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In-row precision cooling unit (computer room air handler) · BACnet points list

Vertiv Liebert CRV CR012 in-row cooling BACnet points list

Updated 6 November 2026

Short answer

The Liebert CRV CR012 in-row cooling reports to a BMS through a Liebert IntelliSlot card (IS-UNITY-DP, for BACnet IP or BACnet MS/TP). The object list has Binary Values for events, Analog Values for temperatures, humidity, setpoints and run hours, and Multi-state Values for states and control modes. Objects are created on the card when it discovers the unit, so only options fitted to the unit appear.

This page lists 123 BACnet objects for the Vertiv Liebert CRV CR012 in-row cooling — 18 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Vertiv’s own free documentation, linked below.

Manufacturer
Vertiv
Model
Liebert CRV CR012 in-row cooling
Equipment
In-row precision cooling unit (computer room air handler)
Equipment type
Rooftop units, AHUs & DOAS
BACnet objects
123 (18 writable)
Transport
BACnet IP, BACnet MS/TP
Firmware
Not stated
Also known as
CR012, Liebert CRV CR012, SL-28170
Source document
Liebert IntelliSlot Modbus/BACnet Reference Guide (Modbus RTU and TCP, BACnet MSTP and IP) · SL-28170 · rev. 2024-04 (Rev 29)
Download CSV 123 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 Vertiv’s current documentation and the live device before use. Not official Vertiv information. Terms of use.

BMS integration notes: Vertiv Liebert CRV CR012 in-row cooling

Integration in brief

Fit a Liebert IntelliSlot BACnet card (IS-UNITY-DP for BACnet IP or MS/TP), give it a unique device instance and let it discover the unit; the objects are then created automatically. Map the on/off and setpoint objects if the BMS controls the unit, and the status, main measurements and event objects for monitoring.

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
MV 607536_1Monitoring on/off (1=off, 2=on)Write
AV 85331_1Supply air temperature setpoint, °CWrite
AV 95333_1Return air temperature setpoint, °CWrite
MV 717528_1Run / standby / off stateRead
MV 724123_1Normal, warning or alarm stateRead
AV 258077_1_1Supply air temperature, °CRead
AV 588078_1_1Return air temperature, °CRead
AV 2348080_1_1Return air humidity, %RHRead
AV 4875078_1_1Cooling output, %Read
AV 4235077_1_1Fan speed, %Read

Network setup

Watch out for

Vertiv Liebert CRV CR012 in-row cooling 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.

