Airolite’s product line includes custom penthouses that utilize Airolite’s standard louver blade shapes. Standard box or mitered corner designs are available.
Airolite Architectural Louvers are assembled entirely by welding to ensure optimum strength and durability required to resist vibration damage and eliminate the potential for galvanic corrosion. Fluoropolymer and anodized finish coatings are applied to Airolite Architectural Louvers only after each product is weld-assembled to ensure that all exposed edges and surfaces received maximum protection.
SCH601PD is a sightproof, horizontal blade Storm Class Louver Penthouse that is Florida Building Code approved for use in the High Velocity Hurricane Zone and Miami-Dade approved for installations where the enclosed space is designed to drain or otherwise accommodate water penetration (wet rooms). (Florida Aproduct Approval N.:11357; Miami-Dade NOA No.: 08-0501.01)
Material:
Extruded
Aluminum, Alloy 6063-T5
Louver Depth:
6”
(152.4 mm)
Blade:
0.081”
(2.06 mm)
Frame:
0.081”
(2.06 mm)
Test Standard:
AMCA Standard 500-L
Free Area - 4 ft. x 4 ft. unit:
7.58 ft² (0.704 m²)
Percent Free Area:
47%
Beginning Point of Water Penetration:
1,250
fpm (6.35 m/s)
Air Volume Flow Rate at
Beginning Point of Water Penetration:
9,475
cfm (4.47 m³/s)
Pressure Drop at
Beginning Point of Water Penetration:
K6746PD is a drainable louver that is Florida Building Code approved for use in the High Velocity Hurricane Zone and Miami-Dade approved for installations where the enclosed space is designed to drain or otherwise accommodate water penetration (wet rooms). (Florida Product Approval No.: 11357; Miami-Dade NOA No.: 08-0501.02)
Material:
Extruded
Aluminum, Alloy 6063-T5
Louver Depth:
6”
(152.4 mm)
Blade:
0.081”
(2.06 mm)
Frame:
0.125”
(3.18 mm)
Test Standard:
AMCA
Standard 500-L
Free Area - 4 ft. x 4 ft. unit:
9.41
ft² (0.88 m²)
Percent Free Area:
59%
Beginning Point of Water Penetration:
1,077 fpm (5.47 m/s)
Air Volume Flow Rate at
Beginning Point of Water Penetration:
10,135 cfm (4.78 m³/s)
Pressure Drop at
Beginning Point of Water Penetration: