Hobart 142170-1 Element 208V 10000W

SKU: 142170-1 1-142170-1 Brand:
Hobart
Availability:
Out of Stock
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$654.30 Price reduced from $1,025.54
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Specifications:

  • Oven Element, [ 208V 10000W 1-3Ph ]
  • [ 26-1/4" X 16-1/2" X 9"H ] [Terminals {Flag }
  • Hobart Oven Cn90A, Cn90B, Cn90C, Cn91, Cn91B, Cn92C, Cn95.
  • Vulcan Oven Eco4S.

Description

Hobart 142170-1 Element is a high power commercial cooking oven element with 10,500 watts at 208V. Dimensions are 26 1/4" x 16 1/2" x 9"H and engineered to fit several Hobart and Vulcan oven models such as CN90A, CN90B, CN90C, CN91, CN91B, CN92C, CN95, and Vulcan ECO4S. This heavy use durable element operates efficiently and consistently heats baking, roasting, and broiling. The Element’s build is robust for longevity, it’s compatible with a variety of commercial ovens, and it heats up quickly to high temperatures, so the food cooks evenly and quickly.

Dimensions:

  • Weight: 4.3 lbs
  • Length: 26 in
  • Height: 9 in
  • Width: 16 in

GENERAL ELECTRIC:

XNC11X124

HOBART:

00-342170-00001 342170-00001 342170-1 XNC11X124/342170-1

VULCAN HART:

00-342170-00001 342170-00001 342170-1

Step1: Disconnect power supply and verify zero voltage.

Step2: Remove access panel and label all wiring connections carefully before removal.

Step3: Unscrew and detach the old heating element from its mounting bracket.

Step4: Install new element, align properly, and secure mounting hardware firmly.

Step5: Reconnect wiring as labeled, ensuring tight and better electrical connections.

Step6: Refit panel, restore power supply, and test operation while monitoring overheating risk.

  • What maintenance is required for the Hobart 142170-1 Element?

    Keep the element clean from grease and residue to maintain proper heat transfer. Inspect for surface wear, oxidation, or cracks. Ensure secure electrical connections and avoid moisture exposure to maintain consistent and safe operation.

  • What are common issues with the Hobart 142170-1 Element?

    • Element burnout or complete heating failure.
    • Uneven heating across the surface.
    • Loose wiring causing intermittent operation.
    • Surface oxidation reducing efficiency.

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