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* Rainwater-Dust-Microbes Intercepting New Removers
[Perfect Protect Louver]
* Purpose of use
The remover assembly is 99.9% effective at removing wind driven rain and fog particles.

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A. The vertical chevron blade and hook provide maximum elimination with minimum resistance B. As the air passes easily over the curve of the blade, the hook. C. Captures the particulate, and gravity carries the particles into the drain pan and out of the remover.
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KTPL NEW REMOVER can perfectly exclude the occurrence of rainwater from the wind accompanying with severe fog and rainwater, adopted to the tower type air conditioner. (Keeping the loss of low static pressure and the stability of strength) In case adopted to the air conditioning system of hospital, it can prevent the mildews and the microbes from growing in the ventilation system and the air conditioner by removing the rainwater and dust flowing into the inside of system.
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* Where is the perfect louver to be installed in the ship?
A : Protected areas : used for shutting off from the strong wind and the heavy rain in the storm and fog and incidental salt B : Lower levels : used for shutting off from the salty spray near the surface of seawater where the severe circumstances occurs continuously C : Intermediate levels : used for shutting off from the rain, heavy rain, and salty spray in the upper structure and the ship body
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| Heavy rain-intercepting effect accompanying with the strong wind. |
Heavy rain, spray and fog-intercepting effect. |
* Perfect louver and 6"general eliminator test comparison curve

- The pressure loss ratio is based on the experiment fixed to the wall and the 24" x 24" Louver test.
* Rainwater and fog removing efficiency

Data based on 24" x 24" (610 x 610mm) louver. Test duration 15minutes.
- Ventilation fan used to simulate intake air condition from HVAC equipment
* Pressure Drop

* New Removers(perfect protect louver) Selection
[Use and efficiency of perfect protect louver]

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