KGYE950VHT0 KitchenAid Dryer - Instructions

When the problem first came up, I took the dryer apart without first looking up any instructions. This wasn't difficult, but didn't realize when removing the fan from the motor, there is a square lug as part of the fan hidden by the rear clamp securing the motor. I was able to remove the fan by holding the motor shaft with a crescent wrench and removing the fan by hand, but was difficult and gloves were necessary in case the fan loosened quickly and my hand came in contact with the sheet metal (very sharp).

I took the motor out and attempted to clean it as it was loaded with dust as was the dryer internals. I tried to lube the motor bearings and appeared to free up, but the sight of metal shavings on the rear bearing seal had me concerned. This ultimely did not work and was trying to buy some time until the new motor arrived.

This is when I looked up the motor part number and found that Parts Select had the part number in stock. I ordered the motor on a Saturday afternoon and got a quick response acknowledging my order. The motor shipped that following Monday from Fresno and arrived on my Southern California doorstep Tuesday. These guys have their act together and are helpful in making the repairs. In my case I did not have to make any adjustments to the wiring or the pulley for my model and replaced the motor the following weekend in about 45 minutes. Since I had the unit apart several times before replacing the motor, the installation went quickly.

The dryer is again working fine for a unit 12 years old and my wife is once again happy that we didn't have to purchase a new dryer.

Used this resource and others' advice -thank you . Make sure to disconnect power first. I had replaced the rollers and tensioner a week earlier due to squeaking, but mine was the rare one where squeaking meant motor failure, so I had to place another parts order. The dryer was 19 years old, and my blower wheel did not simply 'unscrew with reverse threads'. During removal the blower wheel's plastic deformed, so had to do like someone else did and cut the rear shaft with a reciprocating saw. Just be careful not to damage the bulkhead's built-in bracket that anchors the rear of the motor. I think it was a 13/16" wrench that fit the blower wheel and I forget the size for the pulley nut on the front of the motor, but I suggest a deep socket since it held well. My best advice when dealing with a motor replacement is to ensure the blower wheel wheel will separate successfully from the motor before placing your parts order should it be a stubborn removal. Good luck.

Unscrewed the bottom panelof the dryer and located the thermistor through the schematic for my machine. Removed the old one and put the new one in the same way. No more E1 problems and all cycles now complete themselves.

pressed clip into hole on top of front panel. first remove two philip screws that hold filter so you can lift top up.

Well, here's the rub...in order to find out what part I needed to order, I needed to take the dryer apart to where the gas controls are, and there on a sticker was a part number for an LP conversion kit. But, in order to get to that gas valve unit, I fumbled about figuring out how to take this brand new dryer apart, since there were absolutely no instructions whatsoever in the owners manual. And once apart, and pretty much all apart, I wondered how it would be that the Maytag repair man would be so lonely, as he'd have plenty to do.
However, the kit had great instructions as to how to take it apart and change out the orifices.

Checked four thermocouples all showed continuity with my multimeter so they were all good. I'd read that the coils commonly went out and that these were the symptoms. Hey, it's very simple in there. Not much else could be wrong. I had a Maytag repairman come out. At first he said the problem was a blocked vent. I knew he was wrong. Then he said one of the thermocouples went out. It was $80 for him to come out. It turned out that his second diagnosis was wrong too. To repair the dryer by Maytag would have cost me $240. I gave him $80 and bought the coils for $37. They are EXTREMELY easy to replace: two screws held a bracket that held two coils. With the bracket off, I took off the old coils and slid on the new ones.

removed the catch and the pin and replaced it. We were sent a couple different sizes so we tested the one that looked like the closest match. I think the pin was made with different thicknesses of metal. Worked great and saved us from having to get a new dryer!

Pulled to old out inserted the new. I would like to say your turn around from date part was ordered until I recieved it was three days, I find that amazing. I'm still waiting for a part I ordered from another company 1 month ago. The price was right shipping cost was very reasonable and your web site extremly easy to use. Thanks very much, Al

Followed instructions, except to advoid sharp edges, and completed the job in under an hour.

Getting to any of the parts in the Maytag dryer is easy. Tip the dryer back and slide a 4 x 4 block under the front edge. You remove the whole front panel after you remove two screws at the bottom corners of the front panel. You need to tip the dryer back to get a screwdriver on the screws. Swing the front panel up to release the top of the door panel from the top. Watch the short wires to the door switch. Unhook the door switch wires and move the front panel out of the way. The timer on the top is accessed by re-moving two screws along the top edge. There are four screws. Remove them all and tip the top of the front panel forward. You then see that two screws hold the panel and the other two screws just hold the trim.

The dryer started normal. The drum motor run when the start button was operated. The fluff cycle operated normal to indicate the timer motor was OK. On the dry cycles, the igniter heated up. The gas came on. The dryer run for some period of time and then the flame went off. The thought was that the low temp cycle thermostat sensed the dryer was hot and thus switched over to time the cycle to its end. However, the low temp cycle thermostat tested good with a meter when the sensor was removed from the dryer and heated with a light bulb. Burnt contacts in the sensor were a possible problem. I also though the radiant sensor may be bad and not recycling after it got hot. After time, the igniter would cycle on but the gas flame would not come on. I thought the radiant heater might not be tripping the secondary coil on the gas valve. The gas valve coils tested good. I was checking them cold after the dryer had cooled down. I ordered a number of parts.

