Star Mfg SHM-197901 Quartz Element 16-1/4" Ceramic End to End 208V

SKU: SHM-197901 1-SHM-197901 Brand:
Star Mfg
Availability:
In Stock
(0)
$80.55 Price reduced from $124.11
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Specifications:

  • Quartz Element 104V, 60Hz, ---W,
  • 16-1/4" Ceramic End To End,
  • 1 Ph, 16" Wire Leads
  • 910W @ 69.33V
  • Holman/Star Toaster Dt14 (4800W) Uses 12 Elements.
  • 104V Used On 208V Equipment

Description

The Star Mfg SHM-197901 Ceramic End to End Quartz Element 16-1/4" 208V is an electrical energy converter that produces radiant heat to food items as they pass through the conveyor system, which releases steady heat throughout its entire length to facilitate even toasting throughout the process. This is fitted into the compartment, and it runs end to end along the conveyor line. The insulation assists in isolating electrical parts, and it also permits heat to circulate effectively during the entire process.

Dimensions:

  • Weight: 0.2 lbs
  • Length: 24 in
  • Height: 1 in
  • Width: 1 in

This Part Fits the Following Models

1 model

STAR MFG:

197901 7901 HM-197901

Step1: Turn off and unplug the appliance before starting.

Step2: Remove the access panel to reach the existing quartz element.

Step3: Carefully disconnect any wiring or clips from the old quartz element.

Step4: Slide out the old element from its mounting position.

Step5: Insert the new quartz element, ensuring correct alignment and fit.

Step6: Reconnect wiring and secure the element in place.

Step7: Replace the access panel, plug in, and test to ensure proper heating.

  • What maintenance is required for the Star Mfg SHM-197901 Quartz Element?

    Clean gently to remove grease and carbon deposits. Inspect mounting brackets and electrical connections for tightness and wear. Ensure the element is correctly seated. Proper maintenance provides consistent cooking temperatures, prevents electrical hazards, and maintains even heat distribution.

  • What are common issues with the Star Mfg SHM-197901 Quartz Element?

    • Uneven or insufficient heating along the element.
    • Cracks or fractures from thermal shock.
    • Loose or worn electrical terminals are causing intermittent performance.
    • Overheating in certain spots reducing performance.
    • Discoloration or buildup affecting heat transfer efficiency.

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