FES387CHSC Frigidaire Range - Instructions

The repair went relatively easy. I even cleaned all the layers of parts when they were removed from the glass panel. I have to thank the excellent customer service and super fast delivery. Overall a quite easy task and $$ saving as well!

Took screws loose, unplugged old one plugged in new one put screws back

1. Moved stove from against the wall. 2. Unplugged the power supply. 3. Removed the electrical pannel cover. 4. Disconnected the quick connect probe plug. 5. Opened the oven and removed the probe. 6. Installed the new probe. 7. Connected the quick connect plug. 8. Reattached the electrical panel cover. 9. Plugged in the electrical supply. 10. Moved the stove back into its original position. ****Note**** THIS IS THE SECOND TIME I REPLACED THE PROBE. THE FIRST REPLACEMENT LASTED ONLY 5 MONTHS!!!!

used two flat bladed screw drivers to get under edge of switch.. pried one side up and unit popped loose... removed electric connection (three prong recep) and plugged in new switch ..pushed into hole and was done... approximately 3 minutes..

Shut off power to the stove.
Pulled stove out of cabined
Removed two screws from each side that secure the top to the stove frame.
Remove 4 screws from each heating element support (2 supports total of 8 screws) securing the supports to the stove top.
Remove two screws from the bracket securing the wiring for the clock, timer, ect.
Remove the old top
Replaced the oven light switch before installing new top.
Replaced the 2 screws for the bracket securing the wiring for the clock, timer, etc.
Replaced the screws securing the brackets supporting the heating elements to the stove top.(Care must be taken to ensure heating elements remain in the correct postion. Each element has to small legs that go into holes in the supporting brackets. Each leg has a spring that causes the heating element to push up against the bottom of the stove top.)
Replace the 4 screws that secure the stove top to the stove frame.
Pushed stop back into cabinet.
Turned on the power to the stove.
Replaced the oven light protective globe.

Moved the stove away from the wall, unhooked the electric cord and the gas pipe. In the oven, undid the two screws holding the probe. Removed two screws and removed the electrical cover panel from the stove back, disconnected the quick connect to the probe and pulled the probe from the oven. Reversding the proceedures, put the new probe into the oven, hooked up the quick connect and replaced the electrical panel cover. From the front, reinstalled the probe with the two screws, reconnected the gas and the power cord and put the stove back into position. It works just fine now!

Square drive screws used throughout the oven since its manufactured in Canada. Shut power down to the range. Element fastener plate removed and 2 electrical terminals loosened. Used a pair of hemostats to hold on to the wires so as not to lose them to the interior back of the oven which was loaded with insulation. Connected the 2 wires to the new element, screwed the element fastening plate with element back to the back of the oven wall. Turned power back on and voila, I was back in business.

Figured out that light and door switch started the convection fan on when door is closed. Found the switch defective. Found exploded view online of switch in oven. Had to figure out that the range top needed to be removed to access the switch from inside the top part of oven. Unscrewed at least (6) screws to free up the range top. Squeezed the inside switch clips to allow switch to be pulled out from outside of oven. Disconnected electrical receptacle and plugged into new switch. Pushed in new switch til it snapped into place. Reinstalled range top.

This repair was easy, but I would not have even tried if I hadn't read the tips from other DIYers - thanks! The website questions and schematic along with some common sense testing isolated the problem with the oven only heating up to 250 degrees. Since the broiler (upper element) worked ok, that made it likely that the temperature sensor was not the problem. That made almost certain that the bake (cooking) element was the problem. So, I ordered the part, which was delivered quickly. Early on the morning of the scheduled delivery date, I turned off the oven power at the fuse box and pulled the oven away from the wall. There were only 4 screws to remove in order to take off the rear panel. The bake element was attached to two slide-on connectors, one of which looked charred and partially disconnected. I cleaned the charred connector, reattached it to the bake element, turned the power back on, and then turned the oven on. The charred connection glowed, so I immediately turned off the oven and the power. I disconnected the bad connector, cut it off from the wire, and stripped the wire to prepare for a new connector, which cost 30 cents at the hardware store. The bake element connection was cleaned, and then the new connector was attached. The power was turned back on, and then the oven was turned on, and it heated perfectly. After confirming several heatings over several hours, the rear panel was reattached, and the oven was pushed back to the wall. This expensive 40" dual fuel oven had been purchased new and used for 3 years by the prior owners of our home. The oven's computer brain died when the oven was 7 years old - the repair cost us $500 for professional labor, parts, and materials. I don't know if I could have done that repair, but I had no intention of shelling that much again, which is why I tried this bake element repair myself. The oven is now 11 years old, and the most likely part to fail is the original bake element. So, we may keep the new part as insurance with the hope of making a fast, easy, inexpensive repair when the original bake element eventually fails.