Southbend Range 1194699 Temperature Probe 3-Position 91K

SKU: 1194699 Brand:
Southbend
Availability:
In Stock
(0)
C$ 184.54 Price reduced from C$ 303.80
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Specifications:

Attribute Details
(2) Wire Leads 37" Long With 1/4" Qd Terminals

Description

The Southbend Range 1194699 Temperature Probe 3-Position 91K is a sensing component that is used in commercial cooking parts to test internal components. It determines the better performance of the heat and sends the message to the control system to adjust the quantity of heating. It is fitted in the appliance at a certain sensing point and it works with thermostats and electronic controls. This probe is a vital part of the temperature control system, which assists in the proper heat control in cooking processes.

More Information:

  • SOUTHBEND:1194699 ,SOU1194699

Step1: Disconnect power and allow equipment to cool completely before servicing.

Step2: Locate the existing probe inside the heating cavity or control area.

Step3: Carefully disconnect wiring from the old probe without damaging terminals.

Step4: Remove mounting screws or clips securing the probe in place.

Step5: Position the new probe correctly and secure with original hardware.

Step6: Reconnect wiring firmly to matching terminals.

Step7: Restore power and test temperature readings for proper operation.

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  • What maintenance is required for the Southbend 1194699 Temperature Probe?

    Keep the probe clean by wiping it regularly to prevent residue buildup to prevent residue buildup that can affect readings. Inspect wiring and connections for damage or looseness. Proper maintenance ensures accurate temperature control and prevents unsafe cooking conditions in equipment.

  • What are common issues with the Southbend 1194699 Temperature Probe?

    • Inaccurate temperature readings due to sensor damage or contamination.
    • Loose or damaged wiring causing intermittent signal loss.
    • Probe failure from exposure to high heat or moisture ingress.
    • Calibration drift leading to inconsistent cooking performance.