TFXC20RNB General Electric Refrigerator - Instructions

Removed the door by removing the top hinge and lifting it off the broken bottom hinge/cam assembly. Removed the broken hinge/cam assembly found out why the cam broke the doorstop was bent so I had to order the doorstop also. The ordering of the parts was so easy. They shipped them on Monday and they arrived the next day. I will use Parts Select again

Found your web site and bought a couple of replacement parts from you guys and reaaembled unit. Its now working. Only issue I had was in the reassembly of the auger unit, wasn't quite sure of the blades etc. and the proper order Saw the sketch on your site and figured it out from that. Will visit you guys again when I need a part. Good delivery and timely. Thanks and regards Gil

Removed everything from the refrigerator door. Removed the screw holding the cover over the top hinge. Removed the two (8mm) bolts holding the top hinge to the refrigator. Removed the door. Removed the plastic grill/cover and the two (8mm) bolts from the lower hinge assembly. Installed the new hinge assembly. Replaced the closing cam (included in the hinge assembly kit) on the bottom of the door. Put the door back on the lower hinge. Installed the upper hinge. Adjusted the door and tightened the bolts on the upper hinge, and replaced the hinge cover. Done!

I replaced both lower hinges without removing the doors. First a couple of observations. The hinge kit consists of two parts; the lower part (bolted to the case) consists of an “L” bracket with a plastic cam, and the upper plastic cam (attached to the door). For some reason the upper cam is available as a separate part . If both cams are plastic both are worn out. Don’t bother ordering the individual cam. If one hinge is worn out the other probably isn’t far behind. Consider replacing both at the same time. Examine the door check. It is an inverted “T” shaped bracket bolted to the door that also holds the door cam. The crossbar of the T are metal tabs that check the door swing. Way too fragile IMO. On mine the refrigerator side was cracked and broke off when I removed it. Since the stops are the same right and left. I just swapped them when I replaced the hinges. Saved $22. Replacing the hinges without removing the doors. {Warning if this technique goes wrong you will be stuck with a loaded door you can’t open.} Remove the vent grill. Stack three 2x4’s along the bottom of both doors ( 26” is about right ). Shim the door(s) up to compensate for the cam wear. About 1/8”) Use a 5/16 socket to remove the hinge from the case. Pay attention to placement of the shims and spacers. Then remove the door cam and stop bracket. Install the new door cam. Leave the screws a little loose. Replace the lower hinge and tighten the screws. Do both sides. Then carefully remove the shims and 2x4’s. Finish tightening the door hinge screws. Check the door swing. I used this technique twice. One to replace the refrigerator side hinge, then again to replace the freezer side hinge and swap the door checks. There were no problems and I saved the hassle of unloading and removing the doors.

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.

First I took everything out of the fresh food door, then I removed the top hinge cover using a philips head screwdriver, and a nutdriver for the two screws holding the upper hinge. Lifted the door off the bottom pin, and placed it on the floor. Then took off the bottom hinge and used the Dremel tool to grind off the rivet holding the broken door cam on the bottom hinge. Used a nut and bolt to hold the new cam in place, and put the lower hinge back on. Then replaced the other cam on the bottom of the door itself, using the nutdriver. (Be sure to buy two cams, and have the bolt and nut to replace the rivet). Reinstalled the bottom hinge, put the door on, replaced the top hinge, and presto! Works great! Thanks to the others on this site for their stories - really helped make it an easy and quick repair!

Turned off water to ref , removed bottom kick plate , got a towel and disconnected the water line plastic fitting and un screwed the (2) tube clamps un screwed the coupling and ((carefully )) slid out the tube from the compression ferrels ! ( Be careful and do not break or distort them + remember exactly the order they are removed ! Slid the protector spring shroud from the plastic tube , took ogg the top hinge cover then remover the top hinge . Carefully lifted the door off feering the plastic tube through the bottom hinge with my foot ! Got the door off removed the bottom hinge + put the new on on, then removed the door cam which was broken on the bottom of the door , lifted the door up and carefully fed the water line through the new bottom hinge . Attached the top hinge and reassembled the rest same as I had dissambled it . Turned on water ( checked for leaks ) ! All working 100% a-ok ! This company is the best ! Ordered the part at 1 pm and had the part at 2 pm the following day many thanks : )

Other than having to bend the bracket 90 degrees it was an easy install.

After determining that the ice maker on this relatively new refrigerator would make ice cubes if it received the proper amount of water. Ordered the valve and received in a couple days. Using a nut driver, removed the cardboard cover from the back of the refrigerator. Removed one screw holding the valve bracket to the fridge and removed another screw holding the water supply line and the water line to the ice maker in place. Pulled plug on fridge and removed 2 wires from valve. Removed inlet and outlet lines from old valve and reversed the process installing the new valve.

Cut old thermostat out and installed with heat shrinking wrap and solder the wires and still having issues it might be something else.

Unplug refrigerator and turn water supply off to the ice maker. Remove the screws holding the bottom cardboard-like cover from the lower back of the refrigerator. Remove the water supply line to the old solenoid with 1/2 inch wrench. Unplug the two power supply wires to the old solenoid. Remove the screw that holds the solenoid to the back panel of the unit. After the solenoid is pulled out, remove the output hose with a 1/2 inch wrench. The configuration of the replacement solenoid is likely a little different than the original, but it seems to be rather universal and will fit back into place and perform properly. The new solenoid does not use a compression type nut to secure the output line. It's just a simple push-in connection. The wires may have to be rerouted a little, just keep them clear of the evaporator fan blades Reverse the removal procedure and you're done.

I had to defrost freezer first becasue it was heavily iced up. Then I found that one of the heater elements was "open". I removed both of the old heater elements and installed the replacement parts.

Had to defrost a bit and then was able to remove rear freezer panel by simply removing the 2 screws holding it in place.
Old motor easily removed from its mounting bracket. and replaced with the new. Had to use the two wires sent with the motor. I clipped off the male connectors and joined them with wire splicers to the black and red wires clipped from the old motor. Then reinstalled.
The replacement motor works great. I was afraid the old fan blade might not fit but it slid on perfectly.

Did not do the repair because the unit arrived damaged. The packaging was in good condition. The plastic around the plug in shattered, and some of the plastic was inside the motor. Very good, and fast on adjusting the order.

Emptied the ice from tray.
Removed the four screws that hold the face plate.
Removed the four screws that fasten drive housing to the tray.
Slid the drive cup into place at the end of the auger.
Made sure the rubber gasket was in place .
Replaced the four screw that hold the housing to the tray.
Replaced the four screws that hold the face plate.
Put some ice cubes in the tray and tested to be sure everything worked properly.