The Rack Slide End Cap is a white one-inch plastic part which replaces the end cap for your dishwasher rack, preventing your rack from sliding too far. If you find the dish rack is causing the door to...
This water inlet valve should be located behind the lower kickplate panel in either the right or left corner. The attaching solenoid on the valve open and close according to the desired amount of water needed.
The circulation pump adapter, or pump adapter assembly connects the circulation pump to the tub of your dishwasher. If your dishwasher is leaking around this adapter, check the connection to ensure ev...
This is a handle actuator for your dishwasher. It is made of black plastic, and is sold individually. The handle actuator is found in the control panel, and it releases the door latch when you lift th...
This switch interlock is found on your dishwasher door, and it must be actuated for the dishwasher to start. If your dishwasher door does not close properly, or if the machine will not start, you may ...
This is the replacement fine filter hub nut for your dishwasher. It is made of white plastic and is approximately 3 inches in diameter. The fine filter hub nut is also known as the lower spray arm hub...
This is the tub gasket replacement for your dishwasher. The tub gasket fits around the perimeter of the door and forms a seal that prevents the dishwasher from leaking when it is filled with water. If...
This OEM-compatible screw is designed for use with many GE dishwashers. Measuring 8-16 HXW and 1/2" in length, this stainless steel screw secures the middle spray arm hub to the upper rack assembly, e...
$13.95
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Turned off power to unit, 'cuz it has a solenoid lead to open the soap door. Removed the phillips head screws that held the door together. The screw are located on the inside edge of the door, there are 10-12 of them. Spearated the door shells carefully, trying not to disturb the location of the wiring in the middle of the door.
Found the 4 screws that hold the module assembly to the door from the inside, and removed them. Popped the assembly out, cleaned the gasket-seat area and placed the new one in place. Carefully tightened the 4 screws. It is easy to over-tighten them, so only turn them until you feel they are snug. Let the gasket do the work. Attached the two solenoid control wires in the same positions they were in before they were removed from the old assembly. Re-assembled the door halves, again taking care to not over-tighten the phillips-head screws. One got "spun" and I removed it and re-set it into some epoxy. Returned power to the dishwasher, and stopped washing dishes by hand. Note: the latch is now made with a plastic that is more dense, and likely will not fail as soon as the original one did. I think GE learned something about the durability of their component plastics since this was originally built.
The hardest part for me was pulling the dishwasher out from under the countertop. Once it is out all you have to do is disconnect the power (or power off the fuse going to the dishwasher) then look underneath the dishwasher and you will see where the two ends of the heating element come through. Disconnect the wires connected to the ends by simply sliding off the connector. Then remove the plastic "nuts" that screw onto the ends of the heating element by turning them counterclockwise counterclockwise. Once the nuts are removed you can reach inside the dishwasher and remove the old heating element and replace it with the new one. Then simply replace the plastic nuts and reconnect the wires and you are good to go.
You'll need to remove the front toe kick and (if installed, the GE Profile baffling for additional silencing action).
You will need to disconnect the right wire connection to access the right screw (and may need to use a flat head screwdriver). You can then remove the 2 screws that hold the Valve Water Inlet on.
You will then need to loosen and the hose clamp that attaches the water line to the Valve Water Inlet. You may need to force it undone since the rubber connection is pretty secure around the water tube inlet.
Disconnect the plastic wire housing from the Valve Water Inlet and you should now have the Valve Water Inlet disconnected.
Reverse the order and reconnect everything and you should be good to go!
Double-check for any leaks prior to pushing everything back in :)
