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A summer air conditioning unit consists of a cooling coil. The conditioned space has sensible cooling load of 17.6 kW and latent cooling load of 2.86 kW. The space is maintained at 21° C and 40% relative humidity. Outside air is mixed with the return air such that . The outside air enters at 35° C

A summer air conditioning unit consists of a cooling coil. The conditioned space has sensible cooling load of 17.6 kW and latent cooling load of 2.86 kW. The space is maintained at 21° C and 40% relative humidity. Outside air is mixed with the return air such that . The outside air enters at 35° C

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A summer air conditioning unit consists of a cooling coil. The conditioned space has sensible cooling load of 17.6 kW and latent cooling load of 2.86 kW. The space is maintained at 21° C and 40% relative humidity. Outside air is mixed with the return air such that. The outside air enters at 35 C and 40% RH. The air leaves the cooling coil at 90% RH and the condensed water leaves the unit at 7° C. Sketch the process on the psychometric chart and calculate the following: 1) Temperature of supply air. 2) Mass flow rate of the supply air and condensate water. 3) Capacity of the cooling coil.
Transcribed Image Text:A summer air conditioning unit consists of a cooling coil. The conditioned space has sensible cooling load of 17.6 kW and latent cooling load of 2.86 kW. The space is maintained at 21° C and 40% relative humidity. Outside air is mixed with the return air such that. The outside air enters at 35 C and 40% RH. The air leaves the cooling coil at 90% RH and the condensed water leaves the unit at 7° C. Sketch the process on the psychometric chart and calculate the following: 1) Temperature of supply air. 2) Mass flow rate of the supply air and condensate water. 3) Capacity of the cooling coil.
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