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oven element burned itself up
Turned off circuit breaker to range. Removed the 2 oven racks. Removed two screws in back of oven compartment. Pulled element forward and the terminal connections get exposed. The right terminal clip disconnected by itself and the wire went back into the stove and could not be retrieved. Removed range draw under the oven and pulled entire range out from wall about 4 feet.. Removed metal backing with a socket wrench and exposed the oven element wires and terminals. Reinstalled new element and metal backing. Since range was out from wall, cleaned and vacuumed before pushing stove back in place. Since range draw was out re-leveled by setting adjustable feet. Reinstalled drawer and racks. Turned on circuit breaker. Tested element by setting bake cycle on.
The baking assembly in the oven burst into flames one day, then broke apart.
After the element cooled down, I pulled the racks out of the oven, turned off the oven at the breaker box, then, using a nut driver, loosened the screws that held the baking assembly in the back of the oven, and pulled the connecting wires off. I bent the wires to make sure they would stay out, because if they get back in the insulation, they are hard to find. I would recommend getting a pair of locking pliers and putting them on the ends of the wires just to keep them from getting back into the insulation. Then I attached the left connection wire and then the right one, pushed them back into the insulation, tightened the baking assembly to the back wall of the oven, turned it back on at the breaker box, then tested the oven to see if it heated up. It did. Total repair time 15 -20 minutes. Would have been less if I didn't have to chase one of the wires back in the insulation. Shamless plug for the company ...By paying extra for 2-day shipping to receive the part, I saved just over $20 from buying it at Sears, which would have had to order the part anyway.
This was really easy, and pretty with no problems or issues It took me longer to write this than to do the actual installation. I used a digital camera to help me remember where things were, but a pen/paper works fine. Here's what I did:
1. Turn off the breaker for the cooktop.
2. Remove (2) 1/4" hex screws directly under cooktop. You may need to open oven door to reveal them.
2. Prop up cooktop. I used the box the replacement element came in.
3. The element is held in place with (3) brackets held in by a #2 philips screw each. Mark the location of each of the brackets. There are numbers on the element to help you do this.
4. Write down where each of the wires connects to the element. There's only a few of them, but I tend to forget that stuff. The wires have female spade-type connectors that connect to the male ends on the element.
5. Using a needle-nose or small pliers wiggle each wire off the element. Grab the wires by the end of the female connector when you do this. I found it helpful to use a small flat screwdriver to help pry them off. Mine were on pretty tight, so expect this to take a few mins. If you have problems getting to the wires, remove the brackets (next step) first and come back to this one. I let the element hang from the wires without any problems, but I still wouldn't recommend it.
6. Remove each of the screws with a #2 philips screwdriver. Support the element with your hand and gently pull each bracket away from the element. Once they're all gone, the element should just come out. I took a look at my old element and saw that the large burner wires were melted in a couple places, so it was definitely broken.
7. If necessary, clean the underside of the cooktop surface with a clean papertowel. There was a little dust from the old element on mine.
8. Connect the new element and test to make sure it works by turning on the breaker and turning on the burner for a second or two. Note: This will make the top of the element hot for some time, so test it and go away for a few mins. If it works OK, proceed. If not, disconnect and figure out what else may be wrong.
9. Using the old element, make copies of the marks you made for the bracket locations onto the new element. You'll have to punch through the insulation when re-attaching the screws.
10. Re-wire the new element, if necessary and re-attach the brackets over the marks you made. This may be a pretty tight fit because the new element was thicker than the old on mine. I opened up the brackets a bit to make it not so hard to re-attach. Hook the brackets on and squeeze them over the element. The holes in the brackets need to line up with the holes drilled into the bottom of the element. If they don't, spin the element around (or detach and re-attach the brackets) till they do.
11. Screw in the (3) screws over the brackets pushing them through the insulation on the element.
12. Close the cooktop and reattach the hex screws under it (1/4" hex).
removed the oven racks. used a 6.5 mm socket to take out two bolts. pulled out old element and wires through insulation into oven. i used caution during this part i didn't want the wires to disconnect and fall into the oven. once the wires and element was pulled out approximately 3 inches. i used two magnet clips that hold papers onto the refrigerator and clipped both wires so they wouldn't go back into the stove. disconnected the element from the wires and connected the new element to the wires. pushed wires into the back of the oven and tightened the two 6.5 mm bolt. done in 10 minutes. turned oven on to 400 degrees and let same pre heat. a little smoke will come from the new element which is normal. works fine now.
