25370137990 Kenmore Refrigerator - Instructions

Our old gasket was shot to hell, so we figured we'd replace it to see if that would solve the problem. We followed the instructions of another customer. We realized it was better if we removed the entire door in order to attach the gasket. That took a little doing, but it was totally the way to go. Miracle of Miracles, the leaking has stopped, the food is super cold, and I couldn't be happier.

Real simple repair..just backed off the two 1/4" hex bolts holding the ice maker to the wall of the fridge,(a little tricky since you can't see them),unclipped the electrical doo hickey. I re-clipped the electrical do hickey of the new ice maker, hung the ice maker on the bolts and then re-tightened them. However,still no ice,my problem was the water valve on the back of the fridge behind the cardboard. Although it was still giving H2O thru the door it was not allowing water to flow to the ice maker. I reccommend pouring some water into the ice tray of the ice maker. If it makes ice and dumps it in to the holder, your ice maker is OK. If it turns out to be your water valve, that fix is easy as well. I HIGHLY reccommend watching the "fix it" video associated with that part. That repair also took less than 15 minutes. Good Luck! KC Bridgewater,NJ

Loosened the two mounting screws (no need to remove them), lift off the icemaker and unplug it. Reverse the order and done.

1. Turned off the cooling cycle and unplugged the refrigerator.
2. Removed all of the shelving and bottom basket.
3. Removed rear covering in the freezer section.
4. If frosted over, manually defrost coils with hairdryer.
5. Located original thermostat and after marking the wire locations cut the wires and removed the Thermostat.
6. Connected matching wires using a lighter to melt the wires together. Wrapped repaired wires with electricians tape.
7. Unable to install the thermostat in the recommended location (freezer is a tight fit) the new part was installed at the original location.
8. Replaced the rear cover and shelves.
9. Plugged in the refrigerator and set the cycle back to cooling.
10. Monitored freezer coils couple of days/weeks depending on how fast they freeze over (slots at bottom of cover) to validate if problem solved.

My fridge side had warmed up to 70 degrees but the freezer side was still cold. The coils inside had iced up. After thawing with a hair dryer, it froze back after another week. I removed the old defrost thermostat and wired the heater strip directly and turned on the defrost timer. It began melting the ice so that ruled out the heater strip being bad. I couldn't get a reading with my ohm meter on the defrost thermostat so I took a chance and bought the part. Installation was a breeze and it fixed the problem.

I followed the directions, which were very simple and easy to follow. The whole process was easy and fast. Couldn't be happier.

Removed power , unplugged wires and 2 screws then reversed the process 1 hour later first batch of cubes dropped into bin

First I determined the icemaker was the problem when it was no longer calling for water. You can hear that "whistle" for 6-7 seconds when it calls for water. Anyway, replacement was a piece of cake, but did not entirely fix my problem. I also had to flush the lines to the soloniods that allow water to flow through the filter and into the water storage tank because it was cloggged with a little piece of plastic.

I removed the two side mount screws with a screwdriver and disconnected the electrical plug to the ice maker to remove it. I reversed the process to install the new one.

It was the thermostat that was the problem, but I chose to replace the entire ice maker for only $25 more.

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.

Heard the snap of a short circuit followed by a burning smell around the refrigerator. Pulled it out, unplugged it and removed the back panel with a nut driver. Plugged it back in and when the compressor kicked on I saw sparks and some smoke at the relay. Unplugged and ordered new relay and the associated run capacitor in case it was also bad.
Removed the holding clip and the relay with capacitor easily came out with two wires attached. Removing the wires was done by prying with needle nose pliers with some difficulty.
Inserting the wires into the new relay was also difficult. If the position isn't just right it does not snap in. Once it is positioned correctly it makes a positive connection with not much effort.
Reassembled the capacitor, plugged unit into compressor, added retaining clip and plugged in refrigerator.
Compressor started up correctly. Note that as the refrigerator cools the compressor will shut off for long periods of time. This is normal.

The bulb has a plastic clear cover. That cover can just be carefully removed using a screwdriver. It's held in by a metal bracket. After you remove the cover. You'll just need to replace the bulb and then re-install the cover and bracket.

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.

Just like the very helpful video. Took the drawer out. Lifted the glass cover out. Took 2 screws out and extracted broken rail. Placed the new rail in with 2 screws. Voila! Easy-peasy.

After disassembling, the thermal fuse I ordered were not and exact fit, I had to cut off the ring terminals, strip the insulation back and splice it in.
It works.