APW 2N-75803 Warmer Element 920W 120V

SKU: 2N-75803 1-2N-75803 Brand:
APW
Availability:
In Stock
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$40.12 Price reduced from $81.88
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Specifications:

  • [ 115V 920W 1Ph ] [ 32" ] [Terminals {Screw }
  • For 36" Unit, Model Fd36
  • Includes Screws 10-32 X 1/4" Ss, # 26-2345
  • American Permanent Ware Food Warmer Fd Series

Description

APW 2N-75803 Warmer Element 920W 120V is a heat source that produces radiant heat when a current is applied to the element. The warmer has a control system that adjusts the heat output to ensure that the set operating temperature is maintained. This component is fitted within the overhead warmer enclosure over the food holding space. It has a rating of 920 watts and 120 volts and can be used to provide continuous heating when it is in service. The component is attached to standard electrical terminals and is used in conjunction.

Dimensions:

  • Weight: 0.29 lbs
  • Length: 32.5 in
  • Height: 0.75 in
  • Width: 1.5 in

APW WYOTT:

75803

Step1: Turn off and unplug the warmer, ensuring it is cool to avoid burns.

Step2: Disconnect and remove the old element carefully from the mounting area.

Step3: Place the new warmer element into position and reconnect the wires properly.

Step4: Secure the element in place and check for stability and alignment.

Step5: Test the unit to confirm correct heating before regular use.

  • What maintenance is required for the Apw 2N-75803 Element?

    Check for visible cracks or surface damage on the element. Inspect electrical terminals for corrosion or looseness. Test continuity to ensure efficient and accurate heating, and clean the surrounding area to avoid debris affecting warmer performance.

  • What are common issues with the Apw 2N-75803 Element?

    • Cold spots or uneven heating across the element.
    • Loose or corroded connections causing intermittent performance.
    • Physical damage reducing thermal efficiency.
    • Element warping impacting contact with holders.
    • Overheating in specific areas due to uneven current flow.
    • Slow warming times affecting operational efficiency.
    • Sparking or electrical faults reducing accuracy and safety.

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