This 10 by 5 inch ice maker (Electromechanical Icemaker Kit, Ice Maker Assembly) produces ice. This particular model will produce seven crescent shaped cubes every cycle. It is constructed of plastic ...
The interior light of your refrigerator is controlled by a switch that is activated when the door is opened and closed. If your refrigerator light will not turn on, there could be an issue with the sw...
This kit features a 5-blade plastic evaporator fan blade that rotates CCW and measures 4.5-inches in diameter and has a 3/8-inch-tall shaft. This kit also has a metal compression ring that secures the...
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.
This refrigerator defrost thermostat will cut out at 60 degrees Fahrenheit and kick back in when the temperature drops to 40 degrees Fahrenheit. Use it for your GE brand refrigerator.
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 evap...
This single outlet valve comes with a gasket, and is intended for refrigerators that have ice makers which make round ice cubes. If the ice maker is still not working properly, the issue could be that...
I applied some tips learned by reading other reviews. So before I started I grabbed my trusty vise grip pliers and a small screw driver. I locked onto the switch actuator, the part that the refrigerator door pushes in, with the vise grips and pulled on it just hard enough to get the screw driver inserted in the right side to push in the c
... Read moreatch clip so the switch could be pulled out further each time the catch clip was depressed to the next detent. Then I used the screw driver on the left site to encourage the switch past the detents on the left and very quickly the switch was out of the mount. The wires from the refrigerator pulled out with the old switch. I unplugged the old switch from the wires and plugged in the new switch and shoved the new switch back into the mount, wiggled it a couple of times to make sure it was secure and the job was done. Once I applied the vise gripes at first, the whole job took less than a minute.
I first shut off water flow to the fridge. Examination of the package (which was not exact in appearance to the original) demonstrated that the electrical connectors were well-insulated so I arrogantly and successfully proceded without disconnecting the power. My fridge is old enough that the model doesn't appear exactly on anyone's list
... Read more so I wasn't alarmed that it took an extra 10 minutes or so to noodle out how to adapt the slightly different inlet cowling and electrical cord with extension, but the device is pretty simple. Soon I loosened the two mounting screws with a nut driver, used a screwdriver to pry away the plastic snap-in housing over the electrical socket on the fridge inner wall and pulled away the electrical plug. The original water fill tube remained in its cavity, ready for re-use. The new unit's mounting points matched the original screw locations perfectly, as did the fill cowling - which on the replacement icemaker has two possible attachment points. The new unit's electrical connector required an extension pigtail to adapt to my socket, but it was included in the package. The extra cable posed a minor cosmetic issue because it hangs in the collection basket a bit, but that will soon be remedied with a tie wrap. After the water was restored and an anxious wait of a few hours, we had well-formed ice cubes that weren't all stuck together and the stalactites haven't reappeared.
I unplugged the electrical connection. Then I removed the 2 screws holding the icemaker in place. I lifted out the old icemaker unit and put the new one in place. Then put the 2 screws back in and plugged in the new unit.
The icemaker started making ice very soon after turning the unit on.
