ART318FFDW03 Amana Refrigerator - Instructions

unplugged the fridge removed the shelf, remove the rear wall to access the motor removed the 2 screws holding the motor and unplugged motor from harness, then unplugged the groung wire .then put it back together up and running in 15 mins.

The fridge went warm and I noticed ice build-up on the freezer floor underneath the coils. I mistakenly thought that the defrost heater (or thermostat or timer) must have been the culprit. I used a voltmeter to test those components and chased a wild goose for quite sometime before realizing that the evaporator fan was not spinning and that it failed a test with the voltmeter. Replacing the fan easily fixed my problem! I later realized that the sheet of ice on the freezer floor indicated that the defrost cycle had been working. Were that not the case, the ice would have been all over the coils.

Viewed the viedo - it showed what to do

Took socket out and replace it with new one. Very easy. W saved alot of money doing it ourself.

After plugging in the new relay to no avail. I replaced the thermostat. That fixed the problem.

1)pry out the old/defective light rocker switch with a screw driver (flat head) and pull out the cables 2)unplug two connectors at the end of light rocker switch 3) connect new light rocker into two connectors 4)push the wires inside and put back new light rocker switch

I did exactly as the video showed. I popped out the old switch, disconnected the two terminals, connected the new switch and put it back. The light now works! The refrigerator is over 25 years old and the switch works! What a great website this is. Couldn't of done the job without Partselect's help.

followed the video as instructed. Saved two repairman calls, one to find the problem, one to install. Net savings was about $130.00

remove fiber grill cover, remove large bolt holding under frame ( with a 2X4 block, place under refrigerator on outside edge so frame can drop down.) remove pin from broken wheel, replace reversing proceedure. Note: when blocking refrigerator, care must be taken not to let block extend under entire frame. it only needs to be placed approx 3/4" under edge of refrigerator.

I tried to remove the old light switch using a putty knife and a hammer. It was hard to compress the plastic tabs to pull it back through the hole, but all of a sudden, the lights came on. I guess banging on the switch freed-up the contacts. The new switch is now a spare part in case I need it.

Discovered that the fan in the freezer was not working properly. Removed the ice maker, paneling, wire harness and inserted new motor. Worked immediately and began circulating the cold air into the refrigerator.

first remove ice maker 1-screw on the bottom all the way out and two screws on the top half way out slide up and out and unplug wiring as you remove then remove back panel unplug ground wire remove screws that hold fan assembly unplug wiring remove pressed on fan blade put new motor in reasemble and it was good to go

I actually followed the instructions by William. He did a great job. I ran into some difficulty because the wire connector on the replacement motor didn't match the old connector. We had to replace the connector on the new motor to match the wiring harness, which was easier than trying to match the connector on the motor. Had the connectors matched, the replacement would have taken less than 30 minutes to complete.

Removed ice maker held on by 3 screws, took out 2 screws holding back panel, removed 2 screws holding bracket for fan motor, replaced evaporator fan motor and everything works great. Beware of thin splines, I have large hands and bummed up against them and slice one knuckle in 3 places which bleed profusely.

Removed the six screws holding the bottom access plate found at the rear of the refrigerator. This gives you easy access to the run capacitor that has a retaining clip. Remove the wire clip and pull out the capacitor (it has two quick disconnect terminals). Reverse the process using the new run capacitor to complete the repair.