Carrier EA03XC389 ELECTRONIC EXPANSION VALVE

ELECTRONIC EXPANSION VALVE

The Carrier brand Electronic Expansion Valve, model EA03XC389, is a genuine replacement part manufactured by Carrier. It has a manufacturing code of EA03XC389-2. This Electronic Expansion Valve is designed to fit the following systems:

An Electronic Expansion Valve is primarily used for quick open/close expansion valve. It operates with the help of a controller which reduces the number of operator errors. The controller allows for control even when it comes to low ambient temperatures. The Electronic Expansion Valve is rated with excellent working life and requires less maintenance.

EA03XC389 Electronic Expansion Valve is exclusively tailored to Carrier blower models which use a Non-Programmable or Honeywell programmer.

The Carrier EA03XC389 Electronic Expansion Valve provides instant and on-demand venting of the refrigerant circuit. Convenient easy-access terminal block for wire connections and mounting/dismounting.

Whether replacing your old Carrier Electronic Expansion Valve, or adding it to your Carrier System, you can rely on Carrier's industry-leading design for years of trouble-free operation. The Electronic Expansion Valve controls the rate of refrigerant flow into the evaporator coil of a heat pump system, making it an integral part of the heating and cooling process.

The Carrier ® Electronic Expansion Valve (EEV) is a factory installed option on carrier mini-split and multi-split systems. It is Carrier's most technologically advanced air conditioner product. It takes the guesswork out of how much refrigerant is needed for optimum cooling performance.

Expansion valve is often used in the control of liquid temperature to prevent liquid damage due to excessive thermal expansion. Carrier has developed an electronic expansion valve that can respond faster than mechanical devices because it uses electrically actuated piston to control the liquid temperature. By eliminating this mechanical movement, Carrier Electronic Expansion Valve can respond significantly faster than mechanical devices. It does not need any manual operation at all.