1066654100 Kenmore Refrigerator - Instructions

First of all the part was not located in the section of the refrigerator that was shown in the video. I wasted a lot of time taking that section apart only to find that the part wasn't there. After some investigation I finally located the defective part. It was behind a piece of sheet metal that had to be bent out of the way to unscrew the part. If I hadn't bent it out of the way, it would have been a major disassembly to remove the sheet metal. Once removed, the installation of the new part was fairly simple. The only confusing thing about the installation was determinig which of the prongs on the part that the internal wire to the new part was to be attached. There were 3 options given and the instructions were not very clear as to which one I should use. Apparently I guessed correctly because the refrigerator seems to be functioning perfectly since the repair.

I just simply eliminated the ice buildup with hot water and a knife. But I still have the Defrost Timer Kit for future use.

One day the ice cream in the freezer seemed mushy, but the ice was still frozen. There was not water in the ice bin. However, the problem resolved itself. This suggested that the defrost timer had become stuck for an extended time, but then continued to run. The fact that the freezer went back to frozen, implies that all the components of the cooling loop (compressor, condenser & fan, evaporator & fan) were fine. It was possible that the problem was caused by a bad defrost (?evaporator?) thermostat but everything I saw on line suggested that the defrost timer is the culprit about 40 - 50% of the time. Anyway, I followed the instructions in the on-line video at this site for replacing the defrost timer and it was easy. It would have only taken 15 minutes, but I spent a while reading the defrost timer instructions and hunting down a schematic for my refrigerator, to determine which pin the loose wire should go on.

Followedinstructions that came with kit. Kit parts were unnecessary as new valve fit in exactly as old one had been. Quick connect for flow out of valve to maker was a surprise as no threaded connection present and no nut necessary; simiply push the line into place. Reconnect water line, check for leaks and refasten back covering. Instructions with kit contained an incorrect drawing of connecting water outflowline; a one page addition verbally gave correct info, but detailed step by step instruction for this one connection was confusing. Otherwise, could not have been easier; surely a do-it-yourself project.

First attempt was difficult. Part was different and instructions applied to previous part that did not have quick connect. Not clear where quick connect was to be used. Result no ice!second attempt used quick connect in reverse connections and now have plenty of ice. Combination of change in part appearence from previous one ,and different from instructions included with new part, resulted in confusion in installation. In the long run, it worked out well.

Disconnect ac power line, disconnect power line going to the water valve. Turn water off atthe cockvalve. Disconnect water line to valve. Disconnect plastic tubing going in the valve. If plastic is old you may have to replace it to keep from leaking at the quick connect coupling. Connect water line and plastic tubling to new valve, connect power clips to new valve. Plug in the refrigertor and turn on water at the cock valve and your good to go

Talked to local appliance repair tech, who explained how to manually turn timer with a screw driver and listen to the switch go from on to off.

I just followed the enclosed instructions

Took socket out and replace it with new one. Very easy. W saved alot of money doing it ourself.

First I watched the video on your website, it was quite helpful. It showed me the location of the part to be replaced. Then I used the nut driver to remove a couple of screws, and slowly pulled the cover off . Once I pulled the cover down I could see the part that needed replacing, it had a couple of phillips head screws holding it in place, I removed those screws and unplugged the defrost timer, taking note of the color of the wires. Then I took the new defrost timer and attached the loose wire to the correct terminal according to the directions(this is where the color of your wires comes in), then I plugged in the new defrost timer and replaced the screws. I then reattached the cover making sure not to pinch any of the wires, and replaced the screws. It was so easy I was sure I did something wrong and it wouldn't work, but I plugged the refrigerator back in and let it sit for about 20 minutes and then when I checked it was running cool. I'm 55 years old and never had the nerve to try anything like this before but since my husband passed away I've had to try things myself or replace a lot of appliances. If I can do it anyone can.

We wasted time looking for the electrical schematic on our refrigerator (the first step in the instructions). By skipping that and reading further in the instructions, the type of cooling that the refrigerator has can easily be determined by the colors of the wires that go to the defrost timer. You need to know this to set up the timer properly for your specific refrigerator. Had I just started there, the entire repair would have taken less than 10 minutes. Very simple repair and it works like a charm, no more water coming into the refrigerator and the ice cream is rock hard. Glad we didn't have to spend lots on a new appliance. Thanks Part Select.com! BH

Exactly how the part select video described it. Threw a little curve ball figuring out which timer setting to set it to. But the instructions provided with defrost timer walked me right through it. No problem. After installing part nothing happened for about ten minutes, which had me second guessing each and every step. Then, like magic, cold air began blowing. What a relief. Thanks so much, love this site. Refrigerator works like new!

The refrig. Is about 30 years old. The new solenoid looked and mounted nothing like the original. I driled holes in the frig and attach the solenoid with sheet metel screws. There were not enough fittings and hoses so I bought a braded metal hose to attach the ro line and the valve inlet. I used the parts in the kit to attach the water feed line. To the ice maker I did not try to stuff all the hoses and lines back into the cramped cavity in the frig. W ell how does it look? The solenoid sticks out a little and there are a lot of hoses behind the frig. I do not spend much time behind the frig so who cares. The ice maker is making ice!