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Liebert iCOM XDM precision cooling

Precision cooling unit (computer room air handler) · BACnet points list

Vertiv Liebert iCOM XDM precision cooling BACnet points list

Updated 6 November 2026

Short answer

The Liebert iCOM XDM precision cooling reports to a BMS through a Liebert IntelliSlot card (IS-UNITY-DP for BACnet IP or BACnet MS/TP; some units also IS-IPBML). 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 680 BACnet objects for the Vertiv Liebert iCOM XDM precision cooling — 211 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 iCOM XDM precision cooling
Equipment: Precision cooling unit (computer room air handler)
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 680 (211 writable)
Transport: BACnet IP, BACnet MS/TP
Firmware: Not stated
Also known as: Liebert XDM, iCOM XDM, 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 680 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 iCOM XDM precision 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.

Object	Name	Why	Access
MV 115	5143_1	On/off command (1=off, 2=on)	Write
AV 2844	8143_1_1	Fluid temperature setpoint, °C	Write
AV 61	5029_1	Humidity setpoint, %RH	Write
MV 292	4717_1	Acknowledge / reset events	Write
MV 94	4706_1	Run / standby / off state	Read
MV 93	4123_1	Normal, warning or alarm state	Read
AV 19	5002_1_1	Supply air temperature, °C	Read
AV 31	4291_1	Return air temperature, °C	Read
AV 2584	4643_1	Supply fluid temperature, °C	Read
AV 60	5028_1	Return air humidity, %RH	Read

Network setup

The card needs a unique Device Instance Number; the device object represents the card, not the unit.
The cards have no BBMD; IS-UNITY-DP and IS-IPBML support foreign device registration (BBMD address and time-to-live).
IS-UNITY-DP adds BACnet MS/TP; IS-WEBADPT and IS-IPBML are BACnet IP only. Check the compatibility table (guide section 1.1.3) for the card your unit supports.

Watch out for

Vertiv asks for no more than about two writes and two reads per second on average; do not rewrite setpoints continuously.
No segmented responses: large ReadPropertyMultiple requests can fail, so split them.
Only data the managed unit actually has is created on the card, so object counts vary by model and options.

Vertiv Liebert iCOM XDM precision 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.

