Parker Hannifin 76728 Coaxial Thermocouple W/ 11/32"-32 Threads 48"

Special Price $92.28 Regular Price $168.03
In stock
SKU
76728
The Parker Hannifin 76728 Coaxial Thermocouple is used in industrial applications for measuring temperatures especially for steam or hot water. It has a width of 48 inches and uses 11/32”-32 thread size and is designed to work with different systems. It is a spare component for GP307 and GP407 models which are applied to steam solenoid valves and other similar devices. This thermocouple is accurate, enhancing the system reliability and efficiency. This makes it suitable for use in conditions such as in dishwashers, to ensure that the temperature sensitive equipment operates as required.

Dimensions

  • Length: 4.25 In
  • Width: 2.5 In
  • Height: 1.75 In
  • Weight: 0.3 lbs
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Product Notes

  • Parker Gp Repair Kit, ( Gp307, Gp407 ) 3/8", 1/2",
  • Consists Of Plunger/Spring Assembly, "O" Ring,
  • Diaphragm Cartridge, Mesh Strainer.
  • Teflon Diaphragm
  • Steam Solenoid Repair Kit For Parker Gp307 & Gp407 Valves.
  • Valve Gp407 # 58-1015, Steam Solenod Valve, 1/2" Fpt, 120V
  • Valve Gp407 # 58-1025, Hot Water/Steam, 1/2", 240V
  • Valve Gp307 # 58-1036, Hot Water/Steam, 3/8", 120/240V
  • Valve Gp407 # 58-1094, Hot Water/Steam, 1/2", 24V
  • Cleveland
  • Vulcan Dishwasher
CHAMPION:
PARKER HANNIFIN:
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Customer Questions
What maintenance is required for the Parker Hannifin 76728 Coaxial Thermocouple?

Regularly inspect the thermocouple for corrosion, frayed wires, or loose connections. Clean the probe gently to remove buildup and ensure accurate readings. Proper maintenance prevents measurement errors and ensures efficient, accurate temperature monitoring.

What are the common issues with the Parker Hannifin 76728 Coaxial Thermocouple?

  • Inaccurate temperature readings.
  • Wire insulation damage or fraying.
  • Loose or corroded connections.
  • Slow response to temperature changes.

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Installation Steps

Step1: Ensure the appliance is powered off and cool before installation.

Step2: Verify the thermocouple type matches the system requirements.

Step3: Connect the thermocouple wires to the corresponding input terminals, observing correct polarity.

Step4: Route the coaxial cable carefully, avoiding sharp bends or contact with hot surfaces.

Step5: Secure the sensor at the measurement point using appropriate clamps or fittings.

Step6: Double-check connections and insulation for safety.

Step7: Power the system and confirm temperature readings are accurate.