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Solenoid controlling the valve had stopped operating.
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! :)
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 stacked three 2x4's that were approximately as wide as the door in length. This required lifting the door about 1/4" but it also got the weight of the door off the cam so the bracket assembly that the cam was attached to could be removed. I drilled out the rivet that held the old cam in place and like previous DIY's had to use a small bolt and nut to secure the new cam in place. Reattached the bracket with the new cam and that was it. The only problem was that the head of the bolt I used was not flat enough to allow proper clearance for the door to swing freely without feeling some drag and the wife noticed that immediately. I told her to wait until the weekend and I would again remove the door and file down the head of the bolt to allow the required clearance. After a few days of use, the door itself ground enough material off the head of the bolt so that the door began to open and close properly. So now she's happy, I'm happy and the dog is happy.
Unplugged frige, removed top shelf, pulled broken fan blade off. Replaced with fan blade just purchased from PartSelect. Very simple repair. Orderd and recieved the right part.
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.
First I turned off the water supply. Then I removed the ice bin and the ice maker by removing 4 screws and 3 electrical connections. This allowed access to the evaporator fan which was not moving. To remove the evap fan I removed two screws that hold the fan bracket. The fan assembly now had to be pushed back and rotated to remove from hole. There are 3 electrical connections that have to be disconnected from the fan, one ground wire that also is connected to the fan bracket and 2 power connections. Installing the new fan was the reverse of the above except the power connections were in a different location and i had to use the extension wires provided with the new fan to have the length needed to make the connection.
Unplug refrig! Removed back cardboard covering (~5 screws) (1) Cleaned all the dust out (hardest part!) (2) Removed power wire to motor (3) Removed 3 bolts holding motor to frame (4) Removed motor/fan blade to the left (5) Moveded fan blade to new motor (clean it!) (6) Replaced motor, reinstalled 3 bolts (7) Plugged power wire to new motor (8) Tested it - worked fine, failed safe, drained to bilge! Replaced back cover (had to tape it since I horked it up removing it)
Started to see a little sweat in freezer and ice cream not getting hard frig staying on longer.
Pulled frig out. Removed back cover. Unplugged frig, unplugged motor. Removed fan from old motor first then 3 screws from bracket that holds motor and removed motor. Reattached motor back on bracket, reattached fan on motor. Plugged fan back in and then frig. Everything worked fine no more soupy ice cream !!
Disassembled front door/cover (3 screws), then removed deflection door assy, (4 1/4" nuts), CArefully and methodically removed C Clip and grinder teeth...Be careful with this step to document/remeber how to re-assemble! Auger repleced then reverse steps... All in all, not too bad, but you can easily screw up the teeth re-assembly.
The bottom hinge and the matching cam needed replacing. I removed the top hinge (which is held on with two screws), lifted the door off the bottom hinge. The replacement hinge and cam were exact. The door went back on with ease and it works like new.
Unit would not terminate defrost cycle resulting in melted frozen food
Turn of power to fridge. Removed all shelving in freezer section. Unscrewed back panel from freezer area. Removed old defrost term t-stat from top of evaporator coil assembly. Cut existing two wire leads, spliced in new T stat wires. sealed wire splices from water egress and clipped new t-stat in same position as old one. Reassembled rear panel, installed shelves. Turned power back on.That's it.