Used AIRCO TEMESCAL FCE 2700A #293801540 for sale

AIRCO TEMESCAL FCE 2700A evaporator is a highly efficient air conditioning component designed to cool the air in indoor spaces via the principle of evaporative cooling. The evaporator operates through a cycle of water, air and energy that quickly cooperates to circulate cooled air into the spaces it is serving. The evaporator consists of a stationary casing made of galvanized steel, which encompasses a coil-shaped evaporator core made of aluminum through which the fluid medium flowing is composed of cooled water and moisture vapor air mixture. As air from the environment enters the core through inlet ports, it's transpired over cold surfaces, causing unwanted heat to be released into the surrounding covering of the evaporator casing. The expelled heat then travels outside as the air exits through the outlet port. The evaporator boasts a simple and reliable design that is both efficient and economical, offering energy savings by reducing the need for an external compressor. The design features a high-air-exchange-rate fan with a wide operating range, which helps ensure silent operation that is free from vibration, hence minimal maintenance. FCE 2700A evaporator also uses a wind-blown evaporative cooling mechanism, which sees cooled water introduced at the bottom of the core using a recirculation pump, spray nozzles, heat pipes and atomization cups, and is pumped through the center of the core. This process is then aided by a defrost system built in to protect against frosting that can arise during cold winter periods. The evaporator is designed to meet certain safety regulations by limiting the maximum temperature of the cooled air stream. It also provides a number of temperature settings to ensure maximum efficiency, whatever the particular environment. Overall, AIRCO TEMESCAL FCE 2700A evaporator is a robust, reliable air conditioning system, with an efficient design and low-impact operation, offering lower power consumption and a considerable amount of savings in energy costs.