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  Sound Attenuator
ARSA has been developed to meet today's high requirements for sound attenuation and is especially suitable for use

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  Acoustic Louver
Louvers shall be Aircoustics model AAL-2035 with 18-20 gauge (1.2-0.9 mm) wall thickness, blades shall be

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  Variable Air Volume
The Aircoustics Model ABV by-pass unit, provides pressure dependent variable air volume to individual zones while by-

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  Floating Floor System
Two masses separated by a low frequency response isolator create the environment for noise and impact reduction many

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Acoustic Louver

   
 
Suggested Specifications:
Furnish and install louvers as herein specified where indicated on the plans or as desired in schedules. Louvers shall be stationary blades in a 8" (203.2 mm) frame. Each factory assembled louver section shall be designed to withstand a minimum design loading of 30 pounds per square foot (146.47 kg./m2). Louver sizes too large for shipping in a single section shall be built up by the contractor from factory assembled louver sections to provide the overall required size. Louver frames, mullions and section joints shall be adequately supported from the building structure so as to withstand a design load of 30 pounds per square foot (146.47 kg./m2).
 
Description
Louvers shall be Aircoustics model AAL-2035 with 18-20 gauge (1.2-0.9 mm) wall thickness, blades shall be positioned at 35° angles.
Specifier select one of the following finish specifications:
  • Louvers shall be supplied with a mill finish.
  • Louvers shall be supplied with a (specifier select one: baked enamel, Kynar, anodized or prime coat) finish.
 
 Model AAL - 3035 Acoustic Louver
Suggested Specifications:
Furnish and install louvers as herein specified where indicated on the plans or as desired in schedules. Louvers shall be stationary blades in a 12” (304.8 mm) frame. Each factory assembled louver section shall be designed to withstand a minimum design loading of 30 pounds per square foot (146.47 kg/m2). Louver sizes too large for shipping in a single section shall be built up by the contractor from factory assembled louver sections to provide the overall required size. Louver frames, mullions and section joints shall be adequately supported from the building structure so as to withstand a design load of 30 pounds per square foot (146.47 kg/m2).
 
Description
Louvers shall be Aircoustics model AAL-3035 with 18 - 20 gauge (1.2 - 0.9 mm) wall thickness, blades shall be positioned at 35° angles.
Specifier select one of the following finish specifications:
  • Louvers shall be supplied with a mill finish.
  • Louvers shall be supplied with a (specifier select one: baked enamel, Kynar, anodized or prime coat) finish.
 
 Model AAL - 3045 Acoustic Louver
Suggested Specifications:
Furnish and install louvers as herein specified where indicated on the plans or as desired in schedules. Louvers shall be stationary blades in a 12" (304.8 mm) frame. Each factory assembled louver section shall be designed to withstand a minimum design loading of 30 pounds per square foot (146.47 kg/m2). Louver sizes too large for shipping in a single section shall be built up by the contractor from factory ssembled louver sections to provide the overall required size. Louver frames, mullions and section joints shall be adequately supported from the building structure so as to withstand a design load of 30 pounds per square foot (146.47 kg/m2).
 
Description
Louvers shall be Aircoustics model AAL - 3045 aero-foiled blades and frame, nominal wall thickness, blades shall be positioned at 45° angles on approximately 117/8" (301.6 mm) centers, and equipped with a removable aluminum bird screen.
Specifier select one of the following finish specifications:
  • Louvers shall be supplied with a standard finish.
  • Louvers shall be supplied with a (specifier select one: baked enamel, Kynar, anodized or prime coat) finish.
 
Water Penetration
AMCA 500L defines the beginning point of water penetration as the free area velocity at which 0.01 (0.0003 L) ounces of water per square foot of free area is measured to pass through a 48"??48" (1219 mm x 1219 mm) louver during a 15 minute period. The AMCA water penetration test provides a method for comparing louver models and designs as to their efficiency in resisting the penetration of rainfall under specific lab conditions. The manufacturer recommends that intake louvers are selected with a reasonable margin of safety below the beginning point of water penetration in order to avoid unwanted water penetration during severe storm or wind driven rain conditions.


   
 

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