AJL15-FH31A Combined type Indirect Evaporative air cooler
Negotiable /Unit
Min.Order:1 Unit
Aolan (Fujian) Industry Co., Ltd.
AJL04-JC101A Inter-cross type Dew Point Indirect Evaporative air cooler
AJL04-JC101A Inter-cross Dew Point Indirect Evaporative air cooler
AJL15-FH31A Combined Dew Point Indirect Evaporative air cooler
airflow 2000 to 20000 cbm/h dew point evaporative air cooler
Airflow 2000m3/h inter-cross dew point indirect evaporative air cooler
Airflow 4000m3/h combined dew point indirect evaporative cooler
Energy saving green evaporative cooler
Characteristics
1.The casing is made of high strength weather ability polymers which is UV-proof,anti-aging,and resistant to deformation
2.Using specially designed axial fan,with large airflow,low noise,low energy consumption and wide applicability
3.Using high quality aluminum housing motor,with good heat dissipation,high protection grade,waterproof and moisture-proof
4.Using automatic control of water system and opean type water distributor, so water can flow smoothly and distributor is not easy to block
5.Using highly efficient cooling pads with large evaporation capacity,good cooling efficiency and easy to clean.
Model Example
AJL12-FH20A
Means serial No. A dew point indirect evaporative air cooler units with nominal cooling capacity 12kw,nominal airflow 2000m3/h,structure type:combined
Features
High efficiency,COP reach to over 40
System can work well in 50℃ environment,and ambient temperature rise,cooling ability increase
Wet-bulb efficiency over 120%
Easy maintenance
Auto-control
Environment friendly
Patented,high tech method of self-cooled multi-stage indirect evaporative cooling
Working Principle
Fresh air is divided into many small flows which pass the dry channels in the cooling core.Every small flow is cooled by all the small flows before it crossing pass in another side channels called wet channels. Dry and wet channels are placed one by one with thinner wall separately made of special materials.Heat transfers but no water exchanges.Flows are coolde down but no moisture added.Then every flow goes into wet channels placed its two sides by through its controlling holes,contact with the counter-flow water.It is cooled and little moisture added.Bring the heat out passed from its two-side.Its temperature is lowed down continuously,at the end;its temperature goes under the wet-bulb of its beginning flow,near the dew-point temperature.cif