Repair was very simple. Removed 2 screws under the cooktop, tilt the cooktop back, unplug 4 wires from 8" burner, remove two screws holding retaining clips, install new burner in reverse order. Very simple!
1. Removed the oven door -- this is a little tricky -- you need to lift to small metal covers on the hinges, then pull the door up and out from the broil (half open position). Replace the door the same way. It is important to insert the hinges with the door in the "broil" position, and after verifying that the door is aligned and closes normally -- then lift hinge covers to lock in place.
2. After door is removed the glass assembly can be removed and replaced by unscrewing two long (2-3 inch long) screws at the top. And three hex head screws at the bottom of the door. Note -- there is no need to removed the six screws (3 either side) on th ebottom of the door -- because these only hold the hinges to the door. The other 5 screws that you do need to remove actually hold the two halves of the door together.
3. Replace glass assembly and reassemble.
It is not so hard but you need "star" screwdrivers for the long screws... (not philips -- but 6-pointed stars), and a socket wrench is useful for the bottom 3 hex head screws...
If I were to do again it would only take me 15 minutes.... but I messed up by removing the hinges unnecessarily so it took me an hour.
After I got the right part(I ordered the wrong one at first, my fault) it was simple to remove the old element, 2 screws and push on termilnals, and replace with perfectly fitting new part. Word of caution, turn off the breaker to stove. I found that the element line is hot even if the control is off!
The outer ring on the adjustable large haliant surface burner of our smooth top stove would not work. It would only work on the small (inner) size.
Found the part on this site, ordered, 3 days later, and it was fixing time.
2 screws removed to lift cooktop, 2 screws to remove old burner and disconnected 4 electric clips one at a time and placed them in same position on new burner. Replace the 4 screws and done.
Unplugged range. Opened oven door and removed two screws from top of oven opening. Lifted oven top and propped up with a 2 x 3.Unscrewed the two screws that were holding
Charles from Sharon MA 1/14/09 has a pretty good description of what needs to be done. My model must be a little different than Charles, so I'll just tell you about the differences.
The locks that hold the hinges in place on the oven had to be flipped DOWN not UP. They are small rectangular metal brackets with a little open "notch" on the top where you can stick a small screwdriver to pry them down.
I found that I DID have to remove the six small screws (three on each hinge) that hold the hinges in place as they also went through both the inner and outer door panels.
Note that the glass assembly has a vented frame. Note that there are vents on the TOP of the frame but not the bottom - i.e. heat rises. Take care not to put the glass assembly in upside down.
Unplugged unit. Removed racks from oven. Removed screws from bracket holding element in. Carefully pulled element forward until the wire connections were exposed. Removed wires taking care not to let them retract into the oven. Removed element from oven. Placed new element in oven. Connected wires to element. Replaced screws to hold element in. Replaced racks. Plugged in oven. Turned on to see if working.
-Turn off breaker -Undo the two screws that hold the top surface down -Prop up top surface with a board -Remove two screws/spring clips holding burner -Transfer electrical plugs to new burner (this was the most challenging part) -Screw new burner in place -Lower surface -Secure surface
Pulled the oven out of it's location. Disconnected the power cord from the Electrical Outlet. Removed the Protective back plate (from the rear of the oven) which covers the wiring. Disconnected the two leads that connect the Baking Element. Went to the front of the Oven, opened the oven door, removed the two screws with a socket wrench (you can use a screw driver as well), at this point you can replace the element with the new one and secure with the two screws. I then went back to the rear of the oven and reconnected the two wires back onto the new heating element and replaced the wiring protective back plate. Reconnected the power cord to the electrical outlet and turned on the oven to see if the element heats up. AND IT DID. Moved oven back into it's original location and I was done. This took 16 minutes to do and saved me a nice amount of money. I could have had a service person show up and do this work which would have cost me $189.00 (Parts & Labor) to have done and all I spent , by ordering the part from PARTSELECT.COM, was just under $50.00.