JVM1850CD002 General Electric Microwave - Instructions

removed the bottom plate from microwave and replaced parts

unsrewed the bottom of the microwave(there was about five or six screws)located the motor unpluged it and unscrewed the two screws holding the motor once installed i reversed the proceedure and put everything back together...simple as 1,2,3...

I placed the glasstop on the sprocket

I took the part out of the box and handed it to my wife and said "here ya go hun, go put this under the glass turntable in the microwave. You'll know it's installed when you hear it click down" She yelled back, "easy as pie" - - - Humm.. I can't make a pie. Fortunately the old one was in one piece as the side just split so it slid off very easy. The new one just snapped in place.

I turned off the breaker/electric power to the microwave; opened the base of the microwave, detached the wire to the old drive motor, removed the
screws holding the drive motor in place; removed the old drive motor and installed
the new drive motor---beyond easy!!!

Thank you!

I removed the five screws that held the bottom plate in place. After removing the bottom plate, I unscrewed the one screw holding the drive motor, unplugged the motor, and then installed the new motor. Replaced the botton plate and then tested the new motor. Everything worked like new.

The part was less expensive than buying it from GE. I ordered the motor on a Monday morning and received it Wednesday afternoon. I was completely satisified with the price, part, and shipping time.

Thanks,

Removed six screws that allowed the "bottom" to swing down; then removed the two screws holding the motor - disconnected the two wires. Installed the motor and reversed this procedure to finish the project.

Let me keep this short and simple.

Disconnect the power to the microwave
Remove the (7) screws from the bottom panel
Disconnect the wires from the old Drive Motor
Remove the retaining screws of the drive motor
Then install the new drive motor in the reverse order

I read several customer reviews before starting the repair. Removed the old drive motor to make sure I was ordering the correct part. Removal consisted of removing the screws on the bottom plate, disconnecting the electrical plug from the motor, and removing the one screw that attached the motor to the housing. Installation of the new motor was the reverse.

I removed the microwave oven from the wall by unscrewing a trim plate or frame that surrounds the face of the oven. Pulled the oven out of the cabinet. Removed the glass cooking tray and rollers from the oven interior. Turned the oven on its side to expose the bottom. I unscrewed the small cover plate in the middle of the bottom which exposed the turn table motor. The motor was attached by two screws and a connector plug. In a couple minutes I removed the motor and replaced it with the new one and reassembled the oven. I put it back in the cabinet and it works like new again.

Took the bottom of microwave off unplugged motor replaced it with new one (two screws) plugged it in replaced bottom and ther you go saved $240.00 over the local appliance repair company. Thanks Mike,

Very easy repair I did not even have to take the microwave down. Just removed the 7 screws, the bottom swung down removed the 2 screws holding the motor, unplugged it put the new one in put the screws back and Done.

Removed the cover, 6 screws and then the motor, 2 screws. Unpluged the old motor and just reversed the process.

Last week I removed the glass cover that was held in by one screw and removed the burnt out light bulb. I ordered the bulb and left the glass cover off until the bulb arrived. I had to wait until this evening to put the glass cover back on and fasten the screw because I have a window right next to the oven and the sun streaming in made it too difficult for me to see how to put the glass back in and replace the screw.

Nice. Half dozen screws drops the bottom, 2 screws on the motor, pop in the new, reassemble and throw in the popcorn. (Was skeptical. Have replaced quite a few of these little motors in data centers. Common part in high-speed printers. Never saw one fail like this but your feedback convinced me otherwise.)