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Thermostat would not work
First I removed the knobs, then the plastic cover over the thermostat. Then, I removed the two screws that hold it on. I removed the thermostat, unplugged the electrical leads, and pulled out the old thermostat. I then inserted the new one, hooked up the leads and reassembled.
Water began to leak under the refrigerator. Source looked like it was coming from control valve suppling water to ice maker and water dispenser.
Followed instructions supplied. It was relatively easy and the parts fit exactly right. Sears wanted twice as much for the part and service would have charged me another $100 to come to my home. I saved over $100 doing the project myself.
Part of cam broke off bottom of fridg. door & it quit closing automatically
Took longer to move food from door to inside fridge & take grandkids' artwork off door, & then put it all back than it did to replace cam. 1. Used phillips head to undo 1 screw holding cover over top bracket; lifted off cover. 2. No need to have someone hold door while you remove top bracket; magnets in door gasket will hold it tight to fridge. Used socket to remove 3 screws in top bracket & lifted bracket up off top of door. 3. Door's not heavy. I stood on a sturdy chair to get better leverage. Opened the door enough to break the magnetic seal & llfted it up off bottom bracket. I moved it over just enough to get to the cam, rested the bottom of the door on the floor, & leaned it up against the open front of the fridge to help preserve chilled food. 4. Removed the 1 screw holding in the bad cam to the bottom bracket (uses smaller socket than screws on top bracket). 5. I checked part that goes up inside bottom of door & it was fine, so did not replace it. 6. Trickiest part: putting the door back on. I put a hand mirror on floor by the right corner & facing up so I could see the underpart of the door as I lifted it eased it down on the right place. 7. Closed door, made sure it was straight, replaced top hinge & cover, food, & artwork.
1. shutoff water 2. removed 3 screws holding old ice maker. A small nut or screw driver is needed to get into a somewhat tight area 3. detached electrical connector 4. cut indicated area for water inlet to lie in 4. attached new electrical connector (no splicing needed) 5. attached new ice maker with 3 screws 6. put on water
Removed the top two screws and one on the bottom which attach the ice maker to the side of the freezer. I unclipped the wire bundle from the side of the ice maker and unplugged the connector, totally removing the unit . The maker came with several different wiring setups, but I just used the existing. The contol arm on the new unit basically snaps into place and the above process is reversed to install the new unit. My old ice maker had an accelerator which blows cold air to the bottom of the tray to speed up ice production. This component was undamaged and by taking off the new units outer end cap and borrowing the clips from the old unit, this component can be installed on the new ice maker.
Following a brief power outage, it stopped producing ice. Harvester was at 6:00 with fingers frozen in ice cubes. Would make a batch if I freed the harvester and jumped the t-stat, but would quit again.
Unplugged refrigerator. Used nut driver to remove small bolt retaining wire cover on right side of ice maker. Removed wire cover, used flat head screw driver to depress side-rail clips. Ice maker slid out, unplugged. Timer module cover pops off easily. Three screws removed the timer module. Installation was reverse of removal. Had ice in less than an hour, bin was full by next morning. If you have a screw driver and know what it's for, this job should come easily.
After doing some research it appeared that the water valve was the culprit. I don't have the expertise to test the old valve but I did try adding water manually to the icemaker and it spit out the cubes so I figured the icemaker itself was ok. I ordered the new water valve on a Friday morning and it was on my doorstep the next morning. This was standard delivery! I removed a few screws at the back of the refrigerator that holds the valve. Pulled the old one out, removed three hoses and two electrical connections. Reconnected the same on the new valve and reinstalled it. Later that day the ice cubes started dropping again.
tested bulb good ,replaced door switch first(least expensive)then ordered light socket and circuitboard.If clicking sound is heard replace circuitboard first to save on return shipping because the switch and socket where ok
I unplugged the fridge. Loosened the 2 top screws on the ice maker and removed the lower screw. I disconnected the wiring harness and removed the Ice maker. I removed the plastic timer cover in front. I then loosened the screws on the face of the ice maker and removed the broken ice stripper and replaced it with a new one. Re-tightened the screws on the face, installed the timer cover, plugged in the wiring harness, re-attached the ice maker. Plugged the fridge back in and walla, it was making ice in 30 minutes!
removed screws that held the ice maker in place, then removed the cover (popped off) The drive element was easy to remove, three screws and it was out. I put in the new part and reinstalled the icemaker with the three screws that hold it in place. I never call Sears for any repair. They use contract help and I have heard horror stories about those guys!
Turn off water supply too ice maker and unplug the fridge power. using a nut driver remove one bottom screw from the bottom, near the front. The other two from the side atop the ice mold. (loosen screws and ice maker will lift up and off.) I set the ice maker on the counter, snapped of the front cover by hand. using a phillips driver, remove two screws near the bottom corners.(they go through the circuit board into the ice mold) circuit board in one hand, other end of ice mold in the other, slowly pull apart about 1 inch. remove the silver colored "on, off" bar at the end by snapping the retainer out of the ice mold. (the silver bar stays with the circuit board end) Watch how the ice guide(white fingers stationary on side of ice mold) hooks too the ice mold on each end. swap ice guide to new ice mold, insert three guide pins on end into holes on the circuit board, while holding ice guide onto ice mold, watch rotation bar while inserting into motor.(it only splines one way.) when each piece is lined up, simply push together and reinstall two screws. snap circuit board cover into place. reinstall ice maker into freezer in reverse order.
Freezer was not staying cold enugh for ice maker to work. Discovered fan was not working to cool condensor. Fan motor would only run if manually turned.
Unplugged refrigerator. Removed lower back access panels and panel running up the back of refrigerator. Removed and disconnected old fan. Removed old fan motor from mounting bracket. Removed fan blade from old fan motor and placed on new fan motor. Connected new fan motor to power supply. Tested. Reinstalled.
Took off door to ice maker. Unscrewed 1 nut. Slid out unit. Unplugged electrical connector. Unsrewed 3 nuts from bottom of old unit & attached mounting bracket to new unit. Reconnected electric connector. Slid back in. Put screw back in. Put icemaker door back on. Turned icemaker on. Ice in 20 minutes!
remove the bin from the freezer, there are 2 tabs on the lower front cover that pop off and you just pull the entire front cover off. there are 4 nuts that hold the blade cover which you can use the 7in1 with the insert removed.. i believe it's 5/16". remove the cover and the tumbler assembly pops out of the tray. remove the nut with a set of pliers and lay it out on the table in order. install is reverse of removal. make sure you get all the washers in the correct location when assembling. don't tighten the nut too tight or it will bind the rotating assembly.
I first replaced the fan, because it wouldn't run, then replaced the defrost thermostat, because I didn't know how to test it, and the defrost control board, because it was all I thought was left. Turns out it was the defrost heater. The control board senses current flow through the heater and switches the fan off. With an open element the fan won't work. This can be tested with an Ohm meter. The thermostat will test open at room temperature, this is normal.
