The atmospheric air at 30°C dry bulb temperature and 75% relative humidity enters a cooling coil at the rate of 200 m3 /min. The coil dew point temperature is 14°C and the by-pass factor of the coil is 0.1. Determine: 1.The temperature of air leaving the cooling coil; 2.The capacity of the cooling coil in tones of refrigeration and in kilowatt; 3. The amount of water vapor removed per minute; and 4. The sensible heat factor for the process.
The atmospheric air at 30°C dry bulb temperature and 75% relative humidity enters a cooling coil at the rate of 200 m3 /min. The coil dew point temperature is 14°C and the by-pass factor of the coil is 0.1. Determine: 1.The temperature of air leaving the cooling coil; 2.The capacity of the cooling coil in tones of refrigeration and in kilowatt; 3. The amount of water vapor removed per minute; and 4. The sensible heat factor for the process.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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100%
The atmospheric air at 30°C dry bulb temperature and 75% relative
humidity enters a cooling coil at the rate of 200 m3
/min. The coil dew point
temperature is 14°C and the by-pass factor of the coil is 0.1. Determine: 1.The
temperature of air leaving the cooling coil; 2.The capacity of the cooling coil in
tones of refrigeration and in kilowatt; 3. The amount of water vapor removed per
minute; and 4. The sensible heat factor for the process.
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