DD80 evaporative air cooler for cold and freezing storage OEM

DD80 evaporative air cooler for cold storage and freezing storage OEM

Air cooling heat exchager

Industrial Evaporators for cold storage or freezing storage  OEM

Structure Material:Metal Material

Heat Transfer Surface:Tubular Heat Exchanger

Principle:Mixing Heat Exchanger

Used:Air Conditioner/ freezing storage

Material:Aluminium Fins and Copper

Shell:Spray-Paint Aluminium Sheet

Color:White

Export Markets:Global

Item No:DD80 

Refrigerant: R22 or R404A
Series: High Temperature, Low Temperatur and Medium Temperature
Cooling Capacity: 16KW
Cooling Area80 Sqm
Test Pressure: 30 Bar
Motor: 2x550 W
Electrical Heater: 10.2 Kw
Produced: Shanghai LIIK factory & OEM accepted

An evaporator is used in a cooling system. An evaporator absorbs heat from the surroundings, for example by cooling the surrounding air.
An evaporator is used in a cooling system. An evaporator absorbs heat from the surroundings, for example by cooling the surrounding air. Heat is absorbed using a cooling medium that flows through the evaporator. The cooling medium can be one of several coolants. When the coolant flows through the evaporator and transfers heat from the surroundings, it changes phase from a liquid to a gas.

For air conditioning applications, either air-cooled or water-cooled evaporators are used.
An air-cooled evaporator is typically fitted with a copper or steel pipe, onto which aluminium fins are fitted. The cooling medium flows through the pipe, transferring heat to the fins, which in turn are cooled by a fan. A water-cooled evaporator often has an elongated tank with a built-in pipe system. The cooling medium flows around the pipes in the tank, while cold water flows inside the pipes, extracting the heat from the cooling medium.

Best Refrigeration LIIK Coil is a full service manufacturer of evaporator, condenser, hot & chilled water, and low pressure steam coils. We offer our customers the services of our engineering department for assistance in correctly selecting a coil for any of these applications.
For those customers who would like to make their own selections, we provide a computer selection program at no cost. This program rates coils in accordance with the current edition of ARI Standard 410, and the performance of our hot water and chilled water coils is ARI Certified. If you would like to download a copy of this program, click the link below
Water Coils
Each water coil is designed to provide low water pressure drop, while maintaining turbulent water flow. This design ensures efficient heat transfer and long coil life. Hot water and chilled water coils are ARI performance certified
Steam Coils
Our low-pressure steam coils are carefully designed to withstand the rigors of this application. Minimum tube wall thickness on a steam coil is. 025"...035" wall thickness is available if required

Evaporator Coils

Carefully designed circuitry with attention to circuit loading, reduces the possibility of oil-logging while maintaining a low refrigerant pressure drop. When maximum performance is required, rifled tubing is available.
Condenser Coils
Our high efficiency sine-wave fin is an ideal choice for a condenser surface. It provides excellent performance and is easily cleaned in the field, with no louvers or lances to trap airborne contaminants (cottonwood, etc. ).