Frymaster FM8064764 Temperature Probe W/ 7" Leads & 1/4" M Encapsulated Terminals 7-7/8" X 1-5/8"

SKU: FM8064764 1-FM8064764 Brand:
Frymaster
Availability:
In Stock
(0)
$93.24 Price reduced from $197.56
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Specifications:

  • Temperature Probe,
  • 7-7/8" X 1-5/8" With 7" Leads, 1/4" M Incapsolated Terminals
  • Frymaster Fryer 8Bc, 8C, 8Sms, Gbc, Gc, Gsms

Description

The Frymaster FM8064764 Temperature Probe is equipped with 7” leads to help monitor and set the correct temperature. This probe has a 1/4” M encapsulated terminal and is designed to stand up to the rigors of the kitchen. It is designed to fit different fryers with a length of 7-7/8” and a width of 1-5/8”. Through the probe, temperature regulation is highly maintained, thus making frying to be efficient and the food to be of good quality. As it constantly gives readings, it avoids cases where food is overcooked or undercooked, thus saving energy and increasing product quality. Especially for foodservices, this probe is an essential instrument for ensuring the proper functioning of the fryer.

Dimensions:

  • Weight: 0.1 lbs
  • Length: 1.5 in
  • Height: 8 in
  • Width: 0.2 in

DEAN:

806-4764 8064764

FRYMASTER:

806-4764 8064764 FM806-4764

Step1: Turn off the appliance, unplug it, and allow it to cool completely.

Step2: Drain oil below probe level for safe access.

Step3: Locate and disconnect the old probe from wiring.

Step4: Unscrew and carefully remove the probe.

Step5: Install the new probe securely in place.

Step6: Reconnect wiring correctly.

Step7: Refill oil, restore power, and verify accurate temperature readings during operation.

  • What maintenance is required for the Frymaster FM8064764 Temperature Probe?

    Inspect the probe for residue buildup and clean gently. Ensure proper placement within the fryer. Check wiring connections for stability. Avoid bending or damaging the probe during cleaning or operation.

  • What are the common issues with the Frymaster FM8064764 Temperature Probe?

    • Inaccurate temperature readings.
    • Delayed response to temperature changes.
    • Probe coating buildup is affecting sensitivity.
    • Loose or damaged wiring.
    • Failure to communicate with control system.

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