ZBX-LIEBERT-CRAC

This template uses the LIEBERT-GP-ENVIRONMENTAL-MIB to discover and monitor Emerson Liebert CRAC units using SNMP.

Items

• Agent - FW Version
• Agent - Manufacturer
• Agent - Model
• Agent - Part Number
• Agent - Serial Number
• Config - Auto Configuration
• Config - BMS Reset Timer
• Config - Cabinet Sensor Alarms
• Config - Chilled Water Control
• Config - Compressor Lockout
• Config - Cooling Service Interval
• Config - Fan Speed Capacity
• Config - Fan Speed Mode
• Config - Filter Service Interval
• Config - Humidifier Lockout
• Config - Humidifier Service Interval
• Config - Humidity Control
• Config - Infrared Flush Rate
• Config - Local Temperature Unit
• Config - Reheat & Humidifier Lockout
• Config - Reheat Lockout
• Config - Remote Shutdown
• Config - Restart Delay
• Config - Sensor #1 Events
• Config - Sensor Offset
• Config - Sleep Mode
• Config - Sleep Mode Deadband Range
• Config - Standard Sensor Events
• Config - Supply Temperature Low Limit
• Config - Supply Temperature Low Setpoint
• Config - Temperature Control Algorithm
• Humidity - High Threshold
• Humidity - Low Threshold
• Humidity - Measurement
• Humidity - Setpoint
• Humidity - Tolerance
• Statistics - Compressor #1 Run Time
• Statistics - Compressor #2 Run Time
• Statistics - Compressor #3 Run Time
• Statistics - Compressor #4 Run Time
• Statistics - Cooling Mode Run Time
• Statistics - Dehumidify Mode Run Time
• Statistics - Fan Run Time
• Statistics - Free Cooling Run Time
• Statistics - Heating Mode Run Time
• Statistics - Hot Gas Run Time
• Statistics - Hot Water Run Time
• Statistics - Humidifier Run Time
• Statistics - Humidify Mode Run Time
• Statistics - Reheat #1 Run Time
• Statistics - Reheat #2 Run Time
• Statistics - Reheat #3 Run Time
• Status - Audible Alarm Output
• Status - Cooling
• Status - Dehumidifying
• Status - Econocycle
• Status - Electric Heater
• Status - Fan
• Status - Free Cooling
• Status - General Alarm Output
• Status - Heating
• Status - Hot Water
• Status - Humidifying
• Status - Operating Mode
• Status - Operating Reason
• Status - System
• Status - Utilised Cooling Capacity
• Status - Utilised Dehumidifying Capacity
• Status - Utilised Fan Capacity
• Status - Utilised Heating Capacity
• Status - Utilised Humidifying Capacity
• Temperature - Control Measurement
• Temperature - Digital Scroll Compressor #1
• Temperature - Digital Scroll Compressor #2
• Temperature - High Threshold
• Temperature - Low Threshold
• Temperature - Return Air
• Temperature - Setpoint
• Temperature - Supply Air
• Temperature - Tolerance
• Discovery: Flexible Device - Description
• Discovery: Flexible Device - Value
• Discovery: Flexible Device - Units of Measure
• Discovery: Managed Device - FW Version
• Discovery: Managed Device - Manufacturer
• Discovery: Managed Device - Manufacturing Date
• Discovery: Managed Device - Model
• Discovery: Managed Device - Name
• Discovery: Managed Device - Serial Number
• Discovery: Managed Device - Service Address #1
• Discovery: Managed Device - Service Address #2
• Discovery: Managed Device - Service Address #3
• Discovery: Managed Device - Service Address #4
• Discovery: Managed Device - Service Phone Number
• Discovery: Managed Device - Site
• Discovery: Managed Device - Tag Number

Triggers

• [CRITICAL] => {HOST.NAME} General Alarm Output is ({ITEM.VALUE1})
• [HIGH] => {HOST.NAME} High Humidity Alarm: ({ITEM.VALUE1})
• [HIGH] => {HOST.NAME} High Temperature Alarm: ({ITEM.VALUE1})
• [HIGH] => {HOST.NAME} Low Humidity Alarm: ({ITEM.VALUE1})
• [HIGH] => {HOST.NAME} Low Temperature Alarm: ({ITEM.VALUE1})
• [WARNING] => {HOST.NAME} Audible Alarm Output is ({ITEM.VALUE1})
• [CRITICAL] => {HOST.NAME} power changed to {ITEM.VALUE1}

Graphs

• Temperature & Humidity

Installation

1. Add a value mapping named lgpEnvConfigDisabledEnabled with the following values:

• 1 ⇒ enabled
• 2 ⇒ disabled

2. Add a value mapping named lgpEnvConfigHumidityControl with the following values:

• 1 ⇒ relative
• 2 ⇒ compensated
• 3 ⇒ predictive

3. Add a value mapping named lgpEnvConfigLocalTemperatureUnit with the following values:

• 1 ⇒ celsius
• 2 ⇒ farenheit

4. Add a value mapping named lgpEnvConfigLockout with the following values:

• 1 ⇒ lockedOut
• 2 ⇒ notLockedOut

5. Add a value mapping named lgpEnvConfigManualAuto with the following values:

• 1 ⇒ manual
• 2 ⇒ auto

6. Add a value mapping named lgpEnvConfigLockout with the following values:

• 1 ⇒ lockedOut
• 2 ⇒ notLockedOut

7. Add a value mapping named lgpEnvConfigSleepMode with the following values:

• 1 ⇒ enabled
• 2 ⇒ disabled
• 3 ⇒ auto

8. Add a value mapping named lgpEnvConfigTempControlAlgorithm with the following values:

• 1 ⇒ pi
• 2 ⇒ pid
• 3 ⇒ intelligent
• 4 ⇒ proportional

9. Add a value mapping named lgpEnvStateFreeCooling with the following values:

• 1 ⇒ on
• 2 ⇒ off
• 3 ⇒ start
• 4 ⇒ unavailable

10. Add a value mapping named lgpEnvStateOnOffStby with the following values:

• 1 ⇒ on
• 2 ⇒ off
• 3 ⇒ standby

11. Add a value mapping named lgpEnvStateOperatingMode with the following values:

• 1 ⇒ manual
• 2 ⇒ auto

12. Add a value mapping named lgpEnvStateOperatingReason with the following values:

• 1 ⇒ none
• 2 ⇒ localUser
• 3 ⇒ alarm
• 4 ⇒ schedule
• 5 ⇒ remoteUser
• 6 ⇒ externalDevice
• 7 ⇒ localDisplay

13. Add to your host the {$SNMP_COMMUNITY} macro with your SNMP community as value.
14. Associate ZBX-LIEBERT-CRAC template to the host.

Requirements

This template was tested on Zabbix 2.4.6.

Compatibility has been tested on the following management cards and firmware versions:

• Libert IntelliSlot Web Card, Firmware v3.210.0
• Liebert IS-UNITY-DP Communications Card, Firmware v6.1.0.0

License

This template is distributed under the terms of the BSD New License as published by the Regents of the University of California.

Copyright

Copyright (c) Brad Peczka

Authors

Brad Peczka (brad |at| bradpeczka |dot| com)