidTemperature_3_FAILAlarm - Liquid Temperature 3 Sensor FailureReadInactive=Normal; Active=Alarm
BV76LiquidTemperature_4_FAILAlarm - Liquid Temperature 4 Sensor FailureReadInactive=Normal; Active=Alarm
BV77SuctionTemperature_1_FAILAlarm - Suction Temperature 1 Sensor FailureReadInactive=Normal; Active=Alarm
BV78SuctionTemperature_2_FAILAlarm - Suction Temperature 2 Sensor FailureReadInactive=Normal; Active=Alarm
BV79SuctionTemperature_3_FAILAlarm - Suction Temperature 3 Sensor FailureReadInactive=Normal; Active=Alarm
BV80SuctionTemperature_4_FAILAlarm - Suction Temperature 4 Sensor FailureReadInactive=Normal; Active=Alarm
BV81VFD_1_Frequency_FAILAlarm - VFD 1 Frequency Feedback FailureReadInactive=Normal; Active=Alarm
BV82VFD_2_Frequency_FAILAlarm - VFD 2 Frequency Feedback FailureReadInactive=Normal; Active=Alarm
BV83VFD_3_Frequency_FAILAlarm - VFD 3 Frequency Feedback FailureReadInactive=Normal; Active=Alarm
BV84VFD_4_Frequency_FAILAlarm - VFD 4 Frequency Feedback FailureReadInactive=Normal; Active=Alarm
BV85RoomPressure_FAILAlarm - Room Pressure Sensor FailureReadInactive=Normal; Active=Alarm
BV86Compressor_1_HP_ActiveCompressor 1 - High Pressure Switch OpenReadInactive=Closed; Active=Open
BV87Compressor_1_LP_ActiveCompressor 1 - Low Pressure Switch OpenReadInactive=Closed; Active=Open
BV88Compressor_2_HP_ActiveCompressor 2 - High Pressure Switch OpenReadInactive=Closed; Active=Open
BV89Compressor_2_LP_ActiveCompressor 2 - Low Pressure Switch OpenReadInactive=Closed; Active=Open
BV90Compressor_3_HP_ActiveCompressor 3 - High Pressure Switch OpenReadInactive=Closed; Active=Open
BV91Compressor_3_LP_ActiveCompressor 3 - Low Pressure Switch OpenReadInactive=Closed; Active=Open
BV92Compressor_4_HP_ActiveCompressor 4 - High Pressure Switch OpenReadInactive=Closed; Active=Open
BV93Compressor_4_LP_ActiveCompressor 4 - Low Pressure Switch OpenReadInactive=Closed; Active=Open
BV94Airflow_ActiveAirflow Switch OpenReadInactive=Closed; Active=Open
BV95DrainPan_ActiveDrain Pan Switch OpenReadInactive=Closed; Active=Open
BV96DirtyFilter_ActiveDirty Filter Switch OpenReadInactive=Closed; Active=Open
BV97HeaterHighLimit_ActiveHeater High Limit Switch OpenReadInactive=Closed; Active=Open
BV98Cond_OUT_Damper_ES_ActiveCondenser Damper End Switch OpenReadInactive=Closed; Active=Open
BV99Cond_IN_Damper_ES_ActiveCondenser OUT Damper End Switch OpenReadInactive=Closed; Active=Open
BV100OA_Damper_ES_ActiveOutdoor Damper End Switch OpenReadInactive=Closed; Active=Open
BV101HighDuctPressure_ActiveHigh Duct Pressure Switch OpenReadInactive=Closed; Active=Open
BV102Motor_1_Overload_ActiveMotor 1 Overload Switch OpenReadInactive=Closed; Active=Open
BV103Motor_2_Overload_ActiveMotor 2 Overload Switch OpenReadInactive=Closed; Active=Open
BV104Motor_3_Overload_ActiveMotor 3 Overload Switch OpenReadInactive=Closed; Active=Open
BV105Motor_4_Overload_ActiveMotor 4 Overload Switch OpenReadInactive=Closed; Active=Open
BV106VFD_1_Overload_ActiveVFD 1 Overload Switch OpenReadInactive=Closed; Active=Open
BV107VFD_2_Overload_ActiveVFD 2 Overload Switch OpenReadInactive=Closed; Active=Open
BV108VFD_3_Overload_ActiveVFD 3 Overload Switch OpenReadInactive=Closed; Active=Open
BV109VFD_4_Overload_ActiveVFD 4 Overload Switch OpenReadInactive=Closed; Active=Open
BV110WaterCoil_Freezestat_ActiveHot Water, Steam, or Water Econ Freeze Stat OpenReadInactive=Closed; Active=Open
