Question
In: Mechanical Engineering
A building has a calculated cooling load of 40 tons, of which 10 tons is latent...
A building has a calculated cooling load of 40 tons, of which 10 tons is latent load. The space is to be maintained at 72 F db and 50 percent relative humidity. Ten percent by volume of the air supplied to the space is outdoor air at 100 F db and 50 percent relative humidity. The air supplied to the space cannot be less that 55 F db. Assume barometric pressure at sea level, and using the Psychrometric analysis software, find: (a) The quantity of air supplied to the space in cfm, (b) The amounts of return air and outdoor air in cfm, (c) The conditions and volume flow rate of the air entering the cooling coil, point 1. (d) The capacity and SHF for the cooling coil
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samet mamat answered 4 months agoRelated Solutions
A building has a calculated cooling load of 10 tons, of which 2.5 tons is latent...
A building has a calculated cooling load of 10 tons, of which
2.5 tons is latent load. The space is to be maintained at 72 F db
and 50 percent relative humidity. Ten percent by volume of the air
supplied to the space is outdoor air at 100 F db and 50 percent
relative humidity. The air supplied to the space cannot be less
that 55 F db. Assume barometric pressure at sea level, and using
the Psychrometric analysis software,...
A building has a calculated cooling load of 10 tons, of which 2.5 tons is latent...
A building has a calculated cooling load of 10 tons, of which
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and 50 percent relative humidity. Ten percent by volume of the air
supplied to the space is outdoor air at 100 F db and 50 percent
relative humidity. The air supplied to the space cannot be less
that 55 F db. Assume barometric pressure at sea level, and using
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77
75
74
72
72
69
68
68
68
68
62
62
62
62
62...
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