680 of 680 shown

Type

AnalogBinaryMulti-state

Access

Units

Show

Vertiv Liebert iCOM XDM precision cooling BACnet Points List
			Description			States
BV	14	5023_1_1	Return Air Over Temperature		Read	Active = alarm
BV	15	5335_1_1	Return Air Under Temperature		Read	Active = alarm
BV	16	5147_1_1	Return Air Sensor Issue		Read	Active = alarm
BV	27	4601_1_1	Ext Air Sensor A Over Temperature		Read	Active = alarm
BV	28	4608_1_1	Ext Air Sensor A Under Temperature		Read	Active = alarm
BV	29	4618_1_1	Ext Air Sensor A Issue		Read	Active = alarm
BV	30	5573_1_1	Ambient Air Sensor Issue		Read	Active = alarm
BV	31	4621_1_1	External Air Sensor B Issue		Read	Active = alarm
BV	32	6531_1_1	External Air Sensor C Issue		Read	Active = alarm
BV	33	6532_1_1	External Air Sensor D Issue		Read	Active = alarm
BV	34	6533_1_1	External Air Sensor E Issue		Read	Active = alarm
BV	1050	5966_1_1	Aux Air Temp Device Communication Lost		Read	Active = alarm
BV	41	5034_1	High Return Humidity		Read	Active = alarm
BV	42	5036_1	Low Return Humidity		Read	Active = alarm
BV	43	5578_1	Dew Point Over Temperature		Read	Active = alarm
BV	44	5579_1	Dew Point Under Temperature		Read	Active = alarm
BV	45	5902_1	Return Humidity Sensor Issue		Read	Active = alarm
BV	53	5349_1_1	Ext Air Sensor A High Humidity		Read	Active = alarm
BV	54	5351_1_1	Ext Air Sensor A Low Humidity		Read	Active = alarm
BV	55	4615_1_1	Ext Dew Point Over Temperature		Read	Active = alarm
BV	56	5577_1_1	Ext Dew Point Under Temperature		Read	Active = alarm
BV	65	5067_1	Ext Compressor Lockout		Read	Active = alarm
BV	66	5513_1	Compressor Capacity Reduced		Read	Active = alarm
BV	77	5269_1_1	Compressor Hours Exceeded (Compressor 1)		Read	Active = alarm
BV	78	5270_1_1	Compressor High Head Pressure (Compressor 1)		Read	Active = alarm
BV	79	5271_1_1	Compressor Low Suction Pressure (Compressor 1)		Read	Active = alarm
BV	80	5352_1_1	Compressor Short Cycle (Compressor 1)		Read	Active = alarm
BV	81	5146_1_1	Compressor Pump Down Issue (Compressor 1)		Read	Active = alarm
BV	82	5272_1_1	Compressor Thermal Overload (Compressor 1)		Read	Active = alarm
BV	83	5354_1_1	Dig Scroll Comp Discharge Temp Sensor Issue (Compressor 1)		Read	Active = alarm
BV	84	5355_1_1	Dig Scroll Comp Over Temp (Compressor 1)		Read	Active = alarm
BV	85	5514_1_1	Compressor Low Pressure Transducer Issue (Compressor 1)		Read	Active = alarm
BV	86	5148_1_1	Compressor High Pressure Transducer Issue (Compressor 1)		Read	Active = alarm
BV	87	5604_1_1	Compressor Superheat Over Threshold (Compressor 1)		Read	Active = alarm
BV	88	5903_1_1	Compressor Low Differential Pressure Lockout (Compressor 1)		Read	Active = alarm
BV	89	6758_1_1	Compressor Freeze Protection (Compressor 1)		Read	Active = alarm
BV	97	5269_1_2	Compressor Hours Exceeded (Compressor 2)		Read	Active = alarm
BV	98	5270_1_2	Compressor High Head Pressure (Compressor 2)		Read	Active = alarm
BV	99	5271_1_2	Compressor Low Suction Pressure (Compressor 2)		Read	Active = alarm
BV	100	5352_1_2	Compressor Short Cycle (Compressor 2)		Read	Active = alarm
BV	101	5146_1_2	Compressor Pump Down Issue (Compressor 2)		Read	Active = alarm
BV	102	5272_1_2	Compressor Thermal Overload (Compressor 2)		Read	Active = alarm
BV	103	5354_1_2	Dig Scroll Comp Discharge Temp Sensor Issue (Compressor 2)		Read	Active = alarm
BV	104	5355_1_2	Dig Scroll Comp Over Temp (Compressor 2)		Read	Active = alarm
BV	105	5514_1_2	Compressor Low Pressure Transducer Issue (Compressor 2)		Read	Active = alarm
BV	106	5148_1_2	Compressor High Pressure Transducer Issue (Compressor 2)		Read	Active = alarm
BV	107	5604_1_2	Compressor Superheat Over Threshold (Compressor 2)		Read	Active = alarm
BV	108	5903_1_2	Compressor Low Differential Pressure Lockout (Compressor 2)		Read	Active = alarm
BV	109	6758_1_2	Compressor Freeze Protection (Compressor 2)		Read	Active = alarm
BV	1287	5269_1_4	Compressor Hours Exceeded (Compressor 4)		Read	Active = alarm
BV	1288	5270_1_4	Compressor High Head Pressure (Compressor 4)		Read	Active = alarm
BV	1289	5271_1_4	Compressor Low Suction Pressure (Compressor 4)		Read	Active = alarm
BV	1290	5352_1_4	Compressor Short Cycle (Compressor 4)		Read	Active = alarm
BV	1291	5146_1_4	Compressor Pump Down Issue (Compressor 4)		Read	Active = alarm
BV	1292	5272_1_4	Compressor Thermal Overload (Compressor 4)		Read	Active = alarm
BV	1293	5354_1_4	Dig Scroll Comp Discharge Temp Sensor Issue (Compressor 4)		Read	Active = alarm
BV	1294	5355_1_4	Dig Scroll Comp Over Temp (Compressor 4)		Read	Active = alarm
BV	1295	5514_1_4	Compressor Low Pressure Transducer Issue (Compressor 4)		Read	Active = alarm
BV	1296	5148_1_4	Compressor High Pressure Transducer Issue (Compressor 4)		Read	Active = alarm
BV	1297	5604_1_4	Compressor Superheat Over Threshold (Compressor 4)		Read	Active = alarm
BV	1298	5903_1_4	Compressor Low Differential Pressure Lockout (Compressor 4)		Read	Active = alarm
BV	1299	6758_1_4	Compressor Freeze Protection (Compressor 4)		Read	Active = alarm
BV	253	4270_1	Customer Input 1		Read	Active = alarm
BV	254	4271_1	Customer Input 2		Read	Active = alarm
BV	255	4272_1	Customer Input 3		Read	Active = alarm
BV	256	4273_1	Customer Input 4		Read	Active = alarm
BV	257	5415_1	Ext Loss of Air Blower		Read	Active = alarm
BV	258	5105_1	Ext Loss of Flow		Read	Active = alarm
BV	259	5107_1	Ext Standby Glycol Pump On		Read	Active = alarm
BV	260	5115_1	BMS Communications Timeout		Read	Active = alarm
BV	261	5416_1	Ext Standby Unit On		Read	Active = alarm
BV	262	5118_1	Clogged Air Filter		Read	Active = alarm
BV	263	5053_1	Loss of Air Flow		Read	Active = alarm
BV	264	4726_1	Service Required		Read	Active = alarm
BV	265	5120_1	Master Unit Communication Lost		Read	Active = alarm
BV	266	5119_1	RAM Battery Issue		Read	Active = alarm
BV	267	4714_1	Shutdown - Loss Of Power		Read	Active = alarm
BV	268	5121_1	High Power Shutdown		Read	Active = alarm
BV	269	4720_1	Smoke Detected		Read	Active = alarm
BV	271	4626_1	Supply Chilled Water Over Temp		Read	Active = alarm
BV	272	5418_1	Unit Code Missing		Read	Active = alarm
BV	273	5419_1	Unit Communication Lost		Read	Active = alarm
BV	274	5114_1	Water Leakage Detector Sensor Issue		Read	Active = alarm
BV	275	4723_1	Water Under Floor		Read	Active = alarm
BV	276	5104_1	Ext Over Temperature		Read	Active = alarm
BV	277	5108_1	External Fire Detected		Read	Active = alarm
BV	278	5588_1	Unspecified General Event		Read	Active = alarm
BV	279	5617_1	Temperature Control Sensor Issue		Read	Active = alarm
BV	280	5906_1	Airflow Sensor Issue		Read	Active = alarm
BV	281	5907_1	Ext Air Damper Position Issue		Read	Active = alarm
BV	282	5908_1	Ext Power Source A Failure		Read	Active = alarm
BV	283	5909_1	Ext Power Source B Failure		Read	Active = alarm
BV	284	5924_1	Mixed Mode Lockout		Read	Active = alarm
BV	350	6541_1	Auto Tune License Expiring		Read	Active = alarm
BV	351	6542_1	Auto Tune License Expired		Read	Active = alarm
BV	352	6543_1	Unit In Standby Due To Cooling Loss		Read	Active = alarm
BV	353	6544_1	Control Units Remote Shutdown Mismatch		Read	Active = alarm
BV	354	6545_1	Slave Control Unit Communication Lost		Read	Active = alarm
BV	355	6546_1	Control Units Unit Code Mismatch		Read	Active = alarm
BV	356	5471_1	Door Open		Read	Active = alarm
BV	357	8192_1	Water Leakage		Read	Active = alarm
BV	358	8231_1	PHE Sup Tem Snsr Fail		Read	Active = alarm
BV	288	4703_1_1	Chilled Water Control Valve Failure (Chilled Water Valve 1)		Read	Active = alarm
BV	299	4703_1_2	Chilled Water Control Valve Failure (Chilled Water Valve 2)		Read	Active = alarm
BV	310	5110_1_1	Unit Off		Read	Active = alarm
BV	311	5109_1_1	Unit On		Read	Active = alarm
BV	312	5112_1_1	Unit Partial Shutdown		Read	Active = alarm
BV	313	5113_1_1	Unit Shutdown		Read	Active = alarm
BV	314	5111_1_1	Unit Standby		Read	Active = alarm
BV	315	5116_1_1	Maintenance Due		Read	Active = alarm
BV	316	5117_1_1	Maintenance Completed		Read	Active = alarm
BV	327	5417_1_1	Digital Output Board Not Detected (iCOM DO Board 1)		Read	Active = alarm
BV	338	5417_1_2	Digital Output Board Not Detected (iCOM DO Board 2)		Read	Active = alarm
BV	349	5417_1_3	Digital Output Board Not Detected (iCOM DO Board 3)		Read	Active = alarm
BV	361	5593_1	Remote Sensor Average Over Temperature		Read	Active = alarm
BV	362	5594_1	Remote Sensor Average Under Temperature		Read	Active = alarm
