Given for a conditioned space; the room sensible heat gain is 20 kW and the room latent heat gain is 5 kW. The outside design condition is (DBT=43°C, WBT=27.5 °C) and the inside design condition is (DBT=25°C, RH=50%).The by bass factor of the cooling coil is (0.1). (66 m/min) return air from the space is mixed with outs air before entering the cooling coil in the ratio of outdoor air and recirculated air ratio is 20% & 80% . Determine: 1. Apparatus dew point. 2. Condition of air leaving the cooling coil. 3. Dehumidified air quantity. 4. Ventilation air mass. 5. Total refrigeration load on the air condition plant. (0). (M) A/C Room (R) (R)

Given for a conditioned space; the room sensible heat gain is 20 kW and the room latent heat gain is 5 kW. The outside design condition is (DBT=43°C, WBT=27.5 °C) and the inside design condition is (DBT=25°C, RH=50%).The by bass factor of the cooling coil is (0.1). (66 m/min) return air from the space is mixed with outs air before entering the cooling coil in the ratio of outdoor air and recirculated air ratio is 20% & 80% . Determine: 1. Apparatus dew point. 2. Condition of air leaving the cooling coil. 3. Dehumidified air quantity. 4. Ventilation air mass. 5. Total refrigeration load on the air condition plant. (0). (M) A/C Room (R) (R)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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