I got lucky and did a test on the coils while the dryer was still hot. One of the coils in the dual booster holding coil was going open when hot. When cold it had enough continuity to let the gas valve cycle on once. After the coil got warm it went open and shut the gas valve off. When the coil did cool off, it again had continuity. I was about ready to trash the dryer when I finely found the problem. I am happy I persisted and worked the problem through to a solution. I purchased several extra sensors but saved money in the long-run. I rate this problem at the high end of complexity for the do-it your self home owner to solve. The problem was an easy fix once the real problem was found. Only 4 screws and 3 push on wire connectors (two were on the front panel for the door switch).

This was so much easier than I though it was going to be. Pulled up on the top part of the dryer and folded it over to the back. Removed 2 screws for the front panel and disconnected some wires. Laying down I fed the new belt on and made sure the tensioner was put back into the right spot, because when the belt broke the tensioner sprung to the other end of its travel. Put everything back together. This was made super easy because you guys had the parts and the shipping was super fast. Alot of the local shops in the area didnt even carry the belt or were not helpful..

I disassembled the dryer once to clean the motor and compartment. After reasembly, the problem persistes. I ordered the motor and the second diasasssembly was accomplished in 10 minutes and the entire job took 45 minutes and the dryer was running like new. Tip- Leave the motor secured while removing the blower fan.

Looking at the schematics, it wasn't clear exactly where the motor was located. I took off the rear panel thinking I could get to the motor through the blower. Realizing that was a no-go, I did some web searching and found that the lint screen chute had to be unscrewed, the top had to be lifted to gain access to the top 2 screws holding the front panel to to the main body. The barrel was then dropped and the rib belt removed from around it so I could set it aside. The clips were removed from the front and the back of the motor to gain access to the blower shaft. .The motor shaft is screwed into the blower shaft but it took me a while to figure out how to grab the blower shaft( made of hardened plastic?) with an adjustable wrench while torquing the end of the shaft with a (3/4"?) socket wrench. Access to the rear was rough, but getting the motor out an back in was easy. The spring tensioner for the belt was the next hurdle. With the s-curve facing outward and clipped to the base, the belt with the rib side wrapped around the barrel, the belt was slid between the roller and the tensioner bracket and wrapped around the motor drive rib side inward. I had to take the old motor to kind of prop up the barrel so I could at least see the tensioner and motor interface. I had to do a balance trick where I held the barrel up while centering it to the belt and the rear panel while ensuring the cloth seal was seated to the outside of the chamber. The front panel went on, and the front cloth seal was seated by spinning the barrel. The rest was just a matter of reversing the steps. Tons of lint/dust is probably what crashed this motor. Disassembling the front and the back allowed a thorough clean up - vacuuming and wipe down. Should go another 10 years/

I first disconnected the power cord and the vent hose. I removed the screws on the top of the back side to raise the top of the unit. There are also 2 screws holding the lint filter shoot which were also removed to allow the top to be lifted up. Its not necessary to remove the top since this would require disconnecting the wiring harness etc.

Next I removed the 2 screws located on the top-inside surface, which connect the front panel to the unit. After these were removed, the front panel lifts up and off--there are two clips which slid free on the bottom of the unit. The shut off switch on the door has to be disconnected to remove the panel.

With the front panel removed, the drum can be removed. I vacuumed out the interior and retrieved the idle pulley which had popped loose when the belt broke.

I removed the old rear drum seal and cleaned the edge with some brake cleaner solvent and steel wool. I then wiped the edge with paper towel and more brake cleaner to remove any oily residues. Before applying the glue, I test fit the seal which turned out to be a bit tight, so I stretched it a bit around the drum until it would fit on easily.

I used a disposible glue brush to spread a thin layer of the contact cement along the edge of the drum. By the time I finished one round, the glue was dry where I had started and so I did a second thin coat.

I then oriented the seal as per the directions and began fitting onto the edge trying to keep the free felt surface from getting into the glue. By the time I had reach the opposite side, the belt was pretty tight and so I had to stretch it a bit to get it to go on. I then worked my way around the edge a final time insuring that the seal was positioned correctly all the way around and the glue was pressed tight. I let the glue set for several hours before reassembling.

After the glue was dry, I put the drum back into the unit and worked the seal up onto the circular back panel until the groove on the drum was correctly positioned on the rear rollers. I propped the front edge of the drum on two 2 in rolls of duck tape so that I could rotate the drum freely several times. I checked the outside and inside to be sure that the seal was not turned under any place.

Finally, I slipped the new belt over the drum and past my 2 rolls of tape and positioned it groove side in over the drum. I then reinserted the tensioning pulling back into the slot just in front of the motor. The pulley goes just to the left of the motor pulley, the end of the tap on the base inserts in a slot and then 2 pins rest in a second slot to the right of the first. A loop of the belt then passes through underneath the pulley and then over the motor pulley. This requires pulling the tensioning pulling pulley towards the motor to get enough slack. I then rotated the drum several times and made sure that the belt was not twisted and the groove side was towards the drum.

To help hold the drum up while I was fitting the front panel. I supported the drum with a piece of 2 in tape run from the top/front edge of the drum to the back panel of the unit. I removed my two rolls of tape from under the unit, slipped the front panel back onto the two bottom clips, and then worked the front open of the drum over the front seal by opening the door and pushing from the inside and rotating the drum. I replugged the door switch and made sure the wire clips were secure.

I then replaced the 2 screws to hold the front panel. I put the top back down and resecured the screws on the back before reattaching the hose and replugging the unit. I test ran the unit for several minutes empty, listening for weird noises that would indicate something didn't go together correctly.

Old door catch came out, new one slipped in. All works great.