TFX22TNBWH General Electric Refrigerator - Instructions

UNPLUG UNIT. Open freezer compartment, top door. You may want to let it warm up a bit before beginning work. Next remove single screw from small square plastic grate at top left back of freezer compartment with phillips screw driver. Remove green ground wire connection behind removed grate with nut driver. Next remove 2 screws at top of freezer compartment holding plastic air diffuser bracket in place and holding back panel. Remove metal back panel of freezer by pulling top towards you, then angle out of compartment. Evap. fan is now exposed. I inspected and removed fan by removing two screws with nutdriver on bracket behind fan blade. I inserted nutdriver (with long socket driver)between fan blades to screws on bracket behind blade - 1 each side. After these two screws are removed, pull fan and bracket assembly out from plenum. Remove wiring from motor and remove motor to workbench. Remove round metal clamp from fan hub with needle nose pliers and slide off fan blade from motor. Also remove bracket and rubber bushing. Disgard old motor. Inspect and clean blade. Replace if necessary. Reattach rubber bushing, bracket THEN fan blade to new motor. New fan has atleast one terminal in new location and I had to use one wire extension that came with kit. Route wire behind motor and plug in new wires to back of motor. Insert fan and bracket to plenum, hold in place with one hand while reattaching screws with nutdriver between fan blades. Once fan is in place and nuts secure, I tested operation by plugging unit back in to make sure new motor ran and fan spun freely. Reattach back panel, top diffuser bracket and small grate with 3 screws. Shut door, set temp. and wait 24 hours before loading freezer. Unit good as new!

I first tested to make sure the solenoid was receiving power. Every time the arm on the ice maker cycled, the meter would go up to 120v for about 10-15 seconds, and then back to almost 0, so I knew the electical control and timer was working as it should.

The valve was easy to change - took about 20 minutes total (including pulling the fridge out and pushing it back in). I just turned the water off, removed the valve assembly from the fridge, and took all of the lines off of the old one. I then hooked up the supply line to the new valve assembly. The lines to the water and ice had compression fittings on them, but the new vavle has a "push-in" connector. So, I cut the old water and ice lines squarely, just past the fitting, then pushed them in firmly. Plugged the connectors in, re-attached the vavle assembly to the fridge, turned the water back on, and viola - I had ice in about an hour! Gravy! :)

took out 4 screws - lowered timer cover - replaced timer- put it back together

The door closing cam on the refrigerator door was a snap to replace. However, I'm still baffled on how to replace the freezer door side. The condensation tube from the door runs through the door pivot and joins to a compression fitting behind the bottom trim piece. The compression ring is behind a formed lip on the tube and won't slide off. I could cut the tube but I really didn't want to do that. If anyone has done this and knows the trick to replace it, I would appreciate it.

Ed. Please post your question at our repair forums, forums.partselect.com.

I removed the shield over the timer and the part that supported the timer. Just unpluged it and pluged in new timer and put back shield. I had already replaced the defrost heaters which had totally burned up. I also replaced the thermostat while I was making the repairs although the old one was still o.k. All the information that I needed to make the repairs I obtained through your website. After looking at several websites to compare prices-etc, I found yours to be the best overall. Thanks-a-million your website is worth it's weight in Cold Food !

disconnect the power to the unit. remove the retainer sctrews on the mounting bracket. remove fan motor from unit. using the rerquired tools remove the fan from the old motor and install on the new one. torque the nut until all slack is out then 1/4 turn. reinstall motor assy. and reconnect power. test the system .

This repair replaced two riser cams - one attached to the bottom fridge hinge and one attached to the bottom of the door. The two cams
mate together. So, don't just buy one cam, buy two.
1. Removed all contents off the inside of the door as well as the bins.
2. Unscrewed single screw holding plastic cover over top hinge.
3. Unscrewed 2 screws holding top hinge to the top of the door and removed the top hinge.
4. Pulled door up and off bottom hinge and layed
on floor.
5. Removed plastic grill on bottom of fridge.
6. Removed 2 screws holding bottom hinge in place.
7. Using a vice to hold the hinge, I used a hacksw to cut through the rivet holding the riser cam to the hinge plate.
8. Used a small bolt & nut to secure the new riser cam to the hinge plate.
9. Reattached hinge plate to the bottom of the fridge.
10. On bottom of the door remove two screws holding riser cam to door.
11. Position new riser cam in place and reattach to bottom of door.
NOTE: on my door, the metal SHIM that goes between the cam riser & door was also broken. I ordered the replacement SHIM but it turned out to be made of PAPER. So, I didn't bother putting it on. If the riser cam wears out again, I'll just replace it again.
12. Put door back on and secure the top hinge to the top of the fridge and you're done.

removed old parts and installed new. went smooth

We took the drawers out unsrewed the slide rails, screwed the new ones back on and replaced the drawers. the door cam was alittle harder because we had to lift the door to put it in but it still took under 10 min. altogether it took about 25 minutes. I am also planning on buying a few more parts from the company so I will end up paying about $50 to fix a fridge that I got for free. WHAT A GREAT DEAL!!!!!

Removed the ice maker from the freezer. Removed the switch. Tested the switch with a multimeter. Ordered a new switch. Replaced it in the box. Installed the ice maker ( 3screws and electric cord plug. It works. Details available on the internet.

Shut off water and disconnected at factory joint at bottom hinge. Unplugged the electrical at the top hinge. Removed the door and installed new bottom hinge and cam assembly. Reinstalled the door and hooked water and electric back up. Part worked fine.

I supported door with 2* 6 scrap wood. I used cedar shingles to raise door to correct height.
Using a socket wrench, I removed the hinge from the fridge and the cam assembly from the door.
I installed the new hinge and cam using the shims thatwere behind the original parts.
I removed the 2*6 supports and the door now works perfectly.

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

There is no access to the inside of the door to replace the water line. I was able to insert a 1/4" drip line barbed connector into the old line at the base of the door and then connect that to a piece of the plastic tubing which I then connected back to the original water supply tubing with the 5/16" union. It took three attempts to get the tubing through the bottom hinge without a crimp in it. It's best to have a second person to hold the door while you "fish" the tubing through the hinge.

This part (plastic tubing) does not show up under my model of refrig...so I had to look thru the various water lines and pick the one that "looked" right. Luckily, this is the exact replacement part and works perfectly. I removed the lower back panel from the fridge, removed the bracket holding the water line connectors and pressed the outer ring of the coupler up until it released the old water line. I pushed in the new line, made sure it was snug with a gentle pull and ran the line under the fridge up to the existing coupler. I removed the old line from the existing coupler under the front left of the freezer door, and pushed in the new line. I did not need to use the new coupler. If my old line would not have been so brittle and cracked in several places, I could have just cut out the leaking portion and popped the new couple in to mend the line back together. Easy job and we can stop buying bottled water at the store now!