25344512600 Kenmore Refrigerator - Instructions

Remove the cardboard access cover at the bottom back of the fridge. On the left side, locate the run capacitor. Remove it by prying it loose from its socket, after first removing the wire hold down clamp. One wonders why the clamp is there, which makes it difficult to get the run capacitor out. Be careful not to disrupt in any way the copper refrigerant tubes. If you mess them up, you will have wasted your time and effort trying to repair the machine. I was lucky, since a failed run capacitor is the problem only about 12% of the time, based on what I’ve read. Hallelujah! It was the problem with my fridge.

1. I took out one screw on the ice maker and loosened the other two screws and unplugged and removed the ice maker.
2. Next I took out 2 screws from the bottom of the auger drive box and unplugged the wiring harness and removed the box. The wiring harness was a little tricky. The lock on the plug pushes in to unlock even though it looks like it pulls out,.
3.next you must remove 2 screws from the left side bracket that holds the auger box and remove the bracket.
4.Now take out 8 screws that hold the back panel in place and remove the back panel.
5. now your looking at the evaporator fan blade and motor. The simple way to replace the fan blade is to unplug the motor and remove it from the freezer. It just sits in with nothing holding it. The fan requires a little pressure but should pull right off. Install new fan blade and put everything back in the same order it was removed.

Not knowing the history of the refrigerator/freezer and observing that the icemaker would cycle (ice ejector fingers would rotate when the off/on arm was toggled), I concluded that the water valve must have some hard water scale in it which was causing it to stick. I replaced the water valve and the exact same behavior continued. By elimination, I concluded that the microswitch in the icemaker must be sticking. I removed the icemaker, used a hair blow-dryer to heat/dry out the microswitches and then a little shot of WD-40 on the mechanical arms, switches, and cams fixed it.

Repair man wanted a 130.00 service charge plus parts , With the help of YouTube we did the repairs inhouse , couldn't believe it was that easy. Refrigerator is working like a new one ,our maintenance crew has ice cubes were all happy !

I ordered the part from PartSelect using the part number located on the valve itself. The part was delivered in less than 48 hours from the time I entered it. Replacing the valve was easy and went according to the online video instructions provided by PartSelect. The only thing extra was that I had to replace the brass compression fitting on the copper tubing connected to the inlet of the valve. The old one would not seal properly. The compression fitting was about $1.50 at Home Depot. This is my third purchase from PartSelect and I continue to be impressed by them.

Took the old one out, put in the new one, and after a couple of days, had a bucket full of ice. I had been fighting this problem since within the first year of purchase of the refrigerator. It's so great to open the freezer door and see it full of ice!!!

I just slipped it into place.

Just slipped them into place. Very simple. Thanks for getting me the correct shelves. You guys were my 3rd attempt to get correct shelves. Thanks!

replaced it

I got the part, hitched it up and it started working right away it fit in easily, and the directions were easy to follow thank you

took the screw out of the white flange on the top of the door that attaches to the top of the refrigerator. Then removed the cover , and the two screws attached to the refrigerator top. Then lifted off the door removed the bottom plate that is holding the plastic door holder. and replaced the broken part and replaced the bottom plate , set the door back on the hinge and installed the top two screws and the flange cover and the last screw holding the flange cover in place. It actually took longer to type this than the repair

Downloaded a schematic of the ice container. Disassembled the ice container, keeping track of which different type of screws went where. Followed the schematic to ensure proper sequence of blades and spacers. Manually rotated unit prior to installing into the freezer in case of binding. Finished.

It was real easy took the lines off one by one put them on the new unit one by one same with the three plugs than tighten new unit back on fridge.

Before removing door, remove everything from on the door including the shelves, then close the door. Using a step ladder to access the top of the door, I removed the plastic hinge cover at the top of the refrigerator door using a Philips head screwdriver, remove the screw located at the back of the cover and slide the cover forward and up to remove. This will expose the two 3/8 machine screws that hold the top hinge bracket. Remove the screws using a socket or wrench. Then lift up on the hinge bracket from the top of the door to remove it. As long as the door is closed it will remain stable with little pressure to keep from falling. Then lift the entire door from the bottom hinge assembly and lay it across an arm chair or flat elevated surface so you can access the bottom door hinge bearing. You will see a bracket screwed to the bottom of the door with two 1/4 machine screws, it is the door stop bracket and this has the door hinge bearing inserted through it. My bearing was broke in half , the first piece fell out when I removed the door and the other piece was still inserted in the door. I removed one 1/4 screw from the stop bracket and loosened the other screw to allow the bracket to swing away from cavity that holds the bearing. Using needle nose pliers I remover the broken piece of the bearing. This part is nylon or plastic and can be cut into pieces if need be to remove it. Once removed, I cleaned the cavity, reinstalled the stop bracket assembly then inserted the new bearing. Gently align the door to the bottom bracket and set it in place, a second set of eyes may help. Once the door has been seated and in the closed position replace door bracket and the two 3/8 screws at the top of the door, check the alignment before you tighten. Check door operation! Then tighten the screws and replace the plastic cover by pressing down on the cover and sliding it back to align the Philips screw to be replaced .

Easy to remove the auger Motor and Solenoid, however, it didn't fix the problem. $300.00 into it I now have to purchase a circuit board for $382.00. Not a happy camper.