This limiter thermostat cuts out when the temperature inside your refrigerator reaches 55 degrees Fahrenheit and kicks back in when the internal temperature drops to 20 degrees Fahrenheit.
This motor runs the evaporator fan in your refrigerator. It is mounted on the center hub and has three lead wires terminals. This motor rotates in a clockwise fashion. Its shaft has a diameter of 1/8" and is 1-1/4" long.
1. Removed the 7 nuts using the nut driver from the freezer back panel inside the freezer. 2. Remove the back panel. The evaporator motor and fan are located above the coils. 3. Unplug the wiring harness. 4. Remove the two gold mounting screws holding the motor and fan in place. 5. Remove the motor and fan including the brackets. 6. Install the new motor and fan onto the mounting bracket. 6a. Attach the green ground to the mounting bracket. 7. Screw the two gold screws back into the freezer. 8. Attach the new wiring harness. Note, the old harness had a mounting hole/space for it to connect to the wiring harness of the freezer. The new motor's harness was not long enough for this, so it is connected freely to the freezer harness. 9. Use the hair dryer to melt any ice that may have formed on the coils and hole where the fan goes. 10. Turn the freezer on to see if the fan turns on. 11. Reinstall the back panel. All done!
The fan motor all but caught the inside of the freezer on fire . Had to remove then clean, and I mean clean the walls of the freezer . Then had to pry out the old fan without breaking anything . Replacement of new fan was quick and easy because all the parts that I needed were in the bag
Located the many screws which hold the inside surface of the door on. The screws are located between the seal and the inside surface; you have to hold back the seal to find the screws.
The seals are attached to this inner surface by a snug fit, and clamped in place when the screws are tightened again. Its simpler than it sounds.
Finally, it is wise to get a food safe RTV sealant to glue down the corners of the door seals to make they don't scoot around during the life of the seal.