BV	363	5595_1	Remote Sensor System Average Over Temperature		Read	Active = alarm
BV	364	5596_1	Remote Sensor System Average Under Temperature		Read	Active = alarm
BV	376	5597_1_1	Remote Sensor Over Temperature (Remote Sensor 1)		Read	Active = alarm
BV	377	5598_1_1	Remote Sensor Under Temperature (Remote Sensor 1)		Read	Active = alarm
BV	378	5060_1_1	Remote Sensor Issue (Remote Sensor 1)		Read	Active = alarm
BV	390	5597_1_2	Remote Sensor Over Temperature (Remote Sensor 2)		Read	Active = alarm
BV	391	5598_1_2	Remote Sensor Under Temperature (Remote Sensor 2)		Read	Active = alarm
BV	392	5060_1_2	Remote Sensor Issue (Remote Sensor 2)		Read	Active = alarm
BV	502	5597_1_10	Remote Sensor Over Temperature (Remote Sensor 10)		Read	Active = alarm
BV	503	5598_1_10	Remote Sensor Under Temperature (Remote Sensor 10)		Read	Active = alarm
BV	504	5060_1_10	Remote Sensor Issue (Remote Sensor 10)		Read	Active = alarm
BV	540	5625_1	EEV Unspecified General Event		Read	Active = alarm
BV	623	5636_1	Pump Unspecified General Event		Read	Active = alarm
BV	1001	5568_1	Input Undervoltage		Read	Active = alarm
BV	1040	5967_1	Modbus Power Meter Communication Lost		Read	Active = alarm
BV	643	5637_1	Condenser Unit Unspecified General Event		Read	Active = alarm
BV	1082	5536_1_1	Condenser Outside Air Temp Out of Operating Range (Condenser 1)		Read	Active = alarm
BV	1084	5537_1_1	Condenser Control Board Issue (Condenser 1)		Read	Active = alarm
BV	1086	5535_1_1	Condenser Outside Air Temp Sensor Issue (Condenser 1)		Read	Active = alarm
BV	1088	5531_1_1	Condenser Communication Lost (Condenser 1)		Read	Active = alarm
BV	1090	6100_1_1	Condenser Remote Shutdown (Condenser 1)		Read	Active = alarm
BV	218	5073_1_1	Condenser TVSS Issue (Condenser 1)		Read	Active = alarm
BV	1083	5536_1_2	Condenser Outside Air Temp Out of Operating Range (Condenser 2)		Read	Active = alarm
BV	1085	5537_1_2	Condenser Control Board Issue (Condenser 2)		Read	Active = alarm
BV	1087	5535_1_2	Condenser Outside Air Temp Sensor Issue (Condenser 2)		Read	Active = alarm
BV	1089	5531_1_2	Condenser Communication Lost (Condenser 2)		Read	Active = alarm
BV	1091	6100_1_2	Condenser Remote Shutdown (Condenser 2)		Read	Active = alarm
BV	1092	5073_1_2	Condenser TVSS Issue (Condenser 2)		Read	Active = alarm
BV	1366	5073_1_4	Condenser TVSS Issue (Condenser 4)		Read	Active = alarm
BV	1335	5536_1_4	Condenser Outside Air Temp Out of Operating Range (Condenser 4)		Read	Active = alarm
BV	1336	5537_1_4	Condenser Control Board Issue (Condenser 4)		Read	Active = alarm
BV	1337	5535_1_4	Condenser Outside Air Temp Sensor Issue (Condenser 4)		Read	Active = alarm
BV	1338	5531_1_4	Condenser Communication Lost (Condenser 4)		Read	Active = alarm
BV	1339	6100_1_4	Condenser Remote Shutdown (Condenser 4)		Read	Active = alarm
BV	644	5638_1_1	Condenser Circuit Unspecified General Event		Read	Active = alarm
BV	1104	5541_1_1	Condenser Refrigerant Pressure Sensor Issue (Circuit 1)		Read	Active = alarm
BV	1106	5540_1_1	Condenser Refrigerant Pressure Under Threshold (Circuit 1)		Read	Active = alarm
BV	1108	5539_1_1	Condenser Refrigerant Pressure Over Threshold (Circuit 1)		Read	Active = alarm
BV	1110	5544_1_1	Condenser Supply Refrigerant Temp Sensor Issue (Circuit 1)		Read	Active = alarm
BV	1112	5543_1_1	Condenser Supply Refrigerant Under Temp (Circuit 1)		Read	Active = alarm
BV	1114	5542_1_1	Condenser Supply Refrigerant Over Temp (Circuit 1)		Read	Active = alarm
BV	1116	5545_1_1	Condenser Max Fan Speed Override (Circuit 1)		Read	Active = alarm
BV	1105	5541_1_2	Condenser Refrigerant Pressure Sensor Issue (Circuit 2)		Read	Active = alarm
BV	1107	5540_1_2	Condenser Refrigerant Pressure Under Threshold (Circuit 2)		Read	Active = alarm
BV	1109	5539_1_2	Condenser Refrigerant Pressure Over Threshold (Circuit 2)		Read	Active = alarm
BV	1111	5544_1_2	Condenser Supply Refrigerant Temp Sensor Issue (Circuit 2)		Read	Active = alarm
BV	1113	5543_1_2	Condenser Supply Refrigerant Under Temp (Circuit 2)		Read	Active = alarm
BV	1115	5542_1_2	Condenser Supply Refrigerant Over Temp (Circuit 2)		Read	Active = alarm
BV	1117	5545_1_2	Condenser Max Fan Speed Override (Circuit 2)		Read	Active = alarm
BV	1376	5541_1_4	Condenser Refrigerant Pressure Sensor Issue (Circuit 4)		Read	Active = alarm
BV	1377	5540_1_4	Condenser Refrigerant Pressure Under Threshold (Circuit 4)		Read	Active = alarm
BV	1378	5539_1_4	Condenser Refrigerant Pressure Over Threshold (Circuit 4)		Read	Active = alarm
BV	1379	5544_1_4	Condenser Supply Refrigerant Temp Sensor Issue (Circuit 4)		Read	Active = alarm
BV	1380	5543_1_4	Condenser Supply Refrigerant Under Temp (Circuit 4)		Read	Active = alarm
BV	1381	5542_1_4	Condenser Supply Refrigerant Over Temp (Circuit 4)		Read	Active = alarm
BV	1382	5545_1_4	Condenser Max Fan Speed Override (Circuit 4)		Read	Active = alarm
BV	1128	5277_1_1_1	Condenser Fan Issue (Condenser 1 Fan 1)		Read	Active = alarm
BV	1129	5277_1_1_2	Condenser Fan Issue (Condenser 1 Fan 2)		Read	Active = alarm
BV	1131	5277_1_1_4	Condenser Fan Issue (Condenser 1 Fan 4)		Read	Active = alarm
BV	1132	5277_1_2_1	Condenser Fan Issue (Condenser 2 Fan 1)		Read	Active = alarm
BV	1133	5277_1_2_2	Condenser Fan Issue (Condenser 2 Fan 2)		Read	Active = alarm
BV	1135	5277_1_2_4	Condenser Fan Issue (Condenser 2 Fan 4)		Read	Active = alarm
BV	1482	5277_1_4_1	Condenser Fan Issue (Condenser 4 Fan 1)		Read	Active = alarm
BV	1502	5277_1_4_2	Condenser Fan Issue (Condenser 4 Fan 2)		Read	Active = alarm
BV	1542	5277_1_4_4	Condenser Fan Issue (Condenser 4 Fan 4)		Read	Active = alarm
BV	1554	6691_1_1	Group Independent On		Read	Active = alarm
BV	1555	6692_1_1	Group Independent Off		Read	Active = alarm
BV	1595	6822_1	Audit Log Update		Read	Active = alarm
BV	1606	7163_1	Modbus Automatic Transfer Switch Communication Lost		Read	Active = alarm
BV	1617	4651_1	Supply Fluid Temp Sensor Issue		Read	Active = alarm
BV	1618	5295_1	Return Fluid Temp Sensor Issue		Read	Active = alarm
BV	1619	7474_1	Flow Sensor Failure		Read	Active = alarm
BV	1621	4645_1	Supply Fluid Over Temp		Read	Active = alarm
BV	1622	5293_1	Return Fluid Over Temp		Read	Active = alarm
BV	1623	7476_1	Pump Operating Without Flow		Read	Active = alarm
BV	1824	8180_1	Supply Fluid Low Temp		Read	Active = alarm
BV	1825	8181_1	Return Fluid Low Temp		Read	Active = alarm
BV	1826	8182_1	Fluid High Differential Pressure		Read	Active = alarm
BV	1827	8183_1	Fluid Low Differential Pressure		Read	Active = alarm
BV	1828	8184_1	Fluid Flow Low Inlet Pressure		Read	Active = alarm
BV	1829	8185_1	Fluid Flow High Supply Pressure		Read	Active = alarm
BV	1830	8186_1	Fluid Low System Flow		Read	Active = alarm
BV	1831	8187_1	Fluid Flow Blocked		Read	Active = alarm
BV	1832	8188_1	Fluid Dewpoint Margin Control		Read	Active = alarm
BV	1833	8189_1	Fluid Supply Pressure Sensor Issue		Read	Active = alarm
BV	1834	8190_1	Fluid Return Pressure Sensor Issue		Read	Active = alarm
BV	1835	8191_1	Fluid Inlet Pressure Sensor Issue		Read	Active = alarm
BV	1634	7483_1_1	Pump Inverter Failure		Read	Active = alarm
BV	1635	7484_1_1	Pump Flow Failure		Read	Active = alarm
BV	1846	8170_1_1	XD Pump Communication Lost		Read	Active = alarm
AV	5	5327_1	Today's High Air Temperature	°C	Read
AV	10005	5327_1_deg_F	Today's High Air Temperature	°F	Read
AV	6	5328_1	Today's High Air Temperature Time	Seconds since Midnight	Read
AV	7	5329_1	Today's Low Air Temperature	°C	Read
AV	10007	5329_1_deg_F	Today's Low Air Temperature	°F	Read
AV	8	5330_1	Today's Low Air Temperature Time	Seconds since Midnight	Read
AVmin	19	5002_1_1	Supply Air Temperature	°C	Read
AV	10019	5002_1_1_deg_F	Supply Air Temperature	°F	Read
AV	33	5022_1_1	High Return Air Temperature Threshold	°C	Write
AV	10033	5022_1_1_deg_F	High Return Air Temperature Threshold	°F	Write
AV	34	5334_1_1	Low Return Air Temperature Threshold	°C	Write
AV	10034	5334_1_1_deg_F	Low Return Air Temperature Threshold	°F	Write
AV	35	6757_1_1	Return Sensor Events Initial Delay	s	Write
AV	45	4594_1_1	Ext Air Sensor A Temperature	°C	Read
AV	10045	4594_1_1_deg_F	Ext Air Sensor A Temperature	°F	Read
AV	46	4597_1_1	Ext Air Sensor B Temperature	°C	Read
AV	10046	4597_1_1_deg_F	Ext Air Sensor B Temperature	°F	Read
AV	47	5336_1_1	Ext Air Sensor C Temperature	°C	Read
AV	10047	5336_1_1_deg_F	Ext Air Sensor C Temperature	°F	Read
AV	48	5337_1_1	Ext Air Sensor A Over Temp Threshold	°C	Write
