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Microwave energy for heating food is generated by this magnetron, which converts electrical power from the high voltage circuit into cooking energy. A failed magnetron may leave the appliance running without heating, even while the turntable, display, and fan continue to operate. Replacing a faulty unit helps restore the energy needed to warm and cook food. Internal microwave components can retain a dangerous electrical charge after the appliance is unplugged, so disconnecting power alone does not make the internal circuitry safe to handle. This is an OEM part sourced directly from the manufacturer.
Microwave energy for heating food is generated by this magnetron, which converts electrical power from the high voltage circuit into cooking energy. A failed magnetron may leave the appliance running without heating, even while the turntable, display, and fan continue to operate. Replacing a faulty unit helps restore the energy needed to warm and cook food. Internal microwave components can retain a dangerous electrical charge after the appliance is unplugged, so disconnecting power alone does not make the internal circuitry safe to handle. This is an OEM part sourced directly from the manufacturer.
Installation Instructions
Joseph from WILTON, NH
Magnitron failed
Over the stove microwave installed in top cabinet row.
1. Unplug device.
2. Two people to remove from wall/cabinet (remove two, large, top mounting screws and rotate entire microwave down and off the wall mount). Should be some wood spacers between top of device and bottom of cabinet.
3. Remove screws from sheet metal cover ... Read more .
4. Remove one screw holding blowers in place and rotate out of the way, in order to gain access to 2 of 5 screws that hold the magnetron in place.
5. Unplug magnetron and remove the 5 screws.
6. Drop in new magnetron and re-assemble microwave in reverse order (steps 5-3).
7. Two people restore micro to wall/cabinet. Replace wood spacers, re-install two, large mounting screws (finger-tight). Test device. Secure the two large screws.
1. Unplug device.
2. Two people to remove from wall/cabinet (remove two, large, top mounting screws and rotate entire microwave down and off the wall mount). Should be some wood spacers between top of device and bottom of cabinet.
3. Remove screws from sheet metal cover ... Read more .
4. Remove one screw holding blowers in place and rotate out of the way, in order to gain access to 2 of 5 screws that hold the magnetron in place.
5. Unplug magnetron and remove the 5 screws.
6. Drop in new magnetron and re-assemble microwave in reverse order (steps 5-3).
7. Two people restore micro to wall/cabinet. Replace wood spacers, re-install two, large mounting screws (finger-tight). Test device. Secure the two large screws.
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Power for microwave heating depends on a high voltage circuit that includes this capacitor, the transformer, and the diode. The capacitor stores and releases electrical energy to help supply the magnetron that generates microwave energy. A failed capacitor may cause a loss of heating, loud humming, or a blown fuse when cooking begins. Replacing a faulty component helps restore normal circuit operation. This capacitor can retain a dangerous electrical charge after the microwave is unplugged, so disconnecting power alone does not make it safe to handle. This is an OEM part sourced directly from the manufacturer.
Power for microwave heating depends on a high voltage circuit that includes this capacitor, the transformer, and the diode. The capacitor stores and releases electrical energy to help supply the magnetron that generates microwave energy. A failed capacitor may cause a loss of heating, loud humming, or a blown fuse when cooking begins. Replacing a faulty component helps restore normal circuit operation. This capacitor can retain a dangerous electrical charge after the microwave is unplugged, so disconnecting power alone does not make it safe to handle. This is an OEM part sourced directly from the manufacturer.
Current flows in one direction through this microwave high voltage diode and cable assembly, which works with the capacitor and transformer to supply the magnetron. This electrical process supports the microwave energy used to heat food. A failed diode may cause a loss of heating or unusual humming while the appliance runs. Replacing a faulty assembly helps restore normal high voltage circuit operation. Internal microwave components can retain a dangerous electrical charge after unplugging, so disconnecting power alone does not make them safe to handle. This is an OEM part sourced directly from the manufacturer.
Current flows in one direction through this microwave high voltage diode and cable assembly, which works with the capacitor and transformer to supply the magnetron. This electrical process supports the microwave energy used to heat food. A failed diode may cause a loss of heating or unusual humming while the appliance runs. Replacing a faulty assembly helps restore normal high voltage circuit operation. Internal microwave components can retain a dangerous electrical charge after unplugging, so disconnecting power alone does not make them safe to handle. This is an OEM part sourced directly from the manufacturer.
This microwave high voltage diode and cable assembly allows current to flow in one direction, working with the transformer and capacitor to supply power to the magnetron. That power enables the magnetron to generate the microwave energy used for heating food. A failed diode may leave the appliance running without producing heat. Replacing a faulty assembly helps restore normal heating circuit operation. Internal microwave components can retain a dangerous electrical charge after unplugging, so disconnecting power alone does not make the circuitry safe to handle. This is an OEM part sourced directly from the manufacturer.
This microwave high voltage diode and cable assembly allows current to flow in one direction, working with the transformer and capacitor to supply power to the magnetron. That power enables the magnetron to generate the microwave energy used for heating food. A failed diode may leave the appliance running without producing heat. Replacing a faulty assembly helps restore normal heating circuit operation. Internal microwave components can retain a dangerous electrical charge after unplugging, so disconnecting power alone does not make the circuitry safe to handle. This is an OEM part sourced directly from the manufacturer.
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Installation Instructions
Deborah from FORT MYERS, FL
It was complicated taking this microwave apart to install the new part.
My husband and did this work together however the new part did not fix the problem. There something still wrong with the microwave that we could not determine. This made me sad as I love this microwave.
Installation Instructions
Darrell from HUFFMAN, TX
MICROWAVE OVEN JUST SHUT DOWN, NO POWER,
TOOK OUT ALL SCREWS FRONT OVER DOOR AND AROUND FRONT FRAME, LIFTED FRONT FACE OFF, FIRST CKD FUSE, BUT FUSE HAS A WHITE GLASS SO DIDNT KNOW IF IT WAS GOOD OR BAD, NEXT THING I SAW WAS THE HIGH VOLTAGE CAPACITOR, BUT CKD YOUR PRICES ON THE PARTS AND THEY WERE TWO OF THE CHEAPEST TO REPLACE, IT WAS REALLY GUESS WORK ON MY PART, SEE I USED T
... Read more
O WORK ON OVERHEARD CRANES IN A FACTORY, I LEARNED WHEN THEY OUIT WORKING IT WAS USALLY EITHER A FUSE OR A CAPACITOR, SO MY GUESS WORK WAS IN MY FAVOR, AND MY MICROWAVE CAME TO LIFE, I THANK YOU FOR THE NICE EMPLOYEES YOU HAVE WORKING AT PART SELECT FOR THEIR HELP AND GREAT SERVICE, DARRELL INGLE , HOUSTON TEXAS
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