JB390G3H1 General Electric Range - Instructions

First I removed the two screws that held the element in place. I pulled the element out about 2-3 inches and then removed the two screws that fastened to the ends of the element. Was careful to keep the same wires separate in order to fasten the new element back to the same two wires. When fastening the new element ends back to the wires, care must be taken to not bend the ends of the element when tightening the small screws to the ends. Everything went real good and am most pleased with the very fast service portrayed by Parts Select. They are a class act company and rate very high in customer satisfaction!

1. Removed the back panel.
2. Disconnected the wires from the old switch while connecting wires to the new switch one at a time.
3. Installed the new switch and broke off the excess metal on the post which fits into the burner knob on front of the range.
4. Replaced the burner knob and replaced the back panel.

Successful repair to Our GE range, manufactured prior to 1965 (when installed in house). Pulled range from wall, unplugged, removed burned-out broiler element. Previous check with GE to make cross reference of range part number to Part-select part number for this nearly 50-year-old range. Obtained new part and installed. Works. Range has self-cleaning oven, accidentally destroyed thermal switch attached to element mounting bracket, difficulty with frozen mounting nut. Self-cleaning still works; thermal switch locks out a solenoid which defeats door latch; prevents premature opening of oven door when oven too hot to open safely. Internet search did not find GE part but there are generic devices of the same type available; will consider installation later.

Easiest repair I ever did. Killed the circuit breaker, then removed the oven door, loosened the 2 hex nuts with a nut driver, pulled the old element out a few inches, loosened the nuts holding the wire to the element. I then put the new element in place, connected the wires to the element, pushed it back in to the insulation, and then replaced the nuts on the cover piece. Put the circuit breaker back on, and done!

I have a 22 year old GE double oven with a range top that I can't live without. I do alot of cooking, baking, and my share of entertaining. To replace this oven I would have to sacrifice having 2 ovens...or remodel my kitchen and reposition their location. So when something goes wrong with this oven I cringe. It needs to keep ticking for another 10 years. A friend recommended PartSelect. looked on line and found the part resembling mine. I called just to confirm the part was correct, and found out it was not. I looked up the part number the said was correct but the shape was wrong. I order it anyhow and when it arrived it was what I needed. The picture on the website was inconsistant with the part number. So I'm really glad I called and spoke to a rep. The part arrived in 4 days and the next day I installed it, needing only one tool. Doing it myself saved me a few hundred dollars and my oven works great again. And their price was lower than a local parts dealer. I added PartSelect to my favorite list for future needs! Thanks!

I studied the drawings on the instruction sheet off and on for about 3 hours. I'm 76 and my memory and ability to identify the relevant parts of the old and replacement clock as depicted on the drawings aren't what they were a few decades ago. I took my time studying this until I was confident that I knew which wires needed to go on which terminals on the new clock module. It took me a while to figure out which side (left or right) of the drawing for the old and new clocks were at the end of the module and which side was adjacent to the rest of the module. Careful study of the drawings and examinations of the modules cleared this up. It also took me some time to figure out if the top or bottom of the drawings as depicted on the paper matched up with the top and bottom of the modules when viewed from the front of the oven. After this became clear removal of the wires from the old module (I labeled all of them with masking tape, for example, as L1, L2, common or neutral, Output 1 and Output 2) and placement on the new module was quite straight forward. I then covered all bare wires with the rubber insulators or electricians tape. However, the clock didn't light up when the panel was reassembled and the power was turned back on. I hired a local appliance technician to examine my work. He found 2 wires touching that weren't supposed to be touching where they plugged into the module. After separating them and turning on the power the clock has worked perfectly. The metal bracket on my oven worked with the new clock module. I didn't have to use any of the new brackets that came with the new clock. A few other manageable problems: I needed a torx screwdriver I didn't have to remove 3 screws holding the panel holding the oven dials and clock module on to the oven. A neighbor provided the needed screwdriver. I cut my index finger when removing the black knob attached to the lever used to lock the oven during cleaning. A band aid stopped the bleeding and allowed work to continue. The spring fitting over the end of the lever that wedges the black handle in place cut my finger. I'll use a pliers or protect my fingers with a towel the next time when removing this knob. I had a few hiccups doing this task but am thoroughly pleased with the end result.

Unplugged the appliance for safety. Removed two 1/4" screws that held the assembly in place. Carefully removed the wire guard that retains the glass shield. Unscrewed old light bulb and replaced with new part. Reversed the steps after cleaning glass cover.

