SC22J Amana Refrigerator - Instructions

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

First I removed the two screws that hold the element in place. I then pulled the element out about 3 inches and disconnected the two wires... Put a thermometer in a glass of water & now runs at 38 degrees.

It was easy after it was apparent that the run capacitor was plugged into the compressor. This was determined from a parts diagram of the actual model refrigerator. The part was the same but the location on the video was wrong. A large screwdriver was used to unplug the capacitor from the compressor. The temperature range of the refrigerator is still too wide but it's colder.

I replaced the run capacitor wich is located near the compressor, i first turned power off to fridge than remuved capacitor checked for continuity and the capacitor was the problem thanks

removed old and instaslled new. biggest problem was getting to one of the screws.

Pried out old part with screwdriver. Unplugged. When new part came, just plugged it in and pushed the part into place.

removed lower back cover. diconnected fan ass'y electrical connection, removed fan housing (3 screws). removed fan motor from housing. cut old connector from fan and installed on new fan with wire nuts included. re-installed new fan to housing and re-installed housing to frame.

Partition between Freezer and Fridge was running very hot. (Warm is normal). Oiling fan did not work. The only problems encountered in the replacement were getting fan out and in through coolant lines, cut plug off to accomodate generic fan wiring, getting the screws back in without cooking your hand on a hot compressor. Unit works great!

Pull refrigerator out to access back, unplug unit and remove the 3 .25" screws cut the power leads to motor and install new with easy to understand instructions provided with new motor. Plug refrigerator back in and enjoy your cold beverages once more. EASIEST REPAIR EVER.

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.

bulbs were not burnt out. received the new switch in a few days. watch the short video, was good to see how it comes out. used a putty knife to release the defective switch, removed wires put them on the new one and posed the new switch back in. Not bad Part cost $11.00 7 dollars shipping so for 17 bucks it works great. nice to see what is inside the refer!

Eased the putty knife under the edge of the switch housing and pried it off. Pulled two wires off the old terminals and hooked them onto the new one and reinstalled into the refrigerator body.

My fridge / freezer started getting very warm. But, the compressor and condenser fan were operating. I chose the defrost timer from the parts select suggested list. I took it apart and noticed the contacts were in bad shape. I validated this with my dvm meter. By checking continuity across the contacts while turning the timer knob. I also used my meter to check for 115 vac across the 2, 1 connections. . As you turn the timer knob, you'll hear a click. This should close the contacts and connections 4,3 should power up the evap fan. I also pulled the evap fan and powered it up on my test bench. I did this just to validate the timer was the problem. So, if you have a running compressor and condenser fan. Check the contacts on the defrost timer located under the front grill of your unit with a dvm. There is a small gear motor that runs the timer. Don't be fooled by the fact it's running. If the contacts are toast, replace the timer unit. Total time to fix the problem should be 15 mins. Tops.

I used the process of elimination. The freezer was cold but the fridge side was warm. The motor was runing but the fan was not working. I unplugged the power cord and pulled everything out of the freezer. Then I took the coil cover out. The unit was frozen solid. I used my wifes hair dryer to melt the ice on the coil and spray water with a bottle to speed up the process. It took about 15 minutes to melt the ice and plug the power cord again. The motor kicked on and the fan started blowing right away so I know it's not the fan. The following morning it was frozen again. I repeated the process of taking everything out and tested the heater element with a multimeter. It wasn't working allowing the ice to build over the coil so I replaced it. It took about 30 minutes to replace but two days later it froze again. I read a little to learn about the timer and the thermostat function in a refrigerator. The timer rotates to turn off the motor and turn on the heater element to melt the ice on the coil. I tried to rotate it but it felt too hard to turn and it smelled burnt out so I replaced it at once. It took me less than 10 minutes to replace. I also learn that the thermostat reaches certain temperature and activates the fan which blows the cold air out of the coil and throughout the fridge compartments. Because the coil and the thermostat were getting covered in ice, it was not activating the fan to blow the air out keeping the freezer side cold and the fridge side warm. By replacing them both, the thermostat and the timer I solved the problem. It took about 30 minutes to replace the thermostat but now it's working like a brand new one again.

We looked up the problem online with the model number of the refrigerator. We ordered the part and followed the video installation that was sent with the order and was found online prior to purchasing