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fridge side freezes some items
went to your website and viewed exploded view to find the sensor( there are two I just picked one to replace for now), pried the cover off carfully and pulled out the sensor. I snipped the wire in the middle leaving plenty to work with. I shortened the wire on the new piece, spliced the wires together and with some 3M rubberized, tape wrapped them up, replaced the sensor back into the cover and snapped in place.
put fridge into test mode, failed One sensor. Took it out, Tested it, Ordered part also picked up splice kit from electric store spliced it truned on and good to go
Firt Removed the Ice Maker Tray and the full ice maker assembly. Removed the plastic shroud that sits over the fan assembly. Since the original connector (or the plug)for the motor had also a temperature sensor attached to it and did not know how to remove and trabsfer to the new motor connector I spliced the new motor to the old connector. It was fairly straight forward. Overall the job was not that difficult and since I was trying to be more meticulous it took a little longer. An average person can do it in around 30 to 45 minutes.
I replaced the motor that runs the fan in the freezer compartment. Had to remove a number of shields to get to the fan and then some wires and screws to get at the motor. It came with a plug with 4 wires in it and I was supposed to pull 2 wires out of the old plug and place them in the new plug. Long story short the pins would not extract from the plug and the wiring harness was molded in solid plastic, so I ended up cutting the 4 wires to the motor and splicing in the new one and taping them with electrical tape. So far no more moaning and the ice cream is still hard, so I think we nailed it.
First I removed the shelf and light cover, then removed 3 screws from the ice make. Then I removed 6 screws from the moter cover (back wall of the freezer) and removed it. I then removed the 2 screw holding the moter. This is where the soldering iron comes in. The wire leads from the old motor were molded into a 3" rubber holder and the end wire plastic connector held 6 prongs (2 from a thermo tube). The new motor only held the 4 moter prongs, 2 were empty. To resolve this problem I cut the wires on both the new and old motor. I then attached the old connector to the new moter with the soldering iron and shrink tubing. Replaced all the parts I had removed and started it up. Works like a champ.....
Took panel off back of inside of freezer section, took off old sensor from the evaporator, spliced new sensor into the existing wires, waterproofed spliced connections, snapped sensor back onto evaporator, then put panel back on the inside of the freezer. Really, it took only 10 minutes to fix. Now refrigerator defrosts like it used to, and temps have settled in at specified temps.
I knew almost as soon as I found the frozen milk that the air-flow diverter, whatever it's called, had broken. It's a plastic part that opens and closes to allow cold air from the freezer into the fridge side.
Step one: clear off the top two shelves and take them out.
Step two: remove the lower piece of the assembly. It pops straight out at the top and drops down after that. If you pull the bottom straight out, you may break the bits that holds it to the fridge wall.
Step three: remove screws holding in light, and then the screws holding in the AASM COVER FF INLET K (wish I had a better name for it).
Step Four: Unplug the unit from the fridge wall.
Installation, reverse, except maybe unplug the unit earlier.
Noticed the problem in November 2009. Replaced Hi Limit Sesor for Defrost thinking it was the freezor temperature sensor. Did not fix the problem. Replaced Motherboard. Did not fix the problem. Called Sears Repair. They mis-diagnosed the problem and told me it was the sealed system. I doubted them and sent them home. Replaced the correct freezer temperature sensor that connects to the motherboard. FIXED. Removed a panel, cut two wires, soldered and insulated two wries, reinstalled panel.
After having replaced the main control board and three thermistors, the fridge was still having difficulting getting cold enough - it wouldn't get colder than 15F / 42 F. Uniform frost on the evaporator coil ruled out a sealed system leak, so the remaining culprits were the either the evaporator fan motor or the compressor.
I read that a failed control board is almost always the fault of a bad evaporator fan motor, so this item was the most likely suspect.
To get to the evaporator fan motor, I had to remove, in this order:
1) Icemaker 2) Auger motor and brackets 3) Icemaker bracket 4) Freezer lights and bulb sockets 5) Evaporator panel 6) Evaporator plenum cover 7) Evaporator fan motor bracket
The greatest difficulty lay in swapping the new fan motor harness. Two pins in the harness connector were used for the evaporator thermistor.
I had to carefully cut through the old connector (using a Dremel) to extract the crimped-on pins for the thermistor, then reuse them on the new connector.
The fridge is now maintaining -5 F / 35 F in the freezer / fresh food sections.
Wife was cleaning regrigerator, pulled bracket out, bracket seperated in her hand, ball bearings all over the floor
Removed old bracket (2 screws), ordered new bracket and installed. Discovered that the bracket had been redesigned due to numerous failures as described above.
Very high pitch whine. Not real loud but really annoying.
First I hired a repairman and he said that it was in the unit and would not be worth the expense to fix.
I started to research on the net and this was one possible source. ( evaporator fan). I had to take it apart to verify it. Then put it back together to use until the part came.
The next time went much faster as I did not have to take near as many screws out to access the fan motor. Very Happy to have it working fine again as a new relacement would cost $1200. Thanks much. Ron
Freezer and fresh food section getting warm due to inside coils frosting over.
No self defrost. Measured heater coil with ohm meter which was OK (not open). Ordered 2 temp sensors (there are 2 in freezer, 2 in fresh food sections). The original and the new all meaured ~150 ohms. Replaced one by one. This did not fix problem. Ordered defrost thermostat. Original measured ~150 ohms - new one was ~100 ohms. Unpluged refridgerator. Removed coil panel (4 nut screws) in freezer and light cover (1 small phillips screw). Locate defrost thermostat clipped to top of coils (orange / pink wires). Cut wires and unclipped thermostat. Stripped insulation off of wires and reconnect using wire nuts. Clipped thermostat back to coils. Ran refridgerator without panel on coils to see if coils frosted up again and listend for fans/compressor to stop ( took hours). Opened freezer and viewed glow of defrost heater. Problem resolved.
I had to remove the fridge door (side by side), which took approximately 10min (most of which was retrieving the right size socket wrench from the garage). With the door removed, I could replace the broken door closing cam and door stop... with 4 screws. Not much to it. Had the door mounted back on in another 5min and that was it. :)
We noticed that there was door area that could be used - so I went hunting for more shlves - Thank Yo for having them in stock....This is used for a Care Home for Multi-Handicapped ladies and their staff....Much appreciated!