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Carrier EA36UZ168 Thermal Expansion Valve 1/2 x 7/8 " ODF 6 Ton

Special Price $239.51 Regular Price $265.85
In stock
SKU
EA36UZ168
The Carrier EA36UZ168 Thermostatic Expansion Valve is used in HVAC and equipment used in air conditioning and refrigeration. It is essential in controlling the circulation of the refrigerant as a result of change in temperature. The valve works on the principle of a bi-metallic coil which gets either elongated or shortened depending on the temperature. This expansion and contraction allows the fine tuning of a valve, to control the quantity of refrigerant gas that can enter into the Cob evaporator unit. Such level of control enhances the cooling characteristics and cooling effectiveness inside the system.
Manufacturer:
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Specifications

  • Weight:2.32lbs
  • Length: 4"
  • Width: 5.2"
  • Height: 2.7"
  • Composition: Bi-Metal
  • Capacity: 6 Ton
Manufacturer Name: Carrier
Product Number: EA36UZ168
OEM Part Number: EA36UZ168
Product Description: 1/2"X7/8"Odf 6Ton Txv Vavle
Weight:1.11lbs/503.49g

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Customer Questions
What maintenance is required for the Carrier EA36UZ168 Thermal Expansion Valve?

Regular maintenance involves checking for proper refrigerant flow, inspecting for leaks at connections, and ensuring the sensing bulb is securely attached. Keeping the system clean prevents debris from clogging the valve. Always follow safety procedures when handling components.

What are common issues with the Carrier EA36UZ168 Thermal Expansion Valve?

  • Improper refrigerant flow regulation causing cooling inefficiency.
  • Valve blockage due to debris or contaminants.
  • Sensing bulb losing charge or becoming loose.
  • Frost buildup from incorrect superheat control.
  • Internal valve sticking or failing to respond to temperature changes.

Installation Steps

Step 1: Shut down HVAC system, disconnect power, and recover refrigerant using proper recovery equipment.

Step 2: Remove existing valve and clean inlet/outlet tubing and surrounding coil connections thoroughly.

Step 3: Install new valve in correct orientation, ensuring proper refrigerant flow direction alignment.

Step 4: Braze all joints using nitrogen purge to prevent oxidation and internal contamination.

Step 5: Perform leak test, evacuate system to deep vacuum, recharge refrigerant, and verify superheat and stable cooling operation.