A181 - Instructions

This was an easy repair.
1st I removed both water hoses
2nd I removed 1 hex head screw that released a backing plate & removed the plate holding the water inlet valve.
3rd I pulled the 4 electrical connections & loosened a clamp to remove a small water hose.
4th I removed 2 hex head screws that held the water valve to the backing plate.
-----------that was a whole 5 - 10 minutes!------------
Next I reversed the process
4th I attached the inlet valve with the 2 hex head screws
5th re-attached the 4 electrical connections(had slip on spades) pushed on the hose & tighterned the clamp.
6th replaced the backing plate with the inlet valve attached & tightened the single hex head screw.
7th re-attached the hot & cold lines................................DONE
15 minutes tops

Thirty year old Maytag washer. Remove two screws at bottom of front panel with Philips screw driver. Hinge panel up to disconnect front panel from top of machine. Tilt washer back against wall to gain access to pulley at underside of washer. Then remove Philips head screw from bottom of center shaft. Remove bevel washer with screw. Remove stop block from end of center shaft and wind the pulley off center shaft. Clean center shaft of any debris and lightly coat with grease. Install belt on new pulley and motor, wind new pulley on center shaft. Replace stop block, washer, screw, and front cover.

I started by unplugging the washing machine from the wall outlet. I then proceded to remove four screws from the top of the control panel. After removing the screws I put two flat head screwdrivers on each side of the lid and applied force to pry the lid from the ball joints holding it in place. This was the part that was the most difficult in my opinion. After the lid was off, I removed the bolt that was holding the fuse switch in place and removed that from the slots. Next I unscrewed the two screws on opposite sides of the switch head where it makes the contact with the lid. This allows you to remove the switch assembly out of the unit. Once the assembly was out, I assembled pieced the new parts together by looking at the old parts. Then, I placed the new assembly back in the unit. Be careful when you put in the new assembly that you test the switch and make sure you hear the "Click" from the switch. After that I reversed all the steps and put the unit back together.

It was fairly easy, start out by using a screwdriver and push down and out on the front cover and remove it. Take out the 2 small bolts that hold the top cover down to the sides and lift the top cover up and lean it back out of your way. On the bottom side of the agitator there is a small bolt that holds it down, loosen that bolt and pull the agitator out. The hardest part of the entire jod was to use a small chisel and hammer to take off the nut that holds the assembly down.Remember it has reverse threads,you have to use a chisel to back it off and use some WD40 to help remove the calsium build up that is around it. Once you get that large nut off, there is a set screw on the side of the assembly that you have to loosen up before you can take it off, it's a "star driver" head and not a allen wrench set screw.Just take your time and look at your new part and compare it with the old one and take your time and remember how you take the old part off,and you will not have any problem putting the new one on. This was the first time I ever worked on a washing machine, and by checking out the parts first and comparing everything,even someone that might not have much mechanical skills can change this out. My washer works fine and not a drop of water leaks anymore.One thing I did learn, if you change this part out and put it back together and try it out and it makes a funny sound and you smell something like its burning, you might did what I did. I thought I had it to tight, but I put the large nut on before I put the tub back on!!! The agitator was holding the tub down, but it could not spin in spin cycle.... Good luck with you repairs, you can do it.

Of couse, turn off water to machine. Remove hoses. Then had to open unit - easiest by popping spring in with flat blade in seam under lid. Screws holding valve are on back of unit at hose inlet, so simply unscrew to remove failed valve. Clamp holding hose onto valve is crimped with pliers to remove. I suggest spending the 50 cents a hardware store for new clamp, as my reattachment of existing clamp onto new value leaked. There are four electrical connectors, so remember order in which you removed them and return to same on new unit.
Reassemble in reverse (hoses, water on) and your all set.
Pretty easy: I figure it would be about $200 for service guy and part. My cost: $30 and 30 minutes

I first removed the 2 screws at the bottom of the front panel. The front panel then pulls up and off. I then removed 2 hex head screws with a small socket, which kept the top attached to the two side panels. I then lifted the top and kept it propped up. I removed the internal drain hose from the siphon break on the inside of the back panel. I removed the 4 screws on the back panel that keeps the siphon break in place. I removed it and screwed in the new one. I re-attached the drain hose to the new part. I partially filled the tub and watched it drain with the lid still upright. No more leaks. The rubber seal in the siphon break had rotted.

