MLG19PDCXW Maytag Washer Dryer Combo - Instructions

Removed the dryer front, then detached the retainer ring holding the blower wheel in place. Set the new blower wheel, attached the new ring retainer and placed the dryer front back in place. Thank you for the low prices - I searched on-line at 3 sites and you were the best price available.

It was very easy to do. I took the back cover off. I dissconected two hoses. disconnected one wire. removed a small plastic bag (cover over wires). turned the pump 1/4 turn.and reversed this process with the new pump. It took me 15 minutes to remove and replace. Put the washer thru a cycle and it worked!

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).

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.

First I removed the front panel on the dryer. While the dyer was running, I noticed the igniter did not turn its normal amber color and ignite the gas supply. I then disconnected the wire to the igniter and removed the screw holding the igniter in place. Next I replaced the igniter, tightened the screw and reconnected the wire. Finally, I replaced the front panel. This is a relatively simple repair.

Removed one screw and took out old broken door strike, replaced with new door strke and put screw back in. Only took two three days to get the part. The dryer is as good as new!

I replaced the boot seal. I unscrewed and took off the front door and front panel; I unscrewed and removed the detergent compartment; unbolted and lifted up the top panel. I removed the old worn out gasket and replaced the anterior (door side) portion first, then the posterior portion. the door side pushes right in by hand but I used a putty spatula to firmly seat it evenly in place. For ease of closing the spring loaded wire on the posterior portion of the gasket, one person held one end of the wire and gasket in place and a 2nd held the other side in place and pulled the spring with pliers to connect and seal the gasket. replacing the boot seal requires 1 person, but having a 2nd person around to help with the spring was helpful. this was an easy project that takes about an hour.

Taking off the old door and removing the inner door line was relatively easy. I believe I had to remove a total of 8 screws to completely remove the hinges and gain access to the inner panel. Removing the vent tume and grommet was easy, however, I regret not taking a picture of the door latch assembly before removing the vent tube. The door latch is held in by a pair of springs and I had a heck of a time getting the springs back on the door frame assembly. I don't know if I attached it correctly, but the washer locks properly! Attaching the vent tube itself was not that difficult but the same cannot be said of the vent grommet. There was no way to get this grommet in the bottom opening without distorting it or tearing it apart. I finally had to slide it up on the vent tube assembly and basically force it down into the bottom opening. It was not the easiest task to do and I spent more time fiddling about with this stupid grommet than I did with the entire repair. The one thing I would caution anyone doing this repair in the future is to pay close attention to how the speed nuts are installed on the exterior door frame when you go to attach the inner liner. If you do not install them properly you will not be able to attach the inner liner to the exterior door panel.

First I removed front and rear covers and the dispenser screws. If you are carefull you can fold the front cover back and lay it on top of the washer so that you do not have to unplug all the wires. Remove the clips on the front of the outer drum with a small flat blade screwdriver and set aside. Go to the back and roll the belt off the pulley. Remove bolt and snap ring and the pulley should pull toward you off of the shaft. This is plastic be carefull. The inner drum will now pull out thru the front of the machine. Now read the directions again and again about the seal because you have to replace exactly what you take out. This is my only complaint with the directions there needs to be a picture and not an illustration of the placement of the sael and the spacer in my case.

Took off the lower front panel, removed duct piece from filter to blower fan, removed two screws and two wires to thermostat in exhaust ducting, then replaced thermostat with new one. Very easy job and everything worked like new when I reassembled it.

I removed the 2 screws holding the door and then the balance of the screws holding the front section on. Removed the trim piece and then the screws holding the detergent tub and top of the washer. Once the boot was exposed I used two pair of pliers to hold either end of the retainer strap and pushed together to relieve the spring tension. Then disconnected the drain hose from the bottom of the boot and removed the boot. Re-assembly was just a reverse of the disassembly and much easier than I anticipated. Placing the boot around the fron of the tub was like putting a bycycle innertube on a rim. Once you get it completely on then you place the retainer strap around the boot and attach by hooking the spring to one end and pulling the spring toward the other. (better if two people do that part but can be done by one) The front of the boot slides into the slots fairly easy and then you simply re-connect the drain tube in the front of the boot and reassemble the cabinet.

This was fairly easy, I have had the dryer front off before. Unplug dryer from electrical outlet. Pull dryer away from wall. Remove the dryer door, open dryer door there are 2 phillips screws on dryer door hing, remove these crews then lift gently and remove door, across from these screws, where dryer door closes into face cover of dryer remove 2 more phillips screws. From top of face cover, pull out front of face cover and lift to remove face cover of dryer. On each side of dryer on the front, after removing the front cover is a 5/16 bolt, remove these and pull off retaining bracket with a twisting motion. You now can lift the top of the dryer up. You can now see the barrel drum. Rotate barrel by hand so the broken baffle is on top. Remove two 5/16 bolts, and replace new baffle in place. Reassemble in reverse order of disassemble.

followed the diagnostics instruction in the Maytag Owners booklet which pointed to the Motor Control Assembly.
PartSelect was a very good choice for securing the part.

First I unplugged the dryer. I shut off the gas line to the dryer. I opened the access door on the lower front of the dryer. I illuminated the interior of the dryer with a small flashlight that was mounted on two legs with magnets on the end to allow the light to be specifically directed. I took few digital pictures of the electrical connections to the dryer gas valve and the various sensors attached to the unit. I shut off the gas line valve to which the dryer gas valve was attached. I removed the two screws holding the dryer gas valve an lifted the unit out of the dryer. I vacuumed the inside of the dryer with an electric vacuum and also vacuumed the lint and dust off the gas valve I took out of the dryer. The flat style igniter was mounted on the front of the gas value. I removed two screws and took off the old flat style igniter. I reattached the new flat style igniter (carefully holding it by the ceramic mounting area to avoid breaking the igniter itself). I reinserted the gas valve into the dryer and reattached the two screws holding the gas valve into the dryer. I reattached the gas valve to the gas line in the dryer. I reattached the electrical connectors to the gas line and the sensors in the dryer. I turned the gas line in the house to the dryer back on. I plugged in the dryer and started it. No ignition.! I unplugged the dryer and reached in through the access door. I angled the flashlight to each of the sensors attached to the gas valve and the dryer electrical harness and pushed each one to make sure the electrical contacts were solid. When I checked the flame sensor ( a little box with a window mounted over a rectangle cut in the wall of the cylinder in which the flame burns when the gas is shooting out of the valve) the lower wire was unattached to the sensor. (Because the sensor sits on the side of the cylinder pointing towards the interior of the dryer its connections at the sensor was not visible. I bought a new flame sensor. I detached the old flame sensor from its connector, removed the screw mounting it to the cylinder and lifted it out of the tab holding it to the cylinder. I installed the new flame sensor by putting its tab in the slot for the tab in the cylinder and reattached the screw holding the flame sensor to the cylinder. I reconnected the electrical connection from the flame sensor to the dryer electrical harness. I plugged in the dryer. I turned the dryer on and got ignition of the dryer heater flame. Repair complete!

I suspected a faulty igniter and disconnected the cable to the igniter and measured the resistance of the igniter and found it to be 70 ohms then I checked the voltage at the same cable towards the power source and found it to be 25 volts ac which should be 120 volts ac. Next I checked the radiant flame sensor and found it to be open (it should be a closed circuit when cold). I removed the flame sensor (with the power off) using a small box wrench and found a broken lead. Replacing the flame sensor solved the problem.