The APC NetBotz template provides comprehensive SNMP-based monitoring for APC NetBotz environmental monitoring devices. It supports multiple device families and automatically discovers sensors, alarms, and environmental metrics.
- Comprehensive Environmental Monitoring: Temperature, humidity, airflow, and dew point
- Automatic Sensor Discovery: Dynamic discovery of all available sensors
- Alarm Monitoring: Real-time monitoring of device alarms and status
- Device Health: System health, power status, and operational metrics
- Value Mapping: Human-readable status and alarm descriptions
- Multi-Device Support: Compatible with various NetBotz models
- APC NetBotz Room Monitor 355/455/465
- APC NetBotz Wireless Sensor Pods
- APC NetBotz Camera Pod 165
- APC NetBotz Sensor Pod 180/181
- Other NetBotz-compatible environmental sensors
- Temperature: Ambient, rack, and sensor-specific temperatures
- Humidity: Relative humidity measurements
- Airflow: Air velocity and direction monitoring
- Dew Point: Calculated dew point temperatures
- Dry Contact: Door sensors, leak detection, and custom inputs
- Device Health: Overall system status and operational state
- Communication: Network connectivity and SNMP responsiveness
- Power: Power supply status and consumption
- Enclosure: Physical security and door states
- Critical Alarms: Temperature/humidity out of range
- Warning Alarms: Approaching threshold conditions
- Information Alarms: Status changes and events
- Acknowledgment Status: Alarm acknowledgment tracking
- Zabbix 7.0 or later
- SNMP enabled on the NetBotz device
- Network connectivity from Zabbix server/proxy to NetBotz device
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Configure NetBotz Device:
- Enable SNMP v1/v2c or v3 on the device
- Set appropriate SNMP community string or user credentials
- Ensure device is accessible from Zabbix server/proxy
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Import Template:
- Import
apc_netbotz.yamlvia Zabbix web interface - Navigate to Configuration → Templates → Import
- Import
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Configure Host:
- Create or edit host for NetBotz device
- Assign "APC NetBotz" template
- Configure SNMP interface with correct community/credentials
- Set appropriate SNMP version and port (default: 161)
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Configure Macros:
{$SNMP_COMMUNITY}: SNMP community string (default: public){$TEMP_CRIT_HIGH}: Critical high temperature threshold (°C){$TEMP_WARN_HIGH}: Warning high temperature threshold (°C){$TEMP_CRIT_LOW}: Critical low temperature threshold (°C){$HUMIDITY_CRIT_HIGH}: Critical high humidity threshold (%){$HUMIDITY_WARN_HIGH}: Warning high humidity threshold (%)
- Sensor Discovery: Automatically discovers all available sensors
- Alarm Discovery: Finds all configurable alarm points
- Enclosure Discovery: Detects physical enclosures and doors
- Environmental sensor readings (temperature, humidity, airflow)
- Device status and health indicators
- Alarm states and acknowledgment status
- Network and communication metrics
- Critical and warning thresholds for environmental conditions
- Device offline or communication failure alerts
- Alarm condition monitoring and escalation
- Sensor fault and calibration alerts
- Environmental trend analysis (temperature, humidity over time)
- Alarm frequency and resolution tracking
- Device health and uptime statistics
- 0: Unknown
- 1: Normal
- 2: Warning
- 3: Critical
- 4: Failure
- 0: Normal
- 1: Warning
- 2: Critical
- 3: Acknowledged
- 0: Disabled
- 1: Normal
- 2: Not Installed
- 3: Error
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No Data Received:
- Verify SNMP configuration and connectivity
- Check community string or SNMP credentials
- Ensure correct SNMP version is configured
-
Missing Sensors:
- Confirm sensors are properly connected to NetBotz device
- Check sensor configuration in NetBotz web interface
- Verify sensors are enabled and functioning
-
Incorrect Threshold Alerts:
- Review macro values for temperature and humidity thresholds
- Check sensor calibration and accuracy
- Verify alarm configuration on the device
- Test SNMP connectivity using
snmpwalkor similar tools - Check Zabbix server logs for SNMP errors
- Review NetBotz device logs and status
- Validate template import and host configuration
- Regularly calibrate sensors for accuracy
- Set appropriate threshold values based on environmental requirements
- Monitor device health and communication status
- Use NetBotz grouping features for logical sensor organisation
- Implement proper environmental alerting workflows