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ClimateMaster 68266314 Thermal Expansion Valve (TXV)

Special Price $155.00 Regular Price $178.26
In stock
SKU
68266314
The ClimateMaster 68266314 Thermal expansion valve is an essential part of HVAC systems. This valve overrides the refrigerant flow in the evaporator core to a very dedicated level. It works with the same principle as that of the pressure sensor that detects the temperature and pressure of the refrigerant as it exits the evaporator, to control the amount that is admitted into the superheated chamber. This makes it possible to cool or heat with efficiency by optimizing the evaporator’s ability. Benefits are increased system efficiency, accurate temperature control, better dehumidification, and therefore increased comfort levels and reduced energy usage.
Manufacturer:
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Specifications

  • Type: Thermal Expansion Valve
    Manufacturer Name: ClimateMaster
    Product Number: 68266314
    OEM Part Number: 68266314
    Product Description: Txv Valve
    Weight:0.87lbs/394.63g

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    Customer Questions
    What maintenance is required for the ClimateMaster 68266314 Thermal Expansion Valve?

    Regularly inspect the TXV for leaks, corrosion, or debris in the inlet and outlet ports. Ensure the sensing bulb is securely attached and properly insulated. Proper maintenance helps regulate refrigerant flow efficiently and prevents system performance issues. Always turn off power before servicing.

    What are common issues with the ClimateMaster 68266314 Thermal Expansion Valve?

    • Valve sticking or failing to modulate refrigerant flow.
    • Leaks at connections or valve body.
    • Incorrect superheat readings.
    • Sensing bulb misalignment or damage.

    Installation Steps

    Step1: Turn off the HVAC system and disconnect power for safety.

    Step2: Recover any refrigerant from the system following proper procedures.

    Step3: Remove the old TXV and note the orientation and connections.

    Step4: Install the new TXV, reconnecting refrigerant lines securely.

    Step5: Ensure the valve is properly aligned and all fittings are tight.

    Step6: Evacuate, recharge, and test the system to confirm proper operation.