KBFL25ETSS00 KitchenAid Refrigerator - Instructions

Took off old cover 3 screws...removed metal track and 2 other plastic sliding bars for air flow..put on new cover and carefully put back deli cover on plastic pins..easy fix...lousy design by maytag again! Thanks to PartSelect easy and prompt service and delivery!

take out two nut driver screws remove piece, take off track two philips head screws. transfer temp control rod, really easy then put track back on and install piece. probable took as long to remove the two veg crispers and glass top. this is a very easy fix. i did notice that the pin on the original was about 3/8 of an inch forward so flapper door did not quite line up and im sure caused the pin to snap off. the replacement part, the pin is exactly the same position as the other side. i believe the original was defective from the mfgr.

After removing the shelves and drawers to gain access to the End Cap unit. I removed the screws and detached the unit which was a little tricky without any actual drawing details. After removing the unit I had to undo the plastic temperature control arm without breaking same. I then transferred the shelve draw slide and reconnected the control arm assembly to the new End Cap unit . At that point it was a simple installation, the drawer works better then new. Note: I did find some loose packing material behind the End Cap assembly unit that might have caused the failure of the drawer and door mechanism during its original factory fabrication. Other than that the project was a complete success. Dick S.

There was little or almost nothing to change out the End Cap, two screws on the End Cap and two screws on slide. It took longer to removed and replace the two drawers and shelve than it did to replace the End Cap. The part I ordered was exactly what I needed.

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

Popped off the control panel at the top behind the door. Found the thermistor and replaced it, cutting the wires and splicing the new one in. Immediately the warm section of the refrigerator was getting below freezing temperature readings, so the cooling vent was not opening. I put the old one back on and the temperature readings went back to being accurate. So this was not the problem. I believe now that the fan somehow is not blowing enough cold air up. So now I'll probably buy a fan motor and maybe a blade and try that. Otherwise the computer module I priced at $500 so I hope it isn't that. I replace the fan motor a few years ago already.

Failure detected as Damper Control at upper rear of compartment would continuously open/close, would never stay open or closed. Sometimes the main board would turn it off (maybe a low thermistor limit?), but it would stick open a bit, and keeping letting freezer air into fridge. Could have potentially been control board, but as it turns out after disassembly of the defective damper, the internal microswitch was stuck in the closed position so it wouldn't shut off the motor. Easy fix by gently pulling the cover off the damper control, pull out Styrofoam encasement, then a phillips to remove the damper assembly. Gently push tabs to release wire connectors. Reverse the process and you're done! If I really wanted to go on the cheap, I could have just changed the microswitch, but that looked like a shaky maneuver at best. This site saved me on this one, so happy to share my experience with this Maytag and its nasty habit of freezing my milk and eggs!! :)

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.

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.

Pop off vent cover remove 2 screws removed cover housing and foam. Removed damper by unclipping tabs on left and right side of control lift up and out. Unplugged power wires reinstalled in reverse order.

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.

Easy fix, it's right in the back of the fridge under a cover that just clips in, a piece of foam, and two screws. The hardest part is getting the clips free without breaking them. After replacement it's silent instead of making a grinding noise regularly.

Info on your site allowed me to determine the most likely cause of the problem, defrost thermostat, and that fixed it. Good installation instructions on the site too. Part was super easy to install. Hardest part was removing the snap-in/screwed-in plastic parts that held the sliding baskets and back panel in place. Didn't break any.....Thank You!

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.

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