BV111DigComp_1_Module_ActiveDigital Compressor 1 Module Switch OpenReadInactive=Closed; Active=Open
BV112DigComp_2_Module_ActiveDigital Compressor 2 Module Switch OpenReadInactive=Closed; Active=Open
BV113DigComp_3_Module_ActiveDigital Compressor 3 Module Switch OpenReadInactive=Closed; Active=Open
BV114DigComp_4_Module_ActiveDigital Compressor 4 Module Switch OpenReadInactive=Closed; Active=Open
BV115CompsFreezeStat_ActiveCompressor FreezeStat Switch OpenReadInactive=Closed; Active=Open
BV116WaterFlow_ActiveWater Flow Switch OpenReadInactive=Open; Active=Closed
BV117WaterFlow_OKWater is FlowingReadInactive=No Water Flow; Active=Water Flow OK
BV118No_WaterFlowNo Water FlowReadInactive=Water Flow OK; Active=No Water Flow
BV119DefrostMode_ActiveDefrost Mode ActiveReadInactive=Defrost OFF; Active=Defrost ON
BV120PreheatHighLimit_ActivePreheat High Limit Switch OpenReadInactive=Closed; Active=Open
BV121OA_Dewpoint_ModeSupply Dewpoint Dehumidification Status (Digital Comps)ReadInactive=OFF; Active=ON
BV122DewpointDehumMode_ONDewpoint Control Status (No Digital Comps)ReadInactive=OFF; Active=ON
BV123Schedule_enSchedule EnableWriteInactive=Disabled; Active=Enabled
BV124EnableCompressor_1Compressor 1 EnableReadInactive=Disabled; Active=Enabled
BV125EnableCompressor_2Compressor 2 EnableReadInactive=Disabled; Active=Enabled
BV126EnableCompressor_3Compressor 3 EnableReadInactive=Disabled; Active=Enabled
BV127EnableCompressor_4Compressor 4 EnableReadInactive=Disabled; Active=Enabled
BV128EnableHeater_1Heater 1 EnableReadInactive=Disabled; Active=Enabled
BV129EnableHeater_2Heater 2 EnableReadInactive=Disabled; Active=Enabled
BV130EnableHeater_3Heater 3 EnableReadInactive=Disabled; Active=Enabled
BV131EnableHeater_4Heater 4 EnableReadInactive=Disabled; Active=Enabled
BV132Humidifier_ONHumidifier ONReadInactive=OFF; Active=ON
BV133EnergyRecoveryWheel_enEnergy Recovery Wheel EnableWriteInactive=Disabled; Active=Enabled
BV134ExhaustFan_enExhaust Blower/Fan EnableWriteInactive=Disabled; Active=Enabled
BV135ERW_ONEnnergy Recovery Wheel StatusReadInactive=OFF; Active=ON
BV136ExhaustFan_ONExhaust Blower/Fan StatusReadInactive=OFF; Active=ON
BV137GlobalAlarm_ONAlarms are PresentReadInactive=Inactive; Active=Active
BV138MorningWarmUp_ONMorning Warm-Up Mode ONReadInactive=OFF; Active=ON
BV139MorningCoolDown_ONMorning Cool-Down Mode ONReadInactive=OFF; Active=ON
BVmin141AlarmReset_BMSReset Active AlarmsWriteInactive=Disabled; Active=Trigger Reset
IV2WarmupTimeRemainMorning Warm-Up Time RemainingRead
IV3CooldownTimeRemainMorning Cool-Down Time RemainingRead
IV4VSComp_1_MotorSpeedVariable Compressor 1 Motor SpeedRead
IV5VSComp_2_MotorSpeedVariable Compressor 2 Motor SpeedRead
IV6ExpansionValve_1_PercentOpenExpansionValve_1_PercentOpenRead
IV7ExpansionValve_2_PercentOpenExpansionValve_2_PercentOpenRead
IV8ExpansionValve_3_PercentOpenExpansionValve_3_PercentOpenRead
IV9ExpansionValve_4_PercentOpenExpansionValve_4_PercentOpenRead
MVmin1BMS_ModeSelectionBMS Mode Input SelectorWrite1=BMS - Mode Disabled/OFF; 2=BMS - Unit OFF; 3=BMS - Morning Warmup Mode; 4=BMS - Morning CoolDown Mode; 5=BMS - Set-Back Mode; 6=BMS - Unoccupied; 7=BMS - Occupied; 8=BMS - Emergency Stop
MV2UnoccMode_StatusUnoccupied Mode of OperationRead1=Unoccupied Mode - OFF; 2=Unoccupied Cooling ON; 3=Unoccupied Heating ON; 4=Unoccupied Dehumidification ON; 5=Unoccupied Humidification ON
