Garland 2200600 Range SIT Type 18" Metric Thermocouple 9MM Thread

SKU: 2200600 1-2200600 Brand:
Garland
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Specifications:

  • Metric Thermocouple, 18" Sit Type
  • 9Mm Thread (M9-1.0)
  • Garland
  • Range Hot Top & Griddle Series: G24, Gd, Ms. Mst, Stw286.

Description

The Garland 2200600 Thermocouple 18 inches is intended to measure flame presence and temperature in commercial gas ranges. It also works to identify the pilot flame and pass on a voltage signal to the gas valve in order to operate the appliance safely. It is essential and placed close to the burner assembly to ensure that when the flame is not present the flow of gases is controlled to avoid unsafe situations. It is used in professional kitchens to achieve a standardized performance and an accurate operation of gas ranges, which aid in the safety of the cooking system.

Dimensions:

  • Weight: 0.05 lbs
  • Length: 5.5 in
  • Height: 0.6 in
  • Width: 3 in

GARLAND:

4523505 GL2200600 GL4523505

Step1: Turn off gas and electrical supply and ensure range is completely cool.

Step2: Remove front panel or burner access cover.

Step3: Disconnect old thermocouple from gas valve and mounting bracket.

Step4: Install new thermocouple and tighten connection securely.

Step5: Position probe tip correctly near pilot flame for accurate sensing.

Step6: Reassemble panel and restore all connections carefully.

Step7: Restore power and gas, test ignition, and verify safety shutdown operation.

  • What maintenance is required for the Garland 2200600 Thermocouple?

    Regularly inspect the thermocouple for grease buildup, corrosion, or loose connections that may affect flame sensing accuracy. Clean the probe gently with a soft cloth and ensure proper alignment near the pilot flame. Check for signs of heat damage or wear during routine service.

  • What are common issues with the Garland 2200600 Thermocouple?

    • Weak or no pilot signal due to worn sensor.
    • Corrosion on probe causing inaccurate temperature readings.
    • Loose or damaged thread connection causing instability.
    • Intermittent shutdown from poor flame detection response.

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