GSG20IBMBFWW General Electric Refrigerator - Instructions

I started out replacing a bad thermostat, no problem,
when I hooked up the water, I found that the water resovior had a leak.
I replaced the resovior, easy fix, but I had to buy two 5/16 brass couplers.
then I found that the box would not get below 10 degrees, and the suction pressure was very low.
I figured that the fan motor was burned out, so I opened up the access covers, the fan motor was hanging there with broken mounts, so I replaced the motor, and repaired the mount.
Everything works great now, The parts shiping was very fast, I was impressed.
I thought I was going to get away without fixing everyones
HVAC problems when I retired.
Friends and family still remember that you are the HVAC man.
Tom

I have not yet done the repair. After watching this repair video two problems came to mind. First I only ordered one grommet not knowing that there were two (or more I don't yet know). The second problem is that this video must be for a fridge from like the 1940, but it looks NOTHING like mine from 2008. The manual shows a bazillion parts and frankly I'm just a wee bit afraid to get started, and I am generally very handy, buuuttttttttt I don't know about this one

turn off the refrigerator,then open the cover and saw lot of ice. then get a hair dryer blower and blow a heat to melt the ice. cut the thermostat defrost.

had to remove ice maker and several panels to get to the fan. wires for fan encapsulated so had to cut old and new wires then solder them together while working inside the small freezer area. not too bad all in all took about an hour to get it done. no more wind thru the trees noise and is working fine

Totally followed the instructions of the video that came with the sensor. Unplugged the the fridge, defrosted the freezer. Cut off the main sensor that usually is the one that goes out. Installed the the new sensor with new wire terminals, crimped them and covered with electrical tape. Fridge works like a charm. Partsselect is excellent. Saved me a few hundred dollars versus having a GE Tech come and do it.

Find online diagram of freezer section for reference. Disconnect power, remove evap cover plate (214) by removing one of the drawer guide rails.

As evidence of your problem, you might see a giant block of ice built up around the coil. Let this defrost this before continuing.

Find THERMOSTAT DEFROST (24) sensor and clip connecting wires. Match replacement sensor wires by color. Twist and solder wires; or wire-nuts and twisting alone might be okay. If not soldering, seal the wire-nuts connections from moister with a good sizeable piece of duct tape. Make sure your wires are out of the way and not left dangling on the evap heater coil, where they could melt.

Suggest concurrent replacement of evap fan motor if this has not already been done in the past.. This become noisy with age and damage from the ice build up seems to have made mine worse.

first removed two srews removed rear panel hair dryer to melt ice (took 30 minutes) cut two wires to thermostat spliced onto new part clipped it onto tube -done replace rear panel and 2 screws. very easy job after reading other letters and their experience -saved myself $500.00

It was way to ez to install only a couple of minutes that's it

took a little more effort than the video show to remove old module and replace new. Works fine now.

Unplugged the freezer. Then I gained access to the fan: remove the top freezer rack, remove the ice tray, remove the air flow manifold(needed to unscrew some screws), remove the manifold over the fan and cooling element. I unscrewed the fan mounting bracket. The fan motor's wires are plumbed through some plastic that i would have had to remove, so I decided instead to cut the wires and splice in the new fan motor. Then I put everything back together - the new motor works fine and doesn't make the whining noise.

Pulled the two wires out from the access hole in the lower part of the refrigerator. Put them in the spade connectors on the new switch, and pushed the switch into place.

1) remove the ice bucket. 2) remove light cover and bulb. 3) remove back panel with 2 screws. 4) remove fan shield. 5) unlug 2 elec connections. 6) remove fan housing. 7) extract wiring grommet and use exacto knife to slice thru grommet along the length of it to release wires. don't cut light wires. 8) cut up old fan/light electrical plug to free wire nubs for light. 9) install nubs in new fan plug. 10) remove old fan motor, pull blades. 11) install blades on new fan moter and install fan into housing. 11) reinstall

I ordered the part but my husband had to work out of town for a week. The fridge kept getting warmer, so when the part came I just watched the video on the internet, (bit the bullet) and did the repair just as I saw it done on the video. It was simple and exactly the same as the video. It took a little longer for me because there was a lot of ice built up on the coils, so I used my hair dryer to melt the ice. My refridgerator is working great now.

Refrigerator was showing actual temperature of 80 deg, freezer was about 3 deg high. (house temp was 65 at the time) Defrost heater seemed like the only component able to heat that much, so the defrost thermostat seemed like the likely culprit. I followed the installation directions in the video, and the fridge has been fine ever since.

Unplug the refrigerator. Pull all shelves out of the freezer. Remove light bulb shield and light bulb. Remove the two hex head screws on either side of the light bulb. Wiggle out the back wall. It is a tight sqeeze, but can be done. Locate the sensor on the top of the coils. It is held on by a simple clip. Wiggle the sensor and twist a little to take it off. Take wire cutters and cut the two wires into the sensor near the sensor to allow lots of room to splice in the new sensor. Strip about a quarter inch of wires left in the freezer. Use some sort of wire connectors, like twist caps, which will allow you to connect the two wires to the new sensor. Make sure to match the colors. I used shrink tube and line connectors. Once you have the new wires spliced together and protected with either shrink tube or electrical tape, tuck the excess wire out of the way and attach the new sensor. This is easily done by slight pressure on the sensor with the tube in between the clip and sensor. Make sure the wires are tuck out of the way and reassemble the freezer panel, light bulb, and shelves in the reverse order.