MV3Compressor_1_StatusCompressor 1 StatusRead1=Compressor 1 - OFF; 2=Compressor 1 - High Pressure; 3=Compressor 1 - Low Pressure; 4=Compressor 1 - In Delay; 5=Compressor 1 - Module Alarm; 6=Compressor 1 - ON; 7=Compressor 1 - Heat Pump Mode ON
MV4Compressor_2_StatusCompressor 2 StatusRead1=Compressor 2 - OFF; 2=Compressor 2 - High Pressure; 3=Compressor 2 - Low Pressure; 4=Compressor 2 - In Delay; 5=Compressor 2 - Module Alarm; 6=Compressor 2 - ON; 7=Compressor 2 - Heat Pump Mode ON
MV5Compressor_3_StatusCompressor 3 StatusRead1=Compressor 3 - OFF; 2=Compressor 3 - High Pressure; 3=Compressor 3 - Low Pressure; 4=Compressor 3 - In Delay; 5=Compressor 3 - Module Alarm; 6=Compressor 3 - ON; 7=Compressor 3 - Heat Pump Mode ON
MV6Compressor_4_StatusCompressor 4 StatusRead1=Compressor 4 - OFF; 2=Compressor 4 - High Pressure; 3=Compressor 4 - Low Pressure; 4=Compressor 4 - In Delay; 5=Compressor 4 - Module Alarm; 6=Compressor 4 - ON; 7=Compressor 4 - Heat Pump Mode ON
MVmin7SystemStatusSystem StatusRead1=Unit OFF; 2=System Stand-By; 3=Unit ON; 4=Unoccupied; 5=Unocc Cool ON; 6=Unocc Heat ON; 7=Unocc Dehumidify ON; 8=Unocc Humidify ON; 9=Warm Up - Heating ON; 10=Cool Down - Cooling ON; 11=Setback Cooling ON; 12=Setback Heating ON; 13=Setback Dehumidify ON; 14=Setback Humidify ON; 15=Occupied; 16=Unoccupied Override ON; 17=Compressors ON; 18=Heaters ON; 19=Dehumidify ON; 20=Dehumidify & Reheat ON; 21=Humidifier ON; 22=Airside Economizer ON; 23=Water Economizer Valve ON; 24=Chilled Water Valve ON
MV8Reheat_ByReheat ByWrite1=Space Temperature; 2=Supply Temperature; 3=Return Temperature
MV9HumidifierStatusHumidifier StatusRead1=No Steam Production; 2=Updating Set Characteristics; 3=Filling Water; 4=Steam Evaporation; 5=Draining due to Foaming; 6=Draining Water; 7=Drain for Production; 8=Drain - Prolonged Inactivity; 9=Complete Drain Requested; 10=Restart Filling After Alarm; 11=Pre-Cleaning Cylinder; 12=Periodic Drain Request
PIV1BMS_SoftwareVersionSoftware VersionRead
PIV2UnitStartDelayUnit Start Delay; range 5 to 180, default 15Write
PIV3BlowerModeStart_DelayBlower Mode Start Delay; range 30 to 180, default 60Write
PIV4OutdoorDamper_DelayOutdoor Air Damper DelayRead
PIV5Compressor_1_StartDelayCompressor 1 Start DelayRead
PIV6Compressor_2_StartDelayCompressor 2 Start DelayRead
PIV7Compressor_3_StartDelayCompressor 3 Start DelayRead
PIV8Compressor_4_StartDelayCompressor 4 Start DelayRead
PIV9Comp_1_MinRUNCompressor 1 Minimum Run TimeRead
PIV10Comp_2_MinRUNCompressor 2 Minimum Run TimeRead
PIV11Comp_3_MinRUNCompressor 3 Minimum Run TimeRead
PIV12Comp_4_MinRUNCompressor 4 Minimum Run TimeRead
PIV13Comp_1_MinOFFCompressor 1 Minimum OFF TimeRead
PIV14Comp_2_MinOFFCompressor 2 Minimum OFF TimeRead
PIV15Comp_3_MinOFFCompressor 3 Minimum OFF TimeRead
PIV16Comp_4_MinOFFCompressor 4 Minimum OFF TimeRead
PIV17CompMinRUNCompressor Minimum Run Time; range 60 to 600, default 120Write
PIV18CompMinOFFCompressor Minimum OFF Time; range 90 to 900, default 300Write
PIV19TimeBetweenCompressorsTime Between Compressor Stages; range 30 to 600, default 300Write
PIV20CompressorUpate_DelayDigital Compressor Output Update Delay; range 5 to 60, default 10Write
PIV21LowOilDelayTimeLow Compressor Demand Oil Cycle Start Delay; range 2 to 8, default 6Write
