EER2000M01BB General Electric Range - Instructions

Turned power off, removed back cover, removed four screws for control board and replaced. The control board shorted out due to accidentally lifting the bottom heating coil while energized. This caused it to short out on the terminals in the back (did not trip breaker for some reason). Removing those connectors to clean them up a little is the only reason I needed the pliers. All the wires are color coded to put them back where they came from on new board. Because of other stories on this web site, I knew to order the $12 faceplate graphics so I didn't have to try to peel off the old one. Unfortunately, the graphic was damaged in shipping. However, I am getting a replacement free of charge, but I have to take it all apart again to stick it on. 1/4" nut driver is really all a person needs to do this job. Pliers could help pull wires off terminals if they are really tight, and the back panel might be secured with one phillips head screw also. Mine wasn't, but it looked like it should have been so it is now. I also put a little electrical tape on the inside of the rear panel behind those connectors for the bottom heating coil, so if it is ever lifted up again, it won't short out and fry the control board again.

With circuit breaker off, I opened the oven door and removed the two mounting hex-head screws that held the cooking element at the rear of the oven. I pulled the oven away from the wall and unplugged the unit's 220 volt power cord from the wall. I removed the rear cover panel by removing five hex-head screws that held the panel in place. I sought out the wires that connected to the oven element and pulled the tabs from the failed element. I moved to the front of the stove to remove the old element. As the contact ends of the element are curved up, I needed to lift the front of the old element up to an approximate angle of 45 degrees before I was able to remove it from the oven. I then placed the new element into the mounting holes, again with the front of the element raised at an angle. Its insertion was easily performed. I replaced the main element mounting screws at the rear of the oven. I went to the rear of stove again and reconnected the power tabs to the element contacts. I repositioned the rear cover panel and replaced the five hex-head screws to secure it into place. The main power was reconnected to the power outlet and carefully slid the stove back into position. Circuit power was reset and the oven tested successfully.

Pull the old one put in the new one ... took about 20 minutes

Removed back panel screws, removed back panel, removed screws of the control board, remove control board, heated glue and tore off plastic face plate, placed face plate on new control board, installed new control board, moved wires from old control board to new control board, test out oven, reinstalled back panel

My oven bake element melted one day. I had my husband replace it and for a short while it worked. Then it quit but then our broil element would not shut off. My husband said that it might be the heat sensor. We checked here in town and that element cost over $80. Since we have order from Parts Select before we decide to do so again. When we received the heat sensor my husband replaced it taking out the original heat sensor. This did not work as the broil element still would not turn off. I call the repair man and I found out that the initial melt down of the bake element also effected the main circut board that had to e replaced.

Scary when stove burner comes on by itself, was turning breaker off for safety! GE website not helpful at all. PartSelect website enabled diagnosis of problem and then provided easy source for replacement switch. PartSelect has schematics: all I had to do is unscrew the back of control panel, unscrew offending infinite switch, hook up replacement switch same way, put panel back and done. GE service call starts at $80 and then who knows what kinda $$$? Did repair myself: cost just $38. Yay!

First turned off power at breaker box. Pulled stove out to remove the half dozen hex screws on the back panel.(some nuts were stripped)Removed old oven sensor inside oven held by one hex screw and replaced it with the new part. Oven works great now! Repair job was done by husband Mike.

Removed the broken socket, and replaced with new one.

Removed control knob. Removed back panel (3) screws with a nut driver. Removed two screws holding the burner switch. Followed the wiring exactly the way it was on the bad burner switch. Don’t forget to take a picture of the wiring before you start in case you get lost. Took about five minutes to change the switch. My wife is very happy with her operational front burner.

Pulled the range away from the wall. Took two screws off of top cover with 1/8th socket wrench. Took small Philips head screw off the top, just leaned the cover away from the top. It still held in slots at its bottom so no need to drop it away from the range. Removed the dial from the front exposing two small Philips head screws. Removed screws, and pulled the comptroller away from the rear of the range. Held the new one in the same position as the old one and removed one connection at a time, and replaced them into the new part. Did everything in reverse to put it all back together. Believe me, easy as could be and you just saved $200 repair man cost. Part matched old part exactly.

Tried GE onoine parts department first and ordered the wrong part, then tried the customer hotline and they referred me to the right part but didn't explain that the design had been modified (the drawings had not been updated). I found an explanation on Part Select AND the parts were cheaper. Part Select sent the part, the necessary screw, and an appropriate instruction manual. Each support took less than a minute to screw in with a socket wrench.

Disconnect power, then remove racks from oven, locate heat sensor by the broiler element. Use ratchet with extension and correct socket to remove the bolt directly under the heat sensor, pull the sensor out till you see the plug, disconnect the plug and then connect new sensor to it push wire back thru and then rebolt the new sensor on, thats it...

Some of the original TO-9 switches were fused by the heat. I made them functional again with a cutter on a rotary tool, but to make the repair properly, I ordered the new control unit and the faceplate graphics. Note the guide tabs at the bottom and right edges when replacing the graphics. Don't plan on reusing your old graphics (unless you are a wizard at removing the very strong adhesive).
To gain access to the part, remove the 2 screws (part 715) in the bottom of the control assembly with a stubby screwdriver. Using a nut driver, remove the two screws (part 1000) on the back at the corners, being careful not to drop them behind the oven. Pull out at the bottom, then move the whole unit toward you. Note the position of the wires. A digital photo can help here. Remove the wiring and 4 screws holding the clear plastic TO-9. Put the screws in the new unit in the same holes and rewire. Put the assembly in place top-first and align the screw holes. Finding the same thread placement for the lower screws can be tricky, so start them gently.

I changed out the sensor and still same problem. Change out Thermosat and still same problem.
I call the help number and emailed the help but I got nothing but have to many calls because of the virus situation.
Still need help.
I’m an electrician and I don’t want to call a service technician and pay that big bill.
Can anyone there help me out, if so please call.
Ike Stanton
678-525-6644

First I shut off power to the unit. Then I removed the oven shelves. Next, I removed the two screws that hold the element in place using a socket ratchet. Then I carefully pulled the element out a few inches. I had some clothes pins with me because I read how some people had problems with the wire leads slipping back into the unit insulation. When the terminals and wire leads were exposed, I clamped the clothes pins on the wires between the leads and the oven wall so the wires could not be pulled back into the wall. Then I disconnected the wires from the old element. Next, I connected the new element to the wires, removed the clothes pins and gently nudge the element terminals back into the oven wall. Then I put the screws back to secure the element. Finally, I turn the power on and set the oven to 400 degrees. When I saw the element get red hot in a couple of minutes, I knew it was fixed. I've used it several times since then.