Shell and Tube Type Evaporator and Condenser

Shell and Tube Evaporator and Condenser

-Evaporator

Features:
-They are designed and produced strictly in accordance with the National Standard and supervised under the national authority. We have specially manufacturing license for it;

-The inner copper is high efficient grooved type;

-The product has been tested under the gas pressure and water pressure, with 1.15MPa for shells and 1.9MPa for pipes;

-Qualified clean process, make its clearness good to all type of refrigerants;

-The product has water drainage devices, for protect it from being freezing side in the winter.

-Good quality welding makes it no debris and impurities left;

-Overheat pipes are employed to ensure efficiency.

Model Design Condition:

Temperature of Cooling Water In;   T1=12°C

Temperature of Cooling Water Out; T2=7°C

Evaporation Temperature         Te=2°C

Chilled Water Velocity       V=0.7-1.5m/s

-GZ Series Shell and Tube Evaporator(Dry Type)-Single System

-GZ Series Shell and Tube Evaporator(Dry Type)-Double System

-Condenser

Features

-The products are made in strict accordance with the National Standard and supervised under the National authority so the quality of the products can be ensured; We have specially manufacturing license for it.

-The inner copper tube is high efficient outer grooved copper tube which is produced by the professional manufacturer. Large heat exchange area and hidh efficiency;

-Products undergo strict pneumatic and hydraulic presure test,with 2.8Mpa for sheels and 1.0Mpa for Pipes;

-The LTWS seris condenser is designed in a compact structure,high heat transfer efficiency and utilized for air-conditioning equipment;

-The LTFWS series condenser is designed in a bigger vessel with a liquid receiver;

-The products has air evacuating devices, is convenient to evacuate unsolvable gas to improve the safety an efficiency of the products;

-Supper Cooling pipes are employed to improve the efficiency;

-Good quality welding makes it no debris and impurities left.

Model Design Condition:

Temperature of Cooling Watter In;T1=30°C

Temperature of Cooling Watter Out;T2=35°C

Condensing Temperature;Tc=40°C

Cooling Water Velocity:V=1.5-2m/s

-LTFWS Type Condenser(With Liquid Receiver)

-LTWS Condenser(Without Liquid Storage)

Finished Products Show: