Southbend 1174562 Steamer Element

SKU: 1174562 Brand:
Southbend
Availability:
In Stock
(0)
C$ 294.84 Price reduced from C$ 485.36
Save C$ 190.52
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Specifications:

Attribute Details
Immersion Element, [ 240V 3000W 1Ph ]
[ 16" Inside Lenght ] [Terminals {10-32 Screw # 26-2345}
5/8"-18 Brass Hex Nut W/Seal Washer.1 1/2" Mt Ctrs.
No Thermowell.
Southbend Steamer R (1,2)

Description

The Southbend 1174562 Steamer Element is a crucial component with voltage of 240V and power of 3000W. The appliance has a length of 16 inches and is designed to replace worn out parts to assures efficiency in food preparation. This one boils water and makes consistent steam for probing vegetables and seafoods and generally adding taste and texture. Its construction makes it durable and energy efficient thus suitable for catering services. That way, it achieves maximum operating effectiveness when it comes to energy use and food preservation and quality control.

More Information:

  • SOUTHBEND:1174562

Step1: Disconnect electrical power and allow the unit to cool completely before servicing.

Step2: Drain water from the tank and remove the access panel to reach the heating element.

Step3: Disconnect wiring from the old element and remove mounting hardware carefully.

Step4: Install the new element securely with the proper gasket or seal to prevent leaks.

Step5: Reconnect wiring, restore power and water supply, then test for correct heating operation and leaks.

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  • What maintenance is required for the Southbend 1174562 Element?

    Inspect and descale the steamer element regularly to prevent mineral buildup that reduces heating efficiency. Ensure electrical connections remain tight and free from corrosion. Routine cleaning maintain consistent steam output and prevents overheating or uneven performance.

  • What are common issues with the Southbend 1174562 Element?

    • Mineral scale buildup on the steamer heating surface is causing reduced steam production.
    • Electrical connection faults leading to intermittent heating or no power.
    • Burnout or overheating of the element causes uneven steam output or failure.