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An air conditioning system is to be designed for industrial process for hot and wet summer conditions. The out door air is at 30 °C DBT and 75% RH. The required conditions is to be 22 °C DBT and 70% RH. The amount of free air circulated is 200 cmm. The coil surface temperature is 14 °C and the required conditions are achieved by first cooling with dehumidification and then by heating. Find out:

An air conditioning system is to be designed for industrial process for hot and wet summer conditions. The out door air is at 30 °C DBT and 75% RH. The required conditions is to be 22 °C DBT and 70% RH. The amount of free air circulated is 200 cmm. The coil surface temperature is 14 °C and the required conditions are achieved by first cooling with dehumidification and then by heating. Find out:

Elements Of Electromagnetics
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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An air conditioning system is to be designed for industrial process for hot and wet summer conditions. The out door air is at 30 °C DBT and 75% RH. The required conditions is to be 22 °C DBT and 70% RH. The amount of free air circulated is 200 cmm. The coil surface temperature is 14 °C and the required conditions are achieved by first cooling with dehumidification and then by heating. Find out: (a) the cooling capacity and BPF of cooling coil (b) the amount of water vapor removed
Transcribed Image Text:An air conditioning system is to be designed for industrial process for hot and wet summer conditions. The out door air is at 30 °C DBT and 75% RH. The required conditions is to be 22 °C DBT and 70% RH. The amount of free air circulated is 200 cmm. The coil surface temperature is 14 °C and the required conditions are achieved by first cooling with dehumidification and then by heating. Find out: (a) the cooling capacity and BPF of cooling coil (b) the amount of water vapor removed
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