This is an OEM bottom bake element for your oven. Make sure to wait until your oven is cool before replacing this part, and disconnect power to the oven. In order to replace this part, you will need t...
The temperature sensor, also known as the oven temperature sensor assembly is usually found in the back of the oven. The function of the oven temperature sensor assembly is to measure the temperature ...
This 40-Watt light bulb is sold individually and is a genuine OEM replacement option for your home appliances. It is specially designed to withstand extreme temperatures, so this bulb is compatible wi...
This rear drawer support comes with the installation screw. This part has been redesigned. The new support inserts towards the rear of the drawer as opposed to the side.
This part is also known as the "brains" of the appliance. ***NOTE: The wiring could be different than the original control. This part may need to be installed by an appliance repair person.
This is a large dual haliant element with a limiter or sensor for glass cooktops and freestanding ranges. It is a 2500-watt part. The inner diameter measures 9 inches, while the outer diameter measure...
This part is the replacement light socket for your oven. The oven light socket provides power to the light, and at the same time holds the light bulb in place.
Ordered the part on Friday, got it on Saturday, very impressive. Be sure to unplug the range or disconnect the power at the breaker box before any repairs are started.
The lower (Bake) element is held in by 2 screws. Remove them and gently pull out the element to remove the power wires connected to the element. These wires are
... Read more very short and there is not much room in which to work. After having removed the wire connectors one slipped from my fingers and went back in the small opening in the back of the oven where the element is inserted. It took some time to fish out the wire. Not wanting to slide out the range I used some surgical forcepts I happen to have grab the wire ( handy to clip wires or compontents in place for some delicate repairs). Its all blind and the opening is very small plus the insulation must be pushed back to gain access. Anyway I managed to grab the wire, attached both wires to the element, replaced the plate and screws holding the element in place, all finished. Worked great. Other ranges I have owned provided a socket to plug in the element, I guess the bottom line gets in the way of quality.. Being 60 years old the worst part of this job is the getting down on my knees to do the work and getting back up again.
Removed six 1/4" hex nuts on rear of oven. Then through front/inside removed a single 1/4" hex nut to actually remove sensor. Unplug sensor connector, remove. Reversed steps, push oven back in place and plugged in. Tested oven function.
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
... Read moreunder 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).
