General Electric Freezer Motors

Evaporator Fan Motor

Part Number: WR60X10185

This evaporator fan motor is located in the back of the freezer, and circulates air over the refrigerator coils. These coils will convert the heat into cool air, which is then circulated. Note: Thermistor is NOT included. If you need the motor with the thermistor, see related parts.

DC Condenser Fan Motor - 12V

1 Review

Part Number: WR60X10209

This fan motor circulates the air through the refrigerator grille and cools the compressor and condenser coils. It also helps to evaporate extra water in the drain pan.

Condensor Fan Motor AC/DC

2 Reviews

Part Number: WR60X10348

This fan motor circulates the air through the refrigerator grille and cools the compressor and condenser coils. It also helps to evaporate extra water in the drain pan.

Condenser Fan Motor - 115V

1 Review

Part Number: WR60X187

This part comes with 3 round pin connection terminals. This fan motor circulates the air through the refrigerator grille and cools the compressor and condenser coils. It also helps to evaporate extra water in the drain pan.

Condenser Fan Motor

1 Review

Part Number: WR60X177

This condenser fan motor operates in a clockwise fashion. The fan itself has two 1/4 inch spade terminals. It carries 2 watts and 115 volts. This motor NO longer comes with cover for terminals.

Fan Motor Kit

Part Number: 5304442620

This evaporator fan motor is located in the back of the freezer, and circulates air over the refrigerator coils. These coils will convert the heat into cool air, which is then circulated.

Evaporator Fan Motor

1 Review

Part Number: WR60X162

This evaporator fan motor operates in a counter clockwise fashion. This motor's stack is 3/8 of an inch, and the motor has two terminals: one on the right side, and one on the left side. Use this evaporator fan motor for your GE brand refrigerator.

Evaporator Fan Motor

Part Number: WR60X10014

This evaporator fan motor is located in the back of the freezer, and circulates air over the refrigerator coils. These coils will convert the heat into cool air, which is then circulated.