Intake Louver, Fixed, Drainable, 60H x 42W MPN:20UA64
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In Stock
Free Shipping
In Stock
SKU
510-G2240029
Intake Louver, Fixed, Drainable, 60H x 42W
This Dayton Intake Louver is a high-performance ventilation solution designed for optimal airflow and water resistance. Ideal for use in commercial and industrial settings, it features a drainable design to prevent water accumulation and a maximum intake of 9,407 cfm. The louver's stationary blades ensure consistent airflow, while its flanged frame provides a secure mounting solution. Suitable for applications such as HVAC systems, laboratories, and cleanrooms, this intake louver offers improved air quality and reduced moisture buildup. Its durable construction and easy installation make it a reliable choice for demanding environments.
Top product features:
- Fixed Louver design provides a stationary blade configuration
- Drainable design allows for water to be extracted from the louver
- Maximum intake of 9,407 cfm and maximum exhaust of 13,451 cfm support high-volume airflow
Top product applications:
- Ventilation in commercial kitchens
- Exhaust systems in industrial settings
- HVAC systems in large office buildings
63 In.H 45 In.W Drnbl Extrd Alu Intake Louver, Louver Type Stationary Blade, Frame Type Flanged, Frame Depth 4 in, Mounting Style Surface Mount, Outside Height 59 1/2 in, Outside Width 41 1/2 in, Rough Opening Height 60 in, Rough Opening Width 42 in, Louver Maximum Intake 9,407 cfm, Maximum Exhaust 13,451 cfm, Maximum Outside Width 44 1/2 in, Minimum Outside Width 44 1/2 in, Flange Width 1 1/2 in, Free Area 9.5 sq ft, Beginning Point of Water Penetration 1,031 fpm, Maximum Air Velocity 3500 fpm
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 14 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 46.00
- Package Width: 6.00
- Package Height: 64.00
- Package Weight: 62.70
Product info last updated on February 7, 2026 10:37pm UTC
Category: Ventilation