GC2225GEK9 Maytag Refrigerator - Instructions

I had to cut a groove in the bushing to put the elec. wires through it, & then just remove the hinge, put the bushing in & replace the hing.

Refrigerator was not cold.

I had this problem before and it was the control vale in the back of the refrigerator. I ordered it and change that out in 5 minutes. That wasn’t the problem. I had the repairman come over and within 5 minutes he told me what the problem was. He showed me where the control board was. He then walked me through the removal process.

First remove the light cover on the Freezer & Refrigerator in front where the light button is located. Pull down on the front of the light cover. It pops out.

Second, in the front of the freezer & refrigerator temp control panel put your fingertips in front of the panel and pull down it’s hard to get the pins to release but the front pins will release, then pull down a little to allow the back hooks to release. (You can use a small common screwdriver if you can’t get it with your fingertips).

Next, once the panel is removed then disconnect the wiring harness. Then bring the panel to the counter, this is where you remove the circuit card and replace it. There are 4 hooks that hold the circuit board in place. Use a small common screwdriver to push the hooks away from the board. The new board comes as one piece. The board is perforated to allow you to snap the board. Directions come with the board and how to snap it. You will need to pay attention on how you removed the board. You will need to put the new board in the same way it came out.

Once the board is re-installed and lock into position reverse the process and install the control panel back into position.

Next is the programing of the board. Follow the directions that come with the control board and you will be back in business

This task took about 15 minutes to remove & replace and to program.

Emptied and disassembled the freezer. Defrosted and dried the coils. Tested the defrost heater coil ( 50 ohms ) PRT and fan - all OK. Opened the lower back panel and cleaned the water collection tray. Vacuumed out all debris including coils underneath. Reassembled everything. Removed the old control board and installed the new board paying attention to ESD steps. Applied AC power. Programmed the new board per the video link ( nicely done ). 3 weeks later and the unit seems dry and happy. Running at lower settings with good temperature results. Suspect the 24VDC relay activating the defrost heater coil on the control board or what controls the relay not working. May pull relay for test.

The plastic fill cup part is also used to hold one end of the wire “one/off” switch that is manually activated or activated when the ice tray is full. This wire piece fell out because one end, that is part of the plastic fill cup, broke off. The wire switch was fine.

The video demos show you exactly what to do. The repair man showed me a trick to speed up the testing process. The trick is to insert a wire jumper cable to actuate the ice maker and make it rotate. But this isn’t necessary.

Hardest part of this fix is emptying the freezer (bottom with a slide out door) and removing the door.

Why this part is so expensive is beyond me. But I’m happy it was available for a 24yo fridge that still works!!

Everything went as planned except the cold temperature (freezer door switch located inside freezer) made deflection of the switch locking tab difficult to remove. Letting the switch warm up was not an option.

Removed the cover using a mirror to see how to release the clips on the rear side of the cover, removed the circuit board noting how everything was installed and also visually verified the part was the same. Broke the circuit at the designated score, installed and followed instructions for programming. All is well now.

I checked the element and the thermostat and determined the problem to be the control board. I simply followed the instruction in the video. Everything went well until the last step, the video said to push the freezer down button. When this did not work I refered to the written instructions which told me to push the up button. That did it. Job complete. The unit is working as it should.

bought new

pull open seal lift up release bottem catch push in to release top catch clean disk and installnew seal put back in the reverse of taking out dont take any thing else apart

Disconncted power, pulled plug on disconnect, loosened 3 ice maker attach screws, removed ice maker. carefully removed old broken part, to understand reasembly. Reinstalled new water fill & bearing part.. hung icemaker and tightened attach screws. Reattached electrical plug.. turned on power, it all worked. .took about 45 min to remove, 15 min to reinstall. Right tools needed re disassembly AND ASSEMBLY

Popped out the old switch and replaced it with the one dying

Take out the elbow fill tube and check to see if ice build up inside tube. Clean tube of ice build up. Replace tube back in. In my case that corrected my problem.

Ridiculous how easy it was, REALLY!

Bought new cap.

There is a plastic flapper valve that is spring-loaded in the closed position that prevents ambient room air from entering the freezer compartment via the ice chute. The Ice Chute Seal is a simple flexible (rubber-like) disk that just slips over the circular flapper valve. With the freezer door open one can see the flapper valve down the ice chute and one can reach it easily from the outside of the freezer as well. The Ice Chute Seal has 3 notches that make it very easy to remove the old seal and replace it with the new seal. This can be done by feel. I removed the old seal by pushing the flapper valve open with one hand (from the inside of the freezer door) and could then peel off the seal surrounding the flapper valve with the other hand. Once the old seal was removed I slipped the new seal around the flapper valve. No tools required, no screws needed to be removed. The problem I had with frost/ice build-up was solved; there is no more ice/frost build-up inside the freezer near the top of the ice chute. The old seal LOOKED OK but was obviously a bit too stiff to seal the opening against the warm, moist, ambient room air. I was most happy to see that this solved the problem and that it was so easy to do (really less than a minute or two!).