PIV22HGFlushOilRecovery_DelayHot Gas Flush/Oil Recovery Time; range 30 to 600, default 300Write
PIV23HourPresent HourRead
PIV24MinutePresent MinuteRead
PIV25MonthPresent MonthRead
PIV26DayPresent DayRead
PIV27YearPresent YearRead
PIV28NewHourWrite New Hour; range 0 to 24Write
PIV29NewMinuteWrite New Minute; range 0 to 59Write
PIV30NewMonthWrite New Month; range 1 to 12Write
PIV31NewDayWrite New Day of Month; range 1 to 31Write
PIV32DayOfWeekDay of the WeekRead
PIV33MON_StartHourMonday Occupied Start Hour; range 0 to 23, default 0Write
PIV34MON_StartMinMonday Occupied Start Minute; range 0 to 59, default 0Write
PIV35MON_EndHourMonday Occupied End Hour; range 0 to 23, default 0Write
PIV36MON_EndMinMonday Occupied End Minute; range 0 to 59, default 0Write
PIV37TUE_StartHourTuesday Occupied Start Hour; range 0 to 23, default 0Write
PIV38TUE_StartMinTuesday Occupied Start Minute; range 0 to 59, default 0Write
PIV39TUE_EndHourTuesday Occupied End Hour; range 0 to 23, default 0Write
PIV40TUE_EndMinTuesday Occupied End Minute; range 0 to 59, default 0Write
PIV41WED_StartHourWednesday Occupied Start Hour; range 0 to 23, default 0Write
PIV42WED_StartMinWednesday Occupied Start Minute; range 0 to 59, default 0Write
PIV43WED_EndHourWednesday Occupied End Hour; range 0 to 23, default 0Write
PIV44WED_EndMinWednesday Occupied End Minute; range 0 to 59, default 0Write
PIV45THU_StartHourThursday Occupied Start Hour; range 0 to 23, default 0Write
PIV46THU_StartMinThursday Occupied Start Minute; range 0 to 59, default 0Write
PIV47THU_EndHourThursday Occupied End Hour; range 0 to 23, default 0Write
PIV48THU_EndMinThursday Occupied End Minute; range 0 to 59, default 0Write
PIV49FRI_StartHourFriday Occupied Start Hour; range 0 to 23, default 0Write
PIV50FRI_StartMinFriday Occupied Start Minute; range 0 to 59, default 0Write
PIV51FRI_EndHourFriday Occupied End Hour; range 0 to 23, default 0Write
PIV52FRI_EndMinFriday Occupied End Minute; range 0 to 59, default 0Write
PIV53SAT_StartHourSaturday Occupied Start Hour; range 0 to 23, default 0Write
PIV54SAT_StartMinSaturday Occupied Start Minute; range 0 to 59, default 0Write
PIV55SAT_StartMinSaturday Occupied End Hour; range 0 to 23, default 0Write
PIV56SAT_EndMinSaturday Occupied End Minute; range 0 to 59, default 0Write
PIV57SUN_StartHourSunday Occupied Start Hour; range 0 to 23, default 0Write
PIV58SUN_StartMinSunday Occupied Start Minute; range 0 to 59, default 0Write
PIV59SUN_EndHourSunday Occupied End Hour; range 0 to 23, default 0Write
PIV60SUN_EndMinSunday Occupied End Minute; range 0 to 59, default 0Write
PIV61MON_NSB_StartHourMonday Setback Start Hour; range 0 to 23, default 0Write
PIV62MON_NSB_StartMinMonday Setback Start Minute; range 0 to 59, default 0Write
PIV63MON_NSB_EndHourMonday Setback End Hour; range 0 to 23, default 0Write
PIV64MON_NSB_EndMinMonday Setback End Minute; range 0 to 59, default 0Write
PIV65TUE_NSB_StartHourTuesday Setback Start Hour; range 0 to 23, default 0Write
PIV66TUE_NSB_StartMinTuesday Setback Start Minute; range 0 to 59, default 0Write
PIV67TUE_NSB_EndHourTuesday Setback End Hour; range 0 to 23, default 0Write
PIV68TUE_NSB_EndMinTuesday Setback End Minute; range 0 to 59, default 0Write
PIV69WED_NSB_StartHourWednesday Setback Start Hour; range 0 to 23, default 0Write
PIV70WED_NSB_StartMinWednesday Setback Start Minute; range 0 to 59, default 0Write
