GX2FHDXVQ02 Whirlpool Refrigerator - Instructions

1. Empty your fridge. Lighter is easier to move and this is the hardest step in the fix. 2. Move your fridge so you can get behind it. Unplug the fridge. 3. Use a 1/4in nut driver to remove the screws from the back panel. 4. Remove the back panel. 5. Locate the compressor (big cylinder, usually black) and find the capacitor (PS11757023) and start dev (PS11750123) plugged into the side of the compressor. 6. There is a steel spring restraint wire, remove this. 7. Remove the pin connector (plastic w/ wires going to it) by pressing and pulling gently. Remove the old capacitor and start dev. 8. Assemble the new capacitor and start dev to each other. 9. Plug the pin connector into the new replacement components. 10. Align the start dev to the location of the old components. There is a 3 pin outlet that aligns to the 3 plug holes on the start dev. Align the plug then push gently but firmly to seat the components back together. 11. Reinstall the restraint wire. 12. Reinstall the pack panel. 13. Put your refrigerator back in place and load it up! You're all done!

This would have been a less-than-5-minute repair except for one item. The water intake nossle was 180 degrees from the original part. As a result, the copper water inlet tube would not fit in the old space and still allow me to reattach the valve to the freezer chassie. I ended up leaving the valve hanging loose under the freezer. I spent most of my time trying to fit the valve into the old space.

Unplug freezer. Disconnect electrical connections (pull apart). Remove one screw holding the valve to the chassie. disconnect water inlet pipe and water outlet pipe from old valve.

Reconnect electrical connection to new valve. Reconnect in and out water hoses. Reconnect valve to chassie. Plug freezer back in. Finished

Everything works just fine !

First I unplugged the unit, then I popped off the cover to the icemaker electronics. Removed 4 screws, pulled out the broken electronic panel, and replaced with the new one. Returned the screws and cover. The next moring the ice bin was full.

This must have saved me $300, and the inconvernience of waiting around for the repair man. He would have made two trips since he would never have had this part with him.

replaced broked crisper pan with new pan

Removed door from slide bars with small nutdriver, pulled old gasket out of retaining slot, cleaned slot & area around it, pressed new gasket into place with fingers, relatively easy. Used hair dryer to make sure gasket was formed properly and contacted fridge unit eavenly.

This product comes in a bottle with a brush like Liquid Paper. It goes on incredibly easy. A second coat might be needed. I wanted to prevent rust from setting in so I covered the scratches and dings. The paint is a little brighter since my washer is 10 years old but it still looks great.

To keep from having to pay the appliance repairman $100.00 for a diagnostic fee I just started replacing parts that were known for causing this problem. First I replaced the compressor switch and capacitor that didn't work so then I replaced the damper controller then I replaced the control board then I saw that the evaporator fan wasn't spinning so I replaced the evaporator fan motor and the bimetal defrost thermostat. That was the problem I wish I would have checked that first. But it works like new now.

unplugged the unit pulled it away from the wall removed the lower panel removed the drain installed the new replacement . removed the wiring harness and replaced it with the new one replaced the panel and plugged back in

Took a putty knife and
Removed the old switch removed the spade terminals from the old switch and replaced them on the new switch and just pushed the new switch back in place

I removed the crisper drawers, glass shelf, and frame assembly to install the ladder hook. Before reinstalling the glass shelf on top of the crisper frame, I installed the center crisper rail.
Thank goodness for websites like this!

(1) Removed the three screws which attached the ice maker to the freezing compartmnet wall in refrigerator; (2) Disconnected the power to the old ice maker; (3) Removed the old ice maker from the freezing compartment of the refrigerator; (4) Took the white front cover off of the old ice maker; (5) Disconnected the wiring harness from the old ice maker; (6) Removed the "ice making-stop arm" from the old ice maker; (7) Placed the items taken from old ice maker on to the new ice maker; (8) Reconnected the new ice maker to the power; (9) Placed the new ice maker in the proper position in freezing compartment of refrigerator and replaced the three screws. JOB DONE!

As shown on the YouTube link sent with email receipt.
Removed back panel. Removed the clip securing the parts with long nose pliers. Unplugged the old, replugged the new. Replaced the clip to secure.

Unfortunately, the capacitor and relay did not fix the loud clicking issue.

Laid gasket in direct sunlight for an hour, heat made it very pliable. Removed existing gasket from door groove, which came out with little effort. Pressed new gasket in door groove with minimal effort as it was pliable from sunlight heat. Gasket seated correctly and resulted in tight seal.

Old gasket was pulled off with ease. New gasket came folded in-half in cardboard box and was flattened in several places. It was reshaped with ease with the heat from ny wife's hair dryer. Insrallatint took about 5 minutes and seal was perfect. Took less than 15 minutes total.

I watched the video provided on-line in your website, which was excellent. The information provided gave me everything I needed to change the board. I already had experience handling control boards and was aware of the static precautions; however, your paperwork was very good detailing how to program the new board. The only small problem I had was reinstalling the temp sensor in its bracket. The lead was very short. Other than that, all went well! The project took between 20 and 30 minutes.