91193600010 Kenmore Range - Instructions

The repair went very easy. The replacement part was designed differently than the original part. It installed on the rear of the drawer with a screw as the original snapped into the side. This was a bit confusing when researching and looking up the part online.

removed 2 screws that mounted element. disconnected 2 wires, reconnected wires remounted the element. Done in 5 minutes.

Charles from Sharon MA 1/14/09 has a pretty good description of what needs to be done. My model must be a little different than Charles, so I'll just tell you about the differences.

The locks that hold the hinges in place on the oven had to be flipped DOWN not UP. They are small rectangular metal brackets with a little open "notch" on the top where you can stick a small screwdriver to pry them down.

I found that I DID have to remove the six small screws (three on each hinge) that hold the hinges in place as they also went through both the inner and outer door panels.

Note that the glass assembly has a vented frame. Note that there are vents on the TOP of the frame but not the bottom - i.e. heat rises. Take care not to put the glass assembly in upside down.

1) pull out the stove
2) remove the 7 sheet metal screws holding the back panel on. (the panel that also covers where the cord splits and connects to the oven.
3) Find the small plastic connector located in the middle of the back of the range and unplug it.
4) open the front of the oven and remove the one screw holding in the oven temp sensor.
5) replace the sensor and make sure to "feed" the new cord through as best you can.
6) I had to dig through the insulation a little bit to find the new wiring harness
7) connect the wiring harness and put the back of the range back on

note: this was very simple to do if you think this might be the problem don't hesitate to handle this one yourself.

The known problem: a short occured between the surface element and the INF switch. After replacing the wire between the surface element and INF switch. The surface indicator light remained on - indicating a power surge/spike. Prior to removing the old INF switch I disconnected the wires from the old switch one at a time and plugged each into the new switch terminals. Then I removed the knob from the front of the control panel and the 2 screws holding the old INF switch in place. Removed the old switch and replaced it with the new switch. Reinstalling the 2 screws and the knob. Surface indicator light was no longer illuminated and surface element works fine.

Took old racks out, slid new ones in....exact match at a huge savings from what GE wanted per rack.
Found the company through a Google search, have it bookmarked and will be back if I need something from them.

Replaced temperature sensor in the oven first ($10 part, always start with least expensive possibility!), but that didn't solve the problem. 5-10 minute repair, not counting moving the range in and out of it's home between cabinets. Next replaced the control board ($90 part) which solved the overheating problem. 15 to 30 minute repair, don't be intimidated by all the wires. Remember to turn off power at the breaker (duh). Order the faceplate graphic ($37 part) because chances are the old one won't peel off cleanly (ours didn't, "I was really careful Honey!!) and the otherwise excellent PartSelect.com website doesn't suggest the part might be needed. Anyway, I saved a minimum of $80 plus Labor by doing it myself. I had the advantage of living about 100 miles from their warehouse and got NEXT DAY delivery from FedEx instead of 3-5 business days. Suggest you order before noon.

Replacing the sensor was a snap and not as involved as I feared. 1) open the oven door; 2) remove the one hex screw holding the old sensor to the back of the oven; 3) gently pull the sensor, pulling the wiring out to access the plastic wire connector (carefully guide the plastic wire connector through the opening); 4) loop a small piece of wire (stiff enough to form a hook) around the base of the wire connector to keep the wire from falling into the back wall of the oven; 5) unclip the connector and remove the bad sensor; 6) clip in the new sensor; 7) remove your catch wire; 8) thread the wiring back through the opening; 9)position the new sensor and secure with the hex screw; and 10) turn on the oven and prove to your wife you do know what you are doing!

First I had to remove the oven ceiling screws bracing the broiler element. Second I removed the screws holding the connectors at the back of the oven before I could disconnect the two wires ( which were awkward for me to get to because I am 5'2" but was able to reach without removing the oven door).

I reconnected the two connectors and screwed the brace into the back of the oven. Then replaced the screws into the ceiling of the oven to hold the unit in place.

I was very pleased to have been able to do this project on my own and the broiler is working fine.

First, I got my husband and let him know that the part was in (really easy), then I sat back and watched as he pulled the oven from the wall, unplugged it and lifted the stove top (so far, I haven't broken a sweat)! I then peeped up under the top as he removed a scew from the element and then several screws from the back panel, trace the wire to the needed element, and reconnect the new element (haven't broken a nail yet)! He then secured the element back on its mount, let down the top and plugged the oven back in, checked for accuracy...mission accomplished! This was the easiest repair I've ever done!

First dressed out with my hard hat, work gloves, dust mask then locked all the doors to prevent intruders from disturbing my concentration. During the installation took video for you tube broadcast and then invited friends and neighbors to witness the accomplishment! Made a sloppy soup to see how the drip pans worked. A+. Received quite a few back pats and atta boys. Most challenging aspect to this endeavor was unwrapping the packaging which was well done thank you. The whole experience left me refreshed and ready to take on the world! Thanks for asking!

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 am a 69 year old woman. I watched the Repair Clinic YouTube Video before I started. I then pulled stove away from wall and unplugged it. Took off oven door and removed the top oven rack. Loosened and removed the screw holding the temperature sensor located inside at the top center back wall of the oven. Pulled the sensor through the opening until the plastic plug came through. Unplugged and removed it and plugged in the new sensor. Fished it back through the opening. Replaced the bracket to the back wall of the oven and tightened the screw. Replaced the oven rack and stove door. Plugged it back in and moved it back into place. I turned on the oven and let is heat for over 30 minutes and the internal temperature was correct with the setting.

Originally the burner had a hole burnt through it, which resulted in a hole being burnt through the bottom of a pan. I replaced the burner and it would not heat up. I removed the top control panel, after securing power to the stove outlet, turned the power back on checked both sides of the swith with a meter (with the switch on) and had no power on one side. I went to two stores that did not have the switch in stock and ended up ordering from this site at about half the price! It arrived a couple of days later. I marked the wire colors on the old switch, took off the knob, removed two phillips head screws, pulled out the old switch and installed the new one and I was back in business. The hardest part was getting the sheet metal / heat gaurd positioned right upon re-assembly. To remove the panel there are two screws in the rear (nut driver) and a screw on either side of the front under each corner that require a torx driver to remove.

The draw pictorial was not very clear. I orderd the two rear supports for the over storage draw, not sure they were correct.
They were correct and the design had been upgraded to add strength to the support.
The draw is now operational..better then ever.