| After-sales Service: | 1 Year |
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| Warranty: | 1 Year |
| Ventilation Mode: | Natural Ventilation |
| Material: | PVC |
| Air Contact Form: | Wet and Dry |
| Air Contact Way: | Open |
| Samples: |
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| Customization: |
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145MM PVC drift eliminator, air inlet louver for cross flow cooling tower
High Efficiency cooling tower drift eliminator is a nesting cellular PVC type design. This cooling tower drift eliminator is a more advanced design that meets or exceeds today's demanding specifications for drift emissions without sacrificing fan horsepower. Now drift rates are reduced to half of the original cooling tower eliminator with equivalent pressure drop.
The cooling tower drift eliminator discharge angle is important enough to warrant two separate eliminator designs-one for crossflow and one for counterflow towers. Tests show the air direction leaving the eliminator is extremely important-imperfect designs create additional work for the fan.
This means either increased fan horsepower-or reduced cooling tower performance. The crossflow version features drainage slots within the eliminator pack to insure trapped drift is returned to the wet side of the cooling tower.
Low drift rate is the primary goal of cooling tower eliminator design. Low drift rates are the primary goal of eliminator designs with this cooling tower drift eliminator yielding typical drift rates of .0005% of the total gpm. Lower drift rates may be achievable depending upon tower configuration.
This cooling tower drift eliminators require little or no maintenance. If it becomes necessary to clean them, care must be taken not to physically damage the PVC eliminator packs. For loose deposits of silt, fibers, etc., a water spray can be used, provided the spray nozzle is kept moving continually and the water pressure is not excessive (recommend less than 30 psi).
Features For 145MM PVC drift eliminator, air inlet louver for cross flow cooling tower
1. Water-source Heat Pumps
2. Self-contained Cooling units
3. Data centers, computer room air conditioning system
4. Hybrid evaporative/ Dry cooling
5. Cooling special fluids: hydraulic oil, electroplating solution,
quenching oil,circulating water production
6. Compress jacket cooling,cooling inter cooling
7. Induction furnace of steel plant and jobbing foundries,
cooling rolling machine,the quenching tank, continuous casting
8. Consolidating multiple,loads into a single cooling unit
9. Intermediate frequency furnace
10. Injection mold,transformer
11. Power plants,paper mills,food factory
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