TBX22PRBSRWW General Electric Refrigerator - Instructions

first started with the bottom corner then went across the bottom and proceeded to go around the refrigerator. this made it hard to get the last corner in the track. I redid it by getting all four corners set in the track then worked on pushing the sides of the gasket in. This worked much better.

This is a 25 year old unit. The ice bucket had warped over time causing the face plate to move forward of its ideal position pulling the entire assembly out of the drive. Removed dispensing unit face assembly. Removed drive shaft assembly. Replaced all washers. Reversed old broken drive cup. Married old drive cup to new drive cup...lining up drive slots. Drilled 6 ea. 3mm holes evenly spaced around circumference into the face of the old drive cup. Fastened drive cups together in vice and with C clamp...then using phillips head screws installed 3 ea. from opposing entry points on each side of this homemade shaft extender. This "mechanism" increased the effective length of the dispensing shaft assembly allowing for a proper fit of the drive shaft to the motor drive connection. Unit now works perfectly. Total cost @ $40.00 and two hours work which would have taken less than one hour if I had remembered to install the ice bucket seal the first time. New ice bucket would have cost @ $185.00. Home warranty does not cover ice makers or any of the associated parts. DIY...it isn't that difficult.

Simple. UNPLUG THE FRIDGE. Remove set screw holding valve to frame, switch hoses one at a time into new valve, switch wires one set at a time from old to new, re-attach the new valve, turn on water , plug in fridge, check for leaks. 2-minute job.

Bing , Bang, Boom.

i put a new evaporator motor in and now it works fine

Pulled out the fridge, took off the cardboard back. Get a nut driver instead of screwdriver (easier). TURN OFF WATER NOW. UNPLUG FRIDGE NOW. Removed one screw holding valve. Pulled off electrical connectors. Use two small adjustable wrenches to remove water lines. Tag the plastic tubes (I marked RED and BLUE). Grab the new valve and try to stuff it into the same space. Whoops ! Dang plastic housing protecting the electrical from the water is in the way. Have to cut most of it out to make it fit. By the way, DONT follow the instructions about take the bracket off the OLD solenoid. You don't need it. Just throw it away. Connect the wires (remember to use the adapters sent with the new solenoid) Mount the new solenoid (now that the plastic is out of the way) with the one screw (nut driver). Hook up the supply water line (wrenches). Hook up the plastic tubes (aren't you glad you marked them ?). The tubes just push into the new solenoid, no more threads. I just left the plastic nuts on the tubing. TURN ON THE WATER. Check your connections for leaking. Do this before plugging in the fridge. If OK, plug in the fridge. Run some water on the door, look in about an hour to see if cubes are making now. Put cardboard back on fridge. Push fridge back against wall. CONGRATULATE YOURSELF ON A JOB WELL DONE.

This was really a simple repair. I just kind of pried the shelf retainer bar bottom slot that holds the old endcap on out a little and was able remove the end cap and replace it with the one from 'partselect.com' and reinstalled the end cap - this was a simple repair and I'm glad that they had the part. It was also simple to find on their site.

P.S. This may or may not help; while the refrigerator is a 'Kenmore', I found through researching that it was actually made by G.E. and branded for Kenmore.

Unfortunately, the replacement part didn't come with instructions. The repair, nevertheless, was fairly straightforward. After removing the plastic parts that guide the ice through the door (by removing a few screws that attach the parts to the inside of the door), I was able to slip my hand into the ice maker dispenser and remove the old part. The part clips on. It is a tight fit through the funnel (from the outside of the freezer), however, and requires that the gasket first be "flipped" open wherein it unfolds 180 degrees. Doing this will make it easier to clip the new gasket onto the assembly.

My problem was that the tube from the water valve to the ice maker was freezing when the valve was malfuntioning and sending more water, causing it to back up and freeze in the reception tube. Then the plastic water tube from the valve to the freezer seperated and water was leaking onto the floor. By reading the repair storyies on the Partselect website I learned that the water valve was not working correctly and needed replacing. I ordered the replacement part on a Wednesday evening and had the part at my house via FEDEX on Saturday morning. It took me about 20 minuttes to complete the entire repair.
I had shut the water off to the valve and unplugged the refrigerator.
First I took the ice storage unit out of the freezer. I then unsrewed the ice making tray from the left side of the freezer. I lowered the unit to the shelve but did not disconnect the wiring. I then pulled the water reception tube that goes from the ice maker to the outside of the refrigerator on the top right rear. There was grozen water contained in the tube. I ran it under the sink and released the frozen water so the tube was clear. I reinserted into the tunnel it sits in and reattached it to the 90 degree plaqstic fitting in the outside of the right rear of the refrigerator.I reattached the plastic water hose from the water valve to the 90 degree fitting. I then reattached the ice maker in the freezer compartment.
Using a nut driver I removered the rear cardboard cover and insulation from the right rear side of the refrigerator. Using a box wrench I unscrewed and disconnected the copper water tube from the valve. I then removed the srew holding the water supply copper tubing to the refrigerator and removed the srew holding the water valve in place.
I removed the old valve from the back of the refrigerator.
I then took note of the electrical connections and transferred them to the new valve. I needed the two adapters(supplied) for the right side electric terminal.
I then transferred the water connection tubes. Take note one is larger than the other. On the old valve they screwed into the water valve with a compression nut. On the new valve you only needed to insert the plastic water tube into the right size hole and push. The comression connection is automatic and does not require the nut. ( I just pushed the nuts back on the tubing and left them). There is a plastic seperation piece on the new valve. I just twisted it loose and removed it. This allowed ease in positioning the valve and water tubes.
I then inserted the new valve into the right rear of the refrigerator and resrewed the unit to the frame using the nut driver.
I then re-attached the water supply copper tubing onto the nipple on the new valve and using a box wrench re-attached same.
I then turned on the water supply to the refrigerator and checked for leaks.
I then replugged the refrigerator into the electical outlet and started the ice maker cycle.
I waited to see that all was working correctly. i then re-attached the insulation and cardboard cover on the rear of the refrigerator and pushed the unit back into the wall space.
Everything is working great now!

I opened the back panel of the fridge and exposed the compressor. Unplugged existing run capacitor and installed new one with the addition of the sleeve that is stated must be installed around the run capacitor.
Everything I read and on this web site says that based on these symptoms, that the problem is the run capacitor. I searched and search for a part called a start relay which plugs in to the compressor. This run capacitor plugs in to this other part which I take as the start relay.

Installing this run capacitor did not solve the problem. The fridge compressor keeps cycling on and off. Freezer doesn't keep as cold as it should.

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! :)

Slide pan off plastic slides. Remove glass top. Detach slides from refrigerator hooks.

Remove broken plastic slide off support beams.

You should order screws with this order.

Screws have a star top so you need a star screw driver.

Very easy to repair if you have a drill star screwdriver bit.

I slipped the new part into the bottom door shelf and installed the shelf back into the retainer holes on the door. Instant fixed.

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 had to call for a appointment for repair with GE Appliance because I thought then it . .was something electrical. The technician came out & checked everything out, turned out it was not electrical, The technician went out to his truck got a light bulb from his truck, put it in & it worked. It cost me $121.00 for trip charge from GE appliance for a light bulb that worked, your light bulbs were defective twice. Very disappointed with your products, cost me alot of money for a good light bulb thru GE appliance