KBFA20ERSS01 KitchenAid Refrigerator - Instructions

1 screw remove assembly. Unplug cable harness and remove old cover and wire arm. Replace cover and wire arm and attach wire harness on assembly end. Re attach using screw removed in first step. Plug in wire harness. Making ice within 30 minutes.

Loosen 4 screws remove door wipe off frost pull old gasket out of slot push in new gasket instal door that was it. No help need.

Used a screw driver to pull old switch. Pulled one wire at a time, only two wires. After wires instlled to new switch push new one back in place where the old one was.

I simply removed the old switch using 2 small screwdrivers and the old switch case popped out. I then upluged the wires from the old switch and reversed the process. Didn't take longer than 5 minutes begining to end! Thank you for the great service! Duncan quaid

Snapped into place with the attached clips. Could not be easier. Really great service from PartSelect--got here faster than I expected. This was a great service--would recommend to everyone!

Replaced filter and the water started to flow like the Nile River and the ice maker came back to life.

I did a few tests with the old ice maker and determined that it was the ice maker itself that was faulty. The replacement part I ordered exceeded my expectations in the time it took to get the part. I reused the arm, wire harness and clamps from the old icemaker. Then it was a simple install into the bottom freezer compartment, turning on the water supply and bingo...lots of ice cubes.

Awesome! Couldn't ask for it any better. I watched the video from Partselect multiple time and was just as easy as they said it would be. It took me longer to watch the video four times than it did for me to install it. I have a habit of 10 minute projects turning into a couple hours and this took about 10 minutes. Thanks.

The old gasket peeled out easily. No tools needed. The replacement gasket fit right in the groove. I did not need to immerse the gasket in warm water or use a hair dryer. Nifty trick: once the new gasket is in place, close the freezer door. Run your finger in the center groove of the gasket, which will push the magnet against the fridge. Leave the door closed for an hour. The gasket has then assumed a perfect fit and will continue to fit perfectly.

Removed screw under ice maker. Tilted ice maker up to remove unit from upper two screws. Disconnected plug at rear of freezer. Attached wiring harness, baler arm and cover from old to new ice maker. Reinstalled in reverse order. Had ice within one hour. Very easy fix.

Diconnecting the hoses was a pain as there are no instructions. Draw a diagram of each hose and color of the connectors or better take a picture before starting. Make sure the water is off, have a bowl & towels ready to mop up the water that runs out of the hoses. You have to push each hose in along with the little top hat connector that the hose runs thru. With both pushed in, hold the top hat connector down and pull the hose up and out. I could not reconnect without a leak on the hose that has a spring in it if I slipped the hose thru the white bracket. I ran the hose outside of the bracket and it went right in with no leak.

First, make sure you have the correct part. I had trouble with mine, at first, until I realized that I had received the wrong part... it was same shape but larger. To begin, remove both fruit/vegetable drawers. Remove deli drawer. Remove deli drawer glass panel with both supports. Remove 3, 1/4" hex screws that attach end-cap. Disengage temp control slide and arm from end-cap by carefully moving parts in the direction where they will disengage. Remove temp control slide from end-cap. Now that end-cap is out, remove 2 screws that hold metal drawer slide to end-cap. Attach drawer slide to new end-cap. Attach temp contol slide and connect the plastic arm. Attach end-cap to refrigerator. Replace glass shelf, supports and drawers. Done.

First, turned off the circuit breaker. Then: 1. Removed all food, , wire sliding baskets, and the ice bin.
2. Removed ice maker by removing the electrical connector from the socket in the rear panel, removed the single bottom screw with a 1/4” nut driver, loosened the 2 top screws with a 1/4” nut driver, and lifting the unit up and off the 2 loosened screws.
3. Removed the freezer door by loosening the 4 screws( 2 on each side) with a 1/4” nut driver and then lifting the door face off the loosened screws.
4. The next task is to remove the panel at the rear of the freezer compartment: use a flat blade screw driver to compress the side clips that hold the ice maker electrical socket, pushing it into the space behind the rear panel, then removing the rear plastic cover in the center of the rear panel, and finally removing the thermistor cover on the right rear upper corner of the rear panel( separate the thermistor from this piece, threading it through the slot in the top of the plastic cover.
Now, the rear panel can be removed by removing the 4 1/4”” hex head screws with the nut driver and gently easing the panel from its position.
5. Now comes the hard part: the defrost thermostat and most of the surrounding “plumbing” was encased in ice. I used a hair dryer to melt the ice, which created an overflow of water drawing into the collection pan; get ready to mop up this water.
6. With ALL the ice melted( this took over an hour), I simply cut the 2 wires, stripped the feed ends, removed the defective unit, clipped the new thermostat to the copper tube where the old unit was clipped, cut excess wire/stripped the new wires and used 2 orange wire nuts to connect each wire.
Now all the parts and pieces can be reinstalled in the reverse order

The video was a great help. I was able to replace gaskets on both doors with out taking them off and no tools were needed.
One of the refrigerator doors has a plate that closes with the door that makes replacing the gasket questionable but I was able to do it with no problem.

We came home from a long vacation to discover a warm refrigerator with its contents in various stages of decay.

Turning the freezer thermostat to its warmest setting then back to cold generated clicks, and after a few tries the compressor started and cooled the refrigerator to its normal cold temperatures. But… later the compressor again failed to start, and everything warmed back up again. With persistence and turning the thermostat up and down several times a day, we could keep the fridge cold.

It was time to order parts. We needed a new start relay and capacitor for the compressor. For our Amana ARB2214CW a start relay (WP12555902) and capacitor (WP65889-4) were listed on the first page of the Partselect parts list for my refrigerator. I ordered them, received them, removed the old capacitor and start relay (which rattled when shaken). and prepared to install my new parts. The new start relay did not match the old. The old start relay fit my wiring which had a single plug with two small female spade connectors in the plug. The new start relay required wiring with two separate female spade connectors; one the normal size and one larger. Phone calls to Partselect and to Westinghouse shed no light on the discrepancy. On the second page of the Partselect parts list was a combination of a start relay and a capacitor (W10613606) that matched my electrical connector. I could see the connection in the photograph. I ordered it and it fit. Easy peazy. That fixed the compressor start problem. Every time the freezer thermostat clicked on, the compressor started. Success.

But… from our troubleshooting we now had a thermometer the freezer, and it was obvious that the temperature difference between the cold point where the thermostat turned the compressor off and the warm point where the thermostat restarted the compressor was much too wide. In addition, the knob was hard to turn and was sticky as it turned. Oiling it fixed the sticky knob problem but not the wide temperature difference problem. I ordered a new freezer thermostat (WP67003000), received it, installed it, and all is now fine with my refrigerator. The new thermostat was physically a little different from the original, but it fit and worked.

I returned the first compressor start relay and capacitor and received a refund including the shipping charge.