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

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Table 41 Liebert APM - Input and Holding (continued) 136 Modbus 485 and Modbus IP Protocols - UPS Systems Input Holding # of Data Description Register Register Reg. Scale Notes / Units System Output Voltage RMS A-B 30426 1 Units : VAC System Output Voltage RMS B-C 30427 1 Units : VAC System Output Voltage RMS C-A 30428 1 Units : VAC System Output Power Factor Phs A 30429 1 Scale : x / 100 System Output Power Factor Phs B 30430 1 Scale : x / 100 System Output Power Factor Phs C 30431 1 Scale : x / 100 System Output Pct Power Phase A 30432 1 Units : % System Output Pct Power Phase B 30433 1 Units : % System Output Pct Power Phase C 30434 1 Units : % MMS Output Apparent Power 30435 1 Units : kVA MMS Output Power 30436 1 Units : kW System Output Apparent Power 30437 1 Units : kVA System Output Power 30438 1 Units : kW Output Current Crest Factor Phs A 30439 1 Scale : x / 10 Output Current Crest Factor Phs B 30440 1 Scale : x / 10 Output Current Crest Factor Phs C System Status 30441 1 Scale : x / 10 Inverter On/Off State 30445 1 0 = off 1 = on 0 = Open Maintenance Bypass Breaker (MBB) 30446 1 1 = Close 2 = Not Installed 1 = Other 2 = Off 3 = Normal UPS Output Source 30447 1 4 = Bypass 5 = Battery 6 = Booster 7 = Reducer 1 = Normal Operation 2 = StartUp System Status 30448 1 8 = Normal with Warning 16 = Normal with Alarm 32 = Abnormal Operation ECO Mode Operation State System Configuration 30449 1 0 = disabled 1 = enabled System Date and Time 39998 49998 2 Secs since Epoch(UTC) If the Scale column has a value for a Data Description, multiply the Modbus value by the value in the Scale column.
Table 42 Liebert APM - Glossary 137 Modbus 485 and Modbus IP Protocols - UPS Systems Data Description Description Battery Auto Test In Progress Automatic battery test is in progress Battery Capacity Low Battery capacity is low Battery Charging Error The battery is not charging properly Battery Charging Inhibited Battery charging is inhibited due to an external inhibit signal Battery Converter Failure Battery converter failure. This is a summary event caused by one or more power sub-modules in a UPS module. Battery Discharging The battery is discharging Battery Equalize The rectifier output voltage is increased to equalize the battery voltage level. Battery Low The calculated battery time remaining has reached the low battery threshold Battery Not Qualified The UPS battery voltage is not qualified. This event will be detected even in the absence of battery disconnect or when it is open. Battery Over Temperature A battery temperature sensor is reporting a value above a threshold Battery Temperature for Cabinet The battery temperature for a cabinet Battery Terminals Reversed The measured battery voltage is a negative value due to reverse battery terminal connections. Battery Time Remaining The calculated available time on battery Battery Volts for Cabinet The voltage between the positive and negative battery terminals of a battery cabinet Bypass - Excess Auto Retransfers The number of auto retransfers, from bypass to inverter, has exceeded the maximum for a specified time interval Bypass Input Frequency The bypass input frequency Bypass Input Voltage RMS A-N The bypass input RMS voltage between phase A and Neutral Bypass Input Voltage RMS B-N The bypass input RMS voltage between phase B and Neutral Bypass Input Voltage RMS C-N The bypass input RMS voltage between phase C and Neutral Bypass Not Available A problem associated with the bypass has been detected Bypass Static Switch Unavailable The static bypass switch is off, and unable to operate DC Bus Abnormal The system has detected an abnormal DC Bus Voltage. DC Bus Current The current at the battery input terminals. In charging mode, the current will be a positive value. In discharging mode, the current will be a negative value ECO Mode Operation State This setting is used to enable or disable ECO Mode. Equipment Over Temperature Equipment over temperature summary event Fuse Failure A summary event indicating one or more fuse failures Inlet Air Temperature The temperature of the inlet air Internal Communications Failure The control has detected a communication failure of a component on the internal communication bus Inverter Failure Inverter failure - inverter output is off Inverter On/Off State inverter on/off state Inverter Overload Phase A Inverter is operating with an overload on phase A Inverter Overload Phase B Inverter is operating with an overload on phase B Inverter Overload Phase C Inverter is operating with an overload on phase C Inverter SCR Open The system has detected an open across one or more inverter static switch Silicon Controlled Rectifiers. Inverter Shutdown - Overload The inverter has shutdown due to a sustained overload Inverter Static Switch SCR Short The system has detected a short across one or more inverter static switch Silicon Controlled Rectifiers (SCR) LBS Inhibited The system has detected that conditions to perform Load Bus Sync are not satisfied Load Impact Transfer On bypass as result of load impact.
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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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Table 13 Liebert HPC (Chiller) - In
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Table 14 Liebert HPC (Chiller) - Gl
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Table 14 Liebert HPC (Chiller) - Gl
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Table 15 Liebert XDC - Status and
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Table 16 Liebert XDC - Input and Ho
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Table 17 Liebert XDC - Glossary (co
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Table 17 Liebert XDC - Glossary (co
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Table 19 Liebert XDP - Input and Ho
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Page 92 and 93: Table 20 Liebert XDP - Glossary (co
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Page 96 and 97: Table 22 Liebert XDWP (XDP-W) - Inp
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Page 100 and 101: Table 24 Liebert DS and Liebert PeX
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Page 104 and 105: Table 26 Liebert XDF - Input and Ho
Page 106 and 107: Modbus 485 and Modbus IP Protocols
Page 108 and 109: Table 29 Liebert DataMate, Liebert
Page 140 and 141: Table 40 Liebert APM - Status and
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Page 148 and 149: Table 44 Liebert GXT2 and Liebert G
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Page 154 and 155: Table 50 Liebert NX - Input and Hol
Page 156 and 157: Table 51 Liebert NXL SA, SR, SN, M
Page 158 and 159: Table 52 Liebert NXL SA, SR, SN, MM
Page 182 and 183: Table 57 Liebert PowerSure Interact
Page 184 and 185: Table 59 Liebert Series 300 UPS - I
Page 186 and 187: Table 61 Liebert Series 600 UPS - I
Page 188 and 189: 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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