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Customer Questions and Answers for Temperature Sensor by Ge

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Manufacturer Part
4.89 (64)
By: Ge
Part Number: OEM9556230
Manufacturer Part Number: WR55X10025

The Temperature Sensor is an OEM replacement part for GE refrigerators, designed to accurately monitor and relay the temperature inside the refrigerator and freezer compartments to the electronic control board. By detecting the slightest changes in internal temperature, the sensor allows the control board to make real-time adjustments to the cooling system, activating the compressor and fans as needed to maintain optimal conditions for food preservation.

Over time, the temperature sensor can fail due to electrical issues, exposure to moisture, or general wear and tear. A malfunctioning sensor can lead to improper temperature regulation, affecting the efficiency of the refrigerator and the freshness of stored food.

Symptoms of a bad Temperature Sensor include:

  • The refrigerator or freezer not maintaining the set temperature 
  • The appliance running continuously or more frequently than normal
  • Inaccurate temperature readings displayed  

This OEM GE part can also be used on Hotpoint, RCA, and Kenmore/Sears appliances. 

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Questions & Answers

For Ge Temperature Sensor (Part Number: OEM9556230)

1 Answer

Cindy, there is an evaporator thermistor WR55X10025 (located near the evaporator) and a refrigerator section thermistor WR55X10025 (located on the right side of the refrigerator behind a slatted cover). The thermistors would need to be tested from the main control to identify which component has failed. With the refrigerator unplugged and a thermometer in the refrigerator section, the evaporator thermistor would be tested at the connection J1 from the blue/red wire at pin 1 to the blue wire at pin 5 for resistance. The measurement should read more than 21KO with a proper frost pattern on the evaporator. The refrigerator section thermistor would be tested from the blue wire at pin 5 to the yellow wire at pin 2. The measurement should read 16.3KO at 32°F, 12.7KO at 41°F, and 10KO at 50°F. If the thermistors test properly, then it is likely that the main control WR49X10152 is not allowing the refrigerator to defrost as necessary.

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1 Answer

Elizabeth, it is recommended that the evaporator is inspected for a frost pattern. If the frost has built up to where it restricts air flow, the defrost heater WR51X10131 will need to be tested for 32O of resistance and the defrost thermostat WR50X10108 would need to be tested for continuity (should measure as having continuity). If these parts test good, the evaporator sensor WR55X10025 would need to be tested and should measure 21KO at 23°F, 27.6KO at 14°F, 36.4KO at 5°F. However, if there is not a frost pattern, there may be a sealed system issue that would require an EPA certified individual to test the system.

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1 Answer

Hello David. Check if the fresh food evaporator fan p/n AP6783211 is blowing. Then the temperature sensor (thermistor) p/n AP3185407 most likely is the culprit one.

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Mike K for Model Number GSS23QSTASS

Hello, Having problem with freezer too cold and refrigerator runs too long. Is it possible to replace the temperature sensors in the Fresh Food (FF) side? Is there a video? I'm thinking those FF sensors may be the problem since the defrost heater, defrost thermostat, and freezer temp sensor and evaporator motor were recently replaced. That fixed the problem with ice buildup on evaporator coil. The main control board was also replaced about 4 years ago. Also wondering if damper control assembly in FF side is not working.

1 Answer

Mike, You can test the thermistor for a resistance reading. The freezer at 0 degrees should read 62k ohms and the refrigerator side should read 24k ohms at 38 degrees. It is possible that the damper not allowing cool air into refrigerator and the thermistor calling for cooling in the refrigerator zone is the reason for long run times.Feel in the upper rear of the refrigerator and see if you feel air blowing. WR49X10091 is the damper assembly.

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Rod for Model Number PSS26MSTDSS

Ice once made seem to melt together. Temp says 0 or -1 most of the time and may 5-6 every once in a while. I figure it because the door get opened from time to time. I have test Ice tray for leaks and sometime I see drips from Ice container itself. The door seal is good and the Ice door seals as well. Could it be that the freezer is too warm from time to time? When I take the Ice bucket and make out I don't seem to have the problem with any drips of moisture. I just put a bag of store bought ice in the Ice Bucket for a party and the next day it was a stuck together as well. This does not happen in our other freezer in the garage. Thoughts or ideas?

1 Answer

Rod, Based on the description, it would sound likely that the unit is staying in the defrost cycle for too long and causing the freezer to warm up enough to melt the ice and then refreeze. This would normally be caused by an issue with the thermistor WR55X10025 located on the evaporator coil that is faulty or a control board not reading the thermistor correctly and needing to be replaced. The thermistor can be tested for resistance should be around 42.2K ohms at 0 degrees. If the thermistor does not read properly then it is faulty. If it checks ok then the control board will be the issue.

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1 Answer

Hello Steve, with the boards replaced already and those symptoms, it sounds like there may be a problem with the wiring/terminals connections at the top left fresh food door hinge wiring connections.

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1 Answer

Dale, Since the defrost heater resistance is in range (18-20 O's) check for loose connections and make sure the seals on the end of the glass tube(s) haven't shifted or come off the ends. The freezer thermistors/temp. sensors WR55X10025 should have a reading of the 10K O's at room temp. (77 dgrs.F) and 62-63K O's at 0 dgrs. F. The defrost thermostat/hi-limit should have a "closed" circuit below 140 dgrs. F. If the wiring and components check OK and proper, then the main control board WR55X10942C on the back of the refrigerator would have a fault in the circuitry and need to be replaced.

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1 Answer

Gabriel, Double-check all connections of the heater thermostat and the thermistor. Make sure that there are no loose connections. Also, check at the mainboard to make sure that the sensor is reading properly. It sounds likely that you may have received a bad board if all else checks ok.

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1 Answer

Alix, Based on the model number provided your refrigerator it has as many as 6 sensors (thermistors) in it, they are thermistors for the fresh food section, fresh food evaporator, the freezer section, freezer evaporator, defrost thermistor and custom cool thermistor if it has custom cool feature. These all can be tested from the main control board for resistance.

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1 Answer

Brian. You should check the thermistors unplugged from the board so as not to get false readings by reading through the board as well. The board is reading those resistances and should be controlling the temp based on those readings. if the thermistors check good then it does sound like you have a board issue.

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