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Customer Questions and Answers for Ptc Start Relay & Overload Protector Assembly (Compressor) by Ge

4.89 (64)
By: Ge
Part Number: OEM12901878
Manufacturer Part Number: WR07X10097

This PTC start relay and overload protector assembly mounts on the compressor. It manages compressor start-up and cuts power if overheating occurs. Replacing a failed start device may restore normal cooling and stop repeated clicking from the compressor area.

  • Controls compressor start-up through a PTC start device that disengages after the motor is running
  • Overload protector interrupts power if current draw or temperature is excessive to protect the compressor
  • Visual clues of failure can include heat damage or a burnt odor around the start device
What's included: One PTC start relay and one overload protector assembled together. Install notes:
  • Disconnect power and allow the compressor to cool before servicing
  • Note wire positions; transfer wires and install the assembly on the compressor pins in the same orientation
  • Ensure terminals are fully seated; do not force if fitment differs from the original
  • If present, reconnect any external run capacitor exactly as originally routed

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Questions & Answers

For Ge Ptc Start Relay & Overload Protector Assembly (Compressor) (Part Number: OEM12901878)

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Johnrue for Model Number PFS22SISBSS

Had clicking and compressor not starting replaced the original relay and overload with wr07x10097. Worked for 3 days freeezer and fridge at correct temps then realized freezer started to ice up (never had happened) and fridge started heating up and compressor was hot to the touch. When I rechecked install of wr07x10097 realized I had not connected the ground wire back to the overload housing. Just reconnected it and am letting everything de-ice. Could this failing to have grounded the capacitor/overload have cause the malfunctions just described?

Answer

Johnrue, No the ground wire not being attached would not cause the coils for the evaporator to ice up. You will want to check the defrost limiter and defrost thermostat for continuity. If they have continuity then test the defrost sensor for resistance. If they do not have continuity then the part would need replaced. If you need to test the sensor the resistance readings should be as follows, at 77 degrees resistance 5K ohms, 37 degrees resistance 14.4K ohms and at 0 degrees resistance 42.2K ohms. If outside of these readings then the sensor is bad and if this checks ok then the control board would be the issue.

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Answered by AppliancePartsPros.com   |   Wednesday, July 15, 2015

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