11026944503 Kenmore Washer - Instructions

First I screamed at the ceiling, because I have a three year old and an infant, and the washing machine was dead. Then I went to youtube. It seemed like the "agitator dogs" were the issue.

In this spirit of any repair, I replaced them, and it was not the issue. I don't know what I expected.

Ceiling. YouTube. Pacing.

Then I figured it was this part - the motor coupling. I unplugged the machine and took out the drain tube. I leaned the machine back and propped it up with an empty detergent bottle, because those were abundant. Ratchet off a few bolts and the motor comes out. The coupling was indeed broken. The new one slips right in - I tapped it a few times with a mallet for good measure / vengeance. Ratcheted the bolts back on and tipped it back up.

Pros: Washer works now.
Cons: Everest-esque laundry pile to address.

But hey, it worked! I am no handyman and it wasn't too bad at all. Half hour tops.

Found leveling spring loose on bottom of washer, the sheet metal on bottom of cabinet ad rusted through. Drilled new hole in sheet metal and installed new leveling spring. Greased hole with blue marine grease so it will last another 40 years.

I removed the cover for the softener dispenser on the top of the agitator. Then reached in and removed the cover of the nut and washer which was very sticky and sealed with an o-ring. This took a bit of pressure. Then used a socket wrench with an extension to loosen the bolt and took the whole agitator out of the machine. Then I set the agitator on the floor and with a fine 12 inch long screw driver released the catches while turning and pulling the agitatior with my other hand and holding the lower agitatior on the floor with my feet. I then turned the upper part over and removed the cogs and holding mechanism.
Then I reversed the process after replacing the cogs with the new part. 25 minutes total.

Removed the old hoses and screwed on the new hoses.

Removal - Un plugged machine, removed water level pressure switch knob. Removed two Phillips head screws holding the control panel onto the top of the machine and the two hex head screws holding the control panel onto the machine back plate. Tilted the control panel forward. Disconnected the clear plastic tubing from the water level pressure switch. and removed cannon plug from the water level pressure switch. Depressed release lever on water level pressure switch and rotated counter clockwise about an 1/8 of a turn. Then removed water level pressure switch.

Installation - Installed water level pressure switch onto the hole in the control panel and rotated it about 1/8 of a turn clockwise to lock it into place. Connected the existing clear plastic tubing, since there was nothing wrong with it, and the hose clamp onto the water level pressure switch by pressing it onto the plastic nipple. Pressed the cannon plug and wires onto the water level pressure switch. Positioned the control panel into place and secured it using the two Phillips head screws. Installed the two hex head screws holding the control panel to the machine back plate. Plugged machine into wall outlet. Job complete.

Woulkd have taken alot less time had I not taken off the control board, back...etc. Laying the unit on its back is perfect. Took it out into the garage when I could have done it in the laundry rooom with very little water loss.
1. Removed all hoses connected to top of motor. This was not very easy since the spring clamps had been in the same place for 20+ years. Also removed all wire harness connected to and from the motor.
2. Removed metal clamps from top of motor unit, and removed the plastic "valve".
3. Removed screws holding in clamps on each side of the motor used to hold motor on motor plate. Removed motor. Trick is to make sure that the back clamp stays in place...makes it a little easier when you go to re install.
4. Cleaned out around agitator shaft, and fitted one side of the coupling and the neoprene type joiner on to the agitator shaft.
5. Fitted other side of coupling on to motor...This is where it got a little tough......and then placed motor unit on the motor plate, making sure to line up teeth to neoprene joiner.
6. Replaced clamps on each side of the motor and screwed in nuts holding them in place.
7. Replaced plastic "valve" and the clamps that hold it in placed...back one is a little tough.
8. Reattached hoses to "valve" and hooked all wire harness back into place.
9.Tested perfect...little burning smell on first spin....but works great now!!

Disconnect power & water then drain hoses.
We flipped the washer on it's side to gain access to the bottom. There was no need to take off the back panel. Keep a 5 gallon bucket and a few rags handy for the extra water in the pump line.
Disconnected the wiring harness. Removed the brackets holding the motor. It's a little tight on the back bracket. It has a 1/4" hex nut on the back side, so I used a 1/4" drive socket (see: small). Removed the bolts holding the gear case (this makes it a lot easier). Disconnected the pump hose and rotated the motor & gear box and pulled forward. This gives you access to the coupling. Remove the broken part. Clean the area for debris. NOTE: each part of the coupling has 3 fingers (these are what breaks off), so check to make sure you get all broken parts. Insert the new coupling. It has 3 parts; the plastic fittings go on tight and need to be snug to the shaft. Use a screwdriver handle on the center and tap down with a small hammer. Spray silicone on the rubber coupler to allow a little better slide.
Reverse the process. Line the gear box and motor up and push back into the tub assembly. We used 2 people to do this. It's easier to have someone stand over it and hold / rotate the gear box while the other one can align the motor & bolt everything back on.
It took us an hour, however, if you were doing a couple you could get it down to 30 min. flat.
Go wash your clothes!

