PDWT400V00WW General Electric Dishwasher - Instructions

I disconnected the pipes to the inlet valve. I removed the bolts from the bracket holding the valve. I tried to use two wrenches to remove the brass angle pipe thingie off the bottom of the old valve. I then beat on it with a hammer, then I just threw it against the basement floor till it came off. I would recommend getting a new brass angle pipe thingie before you start.

Removed the holding screws around the edges; removed and replaced the soap container; reconnected the electrical leads, and done... Very simple fix. But it does get a little tricky since the door is spring loaded. NOTE: THERE ARE SCREWS AT THE BOTTOM THAT IS NOT OBVIOUS.

I examined how the old gasket was attached before removing it. I then pushed in the new gasket needing no tools. There has been no water leakage since.

Cut power and water flow to the appliance. Laid appliance on its side, removed the electrical lead from the motor. Remove the mount from the back of the motor and loosened the two clamps- one to the sump and one to the discharge tube. Removed and replaced the pump/motor assy. with the new one, reinstalled the clamps, rear mount and electrical lead. Righted the unit and fired it up. Worked fine.

look at neww part first then r&r

simply removed broken valve and replaced with new valve, easy peasy. shipping was GREAT, Overnight. all in all a easy fix.

Removed old basket, put in recycle bin, placed new basket in dish washer. The damage to the original basket was my fault. I now know not to drop heavy knives point down into the basket.

Took old one out, put new one in in less than 20 seconds!

Removed 8 screws from inside door cover. Opened the door and pulled off two wires from the detergent rinse dispenser with a pair of pliers and removed screws that held the dispenser in place. Removed the dispenser, placed new part in place and put screws back in and put wires back onto the dispenser. Closed cover and screwed back down. Easiest thing I've ever done.

Open the door and go along entire edge of door and use Philipps to unscrew the front panel of the door from the inside panel of the door. Once unscrewed open carefully. There are screws in the dispenser cup. Undo those and then there are two plugs to be undone. There is also the main black computer component that has to be unplugged from its cord. Just remove and screw everything back the way it was. This was my first time and I am a female age 58 years old. It was simple. If I had to do it again I could do it in less than half the time.

NOTE I have classified this is a DIFFICULT JOB, but NOT because of the mechanics involved [including the electrical connectors UN-plugging and re-plugging, BUT DUE to the ANALYSIS you need to do to determine whether the SOAP DISH PART or the CONTROLLER is at fault. And this ANALYSIS will probably require you to get into the DISHWASHER DOOR twice. Once to do the analysis and then again to replace whatever part you target. Being you will want to continue to use the DISHWASHER by manually dropping the soap door [or just soap] at the appropriate time in the cycle, while awaiting the new part, which means you have re-button up the door and take it apart again when the new part arrives. . Before starting, view PartSelect's VIDEO on replacing the SOAP DISPENSER, but ignore THE STEPS OF REMOVING AND REPLACING THE SOAP DISPENSER.PART, at this time. The analysis starts with MANUALLY trying to activate the mechanical soap door release on the back of the mounted SOAP DISPENSER, with the soap door closed. It should take only ounces of downward pressure [towards the door hinge] on the vertical plastic piece in a channel near the center of the dispenser, to release the soap door. Next if you have access to an OHM METER {or MULTIMETER} or a DC POWER SUPPLY [to test the the activation of the door release] pull the two connectors on the SOAP DISH SOLENOID [a set pointed pliers will be helpful, as outlined in the VIDEO]. If measuring the SOLENOID's resistance it should read roughly 1800 OHMS. If using a DC POWER SUPPLY, you will probably need at least 25 volts DC to trigger the SOLENOID [NOTE I do not have a variable DC POWER SUPPLY to check it out nor do I know the voltage that the DISHWASHER uses]. Do not bother to measure the resistance of CONTROLLER's driving circuitry [the two wires having connectors], as it will read INFINITY, regardless of whether GOOD or BAD, The CONTROLLER apparently uses a RELAY on this circuit, as opposed to some kind of solid state switch. Replug the SOLENOID connectors. Re-buttoned up the DISHWASHER as shown in the VIDEO, assuming you are going to continue using it If you determine no problems in the above tests, then consider it a CONTROLLER pro0blem and you will need to order one. Otherwise you should have found indications of a SOAP DISPENSER PROBLEM. . When the replacement part arrives and you ready to install it, refer again to PartSelect's VIDEO on replacing the Soap Dish Dispenser for a refresher Following the VIDEO completely, if you replacing the DISPENSER. If you are replacing the CONTROLLER, once inside the DOOR, you will need to remove around 6 individual electrical connectors [before doing ANYTHING REMOVE POWER from the DISHWASHER [as instructed in the VIDEO}. These connectors [all but any single wire connectors] are designed to be plugged only one specific way, so when re-plugging NEVER FORCE a connection, The best way to make sure you do not get confused, take a picture of all the connectors -OR- make notes on the looks and orientation of each multi-wire connector. There is one mounting screw on right side of the CONTROLLER. When installing the new CONTROLLER there are mounting EARS on the left side that are first engaged by having the CONTROLLER tilted up on the right side. Replace the mounting screw. Replugged all the connectors using whatever guide you made. Proceed to put the DOOR back together as outlined in the VIDEO.

Pulled out the old gasket and replaced with the new gasket. Inserted the steel spring clip into the ends of the gasket. Repair complete.

Remove door cover shell by removing screws in inside of door. Unplug harness to control module.Remove outer door shell.Remove four screws at the blower motor. Replace with new motor after disconnecting harness to motor. Reinstall module harness reinstall door shell.

Removed dish washer from cabinet area and snapped new clip into cable and hook into support.. The time that took the longest was to removed the screws to pull the unit out of the cabinet area.. Very easy fix...

After determining that the leak was coming from the sump connector, I had to completely remove the unit from the counter. After removing all the parts in the wash cabinet (wash arms,conduit,fine,course and sump filters),the sump connector nut was revealed which I loosened, but did not remove, with a channel lock plier. The unit was then placed up-side down where I then loosened all the worm clamps that attached the drain motor,pump,and turbidity sensor to the sump and sump connector.then I removed the brackets that braced the pump to the washer body and removed the pump.at this point,you should be able to remove the drain motor and turbidity sensor from the sump and remove the sump from the washer. You should also be able to remove the connector as well.Both these items are made of some type of rubber which seems to deteriorate from the soap which was caked all over them in my case. Just reverse the above process to re-install everthing. I didn't find this job terribly difficult and it was certainly better than spending hundreds replacing the unit.