AIG-R Discus Series Industrial Round Supply Grilles
Specialty Products
Suitable for areas ranging from light commercial to large industrial plants. The throw-enhancing margin relief of the AIG-R allows the air supplied through the deflected blades nearest the margin to maintain the pattern required to preserve the desired spread characteristics.
- Recommended for applications in which two sets of gang-operated adjustable blades are required
- Capable of blade deflections, both parallel to the mounting surface and between 0-degree and 22.5-degree perpendicular to the mounting surface
- Duct mounting ring is furnished with screws and makes installation easy
Product Application
Our Model AIG-R is an industrial supply grille engineered to handle both dry and moist applications in facilities where large volumes of air must be distributed. It is an efficient solution for spaces ranging from light commercial to large industrial plants. This double deflection supply grille features two sets of gang-operated blades that can be adjusted in various directions to achieve greater versatility in air distribution. The duct mounting ring that comes along with each unit helps in mounting the grille easily on walls or on ceilings.
Features
- Aluminum construction
- Rolled margin that is 1-7/32” to 2-3/8” (depending on size) wide blends in to walls and ceilings
- Duct mounting ring, that facilitates easy installation, is furnished with screws
- The finish shall be either Mill (ML) or White (WH)
- Extruded 1-9/16” blades on 1-7/8” centers hold position under typical conditions of pressure and velocity
- Gang-operated blades
- Accessories include round butterfly damper (RBD), round opposed blade damper (ROD), round mounted radial blade damper (RRD), and equalizing grid (TF)
- Neck sizes in inches - 06, 08, 10, 12, 14, 16, 20, 24
Benefits
Effortless Setup
With a rolled margin which can be mounted directly to a wall or exposed spiral duct, setup becomes easy.
Efficient Performance
Designed to ensure minimum loss of pressure, it delivers peak performance in high-demanding conditions.
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