MDB7759AWB1 Maytag Dishwasher - Instructions

I did not get to repair my dishwasher using the part supplied by Partselect.com. I pulled my dishwasher out and found that the connector had fallen of the capacitor during installation. Happy to say that I returned the part for a full refund minus the shipping. Have bought from them before, and will again

Looked on you-tube and it was so easy. Pump on bottom right. unplug pump and do a halfway turn. Plug the new one up and place the pump on, and turn halfway and its on. START your dishwasher

after all I read about the problems with Kitchenaid I figured it was the solenoid thats part of the soap dispenser. I took out all the screws on the door...2 long ones are on outer top...seperated it...took out all the screws on dispencer ring...replaced it...pluged it in and put the door back on. we ran it thru a cycle and the door now opens and makes lil soap bubbles.....another job well done by Hank in action! all the parts in door are easy to replace....

REMEMBER TO SHUT OFF POWER _ Had to remove the screws using TORX driver on the inside door edge-- then came the hard part -- the foam insulation is glued to the inner door and the outer cover- I was able to finally separate the cover leaving the foam on the inner door. Then had to break off the foam insulation on the lower third of the door up from the bottom. I then had access to the screws holding the air inlet to the door. The screws are located so you can't get a straight shot at them and it is very difficult to get at them. These screws are hex head metric and very small. When they are removed the old air inlet will come right off. Take the new one and duct tape it in place inside the door and replace the screws. I recommend doing the outer ones first and since they are the easiest to get started, then you can fight the others a little easier. After the screws are replaced and tightened replace the lower half of the insulating foam by duct taping it to the foam that remained on the inner door. Then replace the outer cover and secure with the TORX screws. This was a time consuming and tough repair. I don't recommend it to a novice.

Followed the easy how-to video from PS. It was as easy as changing a light bulb.

Pulled dishwasher out from under the counter, removed faulty seal, installed new seal. Easy to understand directions are on web site.

Followed the repair video supplied by the site

Disconnected the damaged hose extension from the dishwasher outlet drain hose and the connection to the sink drain. Removed two clamps. One a spring clamp and the other a screw clamps. Connected the new extension hose with a spring clamp to the dishwasher outlet drain hose. Connected the other end to the sink drain with a screw clamp. Checked for leaks. Good to go!

really easy to repair... no power to control panel but had power from breaker box. Followed directions that came with part, self explanatory, took 10 mins.

I first listened carefully and noticed that during cycling, the electric motors could be heard starting, stopping, and apparently running normally during both wash and emptying cycles. However, no water was being pumped around during the wash cycles, while emptying (which uses a different motor) worked normally throughout all cycles. Thus it seemed to me that the electronic programming was working correctly in turning both motors on and off as necessary. So I figured somehow the wash motor impella was not turning and pumping water, despite the fact that the motor was indeed running correctly. So I removed all the plastic housings, the screwed on impella, and the metal chopper at the base of dishwasher. Then I was able to easily pry the old plastic chopper sleeve right off of the electric motor shaft (normally it is screwed on and cannot be pryed off). Since the plastic threads inside the chopper sleeve were completely stripped, the motor shaft would turn but the impella would slip on the shaft and not be driven. The replacement sleeve was much better constructed (metal not plastic). It could be easily screwed on to the motor's driveshaft after lifting the old rubber seal and gently holding the motor shaft with a pliers (carefull to avoid scratching the shaft). I removed the old rubber seal nd replaced it with the new one from the kit, right over the newly installed metal chopper sleeve. Next, I easily centered the metal chopper sleeve and pressed in the new seal after reinstalling the plastic/metal chopper screen, using the temporary jig included in the kit. Then the jig was discarded and the impella simply screwed onto the chopper sleeve (using the appropriately threaded hold-down screw provided in the kit). Finally, the rest of the plastic hardware is screwed in place. Waahhlaa...now impella is motor driven again and blows water hard into the dishwasher during the wash and rinse cycles. Total cost of job to do-it-yourself, $29.50 including shipping (which only took three working days). Estimated job if down by appliance repairman, $140 (assuming the repairman didn't first erroneously blame the problem on faulty electronics then charge you hundreds of $$'s to replace circuits which were not broken to begin with, only to find the dishwasher still not washing/rinsing after his expensive electronic circuit replacements. The actually mechanical fix was cheap and simple. Truthfully, there is no excuse for Jenn Aire to ever use a plastic Chopper Sleeve in their dishwashers to begin with.......carefully planned obsolesence if you ask me. Oh well, it works perfect now. I doubt if even the four marbles my 4 year old had tried earlier to wash in my dishwasher (stripping out the original chopper sleeve) would do any damage to the metal replacement. However, I don't plan on testing my hunch. A simple fix, but a slightly challenging diagnosis which relied on a keen sense of hearing and a quiet workplace. Seems many people in these blogs have had the very same problem with their Jenn Air/Maytag dishwashers, and have made the same diagnosis and the same simple fix. Thank you mucho, PartSelect.

I Removed the upper wash rack by removing locks on each front slide of rack. I laid a towel in the bottom of the washer to keep anything dropped, retrievable. I then removed the top screw closest to the spinner location. I then carefully pulled down on the mounting, which exposed the bad bushing lock. I removed the old bushing lock and replaced with new one. I then replaced the spinner with a push with one hand while holding the bushing in place with the other hand. You will feel a snap as all goes into place. Make sure new spinner spins freely. Now reinstall removed screw. Do not over tighten. Now reinstall lower rack, carefully aligning water feed in rear of washer, and making sure all rollers are back in sliding rack. Reinstall locking tabs onto sliding rack. Now slide out rack, it should not come off slider. Important: now remove the towel in the bottom of the washer. If left in place, you will have a fire during the drying cycle. Close the door and test your washer through a cycle. I felt confident and did a load of dishes. If all went well, spinner should be in place, not in the bottom of the washer.

Followed included instructions... worked like a charm!

Removed front instrument cover. Removed latch assembly. Tried to fix it . No luck. Ordered new latch assembly. Came in from partsselect in 3 days. Installed new latch. Replaced cover.

Put in both a new element and thermostat. Did not fix problem. Using an ohm meter I did not measure any voltage to the thermostat. Suspect it’s a problem in the control unit, and decided to replace dishwasher.

Follow the u tube instruction. Replacing the pump was very simple and easy. The hard part was getting the dishwasher out of the cabinet and back in again.