JD900WK2WW General Electric Range - Instructions

The age of the system resulted in the cook top being heavily stuck by food-stuff to the range surface. The result was a twisting of the top when breaking it free. It caused the cooktop (a $500+ part) to crack diagonally across the whole surface. Thus ended the quick do-it-yourself process, and out to buy a new range. Parts-select was very good about the return process of the un-used and un-opened burner element.

After watching the demonstration on YOU TUBE by two separate persons, , I felt I could accomplish this repair job by myself. After all, if a 9 months pregnant lady on YOU TUBE can do it in 15 minutes then so could I. However, my particular stove turned out to be a bit more involved, and different than those whose demonstrations I had viewed! .. First turn off your electrical power at the circuit breaker. There is no need to unplug the stove, just test by turning it on and observing if the display is lit or the burners come on. If it doesn't then you are good to start the repair with the power off. 1) Open the oven door, then bend over and check underneath. There are two screws one on each side at the front. Using an 8 mm socket wrench undo those screws and put them in a safe place where they wont roll away. 2) I would suggest using an old towel or an old sheet once you have the stove top lifted to cover your work surface, so if you drop any little parts that might roll away, you will be able to just pick them up without a problem. Next you will need something to prop the stove top open or someone to hold it for you. I used the box that my new element came in and that worked well. 3) Here's where my stove differed.. I had a metal retaining bar across the two front elements holding them up in place. .. I unscrewed the two small screws that held it in place at the edge of the stove. (I just did it on the side where I was replacing the element). This does not release your element just the bar so you can get access to the element. 4) Next, using your pliers you will see a couple of round washers that have teeth, these are holding a spring in place on a metal peg, this keeps the element from falling or moving out of position.. It was a bit difficult releasing the washers but I eventually did it, with my pliers, and then had to straighten the washers out for use afterwards 5) Once the washers are off, this frees the spring and allows the element to be removed. from the bar. 6)Next, I recommend taking a picture of the wiring, so you will know what goes to where. There are four wires on the old element, so I just followed the color coded placement and fasten them in the same place onto the new element. The wires are a bit stiff to remove, and if you are using pliers be careful as they are fragile and could break. 6) When I removed my GE replacement element from the packaging, it turned out to be a little different, and did not have the two metal pegs on it. In order to make it fit so I could do the repair. I unscrewed the two pegs from the old element, then counting around the outside holes on the new element to get them in the exact same place, I then attempted to screw them in.. This was the difficult part as they did not easily fit, and I had to ream out the holes to get the posts to screw into the new element. 6) Once that was done, the rest is easy just putting it back together the same way you took it apart. With the pegs screwed in place and the four wiring clips put on the new element, then it should not take long to complete. Next fit the spring over the metal peg first, then put the peg through the hole on the retaining bar. Make sure you get them lined up in the correct position. If you don't then they will be out of alignment with the Ring marking on the glass surface. Check this before you get it all put back together. The retaining bar has four holes in it, so you will see what I mean. The metal pegs on my element went into two opposing holes. Once that is done, the spring goes over the peg, then the peg goes into the retaining bar, and lastly, the small round washer fits the bottom of the peg to keep the spring held tight and the element in place on the metal retaining bar. You are almost done. Next simply put the retaining bar back up, make sure your element lines up on the top of your stove in the position it was before, then put the two small screws

turned oven off, pulled oven out from wall, removed back of oven, unscrewed sensor from oven replaced with new sensor, put back on, turned power to oven on, tried oven at 425, my temp. gage and the oven temp matched. a very easy fix.

The actual repair was relatively easy but access to the area in the oven made it a little difficult. Just unscrew 5 screws with a nut driver, unplug the old element, plug in the new element and reinstall the 5 screws. The only thing that made this repair difficult was being able to reach the connectors where you plug in the new element. They are loose wire connectors that don't reach very far out of the element receptacle. It was difficult to hold the end of the connector and plug in the new element because the oven door is in your way. Maybe it is easier if you take the oven door off first?

The whole process was very easy! I just got the model number and bought a new rack and silverware holder on,one. There was no assembly needed so I just popped them in and replaced the old ones! Very easy to do!

nothing to it.

I feel like Macho Mom. I called in the repair guy since I was afraid of dealing with the gas. HE repaired one item but could tell I was comfortable fixing things and pointed out that the gasket was brittle and would cause major problems if not replaced. Took longer to order the part than do the repair, don't know what I was afraid of!

Remove 2 nuts attaching element to oven. Pull element out 1" to 2" exposing electrical leads. Pull leads off old element. Replace with new. Toughest part is seeing the elements in a dark oven. Have a light handy.

First of all, the sensor had the proper ohm reading...at ambient temperatures. I suspected the sensor because it would jump in large degree increments over 200°F. From what I read online, the only other part that would cause this was a faulty circuit board. I opted to try the $20 part first vs. the $200 part. It worked. One screw on the back top of the inside is all that holds the sensor in. Pull the wires out and you will find a quick-disconnect. New part had the same connector (thank you). Thread the wires back through the hole and replace the screw. Works like a champion (verified with an independent thermometer. That is all she wrote. I only wish I purchased two, since they don't last that long... 4 years...or so. I just bought the house built in 2007 and empty for a year... and it took 45 minutes to cook a pizza, and even then the bottom dough was light. A house without an oven is like a hot dog without mustard!

Very easy, only small issue was the holes for the two self taping screws were a bit high, so I had to drill two new holes to complete repair... Still a very simple repair.

I opened oven and pushed oven rack inside.

replacement was easy. pulled away the stove from wall. unplug the stove. open oven door. remove the two hex head screws holdings stove top. raise the stove top in the front. supported stove top with a 16 inch piece of wood. place New Burner under old burner. remove old burner remove wires remove old burner and place it on top of new burner connected the wires from burner to new burner. install new burner. remove support lowered top down. plugged in stove tested. .burner. burner w.ork fine. reinstall hex head screws back top. pushback stove back into the wall. testes over again. all the stove work done.

Easily glide in.

just slipped it in

Identified part with Part Select, placed order. Opened the power breaker for the oven. Removed oven door (slides off) to improve access, removed burnt element (2 screw and 2 electrical blade terminals). Installed the new element and tested. Reattached oven door.