Liebert® IntelliSlot® Modbus 485, Modbus IP and BACnet IP

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Table 26 Liebert XDF - Input and Holding Modbus 485 and Modbus IP Protocols - Precision Cooling Products Controller Liebert iCOM v3 Input Holding # of Data Description Register Register Reg. Scale Notes / Units Vendor ID 30001 40001 1 - - Device ID 30002 40002 1 - - Version number 30003 40003 1 - - UPS/Env/Pwr 30004 40004 1 - - Temperature Setpoint 30023 40023 1 10 deg C Delay after safe Temp has been reached 30034 40034 - - Minutes Allowable deviation between internal temp sensors 30035 40035 - - deg C High Cabinet Temperature Setpoint 30058 40058 - 10 deg C Low Cabinet Temperature Setpoint 30059 40059 - 10 deg C Fan Run Hour Threshold 30070 40070 - - Hours Compressor 1 Run Hour Threshold 30071 40071 - - Hours Service Ramp 30099 - - - % Operating State 6 30100 - - - - Number of Active Events/Alarm 30101 - - - - Summary Alarm Status 7 30102 - - - - Fan Ramp 30103 - - - % Cooling Ramp 30104 - - - % Digital Scroll Compressor 1 High Temperature 30119 - - 10 deg C Sensor 1 Temp 30121 - - 10 deg C Sensor 2 Temp 30122 - - 10 deg C Sensor 3 Temp 30123 - - 10 deg C Sensor 4 Temp 30124 - - 10 deg C Ambient Temp 30125 - - 10 deg C Ambient Humidity 30126 - - - % Dew Point Temp 30127 - - - deg C Adjusted Setpoint Temp 30128 - - 10 deg C Cabinet Temperature 30129 - - 10 deg C Service Due Year 30135 - - - - Service Due Month 30136 - - - - Device kW Load 30137 - - - kW Fan Run Hour 30141 - - - Hours Compressor 1 Run Hour NOTES 30142 - - - Hours If the Scale column has a value for a Data Description, multiply the Modbus value by the value in the Scale column. Reference Document: ST100I&C PA Parameters and Events, Version 18.0 1. Timer mode: 0 = no, 1 = yes 2. Type of DT Room-Glycol: 0 = no, 1 = contact, 2 = value 3. Predictive Hum Control: 0 = relative, 1 = compensated, 2 = predictive 4. Temp Control Algorithm: 0 = proportional, 1 = PD, 2 = PDI; 3 = intelligent 5. When VFD is set to manual mode (coil 22), the host can control the VFD by the value of register 40019. The Manual VSD Timer will start to count down. Once it reaches 0, the VFD control mode will switch to auto. The host will need to periodically reset this timer in order to maintain the manual mode. Consult factory for BMS timer information. 6. Operating state: Bit 0-1: 00 unit off, 01 unit on, 10 unit standby Bit 2-3: 00 auto, 01 manual Bit 4-7: 0000 none 0001 local user 0010 alarm 0011 schedule 0100 remote user 0101 external device 0110 local display 7. Alarm state bit map: Bit 0 = Reset state Bit 1 = Active state Bit 2 = Acknowledge state Bit 3-7 = Alarm Type 00000: Message 00001: Warning 00010: Alarm 8. Free-cool state: 0 = Off, 1 = Start, 2 = On 98
Modbus 485 and Modbus IP Protocols - Precision Cooling Products Table 27 Liebert Challenger 3000 , Liebert Deluxe System/3 , Liebert Himod , Liebert ICS - Input and Holding - LAM Controller Advanced Microprocessor - LAM Liebert Products Liebert Challenger 3000 Liebert Deluxe System/3 Liebert Himod (LNA version - Using Liebert Sitescan ® ) Liebert ICS Available Points Input Holding # of Data Description Status Points (View) Register Register Reg. Scale Notes / Units Temperature - 40001 1 - - Humidity - 40002 1 - - Cooling - 40003 1 - 1=On / 0=Off Heating - 40004 1 - 1=On / 0=Off Humidification - 40005 1 - 1=On / 0=Off De-humidification - 40006 1 - 1=On / 0=Off Econ-O-Cycle - 40007 1 - 1=On / 0=Off Stages - 40008 1 - - % Capacity - 40009 1 - - Unit Status (On / Off) - 40018 1 - 1=On / 0=Off (R/W) Analog input 1 - 40023 1 - A/D raw value w/ slope=1 and offset = 0 Analog input 2 - 40024 1 - A/D raw value w/ slope=1 and offset = 0 Analog input 3 - 40025 1 - A/D raw value w/ slope=1 and offset = 0 Analog input 4 - 40026 1 - A/D raw value w/ slope=1 and offset = 0 Alarm Points Discrete alarm objects available; use autodiscover for this unit Communications - 40289 1 - Bit 0 Local Off - 40289 1 - Bit 1 Remote Off - 40289 1 - Bit 2 High Head Pressure 1 - 40289 1 - Bit 3 High Head Pressure 2 - 40289 1 - Bit 4 Loss of Airflow - 40289 1 - Bit 5 Standby Glycol Unit On - 40289 1 - Bit 6 Liquid Detected - 40289 1 - Bit 7 Change Filters - 40289 1 - Bit 8 High Temperature - 40289 1 - Bit 9 Low Temperature - 40289 1 - Bit 10 High Humidity - 40290 1 - Bit 0 Low Humidity - 40290 1 - Bit 1 Humidifier Problem - 40290 1 - Bit 2 No Water in Humidifier Pan - 40290 1 - Bit 3 Compressor 1 Overload - 40290 1 - Bit 4 Compressor 2 Overload - 40290 1 - Bit 5 Main Fan Overload - 40290 1 - Bit 6 Manual Override - 40290 1 - Bit 7 Smoke Detected - 40290 1 - Bit 8 Loss of Water - 40290 1 - Bit 9 Standby Unit On - 40290 1 - Bit 10 Low Suction - 40291 1 - Bit 0 Short Cycle - 40291 1 - Bit 1 Loss of Power - 40291 1 - Bit 2 99
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Infrastructure Management & Monitor
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3.0 MODBUS 485 AND MODBUS IP PROTOC
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3.4 Battery Monitoring Products . .
