GSD2200G20CC General Electric Dishwasher - Instructions

Your video doesn't include disconnecting water supply disconnecting electrical and disconnecting drain hose but after all that the repair to change the solenoid was a easy task but the problem was not solved so I TRIED . thanks Robert

Nut driver and philips screwdriver.

Pulled washer out. Found water inlet valve in lower left. Shut off power and water. Replaced valve with new.

after I let the unit rest on its side to expose the bottom part, I took a picture just in case for reference; I marked all electrical connections, so it would go to right place into the new unit; removed the old pump unit by loosening the rubber clamps, for the inlet and outlet; detached the support sling for the motor unit; installed the new pump unit; it fits like a charm and it was wonderful; I had some bad experiences of replacement parts from other suppliers, on many things that I fix , that won't really fit like the original, but this one fits like a charm; I made my first test run with just water with out the detergent and after one cycle I used the necessary dishwasher detergent and it works just like brand new; Thank you, PartSelect, I will be ordering any of my part needs from you. - G.V.

The replacement of the motor and pump assembly went smoothly and without difficulty however this did not fix the problem. It then appeared that the inlet water valve was not operating properly, so this part was ordered and instlled, a very simple proceedure that could be done witrhout removving fthe dishwasher from its cabinet. -- Again failure to run -- the timer assembly and electronic panel were then removed and examined. The control panel had no visible defects, so the timer assemblyand its cover was removed and examined . Uing a variable power supply the drive motor for the timer was energized and tested. As the motor ran properly the electrical switching contacts were then carfully checked, it was discovered that one contact set was heavily pitted and burned. These contacts were carefully cleaned and pollished with 1000 grit sanding paper. The actuator leaves were examined and two sets were found to be slightly out of alignment. The leaves on these sets were bent slightly to insure they were in line with the rest of the leaf serts. It was then noted that the rotating leaf('s) actuator had a home position indicated by a molded depression at one location and the motor was energized using approximately 5 volts ( a nine volt battery could also be used as a poer supply) observing prolper polarity to run the rotator until the home position was established and the actuator rods paul dropped into this depression. The assembly was then replaced in the diswasher using care to make sure that the actuation arm and spring were positioned properly weith the arrow end of the arm located in the recesss of of the rotating timer disk use care in placing the assembly and do not lose the sping which attaches to a mounting post and the arm. You may want to take a picture of the spring and arm locations when you rwmove the timer assembly to properly re-assemble all components, the repaired unit was placed back in its cabinet and a full cycle run to establish proper operation. And unit checked ok! Some of these proceedures are not for the weak of heart. I am a retired engineer who has been repairing my own equipment since graduation. .

Checked availability of replacement machine and replacement parts online..in this process, I ran across a similar story by someone who fixed similar problem on a similar machine. Before removing the fill valve, I tried to confirm that it was defective my reading solenoid coil continuity. It looked ok so I could not use that info to confirm a bad fill valve, although that possibility was not eliminated. So I ordered a replacement fill valve, removed existing fill valve and took a long position on paper plates. On delivery of the valve, I found that its mounting bracket (which forms a part of the supply pressure boundary) had been redesigned to conform to a year-2000 redesign of the machine. Valve instructions allowed for this and provide for retention of mounting bracket from old valve for use on new valve. Instructions indicated the o ring from new valve (vs old) should be used in attaching the old bracket. I found that the o ring groove in the new valve was so deep that o-ring compression on reassembly was prevented. I went ahead and put together with new o-ring. When turned on supply pressure, it began leaking immediately, so I shut down, removed valve again. During this (2nd) reassembly, I stacked both o rings in same groove in order to get compression at all. Reinstalled valve w/ both o rings....no leaks and it works. I think valve design should be reviewed and depth of o ring groove reduced so only one o ring is needed.

Not really difficult to do. First remove the washer from the counter and flip it over. Carefully determine the correct drawing in the instructions which matches your machine. Follow insructions and double check everything. Took about an hour - and I saved about $350.00 by fixing it myself rather than buying a new one!

I went to your site and check all the diagrams and then read the postings from others. I turned off the electrical breaker then took off the lower cover of the dishwasher. After disconnecting the water and electricial connections I was able to remove the 2 screws holding the unit in place and it came right out. I turned the unit over and was able to just remove the old part and put the new part in place. The whole job took me about one hour but I had never worked on a dishwasher before. Your site made the repair very easy to do on my own.

Disconnected water, drain, electrical- remove dishwasher.
Place dishwasher on back removed part- replace with new part-reconnected and reinstalled.

I could not pull it out to get the new one in so I used a dremmel. Then pressed in the new one.

Thanks for your help.

The most difficult part was removing the old wheels. The plastic coating on the rack had come off, leaving the metal exposed. The wheels had rusted on - that's why they wouldn't roll. Once we got them off with pliers, hammer, screwdriver and basically everything in the tool chest, we were home free. Installing the new wheels and axles was easy.

Turned off the electricity to the dishwasher,removed the old solenoid,and put the new one on(very easy),turned the electrical breaker back on.

After removing the front panels, I removed two screws holding the valve in place. I turned off the water supply and removed the water line, unclipped the hose clamps and took the faulty valve out. I then reversed the above steps and turned the water back on. NO leak. Very easy to do andthe repair took ~20 minutes to complete.

Identified solinoid responsible for the operation of the drain flapper valve had become damaged, possibly due to its coil shorting and overheating, the inside plastic insulation then melted and came up through the solinoid pin hole. I removed the tension spring holding the flapper drain valve shut, removed the eclip holding the white phenelic arm connected to the tension spring, removed the two screws mounting the solinoid assy. I threw out the bad solinoid. I then proceeded to install the replacement solinoid in reverse order of removal. The end. Works like a champ ! Thank you for your quick shipping response time. My wife is now once again happy. As you know, if my wife isnt happy, I sure wont be happy. :)

I measured the diameter of the working wheels from the existing ones, and located the parts I needed from the website. I order two packages, each containing the wheels and axles for the rack.
When delivered, I snapped the wheels onto the delivered axles. Then, I snapped the axels unto the bottom rack, at the correct place. I used a large pliers for leverage because the axel was a bit tight to just simply snap on.
The middle wheels are located just behind the front wheels, thereby offering support when the botton rack is pulled forward for loading. Likewise, they offer support when the rack is pushed back in place.