You're in the right place if you're on the hunt for the sturdy and reliable GE Heater Metal Sheath. This workhorse part is specifically designed for your GE appliances, providing an exact, seamless fit. It plays a vital role in maintaining optimal heat transfer, a key factor to keep your appliances working like brand new. Built from sturdy, durable materials, it's made to last, offering you a long-lasting solution for your home. It resists wide temperature ranges, adds to its durability and ability to withstand extensive use. With this part, you're not just buying a replacement, you're investing in the longevity of your GE appliances. This part is versatile too, great news for folks with a range of GE appliances at home. You'll appreciate its superior quality and functionality ? it's all about making sure your appliances deliver their very best performance, every time. Don't let a faulty part slow you down. Trust the GE Heater Metal Sheath to bring back the best in your beloved GE appliances.
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Troubleshooting
This part works with the following products:
Refrigerator.
This part works with the following products:
General Electric.
Questions and Answers
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Tana
October 30, 2021
Ice is building up behind the plastic defrost panel as well as water building up and feeding under the deli drawer, then water dripping onto floor. The drain tube under plastic defrost panel also is frozen. Should we replace the defrost unit as well as the bi metal component?
For model number PFSF6PKXCWW
Hello Tana, Thank you for the question. We suggest testing the Bimetal Defrost Thermostat. The best way to do this is to remove the thermostat from the refrigerator so you can control the temperature of the sensor. You can let the sensor warm up to room temperature. With the sensor warmed up to room temperature the sensor should read approximately 6.2K Ohms at 68°F. With the thermistor submerged is a glass full of ice water, the sensor should be very close to 32°F which should read approximately 16.3K Ohms. If the values that you are getting are far off from these readings, then the sensor is bad and should be replaced. If the Thermoset is good you can test the Defrost Heater. You should get an approximate reading of 10 to 150 ohms. We hope this helps!
Hi, I don't know where to start troubleshoot for my problem with a bunch of ice got build up behind the plastic cover, I think it's called the evaporator (the aluminum tube with fins on them). I heard on youtube to test the resistor(s) but don't know how. What is the ohms for them and don't know which one because there are 4 or 5 of them. Can you please advise? Thanks in advance for your support..
For model number GFSS6KEXASS
Hello John, Thank you for the question. Very sorry but we are not listing a resistor, but this sounds like a defrost issue. I suggest checking the defrost heater, PartSelect Number PS2340403 for continuity and the Sensor, PartSelect Number PS2374749 for 5K ohms of resistance at room temperature. Hope this helps!
Hello, My evaporator coils are freezing up and there's water that drips into the bottom drawer of the fridge. The fridge does not have any issues with cooling as the temp reaches the setting. I'm thinking it's a defrost issue but am unable to find the correct part to replace. Can you assist?
For model number GFSL6KEXALS
Hello Alfredo, Thank you for the question. We suggest testing the Defrost Heater, PartSelect Number PS2340403. The Defrost Heater should read approximately 120 ohms. You can also test the Defrost Bimetal Thermostat. The best way to do this is to remove the thermostat from the refrigerator so you can control the temperature of the sensor. You can let the sensor warm up to room temperature. With the sensor warmed up to room temperature the sensor should read approximately 6.2K Ohms at 68°F. With the thermistor submerged is a glass full of ice water, the sensor should be very close to 32°F which should read approximately 16.3K Ohms. If the values that you are getting are far off from these readings, then the sensor is bad and should be replaced. We hope this helps!
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