123 of 123 shown
Type
AnalogBinaryMulti-state
Access
Show
Vertiv Liebert CRV CR012 in-row cooling BACnet Points List
DescriptionStates
BV25015_1Supply Air Over TemperatureReadActive = alarm
BV37559_1Loss of Airflow Sensor FailureReadActive = alarm
BV45034_1High Return HumidityReadActive = alarm
BV65036_1Low Return HumidityReadActive = alarm
BV117522_1Loss of AirflowReadActive = alarm
BV165019_1Supply Air Under TemperatureReadActive = alarm
BV175023_1Return Air Over TemperatureReadActive = alarm
BV85118_1_1Clogged Air FilterReadActive = alarm
BV97537_1_1Filter Maintenance DueReadActive = alarm
BV285026_1_1Supply Air Sensor Issue (Supply Air Temp Sensor 1)ReadActive = alarm
BV395026_1_2Supply Air Sensor Issue (Supply Air Temp Sensor 2)ReadActive = alarm
BV615147_1_1Return Air Sensor IssueReadActive = alarm
BV947495_1_1External Air Sensor Issue (Remote Temp Sensor 1)ReadActive = alarm
BV1057495_1_2External Air Sensor Issue (Remote Temp Sensor 2)ReadActive = alarm
BV1937495_1_10External Air Sensor Issue (Remote Temp Sensor 10)ReadActive = alarm
BV2375902_1_1Return Humidity Sensor IssueReadActive = alarm
BV4378051_1Compressor Drive Failure U00ReadActive = alarm
BV4388052_1Compressor Drive Failure U01ReadActive = alarm
BV4398053_1Compressor Drive Failure U02ReadActive = alarm
BV4408054_1Compressor Drive Failure U03ReadActive = alarm
BV4418055_1Compressor Drive Failure U04ReadActive = alarm
BV4428056_1Compressor Drive Failure U05ReadActive = alarm
BV4438057_1Compressor Drive Failure U06ReadActive = alarm
BV4448058_1Compressor Drive Failure U07ReadActive = alarm
BV4458059_1Compressor Drive Failure U08ReadActive = alarm
BV4468060_1Compressor Drive Failure U09ReadActive = alarm
BV4478061_1Compressor Drive Failure U10ReadActive = alarm
BV4488062_1Compressor Drive Failure U11ReadActive = alarm
BV4498063_1Compressor Drive Failure U12ReadActive = alarm
BV4508064_1Compressor Drive Failure U13ReadActive = alarm
BV4518065_1Compressor Drive Failure U14ReadActive = alarm
BV4528066_1Compressor Drive Failure U15ReadActive = alarm
BV4538067_1EEV Driver Unselect RefrigerantReadActive = alarm
BV4227549_1_1High Compressor Pressure AbnormalReadActive = alarm
BV4197548_1_1Low Compressor Discharge Superheat LockoutReadActive = alarm
BV4207547_1_1Low Compressor Discharge SuperheatReadActive = alarm
BV4267544_1_1High Compressor Discharge Temperature LockoutReadActive = alarm
BV4277543_1_1High Compressor Discharge TemperatureReadActive = alarm
BV4287542_1_1Low Compressor Pressure LockoutReadActive = alarm
BV4247541_1_1Low Compressor PressureReadActive = alarm
BV4297540_1_1High Compressor Presssure LockoutReadActive = alarm
BV4307539_1_1High Compressor PressureReadActive = alarm
BV4357500_1_1Compressor Driver Communication FailureReadActive = alarm
BV4187553_1_1High Compressor Pressure Sensor FailureReadActive = alarm
BV4177554_1_1Low Compressor Pressure Sensor FailureReadActive = alarm
BV4167555_1_1Low Compressor Pressure Sensor Failure LockoutReadActive = alarm
BV4157556_1_1Compressor Discharge Temperature Sensor FailureReadActive = alarm
BV4147557_1_1Compressor Suction Temperature Sensor FailureReadActive = alarm
BV4804729_1_1Fan Issue (Fan Issue 1)ReadActive = alarm
BV4914729_1_2Fan Issue (Fan Issue 2)ReadActive = alarm
BV5134729_1_4Fan Issue (Fan Issue 4)ReadActive = alarm
BV6125568_1Input UndervoltageReadActive = alarm
BV6135569_1Input OvervoltageReadActive = alarm
BV6156186_1Input Frequency DeviationReadActive = alarm
BV6197520_1Power Loss Of PhaseReadActive = alarm
BV6307503_1Electrical Heater FailureReadActive = alarm
BV6427525_1Repeated Teamwork AddressReadActive = alarm
BV6437524_1Loss of Teamwork SlaveReadActive = alarm
BV6447523_1Teamwork Master is offline or not connected to the networkReadActive = alarm
BV6464723_1Water Under FloorReadActive = alarm
BV6534300_1Internal Communications FailureReadActive = alarm
BV6558073_1System Lack Of RefrigerantReadActive = alarm
BV6565106_1Ext Condenser Pump High WaterReadActive = alarm
BV6575500_1Ext Remote ShutdownReadActive = alarm
BV6584714_1Shutdown - Loss Of PowerReadActive = alarm
BV6507551_1_1EEV Driver Communication FailureReadActive = alarm
AVmin85331_1Supply Air Temperature Set Point°CWrite
AV100085331_1_deg_FSupply Air Temperature Set Point°FWrite
AVmin95333_1Return Air Temperature Set Point°CWrite
AV100095333_1_deg_FReturn Air Temperature Set Point°FWrite
AV108082_1Remote Sensor Air Temperature Set Point°CWrite
AV100108082_1_deg_FRemote Sensor Air Temperature Set Point°FWrite
AV115029_1Humidity Set Point%RHWrite
AV125009_1Cooling Proportional Band°CWrite
AV100125009_1_deg_FCooling Proportional Band°FWrite
AV135030_1Humidification Proportional Band%RHWrite
AV147521_1_1Air Filter HourshWrite
AVmin258077_1_1Supply Air Sensor Temperature (Supply Air Temp Sensor 1)°CRead
AV100258077_1_1_deg_FSupply Air Sensor Temperature (Supply Air Temp Sensor 1)°FRead
AV368077_1_2Supply Air Sensor Temperature (Supply Air Temp Sensor 2)°CRead
AV100368077_1_2_deg_FSupply Air Sensor Temperature (Supply Air Temp Sensor 2)°FRead
AVmin588078_1_1Return Air Sensor Temperature°CRead
AV100588078_1_1_deg_FReturn Air Sensor Temperature°FRead
AV915059_1_1Remote Sensor Temperature (Remote Temp Sensor 1)°CRead
AV100915059_1_1_deg_FRemote Sensor Temperature (Remote Temp Sensor 1)°FRead
AV1025059_1_2Remote Sensor Temperature (Remote Temp Sensor 2)°CRead
AV101025059_1_2_deg_FRemote Sensor Temperature (Remote Temp Sensor 2)°FRead
AV1905059_1_10Remote Sensor Temperature (Remote Temp Sensor 10)°CRead
AV101905059_1_10_deg_FRemote Sensor Temperature (Remote Temp Sensor 10)°FRead
AVmin2348080_1_1Return Sensor Humidity%RHRead
AV4067534_1_1Compressor Suction Superheat°CRead
AV104067534_1_1_deg_FCompressor Suction Superheat°FRead
AV4077535_1_1Compressor Discharge Superheat°CRead
AV104077535_1_1_deg_FCompressor Discharge Superheat°FRead
AV4057533_1_1Compressor Suction Temperature°CRead
AV104057533_1_1_deg_FCompressor Suction Temperature°FRead
AV4047532_1_1Compressor Discharge Temperature°CRead
AV104047532_1_1_deg_FCompressor Discharge Temperature°FRead
AV4087531_1_1Compressor Low PressurebarRead
AV4097530_1_1Compressor High PressurebarRead
AVmin4875078_1_1Cooling Capacity (Master)%Read
AV4105267_1_1Compressor HourshWrite
AVmin4235077_1_1Fan Speed%Read
AV4225374_1_1Fan HourshWrite
AV4245276_1Condenser Fan Speed%Read
AV4508122_1_1Condensate Pump HourshWrite
AV4574096_1System Input RMS A-NVRead
AV4594098_1System Input RMS B-NVRead
AV4614100_1System Input RMS C-NVRead
AV4654105_1System Input FrequencyHzRead
AV4718443_1Fan Power ConsumptionkWRead
AV4765366_1_1Electric Reheater HourshWrite
MV14553_1Server ClassRead1=UPS, 2=AIR, 3=PMP, 4=PDU, 5=MONITOR
MV237502_1Compressor Control ModeWrite1=ReturnAirAverageTemp, 2=ReturnAirMaxTemp, 3=ReturnAirMinTemp, 4=SupplyAirAverageTemp, 5=SupplyAirMaxTemp, 6=SupplyAirMinTemp, 7=RemoteAverageTemp, 8=RemoteMaxTemp, 9=RemoteMinTemp
MV347516_1Fan Control ModeWrite1=ReturnAirAverageTemp, 2=ReturnAirMaxTemp, 3=ReturnAirMinTemp, 4=SupplyAirAverageTemp, 5=SupplyAirMaxTemp, 6=SupplyAirMinTemp, 7=RemoteAverageTemp, 8=RemoteMaxTemp, 9=RemoteMinTemp, 10=TemperatureDiff, 11=StaticPressure
MV565388_1Humidifier StateRead1=off, 2=on
MV575387_1Dehumidifier StateRead1=off, 2=on
MV455386_1Electric Reheat StateRead1=off, 2=on
MV585382_1Cooling StateRead1=off, 2=on
MV597529_1Teamwork StatusRead1=Single, 2=TeamworkMode0, 3=TeamworkMode1, 4=TeamworkMode2, 5=TeamworkMode3
MVmin607536_1Monitoring ON/OFFWrite1=off, 2=on
MVmin717528_1System Operating StateRead1=Run, 2=Standby, 3=Display Off, 4=Remote Off, 5=Monitoring Off, 6=Lockout
MVmin724123_1System StatusRead1=Normal Operation, 2=StartUp, 3=Normal with Warning, 4=Normal with Alarm, 5=Abnormal Operation
Object ID lookup: Vertiv Liebert CRV CR012 in-row cooling 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 Liebert CRV CR012 in-row cooling 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 Vertiv Liebert CRV CR012 in-row cooling

