Keep searches simple. Use keywords, e.g. "leaking", "pump", "broken" or "fit".
Oven upper heating element went out.
Turned the breaker off to the stove. Removed 4 screws holding the element in place. Disconnected the electric connection from element. I had to replace the screws which were corroded. Connect the new element electric connection. Replace the 4 screws. Turn on the power. Turn on oven to burn off the smell of the new element. You are done.
Old dual burner lost one half. It appeared the metal strip that wound into and around the circle, broke right where it came into the inside of the entrance, and I wasn't about to try and break everything open to try and fix it, as it didn't look like soldering would be easy, or that it would fix it.
Verified via ohmmeter that one of the two burners was open and not working. I also tested the switch and that appeared to be working okay. I then took out the old unit and compared it to the new one, and found that they upgraded the new unit. I followed the instructions to match the labeled parts and move the wire to the newer location of that. i.e the old one had 2B and 2A at the top and 1B and 1A at the bottom. The new one had 2B and 1B at the top and 2A and 1A at the bottom. It did come with wire extenders and insulated tubes on top of them, and extra to cover additional. After a couple of tries, I decided which wire I needed to use on which (small connectors to match small, and large to match large.) In a second try I decided to flip it over to have it face up instead of down. Overall, it worked out very well, and I was very pleased when I did the power up test and everything worked as desired.
The new element wiring placements were totally different from the old element. Lucky for me the lettering printed on the terminals for each pole was the same as on the old one. It was just a matter of matching up each terminal pole lettering. The instructions that came with the new element were of no help at all. Youtube was my best helper.
Since there is multiple glass panels with several brackets, screws and insulation within the oven door I strongly suggest to take photos at each step using your smart phone. Do not attempt to remove all the components at once. Bracket positions, screw locations and glass orientation is necessary. This is the best advice I have to make this a quick and very easy job.
Followed the instructions in the video provided by PartSelect, which was very accurate. They only problem I have encountered is that the wiring from the old element compared to the new element do not match up 100%. I had to call Whirlpool today and schedule a Tech to come out and see if they can resolve the problem. Right now, when the burner is turned on, both the inner and outer elements turn on.
Using the video from PartSelect I followed the steps shown. Sliding the range out was difficult so I tilted it forward resting the frame on a 5 gallon plastic bucket. I did have to crimp on a new terminal. The repair was straightforward.
Turned off circuit breaker to oven Removed oven door Removed screws of reflector plate and top and back of oven Gently pulled element out and down slightly Removed slide crimps on wires Replaced reflector plate on new element Connected slide crimps on wires Screwed reflector plate with new element to top and back of oven Done. Total time 22 minutes Tested and it’s perfect!
cleaning oven door, fell on floor and broke inner door glasses
took apart and empty the broken glass! ordered parts too many glasses and no insulation ( no insulation in oven door when taken apart! Got the correct parts on order via a second sales person! Installed glass hinges, insulation and closed the door! and instaleed the oven door!
Repair was really simple. Saw that the outer shielding on the existing heat element had degraded and ordered a new element. Part was shipped to my house in two days. Actually took me longer to get the oven door off than to replace the element because the left bracket on the door was slightly bent. Element came out after removing 4 screws and disconnecting 4 wire terminals. I was able to do the repair inside the oven and did not have to pull it away from the wall as the wires were long enough to pull through. I used some painter's tape to tape down the disconnected wires so they would not fall back behind the oven. Then I used a needle-nosed pliers to slightly crimp the wire terminal to the heat element and screwed in the four screws. That was it! Never did this type of repair before and it was really easy. Also estimate that for my 20-25 minutes of work I probably saved over $200 in parts and labor if I hired someone to do it.
I was stopped by the third screw on the roof of the oven, which was slightly rusted and would not budge in spite of using WD40! I had to enlist the aid of my son who arrived with better tools, including a SQUARE phillips head socket set. He also had to spend some time pinching and slightly reconfiguring one of the attachments in the back which did not slide together naturally. So, for an 82 year old retired housewife this was not as simple as it looked, but it was a piece of cake for guys like Erik with the know-how and the proper tools!
After using the self cleaning feature for the 10th or so time, the range locked up and nothing worked.
First we watched a YouTube on how to replace the thermostat. It was easy to turn off the circuit breaker. It was a little tricky to pull the range away from the wall and then we were able to unplug. Because our range is a dual fuel model, the back had a lot more screws to remove to get to the thermostat because there were covers over a lot of wires and the gas line I presume. However, we did get off the 12 or so screws with a regular screw driver. We easily located the thermostat and quickly realized that the two screws holding the thermostat in place were neither flat head nor phillips. We were able to remove one of them and merely twisted it sideways, installed the new thermostat with one screw and attached the wires. When we flipped the circuit breaker and plugged in the over, Voila, it worked. The hardest part was getting all the covers off the back. I hope it doesn't happen again because this was an expensive replacement part.
Removed old fan by removing all screws except the back two lower screws - here I cut the flange on the old fan to remove. Drilled the back two bottom holes so as to fit over existing screws then replaced the top 3 and bottom 2 screws as well as power leads. Offset screwdriver is a must.
First I turned off the power. Next I disconnected the downdraft vent. Then I removed the cooktop knobs and turned it upside down on the counter. I then removed about 12 screws to remove the element housing. I then unsnapped the old element, disconnected the 3 wires, replaced it with the new element, replaced the housing and screws. I replaced the cooktop, reconnected the downdraft hose and turned on the power.