The contact spades were burned from 10+ years of use and the cook top module was worn. I disassembled the module, taped the top to protect the creamic cook top, sanded the metal and spray painted to restore the original white finish. On the bottom half I replaced one missing pop rivet and cleaned and spray painted the bottom to restore to the original black. When the contact spades arrived, I replaced the contact spades and reassembled the module. It now works and looks like it did when it was new.

-determined problem
--verify that hose not clogged, screen filters clean then swapped cold w/ hot and verified that the problem was in the hot valve.
-Moved washer to get access to hot/cold valves
--opened access panel holding valve and swapped wires between hot/cold to verify that hot did not activate when it should
--Used voltohmmeter to verify that hot water valve had open circuit.
--Obtained replacement valve, installed, reconnected water lines and verified that hot and cold water worked.

I initially could not figure out how to open the machine so I checked the internet for a repair manual. After getting it open I found the source of the problem. The siphon break was missing the diaphragm and was spitting water when the tub was draining. I did not know what a siphon break was or did. I am non mechanically inclined. So I sealed the top of the siphon break with a sandwich bag and a zip tie, put in a load and went to work. I now know what the siphon break does after it ran all day filling and draining for over 8 hrs. That is when I found this site, ordered the part and received it the next day as promised. It took about 10 minutes to put the part in and close the washer back up. It has been a week now and the garage is almost dry . HA , and my wife wanted a new washer ! This part and delivery was under $25. A new machine around $800 if I am lucky. The ability for me to be smug as long as she never finds out about the sandwich bag incident, PRICELESS !

took off front of washer , took off hose clamp removed old hose . replaced with new hose clamped back on put on front cover ran washer check for any leakes. done and done

The repair was very simple.
1. Shut off water and disconnected the water lines.
2. Removed screws holding water valve bracket to wash machine.
3. Disconnected electrical connections and water fill hose.
Installation was reverse of removal. The directions said to use a small piece of rubber hose that was included in the package, but it was not necessary. Double check for water leaks before finishing installation.

The water valve on the cold side was making noise when cold water ran. I removed the screens but did not see a problem. I ordered a new valve and installed. The noise is gone and the water flow is back to normal.

At the time we did not realize the water flow had slowed.

I was lucky to find a youtube video that showed every step. The hardest part was removing the front of the machine only because the screws were a little tough to access. Part replacement was quick and easy. It saved me approx $150.00

All I had to do is tilt the machine to expose the bottom and replace the belts. It was fast, easy and the machine works fine now.

Removed front cover by removal of 2 phillips screws at bottom of front panel. Removed two cap screws from lf and rf corners attaching the top to the side panels. Raised and blocked up with piece of wood the hinged top of machine. Removed hose clamps with nut driver and cotter pin remover to expand the maytag clamps for reuse and to break the stick of the hoses to the old sleeve. Removed the clamp at the water fill valve on the water hose run up to the sleeve. Removed the water injector from the washer fill hose and removed the plastic injector for reuse in the injector hose. Inserted it into the fill hose as the old removed sample revealed. Installed the new improved plastic sleeve with one of two original screws, no longer using two but one screw for mounting. Installed original clamps on new hoses and reinstalled hoses on new sleeve. Pressed run dial center to start fill to ensure water leak was now cured. Reinstalled lf and rf cap screws to side panels. Reinstalled front panel 2 phillips retaining screws. Tested cycles and no leaks, on this 1966 machine bought new in may of 1966, along with its companion maytag dryer. Both remain in good use. A comparable maytag washer is 799. 00 At lowes. . . Thank you, fred maytag, for the best washer with the easiest design to repair, if it ever needs parts. . . And thanks, partselect. Com for having these 44 year old washing machine parts. Interesting to note that this sleeve not only had an added water fence around its open vent slots to prevent water overflow, but that it now tilted rearward on the oem mount to aid in that desire. It is always good to see american companies that are continually upgrading their parts to work better and to fit in older machines, like maytag has always done, in their search for excellence.