Bakers Pride M1265X Oven Thermopile 72" W/ Armoured Cable

SKU: M1265X Brand:
Bakers Pride
Availability:
In Stock
(0)
C$ 326.67
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Specifications:

Attribute Details
72" Armored Thermopile, 2 Lead, 250-650 Mv
Bakers Pride Bake/Pizza Oven 101, 151, 201, 251, 301, 307,
3151, 351, 401, 4151, 451, D-125, Ds-805, Fc-516, Fc-616,
Fc-816, Gp-61, Gs-805

Description

The Bakers Pride M1265X Thermopile 72-inch Armoured Cable is a thermopile sensor that is designed to give an integrated cooking equipment a secure and accurate operation. It transduces the heat of the pilot flame into an electrical signal, which drives the gas valve and keeps the flow of fuel constant and correct ignition. It is installed in the burner assembly and it operates in conjunction with other parts to control temperature and avoid unsafe conditions. This thermopile is a vital component of the gas control system, that is commonly used in restaurants and other commercial kitchens.

More Information:

  • BAKERS PRIDE:2J-M1265A ,BKPM1265X ,M1265X

Step1: Turn off gas and electrical supply completely before starting installation to avoid accidents.

Step2: Remove old thermopile and clean mounting area of debris or residue thoroughly.

Step3: Position new thermopile in pilot assembly and secure firmly in place properly.

Step4: Connect armoured cable to control valve terminals as specified by manufacturer guidelines.

Step5: Restore supply and test ignition for proper flame sensing and stability safely.

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  • What maintenance is required for the Bakers Pride M1265X Thermopile?

    Regularly inspect the thermopile for soot, grease, or carbon buildup that can interfere with flame sensing and millivolt generation. Ensure the thermopile remains properly positioned within the pilot flame and check the armoured cable for damage or wear.

  • What are common issues with the Bakers Pride M1265X Thermopile?

    • Weak signal causing ignition failure.
    • Soot buildup is reducing efficiency.
    • Misalignment with the pilot flame.
    • Loose connections affecting performance.
    • Inconsistent heating response.