10663144301 Kenmore Refrigerator - Instructions

first I diagnosed the problem with the whirlpool do-it-yourself repair manual, which was very easy to understand. as per the repair manual, "this part located on the evaporator or the back of the liner is used during the defrost cycle. This bimetal senses the temperature from the evaporator. When the temperature reaches 50-70 degrees (F) the defrost bimetal turnd the defrost heater off. " then I emptied the freezer. removed the the back panel to expose the evaporator. I looked for the bimetal defrost thermostat clipped on the evaporator. tested the bi-metal defrost thermostat, as per the manual, " the ohmmeter should show ZERO resistance (continuity). if not, the bimetal is bad and needs replacing." NOTE: the bimetal must be cold. it is also tested with the bimetal warm/hot, by running it under hot water. i used a styrofoam cup with hot water & dipped the bimetal in. as per the manual, " the ohmmeter should show an open circuit. if not, the bimetal is bad and needs replacing. then got online found partselect.com. ordered the part, recieved it in less than 2 days. within minutes after recieving the part, I removed the bimetal defrost thermostat and spliced in the new one. thanks to partselect.com my fridge is back up and running properly again. prior to installing the new bimetal, i tested it, as descibed above, you can hear & feel the bimetal open/close when it gets hot/cold.

De-iced the refrigerator. Removed two screws from the thermostat panel on the upper refrigerator section. Tilted it down, removed two speed nuts holding the timer, unplugged the timer plug. Determined from the instruction sheet (easy to follow) what time delay function is used, based on wire colors, placed the jumper on the correct terminal on the new timer. Plugged it in, replaced the speed nuts and screws. The timer fit perfect, works just like it is supposed to, quick easy job.

First I removed the old lightbulb from the socket and replaced it with a new one to confirm that the bulb was not the problem. I then pryed the socket out with a flat-head screwdriver. I could tell that the socket was anchored in its hole with clips so it was relatively easy to pry it out. Once the socket was out, I disconnected the lead wires and ordered a replacement socket kit from Partselect. When the new one arrived, I reconnected the lead wires to it, snapped it back into its hole, screwed in a new lightbulb, and presto!! The light was back on with no further problem. Thank you, Partselect!! A $15.00 part saved me what probably would have been at least a $100. service call and heaven knows what the technician would have told me I needed!!!

We have a side-by-side fridge/freezer and we experienced a hot center post (where doors come together) and the fridge made loud noise. Also, the (old) fan motor would start, but then quit, so our issue was the motor.

For me the repair was very easy, but for an unexperienced person it may prove to be difficult. If you must order a motor/fan, do NOT order the metal fan as a plastic fan comes with the motor. What's strange is the new motor is different than the old one, but it still mounted without any required modifications. I did NOT use the wire harness that came with the motor either as it was different too, but my old one was still good.

Check all of your parts as my fan had a cracked blade, but I used "superglue" and it's fine now.

Fridge stays cold and my wife had to lower the temperature in the fridge as she was blasted by the cold!

I first poured water into the ice maker itself and it made ice, so knew the ice maker itself was working ok. Turned the water valve at the wall off, removed the inlet valve from the back of the fridge with a nut driver, disconnected the solenoid wires and disconnected the water supply line entering the inlet valve and turned the water supply back on and found that the water was flowing ok out of the supply line. Reconnected the water line to the inlet valve and disconnected the water line going from the inlet valve to the ice maker and reconnected the wires to the solenoid on the inlet valve and found no water going through and so determined that the inlet valve/solenoid was faulty and easily replaced it. Note that an ohmeter check said the solenoid was ok, so it could have been that the filter screen inside the inlet valve was blocked. It's a sealed unit, so there was no way to take the screen out to check.

I removed the ice maker which required removing 3 screws and then disconnecting the electrical plug. Once the ice maker was out, I removed the 3 screws that held the motor assembly to the unit.
I removed the motor, replacing it with the new one.
Plugged the power supply cord back in, replaced the unit with the 3 screws and within a few minutes the unit was receiving water and by the next day I had ICE. This saved me $50. for the service call, then another $25.00 installation fee when the part came in (had to be ordered) plus the markup on the motor (approx. $25.00) So I saved approx. $100. and only took about 30 min.

1. turn off power.
2. pop off ice maker cover to access motor assembly.
3. remove three screws to assembly.
4. pull off assembly.
5. attach new assembly making sure metal arm and plastic
ice tray rod align with assembly.
6. screw assembly onto unit.
7. replace cover.
8. plug in refrigerator.
9. enjoy ice again with no leakage into freezer.

The ice maker was not getting water. I hotwired the water valve by switching the connectors for the water dispenser and ice maker water valves and water flowed into the icemaker when the water dispenser lever was pushed. I wronly assumed the water valve was good. I removed the icemaker and determined that the gear motor was not getting power in the position the icemaker had stopped.In this position, the thermostat determines when the motor gets power so I replaced the thermostat. The icemaker still would not get water! As it turns out, the water solenoid was sticking due to a deteriorated rubber washer which let the solenoid plunger get too far out of the magnetic field. I replaced the water solenoid assy and all is well. Don't get fooled by hotwiring the valve. If it isn't getting water, the solenoid probably is the culprit.

