Star Mfg K9-11160-19 Range Quartz Element End-to-End White W/ 4" Wire Lead 19.5" 104V 1200W

SKU: K9-11160-19 Brand:
Star Mfg
Availability:
In Stock
(0)
C$396.81 Price reduced from C$699.45
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Specifications:

Attribute Details
No Longer Red, Now Clear.
[ 104V 1200W ] [ 19.5" End To End] {4" Wire Lead }
Lang Broiler/Cheesmelter mm24, mm48

Description

The Star Mfg K9-11160-19 Range Quartz Element is a professional heating element that operates exceptionally well in the food service sector such as in cheese melters. It works at 104V and 1200W and is made of quartz elements for even and uniform heating that makes the food melt well on the surface of the cooker. It measures 19.5 inches in length and comes with a 4-inch wire lead, so it is easy to install and replace. The advantages include fast heat and cooling, energy conservation, and product durability and this makes it suitable for use in kitchens.

More Information:

  • STAR MFG:K9-11160-19

Step1: Disconnect power supply and ensure unit is completely cool before starting.

Step2: Remove old quartz element carefully from housing.

Step3: Inspect terminals and wiring for damage or corrosion.

Step4: Align new element into mounting bracket securely.

Step5: Connect wire leads securely and tighten connections firmly.

Step6: Secure mounting hardware firmly and check alignment.

Step7: Restore power and test operation safely for proper heating.

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  • What maintenance is required for the Star Mfg K9-11160-19 Quartz Element?

    Inspect range quartz element for discoloration, cracks, or uneven heating patterns during routine checks. Verify wire lead and electrical connections remain tight and free from wear. Disconnect power before maintenance and prevent moisture buildup to ensure consistent heating output.

  • What are common issues with the Star Mfg K9-11160-19 Quartz Element?

    • Element cracking from voltage stress.
    • Uneven heating along tube.
    • Loose wire lead connection.
    • Terminal wear causing power loss.
    • Overheating leading to ceramic discoloration.
    • Reduced efficiency during continuous use.