PIV71WED_NSB_EndHourWednesday Setback End Hour; range 0 to 23, default 0Write
PIV72WED_NSB_EndMinWednesday Setback End Minute; range 0 to 59, default 0Write
PIV73THU_NSB_StartHourThursday Setback Start Hour; range 0 to 23, default 0Write
PIV74THU_NSB_StartMinThursday Setback Start Minute; range 0 to 59, default 0Write
PIV75THU_NSB_EndHourThursday Setback End Hour; range 0 to 23, default 0Write
PIV76THU_NSB_EndMinThursday Setback End Minute; range 0 to 59, default 0Write
PIV77FRI_NSB_StartHourFriday Setback Start Hour; range 0 to 23, default 0Write
PIV78FRI_NSB_StartMinFriday Setback Start Minute; range 0 to 59, default 0Write
PIV79FRI_NSB_EndHourFriday Setback End Hour; range 0 to 23, default 0Write
PIV80FRI_NSB_EndMinFriday Setback End Minute; range 0 to 59, default 0Write
PIV81SAT_NSB_StartHourSaturday Setback Start Hour; range 0 to 23, default 0Write
PIV82SAT_NSB_StartMinSaturday Setback Start Minute; range 0 to 59, default 0Write
PIV83SAT_NSB_EndHourSaturday Setback End Hour; range 0 to 23, default 0Write
PIV84SAT_NSB_EndMinSaturday Setback End Minute; range 0 to 59, default 0Write
PIV85SUN_NSB_StartHourSunday Setback Start Hour; range 0 to 23, default 0Write
PIV86SUN_NSB_StartMinSunday Setback Start Minute; range 0 to 59, default 0Write
PIV87SUN_NSB_EndHourSunday Setback End Hour; range 0 to 23, default 0Write
PIV88SUN_NSB_EndMinSunday Setback End Minute; range 0 to 59, default 0Write
PIV89MON_MW_StartHourMonday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV90MON_MW_StartMinMonday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV91TUE_MW_StartHourTuesday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV92TUE_MW_StartMinTuesday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV93WED_MW_StartHourWednesday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV94WED_MW_StartMinWednesday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV95THU_MW_StartHourThursday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV96THU_MW_StartMinThursday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV97FRI_MW_StartHourFriday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV98FRI_MW_StartMinFriday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV99SAT_MW_StartHourSaturday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV100SAT_MW_StartMinSaturday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV101SUN_MW_StartHourSunday Morning Warm-Up Start Hour; range 0 to 23, default 0Write
PIV102SUN_MW_StartMinSunday Morning Warm-Up Start Minute; range 0 to 59, default 0Write
PIV103MON_CD_StartHourMonday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV104MON_CD_StartMinMonday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV105TUE_CD_StartHourTuesday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV106TUE_CD_StartMinTuesday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV107WED_CD_StartHourWednesday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV108WED_CD_StartMinWednesday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV109THU_CD_StartHourThursday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV110THU_CD_StartMinThursday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV111FRI_CD_StartHourFriday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV112FRI_CD_StartMinFriday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV113SAT_CD_StartHourSaturday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV114SAT_CD_StartMinSaturday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV115SUN_CD_StartHourSunday Morning Cool-Down Start Hour; range 0 to 23, default 0Write