The procedure was straightforward. I removed the cardboard backing on the lower back of the refrigerator to expose the fan unit. I then undid the electrical harness at the fan. I then removed the three screws securing the fan motor to the metal bracket. This is the hardest part in that I had to reach through and get to the screws with my small tools. I then removed the old motor and blades and placed the new motor and blades. Again, a bit tricky trying to get the three screws mounted into the bracket...small tools and hands helps. After that I used the electrical harness supplied with the kit to plug into the new motor and I was done.

We weren't sure if the problem was in the Water Inlet Valve or in the Icemaker Control & Motor Assembly. The water in the door did work. We removed the Water Inlet Valve & tested it with an Ohm Meter. It tested good so we put it back in. We then ordered the Icemaker Control & Motor Assembly. When it arrived we installed it and waited a few hours but the icemaker still did not fill with water. We telephoned a parts store and were told the problem could be the thermostat or we could replace the whole icemaker. We replaced the whole icemaker.

An easy job for smaller hands. Removed the two bolts holding the light cover. Removed two electrical connections from the old switch by pinching the retaining clip,removed the switch, snapped in the new one and re-attached the connectors. Your online illustrations helped me to know that the plastic housing for the light switch would only swing down so far and was not intended to be removed. Saved me from breaking that plastic cover's tabs. This home repair saved me more than 5 times the cost of hiring a professional to do it. Very happy homeowner.

1. Unplug refrigerator to remove power!
2. The timer is inside the control housing located at the top of the refrigerator compartment.
3. Remove two control knobs (the pull off).
4. Remove the front panel escutcheon. The panel is not held in place with screws, but can be gently pried off.
5. Remove two screws from the back that hold the housing in place.
6. Remove screws from the front that hold the housing in place.
7. Drop housing down (still attached by wires - do not detach). Timer is inside housing, located on right.
8. Follow the instructions provided to identify your particular wiring setup. You'll find the wiring diagram (on my model) at the bottom of the refrigerator, alongside the defrost catch pan, behind the airflow grille.
9. Remove connector from timer terminals (4).
10. Remove two screws/nuts that hold the timer in place.
11. Install replacement timer following included directions. Read and follow ALL instructions applicable to your particular model and wiring setup.
12. Reassemble by reversing the steps above.
13. Note: You may need to "jog" the replacement timer when you first plug the refrigerator back in, if the timer happens to be in a "defrost cycle" (the compressor won't start). This can be done by inserting a wide bladed screwdriver into the hole below the timer, aligning it with the timer shaft, and slightly turning the shaft CW. Don't force it, and don't turn it very far.

This product comes in a bottle with a brush like Liquid Paper. It goes on incredibly easy. A second coat might be needed. I wanted to prevent rust from setting in so I covered the scratches and dings. The paint is a little brighter since my washer is 10 years old but it still looks great.

After noticing my freezer was ice cold and the refrigerator was luke warm, I figured there was an airflow problem due to either a fan that failed or the evaporator coil iced over. Just by opening the freezer door I could hear the fan blowing so it had to be the evap coil. Sure enough after removing a couple screws and the back panel I saw the ice. I then unplugged the frige to let it thaw overnight. In the morning I inspected the coil and luckily noticed right away that this little piece didn't look right. The top of the bi-metal thermostat was raised up. Almost like it popped. I read the other reviews on this website reffering to using an ohm meter to see if it held continuity. Well it didn't because the piece really did "pop". The wire was severed. So the ohm reader read open even if the piece was warm. I ordered the part and in days was able to replace the part. NOTE TO BUYER. It did not come with electrical connecting nuts or whatever they are called. So you'll have to go to the hardware store and pick some up for about $2. Frige works fine now. Thanks parts select.

I checked the fuses and hoses in the back of the refrigerator to make sure water WAS in fact getting to the front of the fridge. Since the water through the front door worked fine, I had to check the water tube running to the ice maker. It was fine and water was waiting to go somewhere! I decided to pull the icemaker out of the fridge to see what I could fine. Once it was out, I took the ICEMAKER CONTROL AND MOTOR ASSEMBLY off (that's the side part with the dial on it). Only 3 screws to take that off, and it was EASY to see what was wrong once I took that off. There was a connection that was obviously bad (looked almost like it had burned out). My thought was that it was obvious what part was bad, what would it hurt for me to try to fix it myself? When I got online to find the part, PartSelect was the only one that I found that had the EXACT part that I needed, and lucky for me, there were multiple pictures of multiple angles of the part so I could compare and make sure I had the right one!! The part with shipping cost less than the cost of a repair tech to even come out and look at the fridge. Then add the cost of the part and labor if I had the repair tech fix it...I probably saved about $250!!!!