Southbend 1177996 Range Hi-Limit Safety Thermostat 10H11 19"L

SKU: 1177996 Brand:
Southbend
Availability:
In Stock
(0)
C$195.07
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Specifications:

Attribute Details
Hi-Limit, [ Disc Type - 10H11 ] [ Temp 270F ] [ Cap 19" ]
Southbend Steamer R-2, Rs4E

Description

The Southbend 1177996 Range High Limit Safety Thermostat is the essential equipment that are used to ensure that kitchen appliances do not overheat. It has an accuracy of 270°F (132°C) and 19-inch capillary length to measure and control temperature, and turn off the heat element if it gets too hot. This does not only improve safety factors for it eliminate the possibilities of fire or damage on certain equipment but also increases the life duration of appliances since thermal stress is eliminated. Useful in professional kitchens, it assures precise temperatures and has to be used for preserving the quality of meals and workplace order.

More Information:

  • SOUTHBEND:1177996 ,SOU1177996

Step1: Turn off electrical power and gas supply at breaker and valve; allow appliance to cool completely to avoid burns.

Step2: Remove front access panel and locate the hi-limit thermostat assembly on the range control area.

Step3: Label all wires carefully then disconnect terminals to prevent miswiring or damage.

Step4: Unscrew faulty thermostat, mount new thermostat securely, ensuring proper alignment with sensor probe.

Step5: Reconnect wiring, reinstall panel, restore power and gas, then test thermostat operation for safety cutoff.

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  • What maintenance is required for the Southbend 1177996 Hi-Limit Safety Thermostat?

    Inspect and test the range thermostat regularly for proper temperature cutoff and reset operation. Ensure electrical connections are tight and free from corrosion. Periodic cleaning and calibration prevents overheating and maintain safe, consistent operation.

  • What are common issues with the Southbend 1177996 Hi-Limit Safety Thermostat?

    • False tripping causing unexpected shutdowns.
    • Inaccurate temperature cutoff leading to unsafe operation.
    • Wiring faults or corrosion causing intermittent performance issues.
    • Sensor degradation resulting in delayed response.