JCB870SF2SS General Electric Range - Instructions

1. Shut off power at breaker.
2. lift and prop up burner panel (top of stove)
3. removed three screws along top edge.
4. remove oven door (lifts off hinges easy)
5. remove 4 screws along upper oven opening
6. remove 2 screws up under front panel and pull out upper panel enough to access back of switches.
7. unplug wires (5) one at a time and plug onto new switch.
8. remove the two screws from front holding switch in place and remove old switch.
9. install the two screws attaching new switcj.
10 replace all screws in reverse order.
11. Re-install door.
12 close breaker
easy job any one with any mechanical no-how can do.

Removed tension spring, removed old lever, installed spring on lever, inserted lever in hole, re-attached spring to hook under front of refrigerator.

1. Turned power off.
2. Removed 2 screws holding plastid plate which connected electrical wire from mullion to door (requires Torq-tip screwdriver).
3. Unplugged wire plug behind the plate.
4. Lifted up old mullion from 2 slots holding it in place to remove it from door.
5. Inserted new mullion into slots on door.
6. Connected electrical wire to plug inside door.
7. Screwed 2 screws to reattached plastic plate to door.
8. Turned power back on.

tab on right top, flat insert on left. Pull up, toward you and to the right. It pops off. No tools needed.

After removing power from the range, I pulled the unit out for better access to the rear. I carefully pulled all four knobs off the front of the control panel. Next, using a short phillips screwdriver, I removed two screws from the front bottom of the control panel. On the rear of the control panel, there are four screws to loosen, now the whole panel is free to remove toward the front of the unit. The burner switches are held onto the panel with two screws that are located on the front under where the knob had been. The wires are all connected to the switch with crimp type connectors. These are on tight, but can be removed carefully with pliers. Before doing so, I took a picture on my phone to ensure I replaced the wires in the correct order. Everything goes back together in reverse order. This is a good time to clean behind and under the whole stove. The whole process took around 20 minutes.

The repair was very easy to do. Our oven was showing the F2 error code, which is associated with an over-temperature fault. Upon inspection, the oven was warm, but definitely not beyond the temperature threshold. I researched the issue and found this temperature sensor.
Swapping the sensor was extremely easy. You take off the back panel of the oven, unhook a single wiring harness, and undo some bolts inside the oven, which allows you to pull off the old sensor. Simply hook up the new sensor to the harness, pull everything back through, replace the fasteners, and you're good to go.

This temperature sensor is very easy to replace. There are two screws inside the oven in the top middle of the back of the oven. Take these off. on the back of the stove there is a metal plate with 5 screws I believe. Take these off with a nut driver. Then you will see a white connector coming from the spot where you took the other screws off. Take the white connector apart and pull out the temperature sensor from the inside of the oven. Then put the new one in.

I picked the least expensive and most likely issue with our oven that was not indicating a correct oven temperature. I am sure with a 15+ year appliance that the circuitry is on its way out but wanted to give this a try to avoid a new appliance purchase. Oven pre-heat setting takes much longer to finish with the age of the oven. However, after the new sensor the oven will maintain a more even temperature for the cycle.

Removal of the sensor from the inside of the oven is a bit awkward since it is located between the broiler elements at the back but a nut driver was the correct tool and worked fine. A bit stuck with the heating of the connection but pretty simple to replace. Must remove the back first to uncouple the connector. Simplest part of the repair.

At best a temporary fix for a an appliance this old.

Removed the oven door and shelves. Moved the oven out from wall, so that I could access the rear panel. Unplugged the oven. Removed the five (5) screws holding the rear panel in place and removed the panel. Disconnected the sensor at the connector. Removed the screw holding the sensor in place inside the oven and removed the sensor. Theaded the sensor wire through the rear of the oven wall. Installed the sensor and screw to hold it in place. Snapped the connector from the sensor to the mating connector at the rear of the oven. Installed the rear panel. Installed the five (5) screws to hold the panel. Plugged the oven back in and slide the oven back to the wall. Installed the oven shelves and the oven door.

took drawer out removed broken guide. It had 1 screw removed it put the new guide in place put screw back in. Put drawer back in stove, It works fine.

This electric stove has a lift up top which I lifted to get at the block and follow the wire back to the terminal at the back of the the stove. I removed the 5 small lag screws holding the back in place, removed the backing followed the wires back to where they connected in the Stove On/Off Control, disconnected the two wires from the control and then laid the new part in place rethreading and reconnecting the wires. I reinstalled the block and ran a test to ensure the burner operated correctly. After successful testing I disconnect the old block holder by removing the small lag screw, replace it with a new one that came with the replacement terminal block. I then inserted the block into the new holder carefully rolled up the excess wire and wrapped it in a couple of places with electrical tape and also secured it to the side of the stove, out of the way of operation with electrical tape, put the top down, plugged it back in and put it back in place. All told the repair took about 40 minutes. I was impressed with the speed of delivery, the quality of the product, the instructions for installation and the added bonus of getting a terminal block holder as part of the repair kit! Thank You for making me look like a genius!

-Pulled refrigerator out to access back.
-Removed compressed paperboard cover.
-Found compressor running by the feel.
-Removed metal cover to control board.
-Found ~5V coming from control board to inverter (variable frequency drive) board assembly attached to compressor.
-Found ~120 going to inverter board.
-Removed inverter board assembly from compressor.
-Found equal resistance (~7 ohms for mine) at all three contacts of inverter (DC) compressor.
-Ordered inverter assembly, plus one extra and control board for possible future use so not to loose all my food again; I might order a compressor so I have it before price goes up.
-Installed inverter when arrived.
-Used air compressor to blow out accumulated dust on condenser coil.
-Closed up and cleaned up (C^2).
-Fridge cooled and back to proper temperature the next day.

Followed instructions from an existing video on this site. This site is very helpful both with regard to diagnostics and then removal/installation of the failed part.

The repair did not go exactly the way it was described in the YouTube video, but basically it was similar. After unplugging the power cord, emptying the freezer, removing the shelves and the ice reservoir, I removed the ice maker assembly by unscrewing a Philips head screw and unplugging the power connector. The connector had little retaining tabs on each side that I pried open with a straight blade screwdriver. Then the ice maker lifted right out. Next I removed one screw holding the auger motor assembly, unplugged the power connector, and lifted out the assembly. This where things got difficult. After flailing around a bit, I removed the panel on the back wall of the freezer below the evaporator fan assembly, exposing the evaporator coil. I saw that the fan assembly was attached with two screws at the top and two screws at the bottom. The top screws were easily removed, but when I removed the bottom screws, which were situated in very tight quarters, I DROPPED BOTH SCREWS DOWN BEHIND THE EVAPORATOR COIL. Be prepared with a magnetic nutdriver so this doesn't happen to you. I could not retrieve the lost screws, but fortunately it appears that the top screws hold the assembly securely enough. The assembly was loose, but it was still attached by a power cord that I could not disconnect. I removed the tracks on the side walls for the ice bucket, and then I could maneuver the fan motor assembly just enough that I could reach over the top of it, grab and pull off the old fan blade, and slide the new fan blade onto the shaft. Reassembly was straightforward, replacing each part (except two lost screws) in reverse order to disassembly. After getting everything put back in and plugging in the power cord, I was amazed at how quiet it ran.

The old switch was hard to remove. Thinking that I may have to loosen the wires I used a socket wrench to remove a clamp. This was unnecessary. In the end the switch did come out using a large size screwdriver. The problem was that the expanding plastic tongue is not visible from the ouside so you have to try to feel your way around. If i had ordered the replacement before and not afterwards I would have seen this before hand.