Southbend 1161998 Oven Hi-Limit Thermostat

SKU: 1161998 Brand:
Southbend
Availability:
In Stock
(0)
C$ 504.17 Price reduced from C$ 859.07
Save C$ 354.90
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Specifications:

Attribute Details
Essex Stemco Hi-Limit W/ Manual Reset
Temp 700 Fixed, Cap 36", Bulb 1/4" X 3 5/16" Nickel,
Southbend Oven Series Eb, Es, V, Vs.

Description

The Southbend 1161998 Hi-Limit Thermostat is used to monitor and control the highest temperatures in commercial ovens. It works by cutting off power to heating elements in case the oven overheats to unsafe operating temperatures to prevent overheating and possible damage. This is a high-limit thermostat that is usually fitted in professional ovens, ranges, etc. in the kitchen to make sure that they use. Being a vital safety element, it protects the appliance and helps maintain stable cooking functionality, and helps operate in a high-demand commercial foodservice.

More Information:

  • SMOKAROMA:351-254476 ,351-280033||SOUTHBEND:1161998 ,SOU1161998

Step1: Disconnect power to the oven and allow it to cool completely before servicing.

Step2: Remove the access panel to locate the existing hi-limit thermostat.

Step3: Label and disconnect the wires from the old thermostat terminals.

Step4: Unscrew and remove the faulty thermostat from its mounting position.

Step5: Install the new thermostat and secure it firmly with screws.

Step6: Reconnect wires to the matching terminals.

Step7: Replace the panel, restore power, and test operation.

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  • What maintenance is required for the Southbend 1161998 Hi-Limit Thermostat?

    Inspect thermostat connections regularly for looseness or heat damage. Clean terminals to maintain accurate conductivity. Periodically test manual reset operation to ensure proper safety cutoff operation during overheating conditions as required.

  • What are common issues with the Southbend 1161998 Hi-Limit Thermostat?

    • Thermostat fails to trip at correct temperature due to internal sensor drift.
    • Intermittent heating caused by faulty manual reset mechanism.
    • Loose wiring connections leading to inconsistent safety cutoff operation.
    • Premature shutdown triggered by calibration inconsistencies or heat exposure.