PIV116SUN_CD_StartMinSunday Morning Cool-Down Start Minute; range 0 to 59, default 0Write
PIV117WarmupTimeMorning Warm-Up Time (minutes)Write
PIV118CoolDownTimeMorning Cool-Down Time (minutes)Write
PIV119ReturnTemp_TiReturn Temperature Integration TimeWrite
PIV120SpaceTemp_TiSpace Temperature Integration TimeWrite
PIV121ReturnCool_TiReturn Cool Integration TimeWrite
PIV122SpaceCool_TiSpace Cool Integration TimeWrite
PIV123ReturnHeat_TiReturn Heat Integration TimeWrite
PIV124SpaceHeat_TiSpace Heating Integration TimeWrite
PIV125ReturnHumidify_TiReturn Humidification Integration TimeWrite
PIV126SpaceHumidify_TiSpace Humidification Integration TimeWrite
PIV127ReturnTemp_TdReturn Temperature Derivative TimeWrite
PIV128SpaceTemp_TdSpace Temperature Derivative TimeWrite
PIV129ReturnCool_TdReturn Cooling Derivative TimeWrite
PIV130SpaceCool_TdSpace Cooling Derivative TimeWrite
PIV131ReturnHeat_TdReturn Heating Derivative TimeWrite
PIV132SpaceHeat_TdSpace Heating Derivative TimeWrite
PIV133SupplyCool_TiSupply Cooling Integration Time (seconds); range 0 to 999, default 120Write
PIV134SupplyHeat_TiSupply Heating Integration Time (seconds); range 0 to 999, default 0Write
PIV135SupplyCool_TdSupply Cooling Derivative Time (seconds); range 0 to 999, default 120Write
PIV136SupplyHeat_TdSupply Heating Derivative Time (seconds); range 0 to 999, default 0Write
PIV137Airflow_CFMAirflow CFMRead
PIV138Airflow_CFM_SetpointAirflow CFM Set Point; range 0 to 50000, default 0Write
PIV139HumidifierConductivityHumidifier Water ConductivityRead
PIV140ECM_Blower_1_SpeedECM Blower 1 Motor SpeedRead
PIV141ECM_Blower_2_SpeedECM Blower 2 Motor SpeedRead
PIV142ECM_Blower_3_SpeedECM Blower 3 Motor SpeedRead
PIV143ECM_Blower_4_SpeedECM Blower 4 Motor SpeedRead
PIV144ECM_Motor_1_PowerECM Blower 1 Motor PowerRead
PIV145ECM_Motor_2_PowerECM Blower 2 Motor PowerRead
PIV146ECM_Motor_3_PowerECM Blower 3 Motor PowerRead
PIV147ECM_Motor_4_PowerECM Blower 4 Motor PowerRead
PIV148LineVoltage_ZA1ZiehlAbegg 1 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV149LineVoltage_ZA2ZiehlAbegg 2 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV150LineVoltage_ZA3ZiehlAbegg 3 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV151LineVoltage_ZA4ZiehlAbegg 4 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV152ECM_Blower_5_SpeedECM Blower 5 Motor SpeedRead
PIV153ECM_Blower_6_SpeedECM Blower 6 Motor SpeedRead
PIV154ECM_Blower_7_SpeedECM Blower 7 Motor SpeedRead
PIV155ECM_Blower_8_SpeedECM Blower 8 Motor SpeedRead
PIV156ECM_Motor_5_PowerECM Blower 5 Motor PowerRead
PIV157ECM_Motor_6_PowerECM Blower 6 Motor PowerRead
PIV158ECM_Motor_7_PowerECM Blower 7 Motor PowerRead
PIV159ECM_Motor_8_PowerECM Blower 8 Motor PowerRead
PIV160LineVoltage_ZA5ZiehlAbegg 5 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV161LineVoltage_ZA6ZiehlAbegg 6 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV162LineVoltage_ZA7ZiehlAbegg 7 Line Voltage (Ziehl-Abbegg Fans Only)Read
PIV163LineVoltage_ZA8ZiehlAbegg 5 Line Voltage (Ziehl-Abbegg Fans Only)Read
Object ID lookup: United CoolAir Marvel Premium controller point IDs by name

