JCB870SF2SS General Electric Range - Instructions

used prior reviews, was good, I was not sure how to remove fan blade. It just pulls off.
space is tight but every thing went ok.

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.

unscrew the terminal block,pulled the old wires out,installed the new wires installed the new block

First turn off the breaker, and test with my milti meter. Raise the top panel where the coils are and prop it open high enough to use a screwdriver to open the front panel.
Then unscrew the three screws on the inside of the top panel, then open the oven door and you will see 4 screws across the bottom of thefront control board panel and two more on each side of the sides of the panel facing straight up. Unscrew those 6 screws and then pull the front control panel forward and out. You might need something or someone to hold the panel, I just let the wires hold the weight, but not highly recommend. Then pull the switch knob off and behind it there are two little bitty screws that hold the switch in place. Unscrew them and pull the switch out of its place. I put the new switch close to the old one and just used the needle nose pliers to unplug one wire at a time and plug it in on the same place as the old one.
Then screw the itty bitty screws in the front that hold the switch in place and put tbe knob back on. Reposition the front panel back into place abs screw in the 9 screws removed for disassembly. Now would be a good time to clean under the burner panel if you haven’t done so yet ( it gets pretty nasty under there). Then put your burner top back down into place and turn your breaker back on. You can either test with your multi meter or like I did, just put the burner on high and watct the coils glow. Such a beautiful sight. Easy fix.

Performed repair using a video for reference.

took nut driver to remove the old and replaced with new. simple.

Pulled ice box away from wall. Took lower cardboard cover off. Shut water line off. Got my volt meter and checked the current going from the wall to the plug in at the inverter (input side), and I had the required 115 volts. Then I unplugged the connection going to the compressor (not the plug at the compressor which you cannot see until you unbolt the inverter) but the output connection side that goes to compressor. I checked the voltage and had about 13 volts not the required 115 volts. Therefore, I came to the conclusion that the inverter was bad. I ordered one from Partselect and they shipped it right away. I installed it and the ice box is back up to running order.

I carefully removed the burners, removed the bowls and replaced them with the new ones. Easy as pie!

Removed back wall cover over coil. Defrost all ice with a hair dryer. Cut white wires and replaced Temperature Sensor. It has been working for a week and no trouble at this time. If you have this system on your GE refrigerator do this before replacing the motherboard. I must admit I was thinking that was the trouble. Motherboard was replaced after 5 years old now 5 years later my thinking is this a 5 year problem. So try the Temperature Sensor.

1 opened door 2. pryed cover off from cieling 3.cut and stripped wires on 4. sodered wires from old wires to new sensor. 5 insulated conection.6 put cover back on. This did not fix the problem it was the control moduel.

Simply take off the back panel. Remove the old run capacitor which is attached to the compressor by a white part. It pulls right off. You will have to unplug two wires. I took a pic to ensure I plugged the wires back up the correct way. Then I attached the new capacitor to the white part and put on the sleeve that was included, plugged it back into the compressor and zip tied the excess part of the sleeve. Once done plug fridge back up (always unplug electric devices when doing maintenance) to check before replacing back panel. It may take a few minutes before it kicks on.

Slipped into place easily.

Pulled the range out and unplugged it. Removed the back panel. Removed one wire at a time and plugging it in on the new switch. unscrewed the existing switch from the front panel (Two screws). Screwed the new one in, replaced the panel, plugged in the range and tested it. The new switch was a perfect OEM replacement and worked perfectly.

I watched the video provided by PartSelect twice, then proceeded with the removal and installation. It took me 40 minutes from start to finish. Piece of Cake. Everything works fine now.

after replacing the door seal, I couldn't get the new seal to close and stay closed, so I replaced the closing arm and spring. The door will close now but not tightly and it's loosing cold air. So I made and patented a wooden block to put behind the freezer door handle and the refrigerator door handle to keep the doors closed. Available in black, white and natural tan. (just kidding about the patented part, but not the block)