KLFF15MSWH10 KitchenAid Freezer - Instructions

Was told capacitor was problem 90% of the time.Capacior was not the problem.Bad start relay.

Used the suggested problem list here to narrow down that the repair was most likely the run capacitor. Poped the new one in and I now have better control of my compartment ranges. I have a temperature gauge in each compartment. Check them every opening of the doors.

inst said,"50 pct of the time this calls for new capacitor," so we changed the capacitor. Same prob. It also said,"25 pct of the time it's the bi-metal thermostat" So we ordered it. We removed the plastic rear panel from inside the freezer comp. using small nut driver. Here we found much ICE surrounding the defrost unit, three inches thick. We thawed the whole mess. and the freezer has worked fine ever since. I think my habit of getting ice cubes from the inside container rather than from the ice cube dispenser, had kep t the freezer door open too much, interfering with the normal defrost cycle and allowing ice to build up over time so that it finally defeated the system. My new rule, "get ice cubes only from the front."

Ordered new single outlet water valve, received in less than two days. Removed old one, and the repair pretty much feel in place. Instructions were there as a backup. ........ Just curious if the connection from the water source to the valve outlet connection could b a quick connect just the like the water line going directly to the ice maker. Gregg in PA.

Removed the access panel on back of unit located the Run Capacitor on the compressor and removed the bad one and put the new one on and pugged refrigerator back in and it started up and works fine now

Removed cover change mounting bracket on fan put it back in works great

Replaced the valve and cleaned all the coils at the same time. The ice maker is spewing out ice. Wife is happy again.

Removed old water valve on bottom right back side of fridge installed new one which actually took less work

(1) Ordered PS371704 from PartSelect! Best advice EVER! (2) Unplugged refrigerator (since the water solenoid on the back of the refrigerator is powered to switch ON the water, you NEVER have to turn off the water!) (3) Pull off the refrigerator's bottom grill. (4) With a small saucer under the fittings, unscrew the black and white tube fitting. There is only one nut to remove on the white tubing side. You'll need to undo the compression fitting on the black tubing and slide off the compression nut. You'll need to MAKE SURE you keep these nuts and replace onto the black and white tubing the SAME WAY you took them off. You'll NOT need to use nut drivers as finger tight is the key. Too hard and you'll ruin these plastic nuts. You should get only about 1/8 cup or less of water during this whole exercise. (5) Cut off the old, broken water nozzle. (4) Find a screw of the appropriate size to fit tightly 1/2 way inside the new tubing (this is to ensure your old and new tubing are connected to feed through the door). If screw is not tight within the tubing, wrap part of a plastic (thin) sack around this screw a couple of times and force into the tubing. You'll, of course, then need to use the hacksaw to cut the head off the screw as you'll be forcing the other half of the screw into the old cut tubing (6) Chase the dog out of the kitchen and cajole your wife (significant other) to push the newly joined tubes through the top of the dispenser, through the door and out the bottom as you will be gently PULLING on this old tubing from the bottom until the new tubing pops through the doors bottom. (7) Once this new tubing is out, you will separate the old tubing and, using the nuts in the proper sequence, connect this new tubing to the white tubing. (8) Plug the refrigerator back in and test flow the water. Check to ensure the plastic nuts have no leakage ... button up the bottom grill ... and enjoy the fresh water! PS> Don't forget to praise the wife (significant other) and give the dog a treat for staying out of your face!!

Unplug fridge, unpluged fan motor from plug socket, removed bracket screws, removed fan retainer clip from shaft. removed screws holding fan to bracket

The Whirlpool water inlet valve was better design than the original. All I had to do was drill 2 holes to mount it since it didn't mount in the same location as the old one. I liked the push in connection for the water outlet to the ice maker better than the original plastic screw connection.

I removed 7 screws hold the heavy cardboard cover on the rear of the fridge. The dificult part was taking the screws that hold the 3 fan motor braces on the fan out. After that it was a matter of making the wire conections and putting it back in. I did not have enough room to laydown to do the work, If i had it would have been a lot easier to see the screws that had to be removed. All in all an easy job, and the part was a perfect fit.

The instruction sheet supplied with the new motor described the steps to take very good. Replaced the rubber grommets for the three motor mounts also. A flashlight or light source was needed or was very helpful.

Followed the instructions plus rest was intuitive and opposite of removal steps. The touch-up paint matched perfectly and easy to apply and blend with the original paint.

I removed the nuts that held the motor mount, then removed fan blade, cut the wires, and slid the motor pass the mounts and the coil shroud, Installed motor in reverse order. worked out ok.