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Carrier EA36UZ862 Thermostatic Expansion Valve (TXV)

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Special Price $118.97 Regular Price $136.81
In stock
SKU
EA36UZ862
Carrier EA36UZ862 Thermostatic Expansion Valve (TXV) R410A ODF Solder is a refrigerant control component that meters the flow of refrigerant into the evaporator coil of compatible equipment. It adjust refrigerant delivery according to changing load conditions supporting proper heat absorption within the refrigeration circuit in HVAC systems. The valve is soldered into the refrigerant line and operates between the liquid line and the evaporator alongside connected system components. Its operation is to maintain balanced refrigerant flow during cooling operation. Integrated this valve as part of the refrigeration circuit to regulate refrigerant movement.
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HVAC Controls & Electrical, Valves
Manufacturer:
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Specifications

  • Type: Thermostatic Expansion Valve
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    Product Questions (2)
    Customer Questions
    What maintenance is required for the Carrier EA36UZ862 Thermostatic Expansion Valve?

    Regularly inspect the valve for refrigerant leaks, proper bulb placement, and secure fittings. Keep the system clean to prevent debris from affecting performance. Ensure insulation on the sensing bulb is intact. Always shut off power and relieve system pressure before servicing.

    What are common issues with the Carrier EA36UZ862 Thermostatic Expansion Valve?

    • Restricted or improper refrigerant flow.
    • Valve sticking or failing to regulate superheat.
    • Loss of cooling efficiency.
    • Sensing bulb losing charge or position.
    • Refrigerant leaks at valve connections.

    Installation Steps

    Step 1: Turn off HVAC power and close service valves to ensure safety.

    Step 2: Carefully remove the old TXV, avoiding refrigerant leaks.

    Step 3: Install the new valve in the correct orientation and secure all connections.

    Step 4: Evacuate air from the line and recharge the system with the proper refrigerant.

    Step 5: Restore power and test the system to confirm proper cooling performance.