10652214103 Kenmore Refrigerator - Instructions

replaced with new shelves

Unplug the refrigerator first,then Remove shelves and back inside cover from the freezer. Cut old bi-metal thermostat off and installed a new one. This fixed the problem. Ordered a new timer also which I didn,t need but installed it any way. On the fridge side ,top front, removed the knobs and cover, R&R timer, installed cover and knobs. Pay close attention to the instructions on where to put the black wire on the new timer. My refrigerator works great now. This was easy to repair if you are handy with electrical and mechanical repairs, if not get some help.

The control bracket is made of plastic and holds two microswitches that activate the ice dispenser and the water dispenser. The plastic clips that held the switches on the control bracket broke so that the switches no longer operated when the ice dispenser lever was operated.

Two screws held the external dispenser bezel, and two screws held the control bracket in place. The wiring and switches were transferred to the new bracket and the new bracket screwed into place. Then the bezel was replaced.

Total repair time was less than 5 minutes. The control bracket was $16.50 with shipping and arrived two days after I placed the order.

The PartSelect website had a clear diagram of the control bracket so I was comfortable with the order.

The door is very easy to remove. There is one nut for the cap on the top of the soor hinge. Once the cap is removed, you need to remove the 3 nuts holding the hinge in place. Simply lift the door off the lower hinge and rest it on the dining room table. I set towels down to protect the stainless finish. The closing cam will be visible on the bottom of the door. I choose to replace the lower cam and the upper cam at the same time. I did not know what the problem cam was. The door works good as new. I put a small amount of vaseline where the two cams rub to provide a lubricant.

First I removed the cover plate over the cover over the thermostat, by snapping it out. Then I removed the four screws holding the cover over the thermostat in place. Next I removed the screw, which held the cover over the thermostat sensor. I then removed that cover and the unit, which exchanges air, flow between freezer and refrigerator. I then removed the two screws, which held the thermostat in place. I then removed the thermostat with the sensor and the white tube, which covered it. Then I removed the white tube from the sensor.

To install the new thermostat I first inserted the thermostat sensor into the white tub. I lubricated the sensor with a very small dab of Vaseline. Then I placed the sensor unit in the unit, which exchanges air between refrigerator and freezer. I next reinstalled the unit, which exchanges air between refrigerator and freezer. Then I reinstalled the cover over the thermostat sensor. I then installed the thermostat with the two screws, which held it in place. Then I reinstalled the cover the thermostat with the four screws, which held it in place. Last I snapped the cover plate in place.

First disconnected the quick release electrical connection. Then loosened the three screws that were holding the motor in the bracket. However, space is limited and even with small hands it was rather difficult as the screws were in there very tight. There are a few sharp edges on the bracket and in the surrounding area of the motor area, and nicked myself a couple of times. Removed the fan blade from the old motor and attached it the new motor with the old flat washer/screw. Reconnected the electrical connection and that was that. All-in-all an easy repair.

Cleaning out the freezer took the longest time. Once the freezer was clean I turned off the freezer which did not deactivate the light in the freezer. This is a tight area to work in and not having to hold a flashlight made the job much easier. I then removed the shelf slider brackets for the 3 lower pullout drawers. The next step was to remove the interior aluminum back panel (6 screws) which covers the evaporator motor and the coil. Before removing the 3 electric wires that are attached to the evaporator motor make sure the power is off to the motor. The removal of the motor was fairly straightforward and I would suggest removing the plastic fan blade first and then the connector wires. It helped knowing in advance that the plastic fan blade would come off with a little prying. Be careful when prying the fan off so that you don’t damage the plastic motor mount bracket. Once you have installed the motor I would suggest turning the freezer back on to make sure that the evaporator motor works before reinstalling the aluminum back panel and slider brackets.

1) At bottom of ice maker trim there are two small slots at right and left ; use screw driver to pry away from door; lift trim upward away from door 2)using 1/4" nutdriver remove screws from 4 corners, 3) remove 2 screws from control panel 4) disconnect all wires/cables and set exterior panel aside. 5) locate 2" pin that runs through door spring and use needle nose pliers to remove round clip on left end of pin don't lose this clip 6) while pushing ice maker lever (where you would push with your glass) use needle nose to pull the long pin out to the right 7) Remove all remaining parts by hand (i.e. the pin, the dash pot and white lever and the ice door) 8)slide new control lever into slots on exterior side of the new door 9) -tricky part- using needle nose, push pin back through the right hinge point, the new lever, the new door, the new spring and the left hinge point (note the new door has no electric wire connector) 10) using the needle nose, carefully replace the little round clip on the left end of the metal pin. 11) reconnect all the wires (don't worry about the wire that had been connected to the door wire, just fold it aside) 12) replace two screws screws in control panel and four screws at corners of exterior panel 13) snap outer trim panel back in place.

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.

open ice maker door, use mirror to view slot in front of ice maker, slip piece in place and 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.

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.

I saved my Whirlpool Refrigerator (Model ET21GKXHN00) and learned a lesson. Don’t put off cleaning the refrigerant coils underneath the refrigerator. I replaced the refrigerator about 10 years ago and began to notice that the sound of this one running had changed slightly. I remembered that’s what happened to the first one just before it died. I removed the panel on the bottom front and saw that the refrigerant coils were covered with dust. It was really bad. I vacuumed them with the “radiator attachment” on the vacuum cleaner and plugged the refrigerator back in. It still didn’t sound right and I couldn’t feel the air blowing out like it should. So I rolled the refrigerator out and removed the back lower cover to see the compressor and the cooling fan. The fan was clogged with dust so I vacuumed that as well. But the fan wouldn’t spin freely by hand. The fan motor only had 3 screws holding it onto the plastic fan bezel and was easily removed by unsnapping the electrical connector on the motor. I removed the fan motor and tried to clean it with a few drops of WD40 on the shaft. But when I put it all back and plugged it in the fan just barely started turning. I unplugged the refrigerator and ordered the fan motor from PartSelect.Com (Item Number PS371043). The picture looked exactly like the motor that was in my refrigerator. I threw everything away in the refrigerator, cleaned it out and left it unplugged until the motor came. The motor arrived in a few days and it looked exactly like the one I had removed. It had the same electrical specifications stamped on the back and the electrical connector was the same and in the same location on the motor. I put the fan blade on the new motor and installed it exactly like the old one was. It only took 15 minutes or so and was very easy to install. When I plugged the refrigerator in the compressor started right away and so did the fan. It ran like a champ. In a few hours the refrigerator got cold and began to cycle on and off like normal and the fan blows like new. The sound is normal and the total running sound is quiet again like a new refrigerator. So for $84.67 I saved my $1300 refrigerator and learned not to neglect checking the build up of dust in the compressor fan section. I’m sure that’s what happens to most of the refrigerators people put out for trash pickup in front of their houses. The cause of the problem is when air flow is restricted across the refrigerant coils too much heat returns to the compressor and eventually causes the compressor to fail. I appreciate that we live in a time when you can order exactly what you need on the internet and make home repairs when you need to. Thanks Part Select for sending me the correct part. It’s nice to have milk and cold drinks again.