In an air conditioning system, the inside and outside conditions are dry bulb temperature 24°C, relative humidity 50% and dry bulb temperature 35°C, wet bullb temperature 22°C respectively. 50% of the room air is rejected to atmosphere and an equal quantity of fresh air added before air enters the air conditioning apparatus. If the fresh air added is 100 m3/min, determine: a. Room sensible and latent heat load; b. Sensible and latent heat load due to fresh air; c. Apparatus dew point; d. Humidity ratio and dry bulb temperature of air entering air conditioning apparatus. The room sensible heat factor is 0.8.

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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air conditioning

In an air conditioning system, the inside and outside conditions are dry bulb temperature 24°C,
relative humidity 50% and dry bulb temperature 35°C, wet bulb temperature 22°C respectively.
50% of the room air is rejected to atmosphere and an equal quantity of fresh air added before
air enters the air conditioning apparatus. If the fresh air added is 100 m3/min, determine:
a. Room sensible and latent heat load;
b. Sensible and latent heat load due to fresh air;
c. Apparatus dew point;
d. Humidity ratio and dry bulb temperature of air entering air conditioning
apparatus.
The room sensible heat factor is 0.8.
Transcribed Image Text:In an air conditioning system, the inside and outside conditions are dry bulb temperature 24°C, relative humidity 50% and dry bulb temperature 35°C, wet bulb temperature 22°C respectively. 50% of the room air is rejected to atmosphere and an equal quantity of fresh air added before air enters the air conditioning apparatus. If the fresh air added is 100 m3/min, determine: a. Room sensible and latent heat load; b. Sensible and latent heat load due to fresh air; c. Apparatus dew point; d. Humidity ratio and dry bulb temperature of air entering air conditioning apparatus. The room sensible heat factor is 0.8.
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