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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.
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.
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
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!
I took the cover off the control settings and found the timer. Removed two screws and replaced the defective one with the new one. Had to pay attention to directions since the timer is used in different ways and to make sure the loose wire was installed correctly (not the same way as the original ground was connected).
Pulled close out panel exposing valve kit. Removed water lines, removed retaining screw, removed both electrical connections. Installed electrical connections on new valve, installed assembly, connected water lines. Replaced ice maker by removing three screws, unplugged connection. Installed connector on new unit , installed screws and plugged in unit. Everything worked just fine.
Removed 2 control panel knobs and face plate that is snaped in place using a knife to prey it causing to snape lose. Removed 4 cover screws that gave me acess to Defrost Timer. Remove two fastining screws on timer unit. Remove electrical color coded 4 prong connector plug. Have to make sure black jumper wire on the new timer kit is connected to the correct one of the 4 prongs as to instruction sheet for my model refrigerator. Reassemble in reverse order. Bingo! Fixed.
We rolled the refrigerator out away from the wall and it was obvious where the break was located. We took out the old water spout for the ice maker and replaced the tube and the tubing from the solenoid. We turned it on and soon we had water dripping everywhere. We unloaded and defrosted the freezer which got all of the remaining ice that was stuck in there. We put everything back together. I read in some instructions in the manual that it might take 24 hours for the ice maker to reprogram itself and start producing ice. I was only about 12 hours and we had ice again and everything worked well. You really do not have to disconnect the water from the main line, the solinoid controls that part of operation and turns the water off until the ice trays are free and clear.
I went on the web to search for parts, did my screening of companies, and chose Partselect.com They gave me accurate information, very nice, and double checked the part numbers, and the latest replacement part. I received it in a couple of days, followed the directions, and it's working just fine! I saved a lot of money through Partselect, instead of buying a new refrigerator. NICE JOB Partselect!! Thanks, Michael
The part received was a straight replacement part - no modification required, just a simple remove and replace. This made the job really easy. Used the socket set to lower the front wheels to move the refrigerator, the nutdriver to remove the back cover and the valve, and the adjustable wrench to remove the water line. I had to cut the supply line tubing because the ferrule was too far up the line to make a good seal (minor leak quickly corrected with parts available in the kit - nice touch!) What took the most time was cleaning the coils and lint, etc. - hey I hadn't moved the unit in years! - but I did not include the 45-60 minutes this took in the repair time. Directions supplied were clear and easy to follow - but in my case I could have done the job without them - easy to see what needed to be done, but the stated precautions were nice.
The replacement valve was identical to the old one, so I didn't have to use any of the adapter parts sent with the new valve. This made the installation rather simple. After removing the back cover on the lower part of the refrigerator, I turned off the water and electrical supplies, and removed the water supply line to the valve. Then I removed the two screws securing the valve to the refrigerator. Next, I removed the two electrical connections from the valve, and unscrewed the plastic nuts holding the tubing to the valve. I didn't have to use a wrench to do this as they were hand tight, so when I attached the tubing to the new valve I tightened the nuts hand tight. This seemed to be sufficient and avoided the possibility of stripping the nuts. After checking for leaks, I attached the electrical connections and secured the new valve to the refrigerator. Then I attached the water supply line, but before replacing the back cover, I turned on the refrigerator, and let it cycle through it's first load of ice.
First I unplugged appliance then I remove two screws from the thermostat/light cover. I then remove two defrost timer mounting screws and all electrical connectors. Then utilizing instructions recieved with new defrost timer I ascertained which wires should go where. When I was sure I had the wires ready I connected them to the others in the appliance and plugged the appliance in to ensure that the noise was no longer heard and made sure timer was working. Everything seemed fine so I unplugged appliance and secured two defrost timer mounting screws and thermostat/light cover mounting screws and that was that.
My refrigerator ran constantly and never got cold!
On a whim I looked into what it would take to fix my garage older 2nd fridge. I was thinking I needed a new seal, but when I checked the website there was a great troubleshooter. I would have never guessed that the defrost timer was what would cause it not to ever get cold. After a fairly simple repair the freezer is colder than ever and I actually had to turn it down. The only complication was the fridge was stuck in a defrost cycle so I had to reset the timer to get the refrigerator running. Thanks so much for a super helpful site for a do-it-yourselfer like me.
