YCEM2763BQ0 Whirlpool Dryer - Instructions

My 14 year old son did it as I supervised! Pulled the dryer out on a dolly, unpluged the dyer, removed 9 hex head screws to remove the back cover, removed and replaced the thermal fuse, located next to the exhust outlet, set the cover back on, moved the dryer back in with the dolly. I had the thermal fuse over nighted to me for a total price of $35, figured I saved at least $150 on a service call by Whirpool.

1. Disconnect dryer from electrical outlet. 2. Pull dryer out and disconnect the exhaust tube from the back. 3. Remove the screws at the top of the dryer back ( 3 ) and remove the top of the dryer. 4. The service instructions will be in a bracket on the top right. I didn't use them because I have done this job before. 5. Continue to remove the screws holding the back to the sides. There will be a lint collector attached to the back panel by three screws. This must be removed first, then the screws along the edge of the back panel. 6. Pull the back panel up and away from the sides and set aside. You will see two lower rollers attached to this panel. 7. Look under the drum and you will see a idler arm and roller in front of the electric motor and a little to the left. Notice that the drive belt is looped around the roller. Unloop the drive belt from idler and roller. 8. Lift the drum of the dryer up and out of the dryer. 9. Replace all the rollers (4) by removing the plastic "star" on the roller shaft. This can be done using a small screw driver. 10. Once the rollers are replaced, place the new drive belt, ribbed side facing the drum around the drum. Lift the drum up and into the dryer enclosure, making sure the rollers in the front of the drum are in the ridge groove. 11. Lift the back of the dryer in to the dryer enclosure, again making sure the rollers are in the rear groove. Turn the drum by hand to make sure the front seal is flush to the front of the dryer and that the front rollers are in the front groove. I2. Install drive belt around electric motor shaft ( ribbed side facing the shaft), lift idler arm up while running the non-ribbed side of the belt around the roller on the idler arm. 13. Install the back panel using the remaining screws. 14. Install the top of dryer by sliding it into the front panel and securing with the last three remaining screws, these 3 screws go on the top of the back panel. 15. Replace exhaust hose and replace dryer into space it formally occupied.

This product comes in a bottle with a brush like Liquid Paper. It goes on incredibly easy. A second coat might be needed. I wanted to prevent rust from setting in so I covered the scratches and dings. The paint is a little brighter since my washer is 10 years old but it still looks great.

The repair was fairly easy. The most timely part of the repair was removing the twelve screws from the back panel to expose the repair.

The old catch on my dryer door was gone and I was keeping the door closed using tape. I ordered the part and it arrived with no hassles in about 5 days. The repair was too easy. I just popped the new catch in place. It took all of about 30 seconds to complete using no tools. I wish all home repairs were this easy.

Removed old filter and put in new one.

Replaced

First, I opened up the front of the dryer and then unscrewed the entire back piece. I assembled the new exhaust piece from the kit. Next, I took out the old straight rear exhaust and then replaced it with the elbow shaped left eshaust from the kit. Lastly, reattache the back and front pieces of the dryer.

The dryer wouldn’t turn on at all. It was like it was unplugged from the wall. However, fixing it couldn't be easier. I simply removed the back panel, found the fuse, tested it with an Ohmmeter (to determine that this was the part that didn't work), ordered the part from this website, and replaced the part. The part arrived in about two days. The shipping was a little pricey, but overall the whole thing cost me $20 vs. whatever it would cost me to get someone else to repair it. The website helps to identify the problem, and it is helpful to read how other people fixed their problems. It was so easy and the service was so good, I will definitely use this website again and recommend it to others.

the job would have gone faster if the right parts had been sent in the first place. I would have never paid for two day shipping. In the repair, I removed the rear panel, clipped the plastic triangle holding the bearing, installed the new bearing and new clip.

Just like video except there were two screws in back to take control head off. Be prepared to have shop vacation ready. Clean dryer duct too. Have bandaids ready. Plastic triangles are not easy to take off, video makes it look easy.

Took the old filter out and inserted the new one- works great!!

Pulled out the old and slid in the new filter

PartSelect sent me three different door catches with instructions for choosing the correct one. I did choose and simply inserted it into the slot and voile! All finished and it works great now! PartSelect had the part delivered the day after my order was placed. I would suggest doing business with them to anyone asking who they might contact for a part. I especially appreciated the ease of identifying and ordering from them. I was able to do all of this on-line via their website.

I replaced the thermistor earlier, but the code was still flashing. I noticed the heater terminals were charred and pretty well covered in carbon. So, I replaced the heater, the thermostat and thermal fuse and replaced the 3/8" spade terminals on the heater wires. (These are hard to find - most electrical spades terminals are .250. Also, I crimped and soldered these for a connection with the lowest resistance possible). After all that, the code still flashed! I let the explatives fly, calmed down, and ran the control board test. (This is done by pressing "more time" "less time" "more time" "less time" in succession.) The control board was passing all the tests, but the thermistor test, and the only thing is in this circuit is the thermistor, the wires, the connector to the control board, and some circuit on the control board that involves a few resistors and the "brain" chip. So, I checked the terminals at the thermistor, the wires up to the control board and the connector at the board. The control board connector was fairly dust encrusted, so I unplugged it, cleaned the control board terminals and sucked away all the lint and dust. Finally, I carefully removed earch crimp terminal from the Molex connector (the white female connector) and cleaned and bent them to yield a better connection to the terminals on the control board. I put it all back together, and thus far it is working fine.