Cleveland FK104306 Steamer Element 208V 300W 9-3/4" X 1-3/4

SKU: FK104306 Brand: Availability:
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$135.96 Price reduced from $178.95
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Specifications:

Attribute Details
208V 300W 1Ph 9-3/4" X 1-3/4"
Supplied With Gasket And 2 Ea Nut Washer And Spring Washer
Gasket Only # 32-1319
Cleveland Steamer 21-Cet-8, 21-Cet-16, 10 Pan Units

Description

The Cleveland FK104306 Dryer Heating Element 300W 208-220V uses electrical energy to generate heat by heating the internal resistance coil. When current is flowing through the element it heats the air around it to facilitate drying or heat-based processing in the unit. This component is installed within the heating chamber or path of airflow of the dryer and it is connected to the electrical system and dispenses heat all over the inside during regular operating cycles.

More Information:

  • CLEVELAND:104059 ,104306 ,FK104306||GROEN:1043061

Step1: Disconnect power and verify the unit is fully de-energized before servicing.

Step2: Remove the rear or base access panel to reach the heating element assembly.

Step3: Label and disconnect all electrical leads from the old element carefully.

Step4: Unbolt and remove the failed element along with any gasket or mounting hardware.

Step5: Position the new element in the same orientation and secure tightly.

Step6: Reconnect wiring to original terminals and ensure all connections are firm and insulated.

Step7: Restore power and test for proper heating operation and safe performance.

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  • What maintenance is required for the Cleveland FK104306 Element?

    Regularly inspect the steamer element for scale buildup, corrosion, or damage. Clean it using approved descaling solutions to maintain efficiency. Ensure electrical connections are secure and dry. Always disconnect power before servicing to prevent electrical hazards.

  • What are common issues with the Cleveland FK104306 Element?

    • Steamer element not heating properly or inconsistent temperature output.
    • Mineral buildup causing reduced efficiency or overheating.
    • Electrical connection failures or short circuits.
    • Element burnout due to usage or voltage fluctuations.