(0216) 669 09 70-71 | info@bskhavalandirma.com.tr

Products > Cabinet Type Aspirators > BHAB Cabinet Type Fire Escape Stair Pressurization Aspirator


- Product PDF Files

MODEL
*BHAB     : Cabinet Type Fire Escape Stair Pressurization Aspirator
 
MATERIAL                                                                        
Casing of our cabinet type aspirators is manufactured from natural anodized aluminium profile. Section panels have 25 mm thickness, outer wall is manufactured from 0,80 mm pre-painted galvanized steel sheet and interior wall is from 0,80 mm galvanized steel sheet. Rockwool with 70 kg/m³ density is used as filling material. Statically and dynamically balanced, quiet and efficient double inlet centrifugal or plug fans are used. Standard electrical motors we used have 380V-50Hz electrical values.
  
USAGE
BSK cell aspirators are used to freshen the ambient air in locations where heating and cooling is not desired. It has high or low suction and blowing capacity depending on the ambient air. It is fully sealed and manufactured in high quality. Areas of use are; workplaces, offices, cafeterias, markets, restaurants, meeting halls, shopping centers, hospitals, kitchens, industrial plants, banks etc. According to customer requirement our cell aspirators can be manufactured with or without filters .
Power transmission of fan-motors used in BHAB series cabinet type aspirators is provided by belt and pulley gear. With this system, optimum flow rate and pressure adjustments can be performed by adjusting the fan at desired speed.
With BHAB Series Cabinet Type Aspirators, ensuring human evacuation in a smoke-free environment by preventing smoke entrance to fire escape stairs and therefore providing access route to fire-fighters, is aimed. Because the stair landings are seperated from other sections of building with fire-resistant and smoke-tight doors, positive pressure can be applied by giving air to stair landing, smoke enterance from neighbour section of stair landing is prevented by creating this positive pressure.