MLE2000AYW Maytag Washer Dryer Combo - Instructions

If your dryer is squeaking it is most likely either the idler pulley or drum rollers. First I took apart the dryer to see which parts I would need. I checked the drum rollers by spinning them with my hand to see if they spun freely and also checked them to see if they were loose, they were okay. Then I checked the idler pulley and found my problem, it was hard to spin it so I figured the bearing was shot. I sprayed some lubricant on the bearing to help with the squeaking while I waited for my parts. It took about 30 minutes to diagnose my problem and put the dryer back together.
I took some advise from another story saying to get the whole idler arm, shaft and pulley assembly. It might have cost me a few bucks more, but I did not want to run into the same problem he did (the pulley bearing was fused to the shaft). It took me about 20 minutes to take apart the dryer, install the part, and put it back together. If you are pretty good with fixing things, you should have no problem doing this repair.

After taking the dryer apart, I found that one of the drum support rollers was barely hanging on the pin and was the main cause of the metal on metal squealing noise that became increasingly worse over a month's time.

I replaced both rollers, the idler pulley, and put on a new belt after giving the dryer a thorough cleaning.

It was a 100% success and fixed the problem making the dryer work and sound like brand new again.

Pre-ordered the spinner support & seal kit, searched online and found a repair manual, disassembled machine according to the manual, removed snap ring outside of rear bearing, used hammer and drift punch to remove bearings, went to local bearing supply store and purchased 1-6206 2RSJEM and 1-6207 2RSJEM for a total of $43. Used needle scaler to remove the ~1/8th inch of scale from inside of the outer drum and outside of the inner drum and other parts encrusted with scale. Installed new bearings and the seals and new spinner and reassembled the rest of the washer. Now we can't hear it when it spins!

This kit came with instructions. I followed them closely. The only thing I could add is clean the tub spindle with steelwool to remove any debris or rust. then wipe down spindle to remove all steelwool particles and follow instructions to reassamble.

This is a Washer/Dryer stack unit. Had trouble with the power light not going off automatically. Had to press the power on/off switch to get it to turn off and allow the door to open. While this was going on, the washer would rotate every few seconds and would continue this until the off switch was pressed. Tried replacing the door lock enabler switches and the timer. This did not help. Finally smelled an electrical odor and found that the mother board (located in the upper right front part of the dryer) had a burned resistor (R-11) When this happens, it requires replacing the wax motor and the mother board. This corrected the problem. If you do have problems with the door lock, I would suggest replacing the wax motor as soon as possible. If the wax motor isn't replaced it may burn the new mother board. If I had replaced the wax motor initially, I doubt if the mother board resistor would have burned. Works fine now.

The best way to access the water value was through the rear of the stackable washer/dryer by removing the back access panel (3 screws with nut driver). It was also necessary to remove the large back panel where you access the drive belt to get you hands up to the valve. It was a little tight accessing the valve unit from the back but definitely better then removing alot more to access through the front.

Once the back access panels are off you will see the blue water valve. it has (3) water hose connections and (5) electrical connections. Make sure to label each of the water hoses and electrical connections before removing them. The hoses simply are held on by hose clamps (use a screw driver) and the electrical connections just slide off the contact conductors. Real simple but again it is a bit tight working from the small access panel.

I marked all of the hose and electrical connections prior to removing anything. The removed all connections and slipped out the water valve. Simple reconnected water hoses and electrical connections replaced both access panels and all systems were a go.

Definitely a relatively easy fix for a do it yourself project. Part was only $70 (included shipping). Repair cost for the Maytag man was quoted at $450 for visit labor and parts.

take 2 phillips screws out where door meets drier. remove door, set aside. take 2 phillips screws out on other side, set screws aside. remove front of drier by pulling on top left and right sides, front of drier will fall twards front of drier. when it touches the floor lift up on bottom. set aside for later. put new baffels in (you can see where the old ones went) put screws in from bottom 5/16nutdriver. tighten. put drier front back on . start at bottom , snap top back in on both sides. put two screws back on left side, put door back on and replace 2 screws ( door will not go on wrong) test and your done...

The repair was easy, based on the comments from this website. I used a 6-in-1 screwdriver, and that was the only tool. I removed the two screws holding the hinges, removed the door, then the two screws on the opposite side of the opening. This allowed the front panel to come off. I spun the dryer tumbler until the baffle that was loose was at approximately 5 o'clock. I unscrewed the remaining screw and found the missing screw in the bottom of the dryer. I put those two screws into the new baffle, and popped the front back in place. I reinstalled the four screws (two opposite the hinge, then the two that hold the hinges)...all done in about 20 minutes (including vacuuming the lint out from that lower area).

First I unplugged the dryer! Then unscrewed the two screws at the bottom of the front door. To remove the front door, swing the bottom up about 30 degrees until the two triangular hooks at the top of the door release. Then release the two wires going to the door switch from their harness so as to gain more slack to move the door out of the way. The switch was secured by 2 hex head sheet metal screws1/4inch in diameter. I used a small right angle socket wrench to get these loose. I only had to remove the front screw completely to be able to take the switch out for exchange purposes. Once this was done, reverse the process and plug it in! (BTW, the electrical schematic for this dryer is up under the top console)

This is a stack unit. The service manual describes the repair by going in from the front of the washer. I found it much quicker by the back. Take the large panel off the rear of washer. Take 2 screws out of the H/C connection panel and work it to the inside of the washer. Next you will be able to turn it enough to get to a single screw on the right side that holds the valve assembly to the support panel. Take it out and now you can slide the valve assembly to the right and release it from the support panel. Drop the panel down and out of the washer. Next mark electrical connections and unplug all. Start on the left and take off all 3 hoses careful not to mix them up and re-attach to new valve assembly. Hook up electrical plugs, re-attach to support panel and work the panel through the opening and re-attach to the outside of washer. It is a little tight working in close quarters, but will save lots of time. This was much less involved that trying to get to the valve assembly from the front!

