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Heatcraft Refrigeration 28911202 300 PSI Pressure Transducer

Special Price $189.05 Regular Price $217.40
In stock
SKU
28911202
The Heatcraft Refrigeration 28911202 Pressure Transducer 300 PSI is used on refrigeration elements that need the correct monitoring of the fluid pressure in HVAC systems. This element works by changing the degree of pressure present in the refrigerant line into electrical impulses, that the control board is capable of controlling and decoding. It is widely applied in commercial refrigeration systems and condensing units, as well as cooling assemblies where stable pressure regulation is a mandatory aspect of system operation. It assists in controlling the operating conditions, and ensures a balanced cooling performance through the provision of continuous pressure.
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Manufacturer Name: Heatcraft Refrigeration
Product Number: 28911202
OEM Part Number: 28911202
Product Description: 300 Psia Pressure Transducer
Weight:0.07lbs/31.75g

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Customer Questions
What maintenance is required for the Heatcraft Refrigeration 28911202 Pressure Transducer?

Regularly inspect the transducer for debris, corrosion, or loose electrical connections. Clean the sensing port carefully and verify calibration periodically. Ensure proper mounting and avoid exposure to excessive vibration. Routine maintenance ensures accurate pressure readings and accurate system operation.

What are common issues with the Heatcraft Refrigeration 28911202 Pressure Transducer?

  • Inaccurate or fluctuating pressure readings.
  • Electrical connection faults.
  • Physical damage to the sensor or port.
  • Signal output inconsistencies.
  • Calibration drift affecting system performance.

Installation Steps

Step 1: Turn off power to the refrigeration system for safety.

Step 2: Locate the port where the pressure transducer will be installed and relieve system pressure.

Step 3: Remove the old transducer if replacing, ensuring all connections are clean.

Step 4: Apply thread sealant if recommended and screw in the new transducer securely.

Step 5: Connect the electrical wiring according to the system’s schematic.

Step 6: Restore power and test the system to ensure accurate pressure readings.