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Anets P8903-48 Heavy Duty Thermocouple 36" Long 20-30mV T4636

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Special Price $18.68 Regular Price $24.25
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SKU
P8903-48
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Fryer Parts, Fryer Thermocouples,
Manufacturer:
The Anets P8903-48 Heavy Duty Thermocouple 36" Long 20-30mV T4636 measures the temperature of the tip and generates a small electrical voltage, which the control system relies on to check the presence of flames and control the ignition safety. The voltage signal of the thermocouple is conducted by the 36" lead to the controller where the signal is interpreted as the sensing junction is heated by the pilot flame. It is mounted between the pilot/burner assembly and the control module of compatible Series gas equipment.

Dimensions

  • Length: 4.25 In
  • Width: 1 In
  • Height: 1 In
  • Weight: 0.1 lbs
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Product Notes

  • 1900 Series Heavy Duty Thermocouple 36" Long.20-30 Mv
  • Coaxial Thermocouple Threads = 11/32"-32
  • Anets Fryer 14Gs(U)
  • Garland Bake/Roast Deck Oven G2071, G2121, G2161, G2771
  • Market Forge
  • Steamer Where Applicable
  • Southbend Nodel?
  • Vulcan Hart Model?
  • Wolf Model F4-27
ANETS:
BLODGETT:
CROWN STEAM:
GARLAND:
PITCO:
U-LINE:
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FAQS
Customer Questions
What maintenance is required for the Anets P8903-48 Thermocouple?

Regularly inspect the thermocouple for soot buildup, corrosion, or loose connections that can affect voltage output. Keep the probe clean and properly positioned in the pilot flame for accurate sensing. Ensure wiring connections are tight and free from damage. Always turn off gas supply before servicing.

What are common issues with the Anets P8903-48 Thermocouple?

  • Weak or inconsistent millivolt output causing pilot outage.
  • Improper positioning in pilot flame leading to poor heat sensing.
  • Corrosion or carbon buildup affecting signal transmission.
  • Loose or damaged connection causing intermittent operation.

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Installation Steps

Step1: Shut off appliance power and gas supply; allow unit to cool completely for safety.

Step2: Remove old thermocouple from pilot assembly carefully using proper tools.

Step3: Position new thermocouple in pilot bracket ensuring correct flame alignment as specified by manufacturer.

Step4: Secure mounting nut and route lead away from heat sources to prevent damage.

Step5: Reconnect to control module and tighten connections ensure secure fit.

Step6: Restore power and test pilot flame and millivolt output verify stable reading.