CROSS FLOW   
KCL 600 Industrial cross flow: wood/steel/F.R.P structure cooling tower
KCL1600 Industrial cross flow concrete cooling tower
 
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DUBLE CROSS FLOW(양면흡입형)
 SINGLE CROSS FLOW(편흡입형)

Cooling towers can be devided according to flow of air and water.

Cross flow towers have a fill configuration which the air flows horizontally, across the downward water fall.

Crossflow towers are also sub-classified by the number of fill "banks" and air inlets that are served by each fan.
The fan of a double-flow tower is inducing air through two inlets and across two banks of fill. A single-flow tower has only one air inlet and one fill bank, the remaining three sides of the tower being cased.

 

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KCL600

Field erected cross-flow
WOOD STRUCTURE/CROSS FLOW/SPLASH FILL
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KCL1600

Field erected cross-flow
CONCRETE STRUCTURE

 

1 Engineering

KIMCO has focused only on cooling towers? for more than 35 years. We guarantee cooling tower efficiency? optimizing cooling tower design? to customers' requests with experiences and know-hows of superior engineers, tens of cooling tower design software.

2 Parts

KIMCO produces various parts; fan,fill,eliminator,and nozzel. As a result we gain advantages in building and up-grading cooling towers and after sales service. Especially, we are proud of our?? own FILL/ELIMINATOR, as they are made by detailed moulder with CNC lathe , and automatic vacuum molder which is the largest scale in Korea.

3 Service

KIMCO has special team of A/S, Q.C/Q.A System.? Also,? kimco 's experienced spaecialists visit the scene and? conduct tests and analysis over the efficiency of cooling towers.

Efficiency
   At the same level of heat exchange rate, cross-flow needs more capacity by 20~30%. Also it is difficult to analize the theory.
Water distribution
  

Thanks to its gravity type, it is easy to manage and clean water distributor with water flow control valve.
Intake Area
   larger than counter-flow cooling towers
Water Temperature
  

The basin temperature gets higher? at the center of cooling tower
Outlet Air
  

As its side faces consist of air inlet, recirculated high temperature and humid air may reduce the efficiency of cooling towers.