The lower door closing cam is used in refrigerator doors, it can be located on the fresh food side or the freezer side. It helps hold the door open. This cam is made out of plastic, so it might crack ...
$7.71
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This OEM, clear convertible meat drawer can be used to store meats or vegetables and is designed for the lower portion of your refrigerator, generally. It has its own cold air duct to allow cold air f...
$65.65
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The Door Cam is a black plastic part which helps the door pivot shut while keeping the door and hinge in proper alignment. Lubricating this part upon installation may help it move easier. It attaches...
$10.56
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This capacitor (Refrigerator and Freezer Compressor Run Capacitor, Run Capacitor) provides the voltage or energy current required to start the compressor and keep it running. It allows the compressor ...
$79.16
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If you have ice building up in your freezer, or if your freezer is getting too warm during the defrost cycle you may need to replace the bi-metal defrost thermostat. The function of the defrost bi-met...
$46.59
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This light bulb is a 120 volt, 25 watt incandescent appliance light bulb with a small base screw-in that fits in a variety of appliances such as microwaves, refrigerators, freezers, cooktops, or stove...
$17.11
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This part is also known as a shelf frame. This drawer cover is for refrigerators.
Drawer cover has rail brackets under the cover that hold the drawer and allow the drawer to slide in and out on th...
$138.21
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Remove the top hinge cover. Removed the top hinge support. Lifted the door from the bottom support. Old door cams were worn completly flat. Replaced the lower door cam and closing cam use a little vasalene for lubricant on the cam surfaces. Placed the door back on the lower hinge support. Replaced the top hinge support. Door is cl
... Read moreosing great now. Thanks for the quick part deliver.
I knew the chances of all the freon leaking out was unlikely so I looked at the wiring to the compressor and there was a capacitor and a starter/overload so i figured I would start there. I went on line and found the parts at this site and they were less than the minimum service call charge for a service tech so I figured what the heck le
... Read moret's give her a shot so I did give it a shot. I ordered the parts and they were there in less time than a service tech could come out and i installed the parts and guess what for 90.00 in parts and 15 minutes in time I repaired my refrigerator. Thanks guys, It took less time to order the parts than it did to make the repair so thanks, your website rocks and is very well designed so my hat is off to you guys!
WARNING: REPLACING THIS PART REQUIRES CUTTING AND SPLICING ELECTRICAL WIRES. RISK OF ELECTRICAL SHOCK OR FIRE. DO NOT ATTEMPT THIS REPAIR IF YOU ARE NOT EXPERIENCED WITH ELECTRICAL WIRING.
Part Info: The bi-metal strip is clipped onto the evaporator coils and is designed to regulate the defrost coil temperature. If it is n
... Read moreot functioning properly you may notice ice buildup preventing air flow (and preventing proper refrigeration), or more rarely the freezer side may get too warm during the defrost cycle.
1: UNPLUG THE FRIDGE! If there is ice buildup, wait until the ice has melted. A box fan blowing at the ice will help melt it more quickly.
2: Remove the panel covering the evaporator coils. It's located inside the fridge, on the freezer side.
3: Un-clip the bi-metal strip from the evaporator coils.
4: Unplug the wires from the evaporator fan, defrost coil and bi-metal strip, then disconnect the main connector that is plugged into the rear wall.
5: Clip both wires to the old ( bad ) bi-metal strip. Cut close to the casing of the bi-metal strip so there are long wires to splice onto.
6: Strip 1/4 to 1/2 inches of insulation off of the ends of the wires ( depending on the size of the wire-nuts you use). Twist the bare wires slightly to prevent fraying.
7: Do the same for the ends of the wires on the (new) bi-metal strip.
8: Take the ends of the wires belonging to the (new) bi-metal strip and the wires coming from the main plug. Take the like-colored wires, and twist the bare metal ends together.
9: Twist on wire nuts, for both sets of wires. Make sure they are snug, with no bare wire showing.
10: Tape over the wire nuts with electrical tape. Tape over the wires nuts in a spiral fashion, completely covering the nut and both wires that are now spliced together. This will prevent accidental shorting.
11: Plug the main plug back into the rear wall of the fridge. Also re-connect the connectors to the evaporator fan and defrost coil. Make sure the clips on the connectors are snug to ensure a good connection.
12: Clip the new bi-metal strip onto the coils, in the same spot as before. ( Usually just after the small incoming copper tubing that connects to the coils, known as the expansion valve. That is usually the coldest spot on the coils during operation).
13: Replace the panel that covers the coils.
14: Plug the fridge back in... Now you fridge should defrost correctly. If it does not, your defrost coil could be burned out, or the control board could be faulty.
