SCE30600WC Jenn-Air Range - Instructions

Remove burner knobs, Removed 7 screws from bottom of face plate. Removed screws from 2 alluminum or steel spacers I guess you could call them. I let the Op Panel hang carefully not to stress wires. I marked all wires of the Latch asm. Removed the four screws holding it in and carefully removed the wires. Replaced in opposite manner and self cleaning works. The oven tried to start the cycle but I noticed the latch never triggered. When the function first stopped working I was able to apply slight force to the door and the latch fired. So after replacing the door switch it still failed to work. So latch asm was the official fix. So I have had to replace the latch asm and the Op Panel for being dim. I don't think this model is very good. But Partselect.com is great easy to find parts and good prices. Very pleased with my experience.

I didn't. Don't know how to get to light bulb to change it for this specific model

Removed all terminals and block mounting screws. Repaired one burnt terminal and reassembled. Replacement part was an exact fit and reassembly whnet very well.

First I reviewed a video on YouTube by this site. Even though the range on the video was not the same as mind, it gave me an idea on what to do. I proceeded to pull the rang out from the wall and disconnected the power plug. Next I removed two screws from the back located on the left and used a flat blade screw driver to depress two brackets on the front to release the glass top panel. I unplugged the wiring harness and disconnected the grounding wire and took the glass panel off and laid it upside down on the kitchen table. I removed the old heating element first by unplugging the wiring and removing the brackets that held it in place. Installed the new one, plugged in all wirings, brackets, screws and replace the top back on the stove.

Removed 8 screws of retainer holding glass top to box.. Pulled 5 knobs and glass top and set aside. Popped 2 retaining clips holding burner , removed them and transferred to new burner (#12 and #48 position). Used wide blade screwdriver to facilitate removing terminals from old burner and attached terminals to new burner.Popped retaining clips into crossbeam, put glass top on and 8 screws back into retainer. Works great.

Ok this is a glasstop jenn air cce3531b, 5 burners, 11 years old. I am computer data entry employee and 56 years old. I have never done repairs myself in the past but decided to try. I ordered a new burner and indicator light as I wasnt sure which to replace. I found the main breaker and shut it off. I lifted the stovetop out of the counter opening by pushing it through the bottom and placed it on the counter with a towel under it, I had plenty of room to work so that was very easy. I used a nutdriver set to remove 12 screws and lifted off the top very carefully and placed it in the other room , since I had to repair unit thought I would also clean and replace the foam tape around the perimeter of the glasstop. Ok now I unscrewed 4 more screws with the nutdriver and replaced the indicator light, that took about 6 minutes so far. Then I turned the breaker back on and tested and it did not work. Turned breaker back off ,now I replaced the burner by lifting it out of the opening very easily, unscrewed with philips screwdriver 2 screws and the new burner was exactly the same as the existing one so I just slid the old connections off one at a time and replaced them as I went along onto the new burner, screwed it back into place and turned the breaker on and tested it and it worked. I now turned the breaker back off and took off the old foam tape from the glasstop and replaced with new, fit it back onto the base and screwed the 12 screws back in and placed it back into the counter opening and turned breaker back on and now all is fixed and I saved $100 dollars in labor fees. This took 35 minutes and was easy for me. Thanks you partselect

Opened the Cooktop. Hardest part was removing the cooktop.
The heating element was broken, very hard to see.

Remove 2 clips and install in new element. Great oppurtunity to clean the unit.

The repair was very easy. There were 3 screws under the front lip which had to be removed. This allowed the smooth glass top to be removed, tilt and pull forward. This exposed the burners and the unit I purchased was a direct replacemt for the burnt unit. All I had to do was remove the electrical clips from the old unit and put them on the new unit. There were 3 spring elements, each with 2 screws, which held the unit in place.

pull oven, remove back pannel and unplug and remove high limit switch. Repair was the reverse of removal.

Removed the approximatly 10 screws that hold on both the upper and lower pieces of sheet metal that cover the back of the oven. Removed the screw holding in the temp sensor. Unplugged and removed the old sensor. Plugged in and installed the new sensor (using one of the included adapter wires supplied with the sensor). Put the 2 pieces of sheet metal back on and plugged in the oven.

I rremoved two screws and pulled element out about 3 inches. I un hooked the two wires and tested with an ohnm meter to determine the condition of the element. Element was bad so I ordered a new one. Service and price were great. Easy fix. Thank you.
Don't forget to unplug first.

