PTC22MFMRW General Electric Refrigerator - Instructions

Came home one evening and found the refer compartment evaporator fan making a noisy/grinding noise. While waiting for the part to arrive the motor finally quit working and the frige lost its ability to cool, but the freezer still worked fine. This is the fan that is inside the frige between the refer & freezer compartments - NOT the fan motor that is located in the bottom/rear next to the compressor. This grinding noise sounded like it was coming from inside the frige and could be easily heard under the vegetable trays and above the freezer compartment. To access this motor you need to go after it from inside the bottom of the frige compartment - there's NO need to remove the refer door. Pull the vegetable trays and remove the small phillips head screw located down in the lower air flow groove toward the front of the refer. Next, pry up & out the front white trim piece that runs the width of the frige. Once that piece is removed you can lift & slide back the whole lower frige trim/tray. Now lift out the large foam block compartment and you'll have complete access to the evaporator fan motor and the evap coils. Simply pull the fan motor assy out, still attached to the triangular bracket and disconnect the electrical pigtail. Next, pull the fan blade straight off the front hub, split & disassemble the motor bracket, & replace both fan motor grommets. Reverse the steps to reassemble the fan motor to the bracket and reinstall back in the bottom of the frige and plug in the electrical pigtail - the fan should (quietly) fire off instantly and begin the cooilng process. Reinstall the foam block, lower frige tray, front trim piece, reattach the phillips screw, close the door, and give it some time - it took our frige overnight to completely cool down. This is not a tough job, I spent more time figuring out how to access the motor then the actuall replacement. Hope these steps help to speed up your repair! And remeber Red Sox 4 Life!

I took the advice off of your website about the only thing that will fix
the problem is change the run capacitor. I felt assured that I would
have a working refrigerator freezer after making this change. I was
pretty disheartened when it didn`t solve anything. I was not going to
take the new part back out after the small challenge of putting it in.
The next day I found out how to test the old capacitor and it was still
good. I will just have to eat the $49. I did learn not to take advice from
a website even if it seems like a sure thing

Removed the back panel from the lower part of the fridge to expose the valves and motor. Then the one screw holding the valve/bracket assembly was removed to free the assy. It took a few minutes to figure out how to remove the water lines - popped the colored plastic rings out with a screwdriver and removed the lines. Inserted the lines one by one as they were removed to keep correct orientation. Removed the two electrical connections and plugged into new valve. Installed assy with the one screw. Replaced back panel.

pulled out refer. found leak at corner lower back, pulled off lower cover. found valve for icemaker leaking. looked in owners/inst guide, pulled up on computer, identified part, called, order overnight part. recieved part & installed, repair complete & successful.

Shut off water supply. Unplugged refrigerator. Removed cover. (6 screws -- nutdriver will come in handy). Removed screw securing water valve to frame (again the nutdriver). Unplugged red and white power connectors to solenoids. Using channel locks, loosened nut holding main water supply to valve and removed. Depressed compression fittings to valve and pulled out plastic water lines that supply water dispenser and ice maker. Reconnected main water supply to new part. Pushed both water lines into respective fittings of new part. Reconnected power supply to solenoids. Attached new part to frame with screw. Replaced back cover. Turned water supply back on. Plugged refrig. back in. Problem solved! Savings = $300!

Ordered the replacement parts-both water valves, printed the schmatic, then removed and replaced both parts. Was fairly straight forward, rmeember to unplg the fridge before you start. Problem solved, should be good for another 10 yrs.
Hard water prob caused the corrosion. Also replaced the water hose while I was back there, water tastes 100% better.

I pulled-out & unplugged the refrigerator. Removed the screws to gain access through the lower back panel. The water valve is on the left side as I face the back of the fridge. It has one screw holding it to the frame of the fridge. Once it is free, the main water hose is unscrewed and the two out-let lines were pulled-out. If your valve was not ruined prior to this, it is ruined now, as the lines will not re-seat. Then everything is done in reverse order. I did cut 1/2 inch off of the two lines so that they reseat into the new valve. Just push into the valve and they are good.

replaced with new connector and it worked great. also replaced the water filter and that was super easy!

After trying to reconnect a flexible hose to the water valve several times I stripped the connection to the water valve, causing it to have a slow leak.

Twice I tried to have an appliance parts store order the part without success. (I even brought them the part from the refrigerator to show them how it looked. ) they ordered the wrong part two times and then said they could not figure out what part I needed.
Finally my wife and I went on line, keyed in the model number and searched for parts of the refrigerator related to the ice maker. We saw the correct part and ordered it ourselves.

It was a success. I changed the part within 30 minutes and the ice maker has been working ever since. I would search and find a part on my own again before trusting someone who supposedly sold parts as their business.