AV	10048	5337_1_1_deg_F	Ext Air Sensor A Over Temp Threshold	°F	Write
AV	49	5338_1_1	Ext Air Sensor A Under Temp Threshold	°C	Write
AV	10049	5338_1_1_deg_F	Ext Air Sensor A Under Temp Threshold	°F	Write
AV	50	5574_1_1	Outside Air Temperature	°C	Read
AV	10050	5574_1_1_deg_F	Outside Air Temperature	°F	Read
AVmin	60	5028_1	Return Humidity	%RH	Read
AVmin	61	5029_1	Humidity Set Point	%RH	Write
AV	63	5341_1	Humidity Proportional Band	%RH	Write
AV	64	5032_1	Humidity Dead Band	%RH	Write
AV	65	5342_1	Humidity Control Integration Time	min	Write
AV	66	5033_1	High Return Humidity Threshold	%RH	Write
AV	67	5035_1	Low Return Humidity Threshold	%RH	Write
AV	68	5343_1	Today's High Humidity	%RH	Read
AV	69	5344_1	Today's High Humidity Time	Seconds since Midnight	Read
AV	70	5345_1	Today's Low Humidity	%RH	Read
AV	71	5346_1	Today's Low Humidity Time	Seconds since Midnight	Read
AV	72	6258_1	Dew Point Proportional Band	°C	Write
AV	10072	6258_1_deg_F	Dew Point Proportional Band	°F	Write
AV	73	6259_1	Dew Point Dead Band	°C	Write
AV	10073	6259_1_deg_F	Dew Point Dead Band	°F	Write
AV	74	6575_1	Dew Point Over Temp Threshold	°C	Write
AV	10074	6575_1_deg_F	Dew Point Over Temp Threshold	°F	Write
AV	75	6576_1	Dew Point Under Temp Threshold	°C	Write
AV	10075	6576_1_deg_F	Dew Point Under Temp Threshold	°F	Write
AV	82	4595_1_1	Ext Air Sensor A Humidity	%RH	Read
AV	83	4598_1_1	Ext Air Sensor B Humidity	%RH	Read
AV	84	5347_1_1	Ext Air Sensor C Humidity	%RH	Read
AV	85	5348_1_1	Ext Air Sensor A High Humidity Threshold	%RH	Write
AV	86	5350_1_1	Ext Air Sensor A Low Humidity Threshold	%RH	Write
AV	87	4596_1_1	Ext Air Sensor A Dew Point Temp	°C	Read
AV	10087	4596_1_1_deg_F	Ext Air Sensor A Dew Point Temp	°F	Read
AV	88	4614_1_1	Ext Dew Point Over Temp Threshold	°C	Write
AV	10088	4614_1_1_deg_F	Ext Dew Point Over Temp Threshold	°F	Write
AV	89	5576_1_1	Ext Dew Point Under Temp Threshold	°C	Write
AV	10089	5576_1_1_deg_F	Ext Dew Point Under Temp Threshold	°F	Write
AV	97	5267_1_1	Compressor Hours (Compressor 1)	h	Write
AV	98	5268_1_1	Compressor Hours Threshold (Compressor 1)	h	Write
AV	99	5353_1_1	Dig Scroll Comp Discharge Temp (Compressor 1)	°C	Read
AV	10099	5353_1_1_deg_F	Dig Scroll Comp Discharge Temp (Compressor 1)	°F	Read
AV	100	5619_1_1	Digital Scroll Compressor Loading (Compressor 1)	%	Read
AV	101	6241_1_1	Tandem 'B' Compressor Hours (Compressor 1)	h	Write
AV	102	6688_1_1	Compressor Suction Pressure (Compressor 1)	bar	Read
AV	110	5267_1_2	Compressor Hours (Compressor 2)	h	Write
AV	111	5268_1_2	Compressor Hours Threshold (Compressor 2)	h	Write
AV	112	5353_1_2	Dig Scroll Comp Discharge Temp (Compressor 2)	°C	Read
AV	10112	5353_1_2_deg_F	Dig Scroll Comp Discharge Temp (Compressor 2)	°F	Read
AV	113	5619_1_2	Digital Scroll Compressor Loading (Compressor 2)	%	Read
AV	114	6241_1_2	Tandem 'B' Compressor Hours (Compressor 2)	h	Write
AV	115	6688_1_2	Compressor Suction Pressure (Compressor 2)	bar	Read
AV	2250	5353_1_4	Dig Scroll Comp Discharge Temp (Compressor 4)	°C	Read
AV	12250	5353_1_4_deg_F	Dig Scroll Comp Discharge Temp (Compressor 4)	°F	Read
AV	2251	5619_1_4	Digital Scroll Compressor Loading (Compressor 4)	%	Read
AV	2252	5267_1_4	Compressor Hours (Compressor 4)	h	Write
AV	2253	6241_1_4	Tandem 'B' Compressor Hours (Compressor 4)	h	Write
AV	2254	5268_1_4	Compressor Hours Threshold (Compressor 4)	h	Write
AV	2255	6688_1_4	Compressor Suction Pressure (Compressor 4)	bar	Read
AV	3007	5378_12	Analog Input Reading		Read
AV	268	5075_1	BMS Timeout Period	min	Write
AV	269	4710_1	Auto Restart Delay	s	Write
AV	270	5314_1	Standby Units		Write
AV	271	6121_1	Unit to Unit Group		Read
AV	272	6120_1	Unit to Unit Address		Read
AVmin	31	4291_1	Return Air Temperature	°C	Read
AV	10031	4291_1_deg_F	Return Air Temperature	°F	Read
AV	280	5077_1	Fan Speed	%	Read
AV	282	5379_1	Free Cooling Valve Open Position	%	Read
AV	283	4870_1	Maintenance Ramp	%	Read
AV	284	4868_1	Calculated Next Maintenance Month		Read
AV	285	4869_1	Calculated Next Maintenance Year		Read
AV	286	5380_1	Hot Water / Hot Gas Valve Open Position	%	Read
AV	287	5080_1	Reheat Utilization	%	Read
AV	288	5081_1	Humidifier Utilization	%	Read
AV	289	5079_1	Dehumidifier Utilization	%	Read
AV	290	5490_1	Cooling Capacity	%	Read
AV	291	5606_1	Adjusted Humidity	%RH	Read
AV	292	5004_1	Return Dew Point	°C	Read
AV	10292	5004_1_deg_F	Return Dew Point	°F	Read
AV	293	5607_1	Actual Air Temperature Set Point	°C	Read
AV	10293	5607_1_deg_F	Actual Air Temperature Set Point	°F	Read
AV	294	5608_1	Actual Humidity Set Point	%RH	Read
AV	295	5575_1	Dew Point Set Point	°C	Write
AV	10295	5575_1_deg_F	Dew Point Set Point	°F	Write
AV	296	5615_1	Cooling Control Temperature	°C	Read
AV	10296	5615_1_deg_F	Cooling Control Temperature	°F	Read
AV	297	5616_1	Fan Speed Control Temperature	°C	Read
AV	10297	5616_1_deg_F	Fan Speed Control Temperature	°F	Read
AV	298	5904_1	Unit Cooling Load	kW	Read
AV	299	6134_1	Unit Calculated Airflow	m3/h	Read
AV	300	4293_1	System Date and Time	Secs since Epoch(UTC)	Write
AV	312	5589_1	Remote Sensor Over Temp Threshold	°C	Write
AV	10312	5589_1_deg_F	Remote Sensor Over Temp Threshold	°F	Write
AV	313	5590_1	Remote Sensor Under Temp Threshold	°C	Write
AV	10313	5590_1_deg_F	Remote Sensor Under Temp Threshold	°F	Write
AV	314	5007_1	Remote Sensor Average Temperature	°C	Read
AV	10314	5007_1_deg_F	Remote Sensor Average Temperature	°F	Read
AV	315	5006_1	Remote Sensor Maximum Temperature	°C	Read
AV	10315	5006_1_deg_F	Remote Sensor Maximum Temperature	°F	Read
AV	316	5591_1	Remote Sensor System Average Temperature	°C	Read
AV	10316	5591_1_deg_F	Remote Sensor System Average Temperature	°F	Read
AV	317	5592_1	Remote Sensor System Maximum Temperature	°C	Read
AV	10317	5592_1_deg_F	Remote Sensor System Maximum Temperature	°F	Read
AV	329	5059_1_1	Remote Sensor Temperature (Remote Sensor 1)	°C	Read
AV	10329	5059_1_1_deg_F	Remote Sensor Temperature (Remote Sensor 1)	°F	Read
AV	341	5059_1_2	Remote Sensor Temperature (Remote Sensor 2)	°C	Read
AV	10341	5059_1_2_deg_F	Remote Sensor Temperature (Remote Sensor 2)	°F	Read
AV	437	5059_1_10	Remote Sensor Temperature (Remote Sensor 10)	°C	Read
AV	10437	5059_1_10_deg_F	Remote Sensor Temperature (Remote Sensor 10)	°F	Read
AV	505	5299_1	Pump Hours Threshold	h	Write
AV	523	5298_1_1	Pump Hours (Pump 1)	h	Write
AV	522	5634_1_1	Pump Speed (Pump 1)	%	Read
AV	535	5635_1_1	Pump Inlet Refrigerant Temperature (Pump 1)	°C	Read
AV	10535	5635_1_1_deg_F	Pump Inlet Refrigerant Temperature (Pump 1)	°F	Read
AV	537	5639_1_1	Pump Outlet Refrigerant Temperature (Pump 1)	°C	Read
AV	10537	5639_1_1_deg_F	Pump Outlet Refrigerant Temperature (Pump 1)	°F	Read
AV	526	5298_1_2	Pump Hours (Pump 2)	h	Write
AV	525	5634_1_2	Pump Speed (Pump 2)	%	Read
AV	538	5635_1_2	Pump Inlet Refrigerant Temperature (Pump 2)	°C	Read
AV	10538	5635_1_2_deg_F	Pump Inlet Refrigerant Temperature (Pump 2)	°F	Read
AV	540	5639_1_2	Pump Outlet Refrigerant Temperature (Pump 2)	°C	Read
AV	10540	5639_1_2_deg_F	Pump Outlet Refrigerant Temperature (Pump 2)	°F	Read
AV	2288	5298_1_4	Pump Hours (Pump 4)	h	Write
AV	2289	5634_1_4	Pump Speed (Pump 4)	%	Read
AV	2290	5635_1_4	Pump Inlet Refrigerant Temperature (Pump 4)	°C	Read
AV	12290	5635_1_4_deg_F	Pump Inlet Refrigerant Temperature (Pump 4)	°F	Read
AV	2291	5639_1_4	Pump Outlet Refrigerant Temperature (Pump 4)	°C	Read
AV	12291	5639_1_4_deg_F	Pump Outlet Refrigerant Temperature (Pump 4)	°F	Read
AV	810	4096_1	System Input RMS A-N	V	Read
AV	811	4098_1	System Input RMS B-N	V	Read
AV	812	4100_1	System Input RMS C-N	V	Read
AV	813	4113_1	System Input RMS Current Phase A	A	Read
AV	814	4114_1	System Input RMS Current Phase B	A	Read
AV	815	4115_1	System Input RMS Current Phase C	A	Read
AV	816	5901_1	Instantaneous Power	W	Read
AV	817	5900_1	Energy Consumption	kWh	Write
AV	1900	4097_1	System Input RMS A-B	V	Read
AV	1901	4099_1	System Input RMS B-C	V	Read
AV	1902	4101_1	System Input RMS C-A	V	Read
AV	901	5905_1_1	Circuit Cooling Load (Cooling Load 1)	kW	Read
AV	911	5905_1_2	Circuit Cooling Load (Cooling Load 2)	kW	Read
AV	1960	5964_1_1	Raw Auxiliary Air Temperature	°C	Write
AV	11960	5964_1_1_deg_F	Raw Auxiliary Air Temperature	°F	Write
AV	1961	5965_1_1	Actual Auxiliary Air Temperature	°C	Read
AV	11961	5965_1_1_deg_F	Actual Auxiliary Air Temperature	°F	Read
AV	1981	6101_1	Expected Condenser Unit Count		Read
