SPAGENT-MIB::spTemperatureArray4-3Status #

Temperature sensor trap

Variables #

• spSensorStatus
• spSensorValue
• spSensorLevelExceeded
• spSensorIndex
• spSensorName
• spSensorDescription

Definitions #

spSensorStatus

The current integer status of the sensor causing this trap to be sent

spSensorValue

The current integer value of the sensor causing this trap to be sent

spSensorLevelExceeded

The integer level that was exceeded causing this trap to be sent

spSensorIndex

The integer index of the sensor causing this trap to be sent

spSensorName

The name of the sensor causing this trap to be sent

spSensorDescription

The description of the sensor causing this trap to be sent

Here is a runbook for the SNMP Trap SPAGENT-MIB::spTemperatureArray4-3Status:

Meaning #

This SNMP trap is generated when a temperature sensor exceeds a certain threshold, indicating a potential environmental issue. The trap provides information about the sensor that triggered the alarm, including its current status, value, and description.

Impact #

If left unchecked, elevated temperatures can cause hardware failures, data loss, and even physical damage to equipment. This trap serves as an early warning system to alert IT staff to take corrective action to prevent these outcomes.

Diagnosis #

To diagnose the issue, follow these steps:

1. Identify the sensor: Use the spSensorIndex variable to identify which temperature sensor triggered the trap.
2. Check sensor status: Review the spSensorStatus variable to determine the current status of the sensor (e.g., normal, warning, critical).
3. Review sensor value: Examine the spSensorValue variable to see the current temperature reading.
4. Check threshold level: Verify the spSensorLevelExceeded variable to determine the threshold level that was exceeded.
5. Consult sensor description: Refer to the spSensorDescription variable to understand the specific sensor and its location.

Mitigation #

To mitigate the issue, follow these steps:

1. Investigate the sensor location: Identify the physical location of the sensor and check for any signs of overheating or environmental issues.
2. Verify air flow and cooling: Ensure that the air flow and cooling systems are functioning properly in the affected area.
3. Check equipment temperatures: Verify the temperatures of nearby equipment to ensure they are within normal operating ranges.
4. Take corrective action: Based on the diagnosis, take corrective action to reduce the temperature, such as adjusting air flow, cleaning ventilation systems, or replacing faulty cooling components.
5. Monitor and verify: Continuously monitor the sensor and verify that the issue is resolved.