After lots of research online, i narrowed my problem down to be the double outlet water valve, behind the fridge. My biggest problem was getting the refridgerator out of its spot, but after that it was pretty simple to change. I took the cover off the bottom, in the back of the fridge, then i removed the inlet waterline (after i turned off the water supply to the fridge). After that i removed the screw that holds the valve to the framework. Now i pulled off the two other waterlines from the old valve and moved them, one at a time, over to the new valve, along with the wire harness. The rest of the instalation was reverse order. Simple fix that im glad i didn't pay an expert to do!

Instructions say run capacitor is by motor, but on this frige its in the refrigerator compartment. The capacitors looks different, one square and the other long

The very first symptom here is important! The door water dispenser is not working but the ice macine is working. You may only have a frozen water tube in the door so do the following before diagnosing that your solenoid valve is bad: 1) the tube usually runs under the front of the refrigerator and usually has a quick disconnect. Undo the connection and press the dispenser. If water comes out of the tube you have a frozen or blocked tube in the door. 2) Immediately adjust the temperature in the freezer and warm the freezer compartment as much as you can without destroying the freezer contents. Wait 24 hours. This will usually unfreeze the line. Do not waste your time with a hair dryer. NOW, if this doesn't work and you are convinced you need to order and replace the solenoid, follow these steps. Assemble your tools first. I needed a good ratchet set and a screwdriver. A shop towel is helpful for spilled water. A light is handy. Pull out the refrigerator to gain access to the rear of the unit. Unplug the power and close the water valve (older homes, you may need to actually shut the house water supply). Remove the screws which hold the cover over the lower half of the refrigerator. On the left you will see the solenoid. It's always good to see that your new part matches the one you feel needs replaced. They may not match perfectly due to changing design but they should be very similar. One screw holds this part in place and access is very simple. Now simply unplug the electrical connections. In my case, one blue "blade" type connection (powering the water) and one red "blade" type connection powering the ice maker. They are not the same size and this coupled with the coloring means you will not accidently switch them. pull the tubes clear of the solenoid. This is simple and needs no explanation. Grab your new solenoid and reattach both the electrical and water lines (two, remember, ice maker and drink dispencer). Replace the single screw. Re-attach the rear, lower refrigerator cover and go to the front of the unit to check the water. You can listen carefully and hear the power engage from the new part bringing you water. Clean up, replace the refrigerator back to its place and look really tired when your wife sees that you worked "so hard"! You probably saved at least $50-$80 from a service call.

1. Unplug refrigerator or flip breaker to kill power to the refrigerator.
2. With hands, gently pull the bottom lip of the 3" X 11" face plate panel above the dispenser head.
3. Remove the 4 screws that are under the removed panel.
4. Tip the assemby down to reveal 2 plugs.
5. Gently pull the 2 plugs to disconnect.
6. Open the assembly to reveal the solenoid.
7. There are 3 screws at the base of the solenoid. The center screw attaches to the green ground wire.
8. Remove the three screws.
9. Observe: The bracket at the top of the solenoid unit tucks behind a 4th screw above the solenoid. You may need to loosen this screw to relesae the solenoid.
10.Unplug the yellow and red connector to the solenoid. It should not be totally free to remove.
11. Put the plunger into the solenoid. Note that the plunger has an opening to insert the white plastic trigger for the trap door. Make sure the trigger is inserted into this opening before reassembling.
12. Plug the yellow and red connector into the new solenoid.
13. Position the new solenoid to match the screw holes. The bracket at the top of the solenoid tucks under the 4th screw. Tighten as necessary.
14. Insert the green ground wire into the middle screw hole at the base of the solenoid and tighten.
15. Insert the two screws to either side of the ground wire and tighten.
16. Gently reconnect the two plugs.
17. Tip the assembly back into place making sure the trap door and hoses are lined up correctly.
18. Replace the 4 screws.
19. Snap the face plate back into place.
20. Turn on the power and give it a try!

I used other instructions provided by customers on the website. They were very useful.

This is the second time we replaced this unit. The first replacement failed within the one-year warranty period. I called customer service and they had a replacement part and refund for the previous part on its way immediately. Excellent service!

I visually inspected the compressor and narrowed down the source of the noise to the freezer area. Then I removed the doors and the screws securing the divider panel. Next I removed the bottom panel of the freezer, the styrofoam insullation panel and the evaporator motor. The motor is mounted between two grommets. I replaced the grommet facing the fan blades. The aluminum reflector below the styrofoam insulation panel had also come loose. I reattached it and reassembled the refrigerator in reverse order. The noise is gone!

Easy repair. Snapped cover off control panel. Removed 4 phillips head screws on control board assembly. Removed (2) connectors from assembly and pulled out defective unit. Installed new control board in reverse order. Everything now working. Very fast and easy repair once you have the part.