Active and passive beam application design guide by -

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"This ebook presents instruments and information to layout, fee, and function energetic and passive beam platforms to accomplish a decided indoor weather. It additionally offers examples of energetic and passive beam calculations and selections"--

summary: "This e-book presents instruments and tips to layout, fee, and function lively and passive beam platforms to accomplish a decided indoor weather. It additionally offers examples of energetic and passive beam calculations and choices"

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Sample text

Determine the sensible cooling capacity of the primary air, S,p, Btu/h (kW). 2 × (DBIDA – DBSUP) SI 6. Determine the required sensible cooling capacity from the beam(s), S,b Btu/h (kW), which corresponds to the beam capacity, P, where P is the space-sensible cooling-load-cooling capacity of supply air volume 7. Determine the beam quantity, size, and water flow rate based on the sensible cooling requirement. 8. , as long as the room). In this case, the coil is sized according to the required cooling load.

Beam weights are typically 7 to 15 lb/ft (10 to 20 kg/m) dry. If beams are to be integrated into a suspended ceiling grid, the beams should be hung prior to the grid installation. The beam should be initially mounted 2 ½ to 3 in. (60 to 75 mm) above the plane of the finished ceiling. After installation of the ceiling grid, the beam is positioned horizontally, then carefully lowered into the ceiling module. A mounting method that allows roughly 3 in. (75 mm) of movement in all horizontal and vertical directions should be used to facilitate the final positioning in the ceiling system.

The beam should be initially mounted 2 ½ to 3 in. (60 to 75 mm) above the plane of the finished ceiling. After installation of the ceiling grid, the beam is positioned horizontally, then carefully lowered into the ceiling module. A mounting method that allows roughly 3 in. (75 mm) of movement in all horizontal and vertical directions should be used to facilitate the final positioning in the ceiling system. To allow beam movement and alignment, connections for the hydronic and air systems must be properly selected.

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