I had to call for a appointment for repair with GE Appliance because I thought then it . .was something electrical. The technician came out & checked everything out, turned out it was not electrical, The technician went out to his truck got a light bulb from his truck, put it in & it worked. It cost me $121.00 for trip charge from GE appliance for a light bulb that worked, your light bulbs were defective twice. Very disappointed with your products, cost me alot of money for a good light bulb thru GE appliance

First turned off the circuit breaker. The two screws holding the element in place were removed. Next the element was pulled out about 3 inches. Wires were disconnected. Old element was removed. Wires were then attached to the new replacement element. The element was then re-attached to back of oven, using the two screws. Circuit breaker turned to on. About 5 minutes. Took longer to change the flashlight batteries!

First I removed the two screws in the back. then I removed the two screws attached to the brace at the top. pulled the old element out. Removed the screws that attatced the wires to the element. Attached the wires to the new element. Pushed the wires back in. Pushed the element in and attached the screws. Reattached the support. Turned on the broiler. The element smoked for a few seconds before getting red hot. It is working fine.

Pull the stove out from the wall and unplug. Had to remove back of stove, the aluminum sheilding and the duct work to get at wires use nut driver. Then used nut driver to remove nuts from broiler unit inside stove. Take the front overn dover off first. The new part did not match up with the wires so I used a needle nose to spread the wire clips just a tad so they would fit over the tabs of the broiler unit. Do all of this behind the stove as you do not have eough wire to do this effectively from the oven side. After I had the tabs fitted to the broiler unit. I removed them and fed wires back through the stove. I then went back to the front of the stove and put the broiler back in and put support bar back in to ceiling of stove and the two nuts back on to affix broiler to back of oven. Put the aluminum baccking and duct work back onto the back of the stove and plugged it back in. Pretty easy job.

Moved stove from wall, unplug the stove from the wall outlet, remove the oven racks, unscrew the plate against the oven wall supporting the element with a small adjustable wrench, pull out the element slowly without tearing the insulation & stretching the two wires, unscrew with a phillips screwdriver each wire with care, as a precautionary measurement: do not make contact with the other wire and any other part of the stove, even though it was still unpluged. Install the new element in reverse procedure...turn on Bake Element on low temperature..when it glows when hot..ready to go.

Turned off power at panellboard. Disconnected mounting hardware from inside oven chamber. Pulled failed heating element with wires attached into the oven chamber. Disconnected wiring and reconnected them to the new heating element. Tightened screws while holding connectors with pliers. Applied electrical tape to connections. Pushed wires back into opening and secured heating element back into place. Restored power nad verifed proper operation. The other heater purchased will be used when the bake element finally fails,

(1) Turned off power source.
(2) Removed rust on screw heads before attempting to loosening them up.
(3) Pulled the element out to expose the connections.
(4) Disconnected with phillips screw driver, taped off wires to prevent mixed-up during re-installation.
(5) Re-installed new element using new screws provided.

First thing to do is to KILL THE POWER. The last thing you want is for two leads feeding power to a range coil burner "hot" when you are working on them. After power is off, I removed the coils and set them aside. The terminals had "fried" apparently from to much cooking with hot oils and having the "over splash" working its way down to where the coils plug into the terminals and over time the oil getting in the terminals causes shorting / frying of the leads / contacts.

Anyway, after removing the heat coils I removed the drip pans and cleaned up the area underneath before working on terminals. I like a clean area when I work. I then unscrewed the "brackets" that house the terminals with a Phillips screwdriver and pulled out the assembly.

To completely remove the assembly I cut with a straight razor the existing heat shrink around the wire nuts (These two had been replaced once before. On first go around, I just cut the terminal assembly off and stripped the wire to attach the new terminals). Then I removed the wire nuts and the old assembly. After that I trimmed the wire to the correct length on the new terminal assembly and checked that the wire from the stove was in good shape. Upon confirming I had a good lead, I connected the new terminal leads to the stove leads and put the heat shrink over the connections. I used a lighter to "shrink" the heat shrink to the new connection (not having a proper heat shrink gun, which most of us don't have, the lighter works well as long as you are careful and do not let the lighter heat up to much. Let the lighter cool (esp. if a plastic disposable type or it will melt and ruin the lighter or burn your fingers).

After that I cleaned the area where the terminal block bracket connects to the stove (it gets a bit gunked up over time) before screwing in the new bracket / assembly in place with my screwdriver.

I gave the drip pans a good cleaning, adjusted the new terminal brackets so they were even / centered, cleaned once more the area under the drip pan and replaced the drip pans. The types of pans I have are one piece with a hole for the heat coil leads to go through.

Before placing the coils back in the terminals I took a strip of medium grade, 220 grit, sand paper (you could use steal wool or small wire brush) and cleaned the terminal leads (the steal end that plugs into the terminal only, careful not to damage the burner). This was needed as the leads had accumulated some residue from the same dynamics that caused the burning / melting of the terminal leads and terminal block. Once the leads were clean I fitted them into the place in the new terminal blocks and drip pan grooves.

Finally I turned back on the breaker to the stove and cranked on the burners to test out the connection and that everything was working A-OK.

Job done:-)