Room sensible temperature load: 85.15 kW Room Latent heat load: 14.54 kW A retail shop located...

 

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Room sensible temperature load: 85.15 kW Room Latent heat load: 14.54 kW A retail shop located in a city at 30°N latitude has the following loads. The summer outside and inside design conditions are: Outside: 40 °C DB, 27°C WB Inside: 25°C DB, 50% RH 70 cmm of ventilation air is used. Determine the following: i. ii. iv. V. vi. Ventilation Load Grand total heat Effective sensible heat factor Apparatus dew point Dehumidified air quantity Condition of air entering and leaving apparatus Assume a suitable bypass factor of the cooling coil. Note: Use psychrometric chart. Room sensible temperature load: 85.15 kW Room Latent heat load: 14.54 kW A retail shop located in a city at 30°N latitude has the following loads. The summer outside and inside design conditions are: Outside: 40 °C DB, 27°C WB Inside: 25°C DB, 50% RH 70 cmm of ventilation air is used. Determine the following: i. ii. iv. V. vi. Ventilation Load Grand total heat Effective sensible heat factor Apparatus dew point Dehumidified air quantity Condition of air entering and leaving apparatus Assume a suitable bypass factor of the cooling coil. Note: Use psychrometric chart.

Answer rating: 100% (QA)

given ROOM SENSIBLE HEAT5815kW ROOM LATENT HEAT 1454 kW DBT OUTSIDE 40 C WBT OUTSIDE 27 C DBT INSID... View the full answer