I followed the other instructions provided by your toher users. Basically I reomved the 4 face screws secruing the front pannel assembley and the door hinges as described with a philips head screw driver. Removal of the door was easily accomplished once you played witht he hinges to slide them upward slightly to clear the lips. The soap dispenser was then loosened by removing the 4 corner screws. Take care not to completely remove the soap dish. It simply needs to be moved aside with the flexible hoses still attached. This is accomplished once the top lid is hinged upward out of the way. The face panel can then be removed and set asside ater removing the screws holding it in place. Remove the damaged boot with the anterior face (door side)first. It simply gets pulled away from the sealing flanges. With the top lid removed you should have direct visualization and access to the retaining cable and the spring tensioner. I found that neither of the previously described methods of taking the tension with pliers or having an assistant were particularly helpful. Under the soap dispenser you will notice a hole in the top lip of the side frame. I attached a piece of rope to this hole using a small snap link. The other end of the rope had an "s" link set into the middle of the rope and the other end hooked over the spring hook. Now puliing back on the loose end of the rope back towards the attachment point creates a mechanical advantage easing the spring open and then using pliers you can easily remove the retaining cable. Ease off the spring and then set aside. The posterior portion of the door boot can now be removed and the old piece discarded. Take care to disconnect the drain plug at the bottom first. Replacing the boot was fairly straighforward. I attached the posterio portion first taking care to align the indentions were appropriate. Once is was attached and aligned, use the rope assembly once again to draw tension on the spring in a controlled fashion. Hold the other end of the cable with some needle nose pliers and slip over the spring hook once enough tension is applied. This method only took me one try and the mechanical advantage created was very effective. I then turned my attention to the anterior portion of the boot and pushed it into the flanges. I also found the the required pressure was a bit stiff and your fingers will get tired quickly. Use a smooth stick or a spatula particularly underneath the door latch assembly since space is tight and you will not be able to get your fingers underneath it. Put the face palte back in place and reattach the screws. Put the soap dispenser assembly back in place and hinge the lip back into place. Reattach the screws for the soap dispenser and lid. Reattach the door and test everything for any leaks. It was not very diificult at all and it took roughly 30-45 minutes. Read all of the other stories as well to help get an overal flavor for the job beforehand.

From previous experience I suspected the thermal fuse. Turned off the power and removed the front of the dryer by removing the two philips head screws in the door hinge and the two screws on the opposite side of the opening. The front came off easily since all that holds it in place besides the 4 screws are two spring clips. The thermal fuse is located on the side of the chamber enclosing the heating element. I removed the wires connected to the thermal fuse and temporarily joined them together with a spade type connector in order to determine if the thermal fuse was the problem. Turned the power back on and tried the dryer......it ran normally. Turned the power back off and removed the thermal fuse by taking out th two screws with a 1/4" nutdriver.
Ordered a replacement thermal fuse, installed it (with power turned off) and put everything back together. Dryer functioned normally after the thermal fuse had been replaced.
The thermal fuse can be removed and reinstalled using a 1/4" nutdriver. The wires are connected with push on spade type terminals.
Note: The swing damper on the dryer vent (the hooded cover where it exhausts to the outdoors) was jammed in the closed position with an accumulation of lint, which caused the dryer to overheat and blow the thermal fuse. If you experience a blown thermal fuse, always look for the cause or you'll blow the replacement within minutes of running the fryer again.

we replaced the baffle by removing the broken baffle. There were two screws holding it in place. Door and front panel of dryer had to be removed to accomplish this task. Quite an easy repair/replacement. Thank you for all your help PartSelect.com.

We took off the fornt and back of the machine and pulled out the outer tub...then pulled the rear and the front bearings...and the sleeve between...and the support arm...We had only thought we would replace the bearings, but there is a seal in the hub of the support arm that often goes wrong and causes the bearing problem...That appeared to be the case in this fix...so we are glad we chose to replace the arm too. Then we reassembled in reverse order and voila! The machine is as quiet as can be!

Not much to add to others' descriptions of the repair except for two things- one, the procedure for removing the front shroud on a stackable unit is somewhat different than what is described in the seal kit directions. The door switch assembly gets in the way; though the whole repair can be done by one person, it would be better (and safer) to have a second person helping at least during this part. The whole shroud is unwieldy, with two drain hoses attached, along with two dispenser hoses, the door switch/light, and the side & bottom mounting brackets, and it has to be eased out one step at a time. During the last part of this you will have to lift up the front of the dryer at the same time.

Second, our particular washer has a 90xxxx serial number. The bearings are Chinese-sourced, not the good NSK bearings. Though the listed bearing numbers are the same... the rear bearing is held in by a retainer that is permanently fixed into the outer tub. There is no easy way to drive the bearing forward, either, as the retainer covers nearly all the bearing outer shell. The chances are very high that the outer tub would be damaged beyond repair if the retainer or bearing was removed. Fortunately in this washer, the back bearing was still in reasonable shape and had some grease left; I was able to pop out the grease seal and re-pack it with wheel bearing grease. The front bearing & seal are replaced as others have described. The front bearing takes a majority of the load, so others may have similar wear.

This washer was only 3 1/2 years old; we bought six Maytag appliances at the same time, and four of the six have had major repair problems (two were cheaper to replace than repair). That, and the $678 replacement cost of the outer tub, explains why the Maytag repairman is so lonely...