1. Unplug washer 2.turn off water, remove hoses from washer.3. Remove back cover, Remove screw holding inlet valve, carefully remove modular wiring, noting which wire goes where. Discard old inlet valve. Install new part. Reverse the above directions for installation.

Followed the video posted on the website. Everything went great - first repair attempt took about 45 minutes. Time consumed mostly due to the straps that hold the motor in place being very difficult to put back on and that the cabinet was a little difficult to replace due to the amount of rust around the bottom of it. Tried out the washer when done, and noticed a burning rubber smell. Took everything apart again, checked it, and everything seemed to be ok (made sure all four rubber feet were in place on the motor) so put it all back together again. Noticed the smell again so took it apart a third time, and when the motor felt pretty warm, decided to do an internet search for "burning rubber smell after replacing drive motor coupling." The answer popped right up - the replacement parts were not solid plastic like the original ones- they had metal on the inside of them, and needed to be tapped, a bit forcefully, with a hammer and socket until flush on the both the motor and transmission axles. Once the parts were flush, the straps that hold the motor in place snapped right on. Still a challenge with the rusted cabinet, but once all together again, worked perfect! Thanks to this site , I have fixed washers, dryers, and refrigerators and used them now nearly 20 years! I showed my daughter and granddaughter how to repair them and they don't hesitate to pitch in and help or handle the repairs on their own - again with much appreciation to this sitefor the accurate "how to" videos, the right parts, fast shipping, and great prices.

Removed the 4 screws and nuts to get the control panel, off. Took-off brass clips that hold the back on. Removed 2 bottom nuts and plastic clips on back of washer. Took the back partially off, and removed the water inlet valve and replaced it. Reversed the procedure to re-assemble.The valve may not have been deffective, since after inspection, the hot water inlet screen was clogged with gunk.

Removed control assembly found lid switch. Had to unscrew ground wire from warsher popped clip on old switch came right out. Had to play with lid in order to remove. Popped new switch in screwed ground wire. Reinstalled control panel,plugged in and the way it went. Trouble shot with parts direct made it easy and saved me 350 dollars(new washer)

Being female & never working on appliances, it was a challenge for me. I took the spinning unit apart: 1) Outer cap 2) Inner cap 3) Screw, nut & bolt popped out. Rusty & wouldn't lock into place anymore. Ordered nut & washer at about $10 + shipping. Total $17 from MayTag Rec'd right at 7 days via USPS. Used nutdriver/wrench to screw in new bolt w/washer. Wah la! That did it! Washer working great now! Now that I'm a "diy" handy person, I'm ready for my next challenge. Hopefully, none!

I removed the cabinet and agitator, layed the machine on it's back, removed the pump, motor and gearcase. I found a way to prop the gearcase up so it rested level, removed the cover, drained the old oil. I removed all internal parts, disassembled them and cleaned them. I reassembled the gearcase using the new uetral drain assembly, and replaced the oil. I made sure the brake assembly was pushed into position and then put the gearcase, motor and pump back in. I sttod the machine up, put the cabinet back on and tested the machine. It still did not spin, so it wasn't the coupler, clutch or nuetral drain assembly.

Yes, I agree that the actual replacement of the pump was an easy task on this whirlpool washing machine, however, unlike other posters, I had no access through the bottom of the machine. My machine has a solid pan on the bottom. It has a large hole in the center - I think to access the transmission, but no access where the pump is.
So, I had to dismantle the entire enclosure, first the back (about 6 screws, a couple of electrical connections, etc.), then remove the rest of the enclosure to reveal the guts of the machine. I also had to disconnect a small vacuum tube attached to the tub, and remove the control console on top along with the back. It was pretty straight forward, took about two hours to dismantle. Then, the actual removal of the pump was as easy as others have described here - two spring clips and a hose clamp and I had it in my hand. I ordered the new part, which came very quickly - 2 days I think. Then I took another two hours to re-assemble the machine. It works - yeah!
Symptoms - water leak on the floor, it was actually intermittent for a time, so I procrastinated. Then when I actually did the work, I could see the rust trail and follow it to the leaky pump. The pump was actually leaking through the center, where the drive shaft from the motor goes. There is probably a seal between the impeller and the central drive slot that gives out after a while.
New pump in - machine back together - no leaks.

Ordered and replaced the sensor. Fairly simple. Washer runs good now. Thank you!