Carter Hoffmann 18612-0368 Heating Element 1500W 120V

SKU: 18612-0368 Brand:
Carter Hoffmann
Availability:
In Stock
(0)
$362.95
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Specifications:

Attribute Details
Element, 120V 1500W 1Ph Heating Element, Size 9-1/2" X
6-1/2" Mt Plate 1-1/2" X 3-1/4"
Carter Hoffman Fh80, Ncw105

Description

The Carter Hoffmann 18612-0368 Heating Element is a system used to convert electrical energy into heat to provide 1500 watts of heat at 120 volts to heat the surrounding conditions. It operates by heating a metal coil that heats when current is run through it and it is efficient in transferring the heat to the unit. It can be easily integrated into the appropriate compartment of compatible warming equipment. This heating component is fitted safely into the appliance so that it can communicate with other internal parts without posing any damage to the internal operations and performance of the appliance.

More Information:

  • CARTER HOFFMAN:18612-0368

Step1: Disconnect power and allow the unit to cool completely.

Step2: Remove the access panel to expose the existing warmer element inside the unit.

Step3: Carefully disconnect wiring terminals and remove mounting hardware from the old element.

Step4: Position the new element in the same orientation and securely reconnect all electrical terminals.

Step5: Reassemble the unit, restore power, and test for proper heating performance while monitoring for safe operation.

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  • What maintenance is required for the Carter Hoffmann 18612-0368 Element?

    Keep the warmer element clean and free of debris to ensure efficient heat transfer. Inspect electrical connections for wear or loosening with power disconnected. Ensure unit is dry and securely mounted to prevent overheating or electrical faults.

  • What are common issues with the Carter Hoffmann 18612-0368 Element?

    • Uneven warmer heating or hot spots.
    • Open or shorted heating element.
    • Electrical connection corrosion or loosening terminals.
    • Intermittent heating or power loss.
    • Reduced wattage output or failure to reach temperature levels.