AV	529	5548_1_1	Condenser Low Noise Mode Max Fan Speed	%	Write
AV	530	5549_1_1	Condenser Normal Mode Max Fan Speed	%	Write
AV	531	5552_1_1	Condenser Low Noise Mode Start Time	Seconds since Midnight	Write
AV	532	5553_1_1	Condenser Low Noise Mode Stop Time	Seconds since Midnight	Write
AV	533	5550_1_1	Condenser Low Noise Mode - Interval Days		Write	1=Monday, 2=Tuesday, 4=Wednesday, 8=Thursday, 16=Friday, 32=Saturday, 64=Sunday
AV	534	5551_1_1	Condenser Low Noise Mode - Full Days		Write	1=Monday, 2=Tuesday, 4=Wednesday, 8=Thursday, 16=Friday, 32=Saturday, 64=Sunday
AV	1992	5534_1_1	Condenser Outside Air Temperature (Condenser 1)	°C	Read
AV	11992	5534_1_1_deg_F	Condenser Outside Air Temperature (Condenser 1)	°F	Read
AV	1993	5534_1_2	Condenser Outside Air Temperature (Condenser 2)	°C	Read
AV	11993	5534_1_2_deg_F	Condenser Outside Air Temperature (Condenser 2)	°F	Read
AV	2318	5534_1_4	Condenser Outside Air Temperature (Condenser 4)	°C	Read
AV	12318	5534_1_4_deg_F	Condenser Outside Air Temperature (Condenser 4)	°F	Read
AV	2004	6103_1_1	Condenser Refrigerant Pressure (Circuit 1)	bar	Read
AV	2006	6102_1_1	Condenser Supply Refrigerant Temperature (Circuit 1)	°C	Read
AV	12006	6102_1_1_deg_F	Condenser Supply Refrigerant Temperature (Circuit 1)	°F	Read
AV	2005	6103_1_2	Condenser Refrigerant Pressure (Circuit 2)	bar	Read
AV	2007	6102_1_2	Condenser Supply Refrigerant Temperature (Circuit 2)	°C	Read
AV	12007	6102_1_2_deg_F	Condenser Supply Refrigerant Temperature (Circuit 2)	°F	Read
AV	2350	6103_1_4	Condenser Refrigerant Pressure (Circuit 4)	bar	Read
AV	2351	6102_1_4	Condenser Supply Refrigerant Temperature (Circuit 4)	°C	Read
AV	12351	6102_1_4_deg_F	Condenser Supply Refrigerant Temperature (Circuit 4)	°F	Read
AV	2018	5276_1_1_1	Condenser Fan Speed (Condenser 1 Fan 1)	%	Read
AV	2026	5538_1_1_1	Condenser Fan Power (Condenser 1 Fan 1)	W	Read
AV	2034	6244_1_1_1	Condenser Fan Current (Condenser 1 Fan 1)	A	Read
AV	2019	5276_1_1_2	Condenser Fan Speed (Condenser 1 Fan 2)	%	Read
AV	2027	5538_1_1_2	Condenser Fan Power (Condenser 1 Fan 2)	W	Read
AV	2035	6244_1_1_2	Condenser Fan Current (Condenser 1 Fan 2)	A	Read
AV	2021	5276_1_1_4	Condenser Fan Speed (Condenser 1 Fan 4)	%	Read
AV	2029	5538_1_1_4	Condenser Fan Power (Condenser 1 Fan 4)	W	Read
AV	2037	6244_1_1_4	Condenser Fan Current (Condenser 1 Fan 4)	A	Read
AV	2022	5276_1_2_1	Condenser Fan Speed (Condenser 2 Fan 1)	%	Read
AV	2030	5538_1_2_1	Condenser Fan Power (Condenser 2 Fan 1)	W	Read
AV	2038	6244_1_2_1	Condenser Fan Current (Condenser 2 Fan 1)	A	Read
AV	2023	5276_1_2_2	Condenser Fan Speed (Condenser 2 Fan 2)	%	Read
AV	2031	5538_1_2_2	Condenser Fan Power (Condenser 2 Fan 2)	W	Read
AV	2039	6244_1_2_2	Condenser Fan Current (Condenser 2 Fan 2)	A	Read
AV	2025	5276_1_2_4	Condenser Fan Speed (Condenser 2 Fan 4)	%	Read
AV	2033	5538_1_2_4	Condenser Fan Power (Condenser 2 Fan 4)	W	Read
AV	2041	6244_1_2_4	Condenser Fan Current (Condenser 2 Fan 4)	A	Read
AV	2423	5276_1_4_1	Condenser Fan Speed (Condenser 4 Fan 1)	%	Read
AV	2424	5538_1_4_1	Condenser Fan Power (Condenser 4 Fan 1)	W	Read
AV	2425	6244_1_4_1	Condenser Fan Current (Condenser 4 Fan 1)	A	Read
AV	2436	5276_1_4_2	Condenser Fan Speed (Condenser 4 Fan 2)	%	Read
AV	2437	5538_1_4_2	Condenser Fan Power (Condenser 4 Fan 2)	W	Read
AV	2438	6244_1_4_2	Condenser Fan Current (Condenser 4 Fan 2)	A	Read
AV	2462	5276_1_4_4	Condenser Fan Speed (Condenser 4 Fan 4)	%	Read
AV	2463	5538_1_4_4	Condenser Fan Power (Condenser 4 Fan 4)	W	Read
AV	2464	6244_1_4_4	Condenser Fan Current (Condenser 4 Fan 4)	A	Read
AV	2476	6797_1	EconoPhase Proportional Band Switchover	%	Write
AV	2501	6820_1	Event Log Record Counter		Read
AV	2502	6821_1	Audit Log Record Counter		Read
AV	2526	6780_1_1	Unit Cascade On Delay	min	Write
AV	2527	6781_1_1	Quick Start Unit Cascade On Delay	s	Write
AV	2528	6779_1_1	Unit Cascade Control Delay	min	Write
AV	2529	6783_1_1	Teamwork Average Calculation Unit Count		Write
AV	2542	6122_1_1	Networked Unit Rotation Time	Seconds since Midnight	Write
AV	2543	6123_1_1	Networked Unit Rotation Count		Write
AV	2554	7130_1_1	Power Source: L1-L2 voltage (Power Source 1)	V	Read
AV	2555	7131_1_1	Power Source: L2-L3 voltage (Power Source 1)	V	Read
AV	2556	7132_1_1	Power Source: L3-L1 voltage (Power Source 1)	V	Read
AV	2557	7133_1_1	Power Source: Line Frequency (Power Source 1)	Hz	Read
AV	2558	7134_1_1	Power Source: Breaker Operation Count (Power Source 1)		Read
AV	2569	7130_1_2	Power Source: L1-L2 voltage (Power Source 2)	V	Read
AV	2570	7131_1_2	Power Source: L2-L3 voltage (Power Source 2)	V	Read
AV	2571	7132_1_2	Power Source: L3-L1 voltage (Power Source 2)	V	Read
AV	2572	7133_1_2	Power Source: Line Frequency (Power Source 2)	Hz	Read
AV	2573	7134_1_2	Power Source: Breaker Operation Count (Power Source 2)		Read
AVmin	2584	4643_1	Supply Fluid Temperature	°C	Read
AV	12584	4643_1_deg_F	Supply Fluid Temperature	°F	Read
AV	2585	5288_1	Return Fluid Temperature	°C	Read
AV	12585	5288_1_deg_F	Return Fluid Temperature	°F	Read
AV	2586	7468_1	Flow Rate	l/min	Read
AV	2587	5491_1	Cooling Capacity	kW	Read
AV	2588	7469_1	Pump Speed (Fluid Loop)	%	Read
AV	2593	4644_1	Supply Fluid Over Temp Threshold	°C	Write
AV	12593	4644_1_deg_F	Supply Fluid Over Temp Threshold	°F	Write
AV	2594	5289_1	Return Fluid Over Temp Threshold	°C	Write
AV	12594	5289_1_deg_F	Return Fluid Over Temp Threshold	°F	Write
AV	2605	7480_1_1	Pump Speed (Fluid Pump 1)	%	Read
AV	2607	7482_1_1	Pump Run Time	h	Read
AV	2904	8167_1_1	Pump Motor Power	kW	Read
AV	2905	8168_1_1	Pump Motor Amps	A	Read
AV	2906	8169_1_1	Inverter Temperature	°C	Read
AV	12906	8169_1_1_deg_F	Inverter Temperature	°F	Read
AV	2823	8132_1	Unit Fluid Supply Temperature	°C	Read
AV	12823	8132_1_deg_F	Unit Fluid Supply Temperature	°F	Read
AV	2824	8133_1	Unit Fluid Return Temperature	°C	Read
AV	12824	8133_1_deg_F	Unit Fluid Return Temperature	°F	Read
AV	2825	8134_1	Unit Fluid Supply Pressure	bar	Read
AV	2826	8135_1	Unit Fluid Return Pressure	bar	Read
AV	2827	8136_1	Unit Fluid Pump Speed	%	Read
AV	2828	8137_1	Unit Fluid Flow	l/min	Read
AV	2829	8138_1	Unit Fluid Diff Pressure	bar	Read
AV	2830	8139_1	Unit Fluid Cooling Capacity	kW	Read
AV	2831	8140_1	System Fluid Flow	l/min	Read
AV	2832	8141_1	System Fluid Diff Pressure	bar	Read
AV	2833	8142_1	System Fluid Cooling Capacity	kW	Read
AVmin	2844	8143_1_1	Fluid Temperature Set Point	°C	Write
AV	12844	8143_1_1_deg_F	Fluid Temperature Set Point	°F	Write
AV	2845	8145_1_1	Fluid Temperature Proportional Band	°C	Write
AV	12845	8145_1_1_deg_F	Fluid Temperature Proportional Band	°F	Write
AV	2846	8146_1_1	Fluid Temperature Dead Band	°C	Write
AV	12846	8146_1_1_deg_F	Fluid Temperature Dead Band	°F	Write
AV	2847	8147_1_1	Fluid Temperature Control Integration Time	min	Write
AV	2858	8149_1_1	Fluid Flow Set Point	l/min	Write
AV	2859	8150_1_1	Fluid Flow Proportional Band	l/min	Write
AV	2860	8151_1_1	Fluid Flow Dead Band	l/min	Write
AV	2861	8152_1_1	Fluid Flow Control Integration Time	s	Write
AV	2862	8153_1_1	Fluid Diff Prs Set Point	bar	Write
AV	2863	8154_1_1	Fluid Diff Prs Prop Band	bar	Write
AV	2864	8155_1_1	Flow Diff Prs Dead Band	bar	Write
AV	2865	8156_1_1	Fluid Diff Prs Control Integration Time	s	Write
AV	2866	8157_1_1	Flow Manual Pump Speed	%	Write
AV	2867	8158_1_1	Pump Operation Period	day	Write
AV	2868	8159_1_1	Pump Operation Duration	min	Write
AV	2869	8160_1_1	Pump Operation Speed	%	Write
AV	2880	8163_1_1	Dew Point Max Adjust	°C	Write
AV	12880	8163_1_1_deg_F	Dew Point Max Adjust	°F	Write
AV	2881	8164_1_1	System Dew Point	°C	Read
AV	12881	8164_1_1_deg_F	System Dew Point	°F	Read
AV	2882	8165_1_1	Unit Dew Point	°C	Read
AV	12882	8165_1_1_deg_F	Unit Dew Point	°F	Read
MV	1	4553_1	Server Class		Read	1=UPS, 2=AIR, 3=PMP, 4=PDU, 5=MONITOR
MV	35	5603_1	Humidity Control Type		Write	1=Relative, 2=Compensated, 3=Predictive, 4=Dew Point
MV	36	5618_1	Humidity Control Sensor		Write	1=Supply, 2=Remote, 3=Return
MV	45	5264_1_1	Compressor State (Compressor 1)		Read	1=off, 2=on
MV	46	5265_1_1	Compressor Capacity Control State (Compressor 1)		Read	1=off, 2=on
MV	47	6243_1_1	Tandem 'B' Compressor State (Compressor 1)		Read	1=off, 2=on
MV	57	5264_1_2	Compressor State (Compressor 2)		Read	1=off, 2=on
MV	58	5265_1_2	Compressor Capacity Control State (Compressor 2)		Read	1=off, 2=on
MV	59	6243_1_2	Tandem 'B' Compressor State (Compressor 2)		Read	1=off, 2=on
