TM120/TM150 Temperature Fault Channel 2

What does F35209 mean?

This fault is triggered when the actual temperature (r4105[2]) for channel 2 on the Terminal Module 120 (TM120) or Terminal Module 150 (TM150) exceeds its configured fault threshold (p4102[5]), or if an associated timer (p4103[2]) expires. If a BICO interconnection exists, this fault will cause the drive to shut down. The fault will persist until the temperature falls below the threshold (minus hysteresis) and is acknowledged.

• High thermal stress due to continuous heavy load on the equipment monitored by channel 2, leading to sustained elevated temperatures.
• Suboptimal environmental conditions, such as high cabinet temperature, reducing the heat dissipation capability of the TM120/TM150 or monitored device.
• Failed temperature sensor attached to channel 2, resulting in an incorrect, high value for r4105[2].
• Obstruction of ventilation pathways or failure of the dedicated cooling system for the component monitored by channel 2.
• Fault threshold parameter p4102[5] (Temperature fault threshold channel 2) set with insufficient margin above the component's typical operating temperature.

Click steps to track your progress.

1. 1

   Verify the actual temperature of the component monitored by channel 2 using a calibrated thermal imager or thermocouple, cross-referencing with r4105[2].

2. 2

   Check and ensure proper airflow by cleaning any blocked vents or filters on the TM120/TM150 module and the associated equipment for channel 2.

3. 3

   Perform a continuity check and visual inspection on the temperature sensor cabling for channel 2 to identify any breaks or poor connections.

4. 4

   Evaluate the operational cycle and load profile of the equipment on channel 2 to ascertain if it is being overstressed.

5. 5

   If the component's physical temperature is normal but r4105[2] is elevated, replace the temperature sensor connected to channel 2.

6. 6

   Consider increasing parameter p4102[5] (Fault threshold channel 2) if system analysis confirms the current setting is too low for the component's safe, sustained operation.