The video indicating •unscrew old sensor, •pull wiring, •unplug old sensor, and •plug in replacement was good until I pulled the old one and saw wire nuts behind the small square hole! After some research, I learned that the nuts COULD come through that small hole with use of needle nose pliers. One of the wire nuts had the edges pinched off (chipped) in the process. Then I learned about ceramic wire nuts, which I'd never previously encountered. Very important if you don't want to melt your nuts! I cut and stripped the end of a disconnect plug to the stove wiring and now I have a plug in place; which, hopefully, I'll never need to use.

This is a slide-in range, so I:
1. Turned off the circuit breaker for the range. The range is hard-wired, so can't just be unplugged. I determined the clock on the range went off.
2. Removed 4 screws holding the front control panel to the cooktop. Removed 2 screws from each side panel into the cooktop. Removed 4 screws from the rear panel holding the cooktop.
3. With my assistant (my wife) lifted the cooktop and tilted it so that I could access the underside.
4. Used an iPad to take photos from several angles of the wire connections from each burner control. Printed the one showing the connections on the dual burner control.
5. Removed the 4 screws holding the sheet metal support for the dual burner and one of the other burners. Released the spring steel retainers holding the dual burner. Removed the burner.
6. Used the iPad again to take photos of the connections to the dual burner, and printed it.
7. Removed all the wire connections to the burner. Checked continuity from the center (common) terminal to each of the other terminals. Determined that in fact the inside coil was open (burned out).
8. Removed the two screws holding the spring clip retainers on the old burner. Matched the old and new burners to determine where the spring clips should go. Drilled 2 small holes in the base of the new burner and screwed the clips from the old burner on the new one.
9. Now the tricky part: The new burner didn't have the exact same limiter and heat sensor probe as the old one. After several false starts, we were able to barely make out the terminal letter/number designations on the control and match them to the same letter/numbers on the new burner. It required a magnifier and a strong flashlight to read these engraved markings.
10. Made the connections on the burner. I used a pair of long-nosed pliers to carefully pull the connections off the spade terminals, and attch them on the new burner.
11. Mounted the burner to the sheet metal support using the spring clips previously installed.
12. Re-attached the 4 screws holding the burner support to the cooktop.
13. Carefully replaced the cooktop onto the range, paying special attention to not pinching any of the wires, and making sure all the wires, from all the burners were still connected.
14. Replaced all 12 screws holding the cooktop to the range.
15. Turned on the power, and checked all burners, including the new one, to see if they were opetating properly. YAY! They all worked!

It must be noted that we had to call a repairman to troubleshoot our installation the first time. We had reversed two of the wires to the new burner, because of the difference between the old and the new limiter connections. The engraved markings in the porcelain were very difficult to see. The instructions that came with the new burner never addressed this issue, and instead had very confusing (and worthless) instructions about replacing the limiter from the old burner to the new on. (This was not possible, anyway).

After the repairman left, we discovered the front burner that had been working, no longer was. With our newfound experience, we repeated the previous steps to take the range apart and discovered one of the wires had become disconnected from that burner. We re-connected it, re-attached the cooktop, and everything worked.

One telltale indicator that we had mixed up the connections on the burner, was the red "hot' warning light on the range top came on as soon as we restored power, even though no burners had been on. I should mention that the dual burner "worked" a couple of times even with the reversed connections, but then failed to work any more.

I had a service guy come in and he told me the repair would be $550.00. I asked for a part list and did it myself. You guys saved me hundreds of dollars.

unplugged oven. removed 2 screws that hold the sensor in place, then removed the dozen or so screws that hold on the rear panel, unplugged sensor and fed wire through insulation. identified and installed correct harness adapter then fed new wire and connecter through insulation and connected to adapter. installed sensor retaining screws.plugged oven back in and tested function.no dice. unplugged oven once again. removed oven control panel and upon inspection of printed circuit board discovered 3 solder joints had failed. dang. resoldered failed joints and also sweetened up a few others that looked suspect. reinstalled controller, replaced all retaining hardware, and plugged in the oven. tah-dah!! works like a charm now. moral of the story is check the pc board first and save $50 for unneeded pats!!! or buy the controller from parts direct for $260ish. btw a roll of solder and soldering iron from an auto parts store cost around $10, learned to solder on you-tube $0. amazing all the home appliances yo can fix if you're not afraid to take a few screws out and poke around a bit. CHEERS!