Integration notes

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 Marvel Premium controller (BMS points list) 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 United CoolAir Marvel Premium controller (BMS points list)

How many BACnet points does the United CoolAir Marvel Premium controller (BMS points list) have?

This list has 526 BACnet objects: 206 analog values, 140 binary values, 9 multi-state values, 8 integer values, 163 positive integer values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which United CoolAir Marvel Premium controller (BMS points list) BACnet points are writable?

223 of the 526 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 United CoolAir Marvel Premium controller (BMS points list) BACnet documentation?

The source is BACNET Form MARVPREM_BMS_07_14_2023 (Marvel Premium BMS points list) (MARVPREM_BMS_07_14_2023 Rev. G), revision 2023-07-14, published free by United CoolAir at https://www.unitedcoolair.com/wp-content/uploads/securepdfs/MARVPREM_BMS_7_14_23.pdf.

What are the minimum BACnet points to integrate the United CoolAir Marvel Premium controller (BMS points list)?

Start with BV 1 SystemOnOff (Unit on/off command); MV 1 BMS_ModeSelection (BMS mode: occupied, unoccupied, setback, off); AV 65 SpaceTemp_Setpoint (Space temperature setpoint, default 73); AV 56 ReturnTemp_Setpoint (Return temperature setpoint, default 72); BV 141 AlarmReset_BMS (Reset active alarms); MV 7 SystemStatus (Unit state (off, on, unoccupied, cooling...)); BV 3 SupplyBlower (Supply blower status); AV 3 SpaceTemperature (Space temperature); AV 1 ReturnTemperature (Return air temperature); AV 7 SupplyTemperature (Supply air temperature (average)).

How do I enable BMS control of the United CoolAir Marvel Premium controller (BMS points list)?

BV 1 SystemOnOff (R/W) switches the unit; MV 1 BMS_ModeSelection (R/W) selects 1 disabled, 2 unit off, 3 morning warm-up, 4 cool-down, 5 setback, 6 unoccupied, 7 occupied, 8 emergency stop. Per the IOM, BMS-based unoccupied override, morning warm-up and cool-down need the BMS communications option.

How do I check these points on the real Marvel Premium controller (BMS points list)?

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

Source: BACNET Form MARVPREM_BMS_07_14_2023 (Marvel Premium BMS points list) · MARVPREM_BMS_07_14_2023 Rev. G · rev. 2023-07-14. Object names, instances and units are reproduced as published; descriptions are our own.