GTS22KBPDRCC General Electric Refrigerator - Instructions

Located temperature sensor on condenser in the freezer section( as per instructional video ). Cut off bad sensor with wire cutter then soldered on the new sensor and sealed with electrical shrink wrap.

Not knowing anything about a refrigerator it was hard to find the source of the noise. Once I could isolate it we googled the appliance repair and found the video from Parts Select and the rest was a piece of cake. Saved a service call and bloated parts prices. Thank you Parts Select!!!

Water still came out the front when pressed, but no ice. After removing the Ice container, & the top shelf I noted the icemake inlet was iced over. I turned off the icemaker, turned down the freezer temp, & allowed Ice to melt, but problem returned. I next removed the back bottom cover & cleaned the condenser coils, & drain pan; they were extremely dirty. Then I noticed the condensor fan was not on. After getting the nomenclature plate info off the condenser fan motor I left the back cover off, & put an external fan to blow on the coils as a temporaty fix until I could get the part & replace it. During that time the refrig functioned normally. 3 days later my condenser fan motor I ordered from Parts Select arrived & I installed it.

changed sensors did not repair problem,replaced damper with mechanical damper fixed problem.

followed part select video instructions

Replaced above parts and the noise problem was not resolved. Ordered a new motor, fan blade and another set of grommets from PartSelect. The parts were delivered the next day. Took me about 15 minutes to swap the new parts in. It's been 3 days since the repair and the noise has not returned.

I removed the ice marker first and took the back panel off using a nut driver. Be careful I had wires tied to the back panel, so I moved it like opening a door, right to left. The I removed the fan motor. Be careful not to damage the fan blades. I took the fan blades off and the dust cover. The dust cover was very tight. I had to use a very small screw driver to get it off. When I put the dust cover on the new motor I did not push it down tight. I turned the spindle of the new motor to make sure it turned. The put everything back. Turned it on and it worked. I put the ice marker on last. Take a note of how far the fan blades are on the spindle. The refrigerator now turns off more often.

I removed the ice maker, and removed the upper plastic covers, that just snap in and out of their locations, you can then see the evaporator fan blades. then I removed 2 hex screws, located in the top corners, holding a metal cover in place,lifting up from the bottom of the cover and slowly pulling it out of the freezer compartment. I can now see the screws holding the evaporator fan motor in place. Unplug the connector wiring to the motor and unclip the ground wire from the frame, It is easier to replace the fan blade,lid bumpers, dust cap,grommets, and fan motor this way. while you have everything in easy access, I took time to clean everything and replaced the foam strips, assure tight fit causing excellent air flow, when operating. the cause of the whining and knocking noise, was worn out grommets and bearing going bad in the motor. I reassembled everything in reverse order, being very careful not to get cut or burnt on the fins and tubing in the back of the freezer. Do not drop any thing down the drains while removing and /or reassembling, those items will cause lots of havoc to the lower fan and motor for the refrigerator, lay a towel in the bottom when you start working on it.. I then plugged it back up and there was on noise, works great.

unplug fridge! removed ice maker. removed the back panel in frezer. I uncliped thermostat; cut wires on thermostat and installed new thermostat.

On partselects video the gentleman removes the fan and housing in one piece. This is a great idea but does not work on this brand of ge. I removed the fan housing screw as instructed but left it in place and swiveled it enough to access the retaining screws with a socket driver. Over all swap of the fan was seamless and the video is a gem. Andy

I have a GE Profile French door refrig. It's only about 4 yrs old and the defroster stopped working. I read the other repair stories and was able to narrow it down to either the temp sensor, defrost timer, or main board. The refrig section was up to about 47 degrees and freezer was around 25. I could tell it was trying to cool but couldn't. So I tried the temp sensor first. I cut and spliced the new sensor on the outlet of the Evap. Coil and it took about 15 mins. Turned refrig back on and waited. The coil started to ice over after about 5 hrs I left the back panel off so I could see if and when then heater kicked on. After about 8 hrs I looked in and saw a faint glow and water trickling down and running out the drain. Turned out the sensor was bad and wasn't telling the main board it needed to defrost. I would try the sensor if you are having the same issues before spending a lot of money on the main board, defrost heater and or timer.

What an awesome site! After putting in my model number and finding the problem I was having, I simply picked the 2 parts that were most likely to solve the problem. I bought a defrost thermostat, and defrost heater. To a high certainty, they would solve my problem. They didn't however! I ended up having to buy a temperature sensor on another order a few weeks later when the problem resurfaced! My own fault. I should have bought it the first time. As others have written: the longest part of the job is defrosting the ice from the coil. One thing I did that I didn't see suggested: plug the drain hole below the coil. I put a couple towels in the bottom of the freezer and ran the hair dryer. Didn't take long. I read that the amount of water created will overflow the pan under the refrigerator, so I plugged the drain hole. Once you clean that mess up, the repair is pretty straight forward. Great site. Even through I had to make two separate purchases, I still saved a lot of money. Thanks!

Had to remove all the covers and fans to expose the condenser, which was difficult as the parts were frozen to it. The styrofoam covering the condenser made it almost impossible to defrost it. Therefore, I ripped the styrofoam off to expose the condenser. Was not really difficult to fix the styrofoam cover using metal tape. Replaced temperature sensor in aluminum block, and used butyl sealant to secure. Had to also re-install parts of ice-ball kit that were not well covered. Lots of parts to keep track of, but anyone could do it.

1. Removed and tested defrost heater, tests good. 2. Reinstalled defrost heater. 3. Removed and tested defrost over-temperature sensor, tests good. 4. Reinstalled over-temperature sensor using soldering iron, dielectric silicone grease, and heat-shrink tubing. 5. Removed the control printed circuit board and checked for blown fuse's, fuse's are all good. 6. Removed the defrost relay from the printed circuit board using soldering iron, bench tested the relay, it is good. 7. Soldered defrost relay back onto the circuit board, and reinstalled control board. 8. Removed and bench tested evaporator thermistor, the resistance is out of specification, ordered new thermister. 9. Installed new thermistor using soldering iron, dielectric silicone grease, and heat-shrink tubing. 10. Re-assembled refrigerator. 11. Installed temperature monitoring and recording instrumentation for 72 hour test. The defrost cycle is running correctly with a defrost termination temperature of around 90 deg-f. The defrost cycle ran twice while running the 72 hour test. 11. Removed test instrumentation and Put the unit back into service, The thermistor was the culprit. I bought the right part on the first shot, nice.

After replacing the Defrost Thermostat, Defrost Heater Assembly, and the Main Board, I concluded that the problem must be the Defrost Thermistor, which I replaced in less than 10 minutes and it fixed the problem! I cut the wires on the old thermistor and connected the new one after stripping the wires and taped the new connections with electrical wire. Fast and easy repair (the last part anyway ;).