MV	556	5264_1_4	Compressor State (Compressor 4)		Read	1=off, 2=on
MV	557	5265_1_4	Compressor Capacity Control State (Compressor 4)		Read	1=off, 2=on
MV	558	6243_1_4	Tandem 'B' Compressor State (Compressor 4)		Read	1=off, 2=on
MVmin	93	4123_1	System Status		Read	1=Normal Operation, 2=StartUp, 3=Normal with Warning, 4=Normal with Alarm, 5=Abnormal Operation
MVmin	94	4706_1	Unit Operating State		Read	1=off, 2=on, 3=standby
MV	95	4707_1	Unit Control Mode		Read	1=Internal (Auto), 2=External (Manual)
MV	96	5074_1	Unit Off Reason		Read	1=None, 2=User, 3=Alarm, 4=Timer, 5=Monitoring, 6=Remote Off, 7=HCS12 Off
MV	107	5381_1	Fan State		Read	1=off, 2=on
MV	108	5382_1	Cooling State		Read	1=off, 2=on
MV	109	5383_1	Free Cooling State		Read	1=off, 2=on
MV	110	5384_1	Maintenance Tracking State		Read	1=off, 2=on
MV	111	5385_1	Hot Water / Hot Gas State		Read	1=off, 2=on
MV	112	5386_1	Electric Reheat State		Read	1=off, 2=on
MV	113	5387_1	Dehumidifier State		Read	1=off, 2=on
MV	114	5388_1	Humidifier State		Read	1=off, 2=on
MVmin	115	5143_1	System On/Off Control		Write	1=off, 2=on
MV	500	6175_1	Local Fan Override		Read	1=Normal operation, 2=Increased for internal protection, 3=Decreased for internal protection, 4=Disabled for internal protection, 5=Limited or disabled for low limit protection
MV	501	6176_1	Local Cooling Override		Read	1=Normal operation, 2=Increased for internal protection, 3=Decreased for internal protection, 4=Disabled for internal protection, 5=Limited or disabled for low limit protection
MV	502	6177_1	Local Electric Heat Override		Read	1=Normal operation, 2=Increased for internal protection, 3=Decreased for internal protection, 4=Disabled for internal protection, 5=Limited or disabled for low limit protection
MV	503	6178_1	Local Humidifier Override		Read	1=Normal operation, 2=Increased for internal protection, 3=Decreased for internal protection, 4=Disabled for internal protection, 5=Limited or disabled for low limit protection
MV	504	6179_1	Local Dehumidifier Override		Read	1=Normal operation, 2=Increased for internal protection, 3=Decreased for internal protection, 4=Disabled for internal protection, 5=Limited or disabled for low limit protection
MV	506	6524_1	Automatic Transfer Switch - Active Power Supply		Read	1=Power Supply 1, 2=Power Supply 2
MV	507	6525_1	Automatic Transfer Switch - Power Supply 1 Status		Read	1=OK, 2=Not OK
MV	508	6526_1	Automatic Transfer Switch - Power Supply 2 Status		Read	1=OK, 2=Not OK
MV	126	4718_1	Customer Input 1 - Event Control		Write	1=disabled, 2=enabled
MV	127	4719_1	Customer Input 1 - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	128	5098_1	Customer Input 2 - Event Control		Write	1=disabled, 2=enabled
MV	129	5099_1	Customer Input 2 - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	130	5100_1	Customer Input 3 - Event Control		Write	1=disabled, 2=enabled
MV	131	5101_1	Customer Input 3 - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	132	5102_1	Customer Input 4 - Event Control		Write	1=disabled, 2=enabled
MV	133	5103_1	Customer Input 4 - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	134	5389_1	Ext Free Cooling Lockout - Event Control		Write	1=disabled, 2=enabled
MV	135	5390_1	Ext Free Cooling Lockout - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	136	5122_1	Ext Condenser Pump High Water - Event Control		Write	1=disabled, 2=enabled
MV	137	5123_1	Ext Condenser Pump High Water - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	138	5129_1	Ext Standby Glycol Pump On - Event Control		Write	1=disabled, 2=enabled
MV	139	5130_1	Ext Standby Glycol Pump On - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	140	5391_1	Ext Standby Unit On - Event Control		Write	1=disabled, 2=enabled
MV	141	5392_1	Ext Standby Unit On - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	142	5086_1	Ext Humidifier Lockout - Event Control		Write	1=disabled, 2=enabled
MV	143	5087_1	Ext Humidifier Lockout - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	144	5082_1	Ext Loss of Flow - Event Control		Write	1=disabled, 2=enabled
MV	145	5083_1	Ext Loss of Flow - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	146	5090_1	Ext Over Temperature - Event Control		Write	1=disabled, 2=enabled
MV	147	5091_1	Ext Over Temperature - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	148	5084_1	Ext Reheat Lockout - Event Control		Write	1=disabled, 2=enabled
MV	149	5085_1	Ext Reheat Lockout - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	150	5141_1	High Power Shutdown - Event Control		Write	1=disabled, 2=enabled
MV	151	5142_1	High Power Shutdown - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	152	5131_1	Humidifier Issue - Event Control		Write	1=disabled, 2=enabled
MV	153	5132_1	Humidifier Issue - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	154	5133_1	Master Unit Communication Lost - Event Control		Write	1=disabled, 2=enabled
MV	155	5134_1	Master Unit Communication Lost - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	156	4727_1	Service Required - Event Control		Write	1=disabled, 2=enabled
MV	157	4728_1	Service Required - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	158	4715_1	Shutdown - Loss Of Power - Event Control		Write	1=disabled, 2=enabled
MV	159	4716_1	Shutdown - Loss Of Power - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	160	4721_1	Smoke Detected - Event Control		Write	1=disabled, 2=enabled
MV	161	4722_1	Smoke Detected - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	162	4724_1	Water Under Floor - Event Control		Write	1=disabled, 2=enabled
MV	163	4725_1	Water Under Floor - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	164	5088_1	Ext Compressor Lockout - Event Control		Write	1=disabled, 2=enabled
MV	165	5089_1	Ext Compressor Lockout - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	166	5135_1	Clogged Air Filter - Event Control		Write	1=disabled, 2=enabled
MV	167	5136_1	Clogged Air Filter - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	168	5393_1	Ext Loss of Air Blower - Event Control		Write	1=disabled, 2=enabled
MV	169	5394_1	Ext Loss of Air Blower - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	180	5316_1_1	Compressor High Head Pressure - Event Control (Compressor 1)		Write	1=disabled, 2=enabled
MV	181	5317_1_1	Compressor High Head Pressure - Event Type (Compressor 1)		Write	1=Message, 2=Warning, 3=Alarm
MV	182	5318_1_1	Compressor Low Suction Pressure - Event Control (Compressor 1)		Write	1=disabled, 2=enabled
MV	183	5319_1_1	Compressor Low Suction Pressure - Event Type (Compressor 1)		Write	1=Message, 2=Warning, 3=Alarm
MV	184	5395_1_1	Compressor Pump Down Issue - Event Control (Compressor 1)		Write	1=disabled, 2=enabled
MV	185	5396_1_1	Compressor Pump Down Issue - Event Type (Compressor 1)		Write	1=Message, 2=Warning, 3=Alarm
MV	186	5397_1_1	Compressor Short Cycle - Event Control (Compressor 1)		Write	1=disabled, 2=enabled
MV	187	5398_1_1	Compressor Short Cycle - Event Type (Compressor 1)		Write	1=Message, 2=Warning, 3=Alarm
MV	188	5320_1_1	Compressor Thermal Overload - Event Control (Compressor 1)		Write	1=disabled, 2=enabled
MV	189	5321_1_1	Compressor Thermal Overload - Event Type (Compressor 1)		Write	1=Message, 2=Warning, 3=Alarm
MV	190	5399_1_1	Dig Scroll Comp Discharge Over Temp - Event Ctrl (Compressor 1)		Write	1=disabled, 2=enabled
MV	191	5400_1_1	Dig Scroll Comp Discharge Over Temp - Event Type (Compressor 1)		Write	1=Message, 2=Warning, 3=Alarm
MV	202	5316_1_2	Compressor High Head Pressure - Event Control (Compressor 2)		Write	1=disabled, 2=enabled
MV	203	5317_1_2	Compressor High Head Pressure - Event Type (Compressor 2)		Write	1=Message, 2=Warning, 3=Alarm
MV	204	5318_1_2	Compressor Low Suction Pressure - Event Control (Compressor 2)		Write	1=disabled, 2=enabled
MV	205	5319_1_2	Compressor Low Suction Pressure - Event Type (Compressor 2)		Write	1=Message, 2=Warning, 3=Alarm
MV	206	5395_1_2	Compressor Pump Down Issue - Event Control (Compressor 2)		Write	1=disabled, 2=enabled
MV	207	5396_1_2	Compressor Pump Down Issue - Event Type (Compressor 2)		Write	1=Message, 2=Warning, 3=Alarm
MV	208	5397_1_2	Compressor Short Cycle - Event Control (Compressor 2)		Write	1=disabled, 2=enabled
MV	209	5398_1_2	Compressor Short Cycle - Event Type (Compressor 2)		Write	1=Message, 2=Warning, 3=Alarm
