Whether you want your louver to be a major design element or simply disappear into the facade of your building, CS has options that will work beautifully.
Knowing how a louver will perform is critical to ensuring that it will stand up to real-life conditions on the job. We have our own on-site test chamber that allows us to test to AMCA louver standards.
Our Airflow Design Tool lets you select the proper free area and pressure drop every time.
Choose Storm-Resistant Architectural Louvers when:
• Keeping up to 100% of rain out of your building is a priority
• Wind driven rain is prevalent
• Using a plenum is impractical because of cost or space considerations
• Sensitive equipment will be housed close to the louver system
• If your building is subjected to wind driven rain up to 50 mph with 8" of water per hour
• Integrating the louver into the building design is a priority. Louvers can be housed behind architectural grilles, architectural detailing or continuous line louvers
Where there's air, there can be rain.@htagvalue>
All louvers let air get into buildings, but the problem is they also let rain in. Over the years CS developed a lot of louvers intended to stop rain, and in the still air tests conducted by AMCA, many of these louvers seemed effective at stopping water. But those tests didn't account for wind driven rain. CS Storm-Resistant Louvers keep 100% of water out of buildings and are 20 times more effective at stopping rain than conventional louvers. All of our Storm-Resistant Louvers meet BSRIA, HEVAC and AMCA wind driven rain test standards.
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