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Oven sensor caused cooling fan to run continuously. Had to flip breaker to get it to turn off..
Left oven off. Located sensor in pdf manual. Unscrewed mount, pulled sensor out to access connector. Disconnected old sensor, checked continuity(resistance) on ohms with multimeter. No continuity; connected new sensor, screwed mount back into place, turned on oven and baked cookies to check operation & it worked perfectly.
I removed one screw easily. The other screw was difficult to remove without stripping it. I sprayed wd 40 and let it sit overnight. The next day, my husband sprayed it again and after trying several different size phillips screwdrivers, he got the second screw out. He easily removed the element and then the two wires from it. He attached the two wires and replaced the screws. We tested it and it worked. The best part is: my husband scrubbed the oven before putting all the parts back!
I opened the oven door and unscrewed the two screws that connected the element to the back of the oven. I then pulled the element forward but it would not expose the electrical connections that powered it. I pulled a little harder and it would not pull through the insulation. I then decided that it must be accessable from the back. I took off the door the lighten the oven. I pulled the oven out of the cabinet till the conduit was taught and I could just barely see that there wasn't a panel to access the connection. I then put the back into the cabinet and pulled a little harder yet on the element and the connecters pull through the insulation. I was then able to test the element with the multimeter and decide the power was getting to the element but no heat. I ordered the part the next day. Recieved it the day after that, smokin' fast service I must add. Installed the element and it works like a new one. My wife loved it and then she loved me.
Took screws out of the back on the side the sensor was on, unplugged it & took out the two screws on the inside of the oven to release the sensor. Put new sensor in place with the two screws & used one of the adapters to plug in the new sensor. Put screws back in the back panel & turned on the oven which unfortunately is still 50 degrees low. Need a new clock with computer which is out of stock & unavailable. I was an electrician for 25 years so didn't experience any problems. It was a cheap thing to try.
I watched a You Tube video,removed and dismantled the door, installed the new hinge. I forgot to remove the small pin which is similar to a rivet. When I tried to close the door it bent. Eventually, I remembered the shipping pin and pulled it out with any damage. Believe it or not, I had read about the shipping pin on customer comments on PartsSelect...Good luck, it is relatively easy!
Turned off breakers to oven. Removed two screws that held oven in cabinet. Removed oven door by opening slightly and pulling up on door. Pulled oven out 1/3 of way. Took out four screws on top of control panel. Took oven light switch off by unscrewing holding ring. Removed temp knob on right by pulling. Removed start / stop knob same way.Removed glass straight out. Removed four screws that held elecrtonic clock conrtol board. Unpluged three wire plug from right side and the nine wire plug from the left side. Worked board out at and angle. Went backwards to connect and replace board, screws and door.Slid oven back in and tested oven after turning breakers back on, worked like new.
Spoke to your very helpful staff, who advised me that a likely problem was the oven sensor. I took a chance and ordered the part, which came promptly. Your service video for the part was most helpful in my decision to try the part. Installation was a breeze, but it was the oven controller board that had failed and not the oven sensor. That called for a service professional, who ultimately fixed the problem. Your service though, was excellent and I would highly recommend you to others.
Maytag range had "F3" code display, oven would not work.
Oven sensor replacement was easy. Thermistor was installed in less than 15 minutes. After installation STILL had "F3" error message. Harness was ok, "Clock" or ECU needed to be replaced. "Computer" is obsolete, no spares available, some companies will rebuilt for $400+. Since the stove was going to the landfill I had nothing to lose by taking the "Clock" apart. It has one chip that is probably the power supply and control chip, another chip is an EEPROM with 128 bytes of storage and the last is a darlington chip that controls the relays. Cleaned up everything that looked like it needed cleaning with alcohol. When I reassembled the unit the pins for the thermistor harness felt loose, so I took it apart, again, and found cold solder joints on all four pins. It must have been there all along but plugging and unplugging the harness finally broke out the solder so I could see it. Soldered the pins back in and now it all works. It's worth a try if you're getting the "F3" message. If the relays on your stove aren't working it would be a good idea to replace the darlington chip. Good luck.
I pulled off the facia from the microwave/oven. Unscrewed the plate holding the microwave and slid out the microwave. The microwave and oven are a unit. I unscrewed the oven from the hole it sits in and slid out the oven and set it on a sturdy chair. Then I unscrewed (6 screws) the bracket that holds the microwave to the oven. After that I unscrewed (14 screws) the top sheetmetal plate on the oven and slid that around behind the oven. Then I unscrewed the grounding strap inside. Did the 2 screws on each side of the oven holding the fan unit and slid that out. Undid the 2 wires plugged into the motor and the 2 screws holding the fan motor. Then I slid off the fan from the old motor and slid it onto the new motor and reversed the whole process.
Removing the oven door and several layers of metal to get to the seal, is a fairly easy process. Our door had three different fasteners, torx head screws to remove the door, a very small flat head screwdriver to remove the chrome door trim screws, and a nut driver to remove the inner panels and glass. The replacement seal is over-large and must be trimmed. Care should be taken when fitting the integrated wire. Bending at the corners only, makes assembly much easier. Reassembly is the reverse of diassembly. Care must be taken that the seal wire hasn't popped out of it's seat when the cover is installed. This is the most time-consuming and frustrating part of the repair. Patience is paramount to get a good fit. Because I had made an odd bend in it, about one inch of wire was not properly seated after the cover was seated and tightened down. I was able to gently squeeze it into the seat with a flat tip screwdriver without removing any screws. The final problem area is reinstalling the door. Although two people would be helpful to accomplish this Task, I was able to accomplish it with the aid of a three foot piece of 2x4. By wedging the piece of lumber behind both hinges, they were held open under tension to allow slipping the door on. Once partially installed, the 2x4 can be removed and the door seated. Hope this helps.
I raised the top of my Whirlpool Continuous Cleaning Canning Oven, then had to unscrew 3 screws and a lock nut, then raise top about 4 inches, so I could put my hand inside to unplug the wires to the switch, and push it through the hole in front, of oven. Then put the new switch through hole and plug in new switch. Then screw down top; and close lid. Part #866294
My daughter & I followed the instructions in your video and had fun repairing the door. The video showed exactly how to do the repair. I hope I don't need any appliance parts very soon but I will certainly pull up your web site if I do. Thanks for an excellent instruction video.
Removed door (that was the most difficult part) Took out lots of screws to disassemble Cleaned all the components that were now exposed Put new seal in place Put parts back together with screws Put oven door back Excellent!!