MV	210	5320_1_2	Compressor Thermal Overload - Event Control (Compressor 2)		Write	1=disabled, 2=enabled
MV	211	5321_1_2	Compressor Thermal Overload - Event Type (Compressor 2)		Write	1=Message, 2=Warning, 3=Alarm
MV	212	5399_1_2	Dig Scroll Comp Discharge Over Temp - Event Ctrl (Compressor 2)		Write	1=disabled, 2=enabled
MV	213	5400_1_2	Dig Scroll Comp Discharge Over Temp - Event Type (Compressor 2)		Write	1=Message, 2=Warning, 3=Alarm
MV	224	5401_1_1	Ext Air Sensor A Event Control		Write	1=disabled, 2=enabled
MV	225	5402_1_1	Return Air Sensor Event Control		Write	1=disabled, 2=enabled
MV	226	5403_1_1	Ext Air Sensor A High Humidity - Event Control		Write	1=disabled, 2=enabled
MV	227	5404_1_1	Ext Air Sensor A High Humidity - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	228	5405_1_1	Ext Air Sensor A Low Humidity - Event Control		Write	1=disabled, 2=enabled
MV	229	5406_1_1	Ext Air Sensor A Low Humidity - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	230	4602_1_1	Ext Air Sensor A Over Temp - Event Control		Write	1=disabled, 2=enabled
MV	231	4603_1_1	Ext Air Sensor A Over Temp - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	232	4609_1_1	Ext Air Sensor A Under Temp - Event Control		Write	1=disabled, 2=enabled
MV	233	4610_1_1	Ext Air Sensor A Under Temp - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	234	5137_1_1	High Return Humidity - Event Control		Write	1=disabled, 2=enabled
MV	235	5138_1_1	High Return Humidity - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	236	5139_1_1	Low Return Humidity - Event Control		Write	1=disabled, 2=enabled
MV	237	5140_1_1	Low Return Humidity - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	238	5024_1_1	Return Air Over Temp - Event Control		Write	1=disabled, 2=enabled
MV	239	5025_1_1	Return Air Over Temp - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	240	5407_1_1	Return Air Under Temp - Event Control		Write	1=disabled, 2=enabled
MV	241	5408_1_1	Return Air Under Temp - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	242	5587_1_1	Supply Air Over/Under Temperature - Event Control		Write	1=disabled, 2=enabled
MV	252	5409_1_1	Fan Hours Exceeded - Event Control		Write	1=disabled, 2=enabled
MV	253	5410_1_1	Fan Hours Exceeded - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	256	5411_1_1	Main Fan Overload - Event Control		Write	1=disabled, 2=enabled
MV	257	5412_1_1	Main Fan Overload - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	268	5413_1_1	Condenser Issue - Event Control		Write	1=disabled, 2=enabled
MV	269	5414_1_1	Condenser Issue - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MV	280	5413_1_2	Condenser Issue - Event Control		Write	1=disabled, 2=enabled
MV	281	5414_1_2	Condenser Issue - Event Type		Write	1=Message, 2=Warning, 3=Alarm
MVmin	292	4717_1	System Event Acknowledge/Reset		Write	1=Reset, 2=Acknowledge
MV	304	5580_1	Compressor Lockout		Write	1=disabled, 2=enabled
MV	363	5632_1_1	PRE Operational Mode (Pump 1)		Read	1=Bootup, 2=Idle, 3=Manual, 4=Pump Automatic, 5=Test
MV	364	5633_1_1	Pump State (Pump 1)		Read	1=off, 2=on
MV	368	5632_1_2	PRE Operational Mode (Pump 2)		Read	1=Bootup, 2=Idle, 3=Manual, 4=Pump Automatic, 5=Test
MV	369	5633_1_2	Pump State (Pump 2)		Read	1=off, 2=on
MV	589	5633_1_4	Pump State (Pump 4)		Read	1=off, 2=on
MV	590	5632_1_4	PRE Operational Mode (Pump 4)		Read	1=Bootup, 2=Idle, 3=Manual, 4=Pump Automatic, 5=Test
MV	395	5533_1	Condenser Refrigerant Type		Read	1=R22, 2=R407C, 3=R410A
MV	374	5546_1_1	Condenser Low Noise Mode State		Read	1=Inactive, 2=Active (Interval), 3=Active (Full Day)
MV	375	5547_1_1	Condenser Low Noise Mode Schedule Control		Write	1=disabled, 2=enabled
MV	406	6104_1_1	Condenser Fan Reversal Requested (Condenser 1)		Write	1=false, 2=true
MV	407	6104_1_2	Condenser Fan Reversal Requested (Condenser 2)		Write	1=false, 2=true
MV	623	6104_1_4	Condenser Fan Reversal Requested (Condenser 4)		Write	1=false, 2=true
MV	635	6695_1_1	Group Independent Operation Enable		Write	1=disabled, 2=enabled
MV	636	6690_1_1	Group Independent Operation		Write	1=No override (default), 2=Override, forced on, 3=Override, forced off
MV	648	6775_1	Auto Restart Enable		Write	1=disabled, 2=enabled
MV	649	6777_1	Virtual Master Enable		Write	1=disabled, 2=enabled
MV	662	6778_1_1	Unit Cascade Type		Write	1=None, 2=Temp/Humidity, 3=Cool/Heat, 4=Cooling, 5=Fan PI, 6=Fan Speed
MV	663	6782_1_1	Teamwork Temperature Calculation Method		Write	1=Average, 2=Maximum
MV	675	6130_1_1	Networked Unit Daily Rotation Frequency		Write	1=Every 24 hours, 2=Every 12 hours
MV	676	6131_1_1	Force Networked Unit Rotation		Write	1=no, 2=yes
MV	677	6129_1_1	Networked Unit Rotation Frequency		Write	1=None, 2=Daily, 3=Weekly Monday, 4=Weekly Tuesday, 5=Weekly Wednesday, 6=Weekly Thursday, 7=Weekly Friday, 8=Weekly Saturday, 9=Weekly Sunday, 10=Monthly Monday, 11=Monthly Tuesday, 12=Monthly Wednesday, 13=Monthly Thursday, 14=Monthly Friday, 15=Monthly Saturday, 16=Monthly Sunday
MV	678	6823_1_1	Start Standby Units on High Temperature		Write	1=false, 2=true
MV	700	7127_1	ATS Switch Mode		Read	1=Off, 2=Manual, 3=Automatic, 4=Test
MV	701	7128_1	ATS Load Not Powered Timeout		Read	1=false, 2=true
MV	702	7129_1	ATS Non Priority Load Breaker Timeout		Read	1=false, 2=true
MV	713	7135_1_1	Power Source: All status are okay (Power Source 1)		Read	1=false, 2=true
MV	714	7136_1_1	Power Source: Voltage Is Too Low (Power Source 1)		Read	1=false, 2=true
MV	715	7137_1_1	Power Source: Voltage Is Too High (Power Source 1)		Read	1=false, 2=true
MV	716	7138_1_1	Power Source: Voltages Are Asymmetric (Power Source 1)		Read	1=false, 2=true
MV	717	7139_1_1	Power Source: Voltage Phase Loss (Power Source 1)		Read	1=false, 2=true
MV	718	7140_1_1	Power Source: Phase Sequence Issue (Power Source 1)		Read	1=false, 2=true
MV	719	7141_1_1	Power Source: Frequency Is Too Low (Power Source 1)		Read	1=false, 2=true
MV	720	7142_1_1	Power Source: Frequency Is Too High (Power Source 1)		Read	1=false, 2=true
MV	721	7143_1_1	Power Source: Breaker is closed (Power Source 1)		Read	1=false, 2=true
MV	722	7144_1_1	Power Source: Breaker command status closed (Power Source 1)		Read	1=false, 2=true
MV	723	7145_1_1	Power Source: Breaker withdrawn issue (Power Source 1)		Read	1=false, 2=true
MV	724	7146_1_1	Power Source: Breaker Timeout Issue (Power Source 1)		Read	1=false, 2=true
MV	725	7147_1_1	Power Source: Line Operating Hour Exceeded (Power Source 1)		Read	1=false, 2=true
MV	726	7148_1_1	Power Source: Breaker Operating Hour Exceeded (Power Source 1)		Read	1=false, 2=true
MV	737	7135_1_2	Power Source: All status are okay (Power Source 2)		Read	1=false, 2=true
MV	738	7136_1_2	Power Source: Voltage Is Too Low (Power Source 2)		Read	1=false, 2=true
MV	739	7137_1_2	Power Source: Voltage Is Too High (Power Source 2)		Read	1=false, 2=true
MV	740	7138_1_2	Power Source: Voltages Are Asymmetric (Power Source 2)		Read	1=false, 2=true
MV	741	7139_1_2	Power Source: Voltage Phase Loss (Power Source 2)		Read	1=false, 2=true
MV	742	7140_1_2	Power Source: Phase Sequence Issue (Power Source 2)		Read	1=false, 2=true
MV	743	7141_1_2	Power Source: Frequency Is Too Low (Power Source 2)		Read	1=false, 2=true
MV	744	7142_1_2	Power Source: Frequency Is Too High (Power Source 2)		Read	1=false, 2=true
MV	745	7143_1_2	Power Source: Breaker is closed (Power Source 2)		Read	1=false, 2=true
MV	746	7144_1_2	Power Source: Breaker command status closed (Power Source 2)		Read	1=false, 2=true
MV	747	7145_1_2	Power Source: Breaker withdrawn issue (Power Source 2)		Read	1=false, 2=true
MV	748	7146_1_2	Power Source: Breaker Timeout Issue (Power Source 2)		Read	1=false, 2=true
MV	749	7147_1_2	Power Source: Line Operating Hour Exceeded (Power Source 2)		Read	1=false, 2=true
MV	750	7148_1_2	Power Source: Breaker Operating Hour Exceeded (Power Source 2)		Read	1=false, 2=true
MV	773	7479_1_1	Pump Operating State		Read	1=off, 2=on
MV	1209	8144_1_1	Fluid Temperature Control Type		Write	1=Proportional, 2=Prop+Integral, 3=Adaptive PID, 4=Intelligent
MV	1220	8148_1_1	Fluid Control Type		Write	1=Flow Rate, 2=Differential Pressure, 3=Flow Rate with DP Limit, 4=Diff Prs with Flo Limit, 5=Manual
MV	1231	8161_1_1	Pump Operation Type		Write	1=Unit On or Standby, 2=Unit On, Off, or Standby
MV	1242	8162_1_1	Fluid Dew Pnt Margin		Write

