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Ice Maker quit working, I could manually cycle unit but then the water would overflow when unit was re-filling.
I backed out the 2 top screws about a quarter inch and then removed bottem screw with a quater inch nut driver. I then lifted Ice Maker clear of the two top screws and lowered it enough to unclip the power connection with a small screwdriver. The new Ice Maker was wired correctley for my refrigeator so all I had to do wea reconnect the power connection and mount new Ice Maker on the two top screws and install the bottem screw. It took e while for the new Ice Maker to start it's cycle but after it did, it worked GREAT. Part Select service was OUTSTANDING, ordered part one day and received the next. THANKS!!!!
removed flap door in front of icemaker...removed 3 screws with bolt heads...removed one additional screw with bolt head and ice unit slid out. I removed motor unit (pops out no screws). Replaced and had ice within 3 hours.
inconsistent compressor and condensor fan operation
Compressor start relay would cycle several times before compressor would come on. Replaced start relay and defrost timer assy. Operated more consistently however not completely reliable. Ice would begin to melt. Noticed that if you would cycle the temperature control the compressor would start again and operate for several hours then not cycle again. Jumpered temp control and operation was continuous and reliable. Replaced cold control thermostat. Operation now normal. Suspect high resistance in switch caused start relay and timer contacts to arc. Small amount of carbon noticed under temp control...
Simply pulled out old drawer and replaced with new one. This broken drawer really bothered my wife so this simple repair earned me alot of points at home. Lord knows i can use all the extra points i can get. Thanks for the quick shipment of the part. 2 days from time of call to part on my door step. Thanks again
I am NOT a handyman, and my family laughed at me when I said I was going to fix the ice maker all by myself. I ordered a replacement ice maker. When it arrived, I opened the box and read the instructions. It seemed easy. I removed the old ice maker, with a socket set. I then took off the shut off lever from the old one and placed it on the new one, since the new one didn't come with it. I then put the new one in place. All the parts fit perfectly. The ice machine was making ice within an hour. My family was amazed... and I got the last laugh!
Sometimes the condenser fan would start causing the refrigerator to overheat.
Unplug the appliance. Removed the screws holding the back panel. Removed the fan blade. removed 3 screws holding the condenser fan. Remove the 3 metal brackets attached to the fan. (First note which studs the brackets are attached to. Attach the 3 metal brackets to the new fan. (New screws were supplied) Cut and strip the wire about two inches from the fan. Cut and strip the new wire. I cut the new wire in half (about 6 inches.) Connect the two wires, twist and used 2 wire nuts. Tie wrap the wire to the wire harness. Mount the new fan (three screws) Screw the back panel back on. Mount the new
Fridge was getting too warm, ice buildup on coils.
WARNING: REPLACING THIS PART REQUIRES CUTTING AND SPLICING ELECTRICAL WIRES. RISK OF ELECTRICAL SHOCK OR FIRE. DO NOT ATTEMPT THIS REPAIR IF YOU ARE NOT EXPERIENCED WITH ELECTRICAL WIRING.
Part Info: The bi-metal strip is clipped onto the evaporator coils and is designed to regulate the defrost coil temperature. If it is not functioning properly you may notice ice buildup preventing air flow (and preventing proper refrigeration), or more rarely the freezer side may get too warm during the defrost cycle.
1: UNPLUG THE FRIDGE! If there is ice buildup, wait until the ice has melted. A box fan blowing at the ice will help melt it more quickly.
2: Remove the panel covering the evaporator coils. It's located inside the fridge, on the freezer side.
3: Un-clip the bi-metal strip from the evaporator coils.
4: Unplug the wires from the evaporator fan, defrost coil and bi-metal strip, then disconnect the main connector that is plugged into the rear wall.
5: Clip both wires to the old ( bad ) bi-metal strip. Cut close to the casing of the bi-metal strip so there are long wires to splice onto.
6: Strip 1/4 to 1/2 inches of insulation off of the ends of the wires ( depending on the size of the wire-nuts you use). Twist the bare wires slightly to prevent fraying.
7: Do the same for the ends of the wires on the (new) bi-metal strip.
8: Take the ends of the wires belonging to the (new) bi-metal strip and the wires coming from the main plug. Take the like-colored wires, and twist the bare metal ends together.
9: Twist on wire nuts, for both sets of wires. Make sure they are snug, with no bare wire showing.
10: Tape over the wire nuts with electrical tape. Tape over the wires nuts in a spiral fashion, completely covering the nut and both wires that are now spliced together. This will prevent accidental shorting.
11: Plug the main plug back into the rear wall of the fridge. Also re-connect the connectors to the evaporator fan and defrost coil. Make sure the clips on the connectors are snug to ensure a good connection.
12: Clip the new bi-metal strip onto the coils, in the same spot as before. ( Usually just after the small incoming copper tubing that connects to the coils, known as the expansion valve. That is usually the coldest spot on the coils during operation).
13: Replace the panel that covers the coils.
14: Plug the fridge back in... Now you fridge should defrost correctly. If it does not, your defrost coil could be burned out, or the control board could be faulty.
Removed 2 screws holding water fill tube to rear of refrigerator and pulled out, matched old part with new to make sure of proper match. Guide new fill tube thru hole, making sure it is aligned with slot in ice cube tray on inside of freezer. Install new plastic line from water pump outlet to water fill tube, check for leaks, job done.
The compressor would shut down and not restart unless you tapped the temperature knob which i did for about 3 weeks before ordering this part
Was pretty simple just take the knobs off pull off the face plate remove a few screws and drop the whole shelf down. then a few more screws down the side to the back of the fridge. Pull the sensor wire out of some styrofoam and pull off the plastic coating and slide it over the new one and install it in reverse order from taking it out. Works great now and i have ice everyday :)
The Bearing Cup Assembly was broken and ice would jamb against it during the ice making cycle.
I removed the ice maker from the refrigerator, by removing one screw on the underside bracket and loosening the two screws at the top side, then lifting the ice maker off the loosened screws. I then unplugged the electrical harness that supplies power from the refrigerator to the ice maker. I then disassembled the ice maker by removing the front cover which is snapped in place, then removing two recessed screws at the front. I removed the broken part, I then reassembled the ice maker with the new part. I replaced the two recessed screws at the front and snapped on the cover. Then I reinstalled the ice maker in the refrigator by plugging in the harness, slipping the ice maker over the loosened screws in the refrigerator and replacing the screw that was removed from the underside bracket. Tightening all the screws completed the project.
1) removed the face plate that runs 3/4 way up the back of the freezer side. a total of 8 screws. (6") 2) disconnected the three electrical connections.(30sec) 3) removed the fan of the the old evaporator fan motor (5sec) 3) removed the fan motor (1") 4) put in the new fan motor (1") 5) put on the old fan on the new fan motor(5sec) 6) reconnected the three electrical connections (30sec) 7) replaced the face plate on the back of the freezer (6") Had re-frozen meat within 1 hour.