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MODBUS 485 & MODBUS IP PROTOCOLS (c
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2.3.2 Function Code 4 Modbus Commun
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3.0 MODBUS 485 AND MODBUS IP PROTOC
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Modbus 485 and Modbus IP Protocols
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Shutdown - Loss Of Power - Event Ty
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Remote Sensor System Average Over T
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Table 10 Liebert CRV - Input and Ho
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Table 11 Liebert CRV - Glossary (co
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Table 12 Liebert HPC (Chiller) - S
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Table 13 Liebert HPC (Chiller) - In
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Page 56 and 57: Table 14 Liebert HPC (Chiller) - Gl
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Page 60 and 61: Table 15 Liebert XDC - Status and
Page 62 and 63: Table 16 Liebert XDC - Input and Ho
Page 72 and 73: Table 17 Liebert XDC - Glossary (co
Page 74 and 75: Table 17 Liebert XDC - Glossary (co
Page 76 and 77: Modbus 485 and Modbus IP Protocols
Page 78 and 79: Table 19 Liebert XDP - Input and Ho
Page 92 and 93: Table 20 Liebert XDP - Glossary (co
Page 94 and 95: Table 20 Liebert XDP - Glossary (co
Page 96 and 97: Table 22 Liebert XDWP (XDP-W) - Inp
Page 98 and 99: Table 23 Liebert DS and Liebert Pe
Page 100 and 101: Table 24 Liebert DS and Liebert PeX
Page 102 and 103: Table 24 Liebert DS and Liebert PeX
Page 108 and 109: Table 29 Liebert DataMate, Liebert
Page 140 and 141: Table 40 Liebert APM - Status and
Page 142 and 143: Table 41 Liebert APM - Input and Ho
Page 144 and 145: Table 42 Liebert APM - Glossary (co
Page 146 and 147: 140 Modbus 485 and Modbus IP Protoc
Page 148 and 149: Table 44 Liebert GXT2 and Liebert G
Page 150 and 151: Table 47 Liebert Nfinity ® - Statu
Page 152 and 153: Table 49 Liebert NX - Status and C
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Table 50 Liebert NX - Input and Hol
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Table 51 Liebert NXL SA, SR, SN, M
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Table 52 Liebert NXL SA, SR, SN, MM
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166 Modbus 485 and Modbus IP Protoc
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Table 57 Liebert PowerSure Interact
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Table 59 Liebert Series 300 UPS - I
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Table 61 Liebert Series 600 UPS - I
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Table 63 Liebert Series 610 SCC UPS
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Table 65 Liebert SICE 7200 - Input
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Table 66 Liebert NPower - Input an
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Table 67 Liebert BDSU - Status and
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Table 68 Liebert BDSU - Input and H
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4.0 BACNET COMMUNICATIONS BACnet Co
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4.1.3 Standard Object Types Support
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BACnet Communications - BACnet Prot
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4.2 Precision Cooling Products 200
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202 BACnet Communications - Precisi
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Ext Standby Glycol Pump On - Event
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Table 73 Liebert CRV - Binary Data
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Table 74 Liebert CRV - Analog Data
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Table 74 Liebert CRV - Analog Data
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Table 75 Liebert CRV - Multistate D
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Table 77 Liebert HPC - Binary Data
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Table 77 Liebert HPC - Binary Data
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Table 78 Liebert HPC - Analog Data
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Table 79 Liebert HPC - Multistate D
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Table 80 Liebert HPC - Glossary (co
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Table 82 Liebert XDP, Liebert XDWP
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Table 86 Liebert Mini-Mate2 8 Ton -
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Table 87 Liebert APM - Binary Data
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Table 88 Liebert APM - Analog Data
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Table 90 Liebert APM - Glossary Dat
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Ensuring The High Availability Of M
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Liebert® IntelliSlot® Modbus 485, Modbus IP and BACnet IP

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