How many BACnet points does the Vertiv Liebert CRV CR012 in-row cooling have?

This list has 123 BACnet objects: 46 analog values, 66 binary values, 11 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Vertiv Liebert CRV CR012 in-row cooling BACnet points are writable?

18 of the 123 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 Vertiv Liebert CRV CR012 in-row cooling BACnet documentation?

The source is Liebert IntelliSlot Modbus/BACnet Reference Guide (Modbus RTU and TCP, BACnet MSTP and IP) (SL-28170), revision 2024-04 (Rev 29), published free by Vertiv at https://www.vertiv.com/49fb41/globalassets/shared/liebert-intellislot-modbus-rtu-reference-guide-SL-28170_0.pdf.

What are the minimum BACnet points to integrate the Vertiv Liebert CRV CR012 in-row cooling?

Start with MV 60 7536_1 (Monitoring on/off (1=off, 2=on)); AV 8 5331_1 (Supply air temperature setpoint, °C); AV 9 5333_1 (Return air temperature setpoint, °C); MV 71 7528_1 (Run / standby / off state); MV 72 4123_1 (Normal, warning or alarm state); AV 25 8077_1_1 (Supply air temperature, °C); AV 58 8078_1_1 (Return air temperature, °C); AV 234 8080_1_1 (Return air humidity, %RH); AV 487 5078_1_1 (Cooling output, %); AV 423 5077_1_1 (Fan speed, %).

How do I check these points on the real Liebert CRV CR012 in-row cooling?

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 Vertiv BACnet points lists

Source: Liebert IntelliSlot Modbus/BACnet Reference Guide (Modbus RTU and TCP, BACnet MSTP and IP) · SL-28170 · rev. 2024-04 (Rev 29). Object names, instances and units are reproduced as published; descriptions are our own.