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respectively. The 80% return air is mixed with 20% fresh air and then passed The room design conditions are 25 °C DBT and 50% RH, when outside design condition 5- Refrigeration load of the air conditioning plant in Ton. 5 kW through a cooling coil of 0.15 bypass factor. Determine 1- Apparatus dew point temperature. 2- Conditions of air leaving cooling coil. 3- Air flow rate into the room in m'/s. 4- Flow rate of fresh air and recirculated air in m'/min. 5- Refrigeration load of the air conditioning plant in Ton.

respectively. The 80% return air is mixed with 20% fresh air and then passed The room design conditions are 25 °C DBT and 50% RH, when outside design condition 5- Refrigeration load of the air conditioning plant in Ton. 5 kW through a cooling coil of 0.15 bypass factor. Determine 1- Apparatus dew point temperature. 2- Conditions of air leaving cooling coil. 3- Air flow rate into the room in m'/s. 4- Flow rate of fresh air and recirculated air in m'/min. 5- Refrigeration load of the air conditioning plant in Ton.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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are 43 °C DBT and 27.5°C WBT. The room sensible and latent heat loads are 20 kW an- The room design conditions are 25 °C DBT and 50 % RH, when outside design conditio 5 kW respectively. The 80% return air is mixed with 20% fresh air and then passed 5- Refrigeration load of the air conditioning plant in Ton. through a cooling coil of 0.15 bypass factor. Determine 1- Apparatus dew point temperature. 2- Conditions of air leaving cooling coil. 3- Air flow rate into the room in m'/s. 4- Flow rate of fresh air and recirculated air in m'/min. 5- Refrigeration load of the air conditioning plant in Ton.
Transcribed Image Text:are 43 °C DBT and 27.5°C WBT. The room sensible and latent heat loads are 20 kW an- The room design conditions are 25 °C DBT and 50 % RH, when outside design conditio 5 kW respectively. The 80% return air is mixed with 20% fresh air and then passed 5- Refrigeration load of the air conditioning plant in Ton. through a cooling coil of 0.15 bypass factor. Determine 1- Apparatus dew point temperature. 2- Conditions of air leaving cooling coil. 3- Air flow rate into the room in m'/s. 4- Flow rate of fresh air and recirculated air in m'/min. 5- Refrigeration load of the air conditioning plant in Ton.
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