TFJ22PRBAWW General Electric Refrigerator - Instructions

First we removed the door. Then we had to hammer the old part off including the old rivot. We fould a screw that fit and put this piece on. We held the door in place and screwed the hinge on the main unit.

1. Turned off the water supply to the refrigerator.
2. Removed the front panel and disconnected the water line to the front left.
3. Removed the left rear (freezer side) panel and disconnected the reservoir from the main water supply input. This was a little tricky to figure out. You must push in the water line at the same time pushing in the coupling. Then pull the line out while keeping the coupling pressed in.
4. Removed the screw that holds the reservoir to the back of the refrigerator.
5. Pulled the old reservoir out and replaced it with the new one.
6. Basically the rest is the reverse of the above. It took a little bit to fish the lines through the original path they came.

Overall this was an easy repair. If I had known how the coupling in step 3 worked this would have been a 15-minute project.

Remove contents of door , Remove top hinge cover - phillips screwdriver , remove top hinge screws ( 2 ) - socket wrench , lift door off lower hinge pin , lay door on edge , remove cam retention screw ( 1 ) - socket wrench , remove broken cam , install new cam , apply vasaline to cam and hinge pins , repeat above steps in reverse . Door now self closes .

After inspection of the new door recess assembly, I realized that I could use sidecutters (electronic assembly type) and 'clip' off the inward lock tabs of the old recess assembly and disengage it from the crank door arm without any further disassembly of the refrigerator door. It was easy to 'unhitch' the tang from the crank arm and wiggle it out through the external opening of the ice/water dispenser compartment. I reversed the process and inserted the new assembly through the external opening of the compartment. The new door recess assembly snapped into place on the crank arm and fit tightly against the ice chute opening, correcting the issue caused by aging distortion of the old rubber seal cup portion of the door recess assembly.

The replacement part fit perfectly and was easy to install. No problems at all.

replaced lights in refrigirator and freezer

Grill for the water dispenser in the door. All I had to do was drop the new one in place.

Received the new grill in one day after ordering.

Replaced flapper valve per website instructions. GE factory technician took two weeks to get here, charged over $100 for the call and told us we needed a new refrigerator door at a cost of over $500 to fix the problem. We sent him packing. After visiting the PartSelect website, the $5.88 PartSelect flapper valve fixed the problem. Amazing.

First I removed the top hinge of the refrigerator door and then lifted it off the bottom assembly. I had to turn the door on its side to work on the bottom where the broken part was located. I unscrewed the bottom assembly and replaced the broken part with the new door cam. Put it all back together and now the door closes but must be manually pushed to close. When the door was working properly it would shut automatically when released from any position. I think I need to install an additional part - maybe a shim? to make it close automatically. That will be another story.
This was a fairly simple jog to do but since I did not have the proper tools it did take me longer than usual to remove the bolts. I'm happy I did it myself and saved a big repair bill! Thanks to the people at PartSelect.com.

Let me start by saying, I usually hire something like this out but figured I would give it a try. The install was fairly straight forward, however it would’ve been nice if the instructions would have been more useful. Instructing me to remove one screw to release the auger and solenoid enclosure wouldve been nice. There were 3 other screws that I didn’t need to remove and they were the ones holding the auger in place, which made assembling that much more difficult. Once to enclosure was removed, and the solenoid was exposed, it was a seemless process. I would however, recommend paying attention to or taking a picture of the connections on the solenoid. I was lucky to remember or got lucky. Regardless, I was able to complete the project successfully. If I had to do it again, I believe it can be done in 30 minutes or less.

The only difficult part was not knowing which parts had to be removed to gain access to the flapper to replace it. It appeared as if the frame around the control panel would have to be removed as well as the door handle; we tried but were not able to remove the frame. It turned out that the panel just popped out with the frame in place. Once we had access to the flapper, it was easy to replace it. The repair fixed the problem.

Placed blocks under the refrigerator door to take weight off the lower hinge pin. Removed the hinge by removing two screws into the refrigerator and two screws into the bottom of the door itself. This allows the hinge to be removed so the old nylon "closer" pieces can be removed (the one attached to the refrigerator has a rivet holding it in place so that has to be drilled out and replaced with a 3/16 inch bolt and nut). After re-attaching the nylon "closer" to the refrigerator side of the hinge and placing all the shims back in place, I re-attached the hinge to the door first, then the half hinge to the refrigerator. Had to line up the holes, tighten the screws and presto, the door closes like it was new again.

The freezer door side is more difficult as there are wires and a water line to work around.

1. Put all perishable food into ice chest. Empty door shelves.
2. Remove top hinge cover with Philips screwdriver.
3. Supporting door, remove top hinge attached by two hex screws.
4. Lift door off bottom hinge.
5. On bottom of door, unscrew the hex screw holding the broken plastic cam.
6. Loosen the second hex screw enough to free the broken cam.
7. Replace the cam and tighten the hex screws making sure the opening of the cam lines up with the hole under the door.
8. Snap off plastic grill at the bottom of the refrigerator.
9. Remove bottom of the two hex screws holding the bottom hinge tot eh refrigerator body.
10. Loosen the second screw enought to rotate the hinge upsidedown. Tighten the screw again.
11. Now the rivet bottom is exposed so as to facilitate drilling it out to remove the broken cam.
12. Loosen the hex screw again and turn it back rightside up. Reinstall the bottom screw and tighten both of them.
13. Using an appropriate size bolt, lockwasher and nut, install other new cam.
14. Reinstall door reversing steps 1 to 4.
15. Don't forget to return the food to the 'fridge, by the way!

BUY TWO CAMS! Just like the others, both of the cams were shot. My husband & I did this ourselves & have NEVER attempted appliance repair before.
We propped the door up high enough to access the bottom hinge piece on the fridge & removed using socket. Removed the cover from the top hinge. Slid door down off the top hinge in able to get to the cam on bottom of door. Replaced this cam 1st in order to get door back on while worked to get the old cam off hinge. As others posted, this is rivited on. Used grinder to grind off rivit & hammer & punch to punch out. Attached new cam with bolt & nut found in our tin of leftovers. Inserted hinge into door & reattached to fridge. DONE! Not hard at all & didn't even argue the whole time.

Part attaches to metal plate near crushing fingers which attaches to ice holding bin. Remove about 6 screws total on each side of plate. You must disassemble the auger & other parts so you can reassemble it in the proper order. Not many parts but i always take pics to cut down on time. New part is at the other end of the auger and acts as the holde of the auger shaft. Picture a crankshaft with a bearing on each end so the auger rotates between new part and the other end of auger shaft. That's it.