Object ID lookup: Vertiv Liebert iCOM XDM precision cooling point IDs by name

BV145023_1_1
BV155335_1_1
BV165147_1_1
BV274601_1_1
BV284608_1_1
BV294618_1_1
BV305573_1_1
BV314621_1_1
BV326531_1_1
BV336532_1_1
BV346533_1_1
BV10505966_1_1
BV415034_1
BV425036_1
BV435578_1
BV445579_1
BV455902_1
BV535349_1_1
BV545351_1_1
BV554615_1_1
BV565577_1_1
BV655067_1
BV665513_1
BV775269_1_1
BV785270_1_1
BV795271_1_1
BV805352_1_1
BV815146_1_1
BV825272_1_1
BV835354_1_1
BV845355_1_1
BV855514_1_1
BV865148_1_1
BV875604_1_1
BV885903_1_1
BV896758_1_1
BV975269_1_2
BV985270_1_2
BV995271_1_2
BV1005352_1_2
BV1015146_1_2
BV1025272_1_2
BV1035354_1_2
BV1045355_1_2
BV1055514_1_2
BV1065148_1_2
BV1075604_1_2
BV1085903_1_2
BV1096758_1_2
BV12875269_1_4
BV12885270_1_4
BV12895271_1_4
BV12905352_1_4
BV12915146_1_4
BV12925272_1_4
BV12935354_1_4
BV12945355_1_4
BV12955514_1_4
BV12965148_1_4
BV12975604_1_4
BV12985903_1_4
BV12996758_1_4
BV2534270_1
BV2544271_1
BV2554272_1
BV2564273_1
BV2575415_1
BV2585105_1
BV2595107_1
BV2605115_1
BV2615416_1
BV2625118_1
BV2635053_1
BV2644726_1
BV2655120_1
BV2665119_1
BV2674714_1
BV2685121_1
BV2694720_1
BV2714626_1
BV2725418_1
BV2735419_1
BV2745114_1
BV2754723_1
BV2765104_1
BV2775108_1
BV2785588_1
BV2795617_1
BV2805906_1
BV2815907_1
BV2825908_1
BV2835909_1
BV2845924_1
BV3506541_1
BV3516542_1
BV3526543_1
BV3536544_1
BV3546545_1
BV3556546_1
BV3565471_1
BV3578192_1
BV3588231_1
BV2884703_1_1
BV2994703_1_2
BV3105110_1_1
BV3115109_1_1
BV3125112_1_1
BV3135113_1_1
BV3145111_1_1
BV3155116_1_1
BV3165117_1_1
BV3275417_1_1
BV3385417_1_2
BV3495417_1_3
BV3615593_1
BV3625594_1
BV3635595_1
BV3645596_1
BV3765597_1_1
BV3775598_1_1
BV3785060_1_1
BV3905597_1_2
BV3915598_1_2
BV3925060_1_2
BV5025597_1_10
BV5035598_1_10
BV5045060_1_10
BV5405625_1
BV6235636_1
BV10015568_1
BV10405967_1
BV6435637_1
BV10825536_1_1
BV10845537_1_1
BV10865535_1_1
BV10885531_1_1
BV10906100_1_1
BV2185073_1_1
BV10835536_1_2
BV10855537_1_2
BV10875535_1_2
BV10895531_1_2
BV10916100_1_2
BV10925073_1_2
BV13665073_1_4
BV13355536_1_4
BV13365537_1_4
BV13375535_1_4
BV13385531_1_4
BV13396100_1_4
BV6445638_1_1
BV11045541_1_1
BV11065540_1_1
BV11085539_1_1
BV11105544_1_1
BV11125543_1_1
BV11145542_1_1
BV11165545_1_1
BV11055541_1_2
BV11075540_1_2
BV11095539_1_2
BV11115544_1_2
BV11135543_1_2
BV11155542_1_2
BV11175545_1_2
BV13765541_1_4
BV13775540_1_4
BV13785539_1_4
BV13795544_1_4
BV13805543_1_4
BV13815542_1_4
BV13825545_1_4
BV11285277_1_1_1
BV11295277_1_1_2
BV11315277_1_1_4
BV11325277_1_2_1
BV11335277_1_2_2
BV11355277_1_2_4
BV14825277_1_4_1
BV15025277_1_4_2
BV15425277_1_4_4
BV15546691_1_1
BV15556692_1_1
BV15956822_1
BV16067163_1
BV16174651_1
BV16185295_1
BV16197474_1
BV16214645_1
BV16225293_1
BV16237476_1
BV18248180_1
BV18258181_1
BV18268182_1
BV18278183_1
BV18288184_1
BV18298185_1
BV18308186_1
BV18318187_1
BV18328188_1
BV18338189_1
BV18348190_1
BV18358191_1
BV16347483_1_1
BV16357484_1_1
BV18468170_1_1
AV55327_1
AV100055327_1_deg_F
AV65328_1
AV75329_1
AV100075329_1_deg_F
AV85330_1
AV195002_1_1
AV100195002_1_1_deg_F
AV335022_1_1
AV100335022_1_1_deg_F
AV345334_1_1
AV100345334_1_1_deg_F
AV356757_1_1
AV454594_1_1
AV100454594_1_1_deg_F
AV464597_1_1
AV100464597_1_1_deg_F
AV475336_1_1
AV100475336_1_1_deg_F
AV485337_1_1
AV100485337_1_1_deg_F
AV495338_1_1
AV100495338_1_1_deg_F
AV505574_1_1
AV100505574_1_1_deg_F
AV605028_1
AV615029_1
AV635341_1
AV645032_1
AV655342_1
AV665033_1
AV675035_1
AV685343_1
AV695344_1
AV705345_1
AV715346_1
AV726258_1
AV100726258_1_deg_F
AV736259_1
AV100736259_1_deg_F
AV746575_1
AV100746575_1_deg_F
AV756576_1
AV100756576_1_deg_F
AV824595_1_1
AV834598_1_1
AV845347_1_1
AV855348_1_1
AV865350_1_1
AV874596_1_1
AV100874596_1_1_deg_F
AV884614_1_1
AV100884614_1_1_deg_F
AV895576_1_1
AV100895576_1_1_deg_F
AV975267_1_1
AV985268_1_1
AV995353_1_1
AV100995353_1_1_deg_F
AV1005619_1_1
AV1016241_1_1
AV1026688_1_1
AV1105267_1_2
AV1115268_1_2
AV1125353_1_2
AV101125353_1_2_deg_F
AV1135619_1_2
AV1146241_1_2
AV1156688_1_2
AV22505353_1_4
AV122505353_1_4_deg_F
AV22515619_1_4
AV22525267_1_4
AV22536241_1_4
AV22545268_1_4
AV22556688_1_4
AV30075378_12
AV2685075_1
AV2694710_1
AV2705314_1
AV2716121_1
AV2726120_1
AV314291_1
AV100314291_1_deg_F
AV2805077_1
AV2825379_1
AV2834870_1
AV2844868_1
AV2854869_1
AV2865380_1
AV2875080_1
AV2885081_1
AV2895079_1
AV2905490_1
AV2915606_1
AV2925004_1
AV102925004_1_deg_F
AV2935607_1
AV102935607_1_deg_F
AV2945608_1
AV2955575_1
AV102955575_1_deg_F
AV2965615_1
AV102965615_1_deg_F
AV2975616_1
AV102975616_1_deg_F
AV2985904_1
AV2996134_1
AV3004293_1
AV3125589_1
AV103125589_1_deg_F
AV3135590_1
AV103135590_1_deg_F
AV3145007_1
AV103145007_1_deg_F
AV3155006_1
AV103155006_1_deg_F
AV3165591_1
AV103165591_1_deg_F
AV3175592_1
AV103175592_1_deg_F
AV3295059_1_1
AV103295059_1_1_deg_F
AV3415059_1_2
AV103415059_1_2_deg_F
AV4375059_1_10
AV104375059_1_10_deg_F
AV5055299_1
AV5235298_1_1
AV5225634_1_1
AV5355635_1_1
AV105355635_1_1_deg_F
AV5375639_1_1
AV105375639_1_1_deg_F
AV5265298_1_2
AV5255634_1_2
AV5385635_1_2
AV105385635_1_2_deg_F
AV5405639_1_2
AV105405639_1_2_deg_F
AV22885298_1_4
AV22895634_1_4
AV22905635_1_4
AV122905635_1_4_deg_F
AV22915639_1_4
AV122915639_1_4_deg_F
AV8104096_1
AV8114098_1
AV8124100_1
AV8134113_1
AV8144114_1
AV8154115_1
AV8165901_1
AV8175900_1
AV19004097_1
AV19014099_1
AV19024101_1
AV9015905_1_1
AV9115905_1_2
AV19605964_1_1
AV119605964_1_1_deg_F
AV19615965_1_1
AV119615965_1_1_deg_F
AV19816101_1
AV5295548_1_1
AV5305549_1_1
AV5315552_1_1
AV5325553_1_1
AV5335550_1_1
AV5345551_1_1
AV19925534_1_1
AV119925534_1_1_deg_F
AV19935534_1_2
AV119935534_1_2_deg_F
AV23185534_1_4
AV123185534_1_4_deg_F
AV20046103_1_1
AV20066102_1_1
AV120066102_1_1_deg_F
AV20056103_1_2
AV20076102_1_2
AV120076102_1_2_deg_F
AV23506103_1_4
AV23516102_1_4
AV123516102_1_4_deg_F
AV20185276_1_1_1
AV20265538_1_1_1
AV20346244_1_1_1
AV20195276_1_1_2
AV20275538_1_1_2
AV20356244_1_1_2
AV20215276_1_1_4
AV20295538_1_1_4
AV20376244_1_1_4
AV20225276_1_2_1
AV20305538_1_2_1
AV20386244_1_2_1
AV20235276_1_2_2
AV20315538_1_2_2
AV20396244_1_2_2
AV20255276_1_2_4
AV20335538_1_2_4
AV20416244_1_2_4
AV24235276_1_4_1
AV24245538_1_4_1
AV24256244_1_4_1
AV24365276_1_4_2
AV24375538_1_4_2
AV24386244_1_4_2
AV24625276_1_4_4
AV24635538_1_4_4
AV24646244_1_4_4
AV24766797_1
AV25016820_1
AV25026821_1
AV25266780_1_1
AV25276781_1_1
AV25286779_1_1
AV25296783_1_1
AV25426122_1_1
AV25436123_1_1
AV25547130_1_1
AV25557131_1_1
AV25567132_1_1
AV25577133_1_1
AV25587134_1_1
AV25697130_1_2
AV25707131_1_2
AV25717132_1_2
AV25727133_1_2
AV25737134_1_2
AV25844643_1
AV125844643_1_deg_F
AV25855288_1
AV125855288_1_deg_F
AV25867468_1
AV25875491_1
AV25887469_1
AV25934644_1
AV125934644_1_deg_F
AV25945289_1
AV125945289_1_deg_F
AV26057480_1_1
AV26077482_1_1
AV29048167_1_1
AV29058168_1_1
AV29068169_1_1
AV129068169_1_1_deg_F
AV28238132_1
AV128238132_1_deg_F
AV28248133_1
AV128248133_1_deg_F
AV28258134_1
AV28268135_1
AV28278136_1
AV28288137_1
AV28298138_1
AV28308139_1
AV28318140_1
AV28328141_1
AV28338142_1
AV28448143_1_1
AV128448143_1_1_deg_F
AV28458145_1_1
AV128458145_1_1_deg_F
AV28468146_1_1
AV128468146_1_1_deg_F
AV28478147_1_1
AV28588149_1_1
AV28598150_1_1
AV28608151_1_1
AV28618152_1_1
AV28628153_1_1
AV28638154_1_1
AV28648155_1_1
AV28658156_1_1
AV28668157_1_1
AV28678158_1_1
AV28688159_1_1
AV28698160_1_1
AV28808163_1_1
AV128808163_1_1_deg_F
AV28818164_1_1
AV128818164_1_1_deg_F
AV28828165_1_1
AV128828165_1_1_deg_F
MV14553_1
MV355603_1
MV365618_1
MV455264_1_1
MV465265_1_1
MV476243_1_1
MV575264_1_2
MV585265_1_2
MV596243_1_2
MV5565264_1_4
MV5575265_1_4
MV5586243_1_4
MV934123_1
MV944706_1
MV954707_1
MV965074_1
MV1075381_1
MV1085382_1
MV1095383_1
MV1105384_1
MV1115385_1
MV1125386_1
MV1135387_1
MV1145388_1
MV1155143_1
MV5006175_1
MV5016176_1
MV5026177_1
MV5036178_1
MV5046179_1
MV5066524_1
MV5076525_1
MV5086526_1
MV1264718_1
MV1274719_1
MV1285098_1
MV1295099_1
MV1305100_1
MV1315101_1
MV1325102_1
MV1335103_1
MV1345389_1
MV1355390_1
MV1365122_1
MV1375123_1
MV1385129_1
MV1395130_1
MV1405391_1
MV1415392_1
MV1425086_1
MV1435087_1
MV1445082_1
MV1455083_1
MV1465090_1
MV1475091_1
MV1485084_1
MV1495085_1
MV1505141_1
MV1515142_1
MV1525131_1
MV1535132_1
MV1545133_1
MV1555134_1
MV1564727_1
MV1574728_1
MV1584715_1
MV1594716_1
MV1604721_1
MV1614722_1
MV1624724_1
MV1634725_1
MV1645088_1
MV1655089_1
MV1665135_1
MV1675136_1
MV1685393_1
MV1695394_1
MV1805316_1_1
MV1815317_1_1
MV1825318_1_1
MV1835319_1_1
MV1845395_1_1
MV1855396_1_1
MV1865397_1_1
MV1875398_1_1
MV1885320_1_1
MV1895321_1_1
MV1905399_1_1
MV1915400_1_1
MV2025316_1_2
MV2035317_1_2
MV2045318_1_2
MV2055319_1_2
MV2065395_1_2
MV2075396_1_2
MV2085397_1_2
MV2095398_1_2
MV2105320_1_2
MV2115321_1_2
MV2125399_1_2
MV2135400_1_2
MV2245401_1_1
MV2255402_1_1
MV2265403_1_1
MV2275404_1_1
MV2285405_1_1
MV2295406_1_1
MV2304602_1_1
MV2314603_1_1
MV2324609_1_1
MV2334610_1_1
MV2345137_1_1
MV2355138_1_1
MV2365139_1_1
MV2375140_1_1
MV2385024_1_1
MV2395025_1_1
MV2405407_1_1
MV2415408_1_1
MV2425587_1_1
MV2525409_1_1
MV2535410_1_1
MV2565411_1_1
MV2575412_1_1
MV2685413_1_1
MV2695414_1_1
MV2805413_1_2
MV2815414_1_2
MV2924717_1
MV3045580_1
MV3635632_1_1
MV3645633_1_1
MV3685632_1_2
MV3695633_1_2
MV5895633_1_4
MV5905632_1_4
MV3955533_1
MV3745546_1_1
MV3755547_1_1
MV4066104_1_1
MV4076104_1_2
MV6236104_1_4
MV6356695_1_1
MV6366690_1_1
MV6486775_1
MV6496777_1
MV6626778_1_1
MV6636782_1_1
MV6756130_1_1
MV6766131_1_1
MV6776129_1_1
MV6786823_1_1
MV7007127_1
MV7017128_1
MV7027129_1
MV7137135_1_1
MV7147136_1_1
MV7157137_1_1
MV7167138_1_1
MV7177139_1_1
MV7187140_1_1
MV7197141_1_1
MV7207142_1_1
MV7217143_1_1
MV7227144_1_1
MV7237145_1_1
MV7247146_1_1
MV7257147_1_1
MV7267148_1_1
MV7377135_1_2
MV7387136_1_2
MV7397137_1_2
MV7407138_1_2
MV7417139_1_2
MV7427140_1_2
MV7437141_1_2
MV7447142_1_2
MV7457143_1_2
MV7467144_1_2
MV7477145_1_2
MV7487146_1_2
MV7497147_1_2
MV7507148_1_2
MV7737479_1_1
MV12098144_1_1
MV12208148_1_1
MV12318161_1_1
MV12428162_1_1

Integration notes

Tables 5.56, 5.57, 5.58, pdf pages 1545-1579 of the 2024 guide (printed page numbers are 4 lower).
Object names are Vertiv data IDs (e.g. 5331_1); the description holds the guide's data label. Labels repeated for different sensors or circuits get the group name in brackets.
Most temperature objects come in pairs: a °C object and a °F object (name ending _deg_F), usually at instance + 10000.

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 iCOM XDM precision 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 iCOM XDM precision cooling

How many BACnet points does the Vertiv Liebert iCOM XDM precision cooling have?

This list has 680 BACnet objects: 286 analog values, 206 binary values, 188 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Vertiv Liebert iCOM XDM precision cooling BACnet points are writable?

211 of the 680 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 iCOM XDM precision 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 iCOM XDM precision cooling?

Start with MV 115 5143_1 (On/off command (1=off, 2=on)); AV 2844 8143_1_1 (Fluid temperature setpoint, °C); AV 61 5029_1 (Humidity setpoint, %RH); MV 292 4717_1 (Acknowledge / reset events); MV 94 4706_1 (Run / standby / off state); MV 93 4123_1 (Normal, warning or alarm state); AV 19 5002_1_1 (Supply air temperature, °C); AV 31 4291_1 (Return air temperature, °C); AV 2584 4643_1 (Supply fluid temperature, °C); AV 60 5028_1 (Return air humidity, %RH).

How do I check these points on the real Liebert iCOM XDM precision 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.

Vertiv Liebert iCOM XDM precision cooling BACnet points list

BMS integration notes: Vertiv Liebert iCOM XDM precision cooling

Minimum points to map

Network setup

Watch out for

Vertiv Liebert iCOM XDM precision cooling BACnet objects

Integration notes

Questions about the Vertiv Liebert iCOM XDM precision cooling

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