10651762510 Kenmore Refrigerator - Instructions

Removed the rear cardboard cover and cleaned the area around the compressor and as much of the condensor and fan area as possible. Removed the two base section securing bolts. Jacked the rear of the cabinet up enough to seperate the base from the cabinet. Removed the roller pins and removed and replaced both rollers. Lowered the cabinet back into place, replaced the base bolts and the cardboard cover. The rollers that were sent were of much better quality than the original plastic type and should last the life of the refrigerator. Be careful when moving the fridge as the original rollers may cut into or scratch the flooring.

Received the union I ordered, then discovered that the tubes were different sizes, so I had the wrong part. I had read elsewhere that it was necessary to trim the two ends of the tubes with a box cutter to stop the leaks - I did this, and the leaking stopped. I was then able to go to a local hardware store and get a 5/16 to 1/4 union and replace it. The leaking is stopped, and the water supply in the door is now working like new. No problem with partselect, but I did buy a caliper so that I can check tube diameters if I ever have a similar problem! This is a great site to find instructions - well worth the time to search!

It was so easy!

Thanks for the rush to my home on the part.

I just unscrewed the plate that locks in the light switch (screwdriver) and unplugged the old faulty part and plugged in the new switch, screwed the cover back on and I was done!

Easy!

And I am not Mr. Fix-it!

Removed nuts and bolts in order to remove ice maker unit, and 4 screws from the surrounding shell to get to said icemaker unit. I'd say it was a 15 minute job, but that's kind of a lie. It took me about a week of procrastination. And then 15 minutes to remove one unit and then put in the new unit. It's very easy unless you're really lazy. In which case it's still easy, the hard part is getting outta your recliner.

1. Remove the ice box
2. Unscrew the two Phillips screws on the base of the ice box compartment
3. Lift up the coupling and shaft (be careful because there is a spring between shaft and coupling and washer)
4. Remove old coupling
5. Replace with new coupling and remember to put back the spring
6. Insert back shaft with coupling and washer
7. Screw back on the Phillips screws
8. Replace back the icebox

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.

1 Remove ice tray
2 turn off ice maker
3 Remove 4 screws
holding on the
cover over the ice
maker
4 remove the two hex
screws holding in
the ice maker.
Remove ice maker.
5 Reverse this procedure for installation.

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

STRANGE ! to moment I installed the filter ALL the internal lights in my refrigerator went OFF and never came back.

Strange !! refrigerator works fine but no more light in it !!

My email is : Lucfontaine91@yahoo.com

DON'T USE earthlink email anymore

In reading other post for this problem on the Parts Select web site, I checked the solenoids on the Inlet Valve (PN WPW10341320) located behind the refrigerator. A previous post indicated the solenoid should read between 500 and 1500 ohms. In checking, I read around 290 ohms, and confirmed the solenoid was ok. There were other items to check, including the primary water inlet valve and filter. I confirmed water these were ok as the water dispenser on the unit worked properly, and the filter has been replaced on a regular basis. I Ordered a new Ice Maker (PN PS11738120) and replaced as directed in previous post. After several days, the new ice maker did not work. I removed the solenoid connector for the water dispenser which is located next to the ice maker solenoid on the inlet valve, and connected to the ice maker solenoid. I depressed the water flow switch located on the door and the solenoid opened, and dispensed water into the ice tray. I confirmed the solenoid was not the issue. I also was concerned about the ice maker over flow lever that is connected to the ice maker. this switch shuts off the ice maker if the ice level is too high. I checked the old ice maker and determined a blue and yellow wire were connected to the switch, and terminated in the buss connector that connects the ice maker and the refrigerator. in normal condition, the switch should be closed. when I checked the replacement ice maker, I found the switch was open, which kept power from turning on the water supply to the ice maker. Parts Select sent a replacement, and after installation, the unit worked properly.
Issue solved.

Lift up on the water filter door to open. Pull out the old filter while noticing the arrow pointing up on the filter. Pull off the green caps on the new filter and pop the new filter in with the arrow pointing up as on the old filter. Push in until the filter snaps into place. Close the filter door. Push reset on the water filter button on the freezer door to reset. Very easy!

I measured the part then looked for a similar switch that might work. I was so happy to find the exact part we needed for our 24 year old refridgerator!! I was so impressed with your slection of parts and best of all I had the part in 2 days! You are in my "favorites" just in case I need you again!

Thank you

Removed the 2 screws holding the light bulb shield, then the 4 uolding the metal panel. Unplugged the olw door switch and replaced.
reassembled the pieces.

Lifted old bin up and pulled away from door. Took new bin, placed in door and set down in place. Replaced old broken bin with new bin. Added additional bin for more storage.

ONCE WE KNEW THE COMPRESSOR WAS NO LONGER FUNCTIONING , USED A MULTI METER TO VERIFY 120 VOLTAGE TO THE INVERTER WAS PRESENT, FOUND 120 VOLTAGE TO THE INVERTER WITH NO VOLTAGE TO THE COMPRESSOR. OHMS OUT THE COMPRESSOR, FOUND IT WAS WITH IN SPECS. REPLACED THE INVERTER AND ALL IS WELL ONCE AGAIN.