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Question 1 - Section B: 3 M 34°C, 30% RH 23°C Air from Cooling coil Mixer 13 °C, 40% RH outdoor air server room Д Figure - Q1 Supply air Warm air leaving a computer server room after recovering waste heat (State-1 in Figure-Q1) is at 34 °C (dry bulb), 30% RH and flows at a rate of 1.6 m³/s. This air is passed over a cooling coil and cooled to 23 °C (State-3). This cooled air is then mixed with outdoor air. Outdoor air (State-2) is at 13 °C (dry bulb), 40% RH. The two air streams mix at a 1:1 mass ratio. This mixed air is then supplied to another room. Page 2 of 7 (iv) Plot the two psychrometric processes (i.e. cooling and mixing) on a psychrometric chart and submit the completed chart. Determine: (v) the cooling load (in Watts) when cooling warm air from the server room. (vi) the volume flow rate of the air leaving the mixer.

Question 1 - Section B: 3 M 34°C, 30% RH 23°C Air from Cooling coil Mixer 13 °C, 40% RH outdoor air server room Д Figure - Q1 Supply air Warm air leaving a computer server room after recovering waste heat (State-1 in Figure-Q1) is at 34 °C (dry bulb), 30% RH and flows at a rate of 1.6 m³/s. This air is passed over a cooling coil and cooled to 23 °C (State-3). This cooled air is then mixed with outdoor air. Outdoor air (State-2) is at 13 °C (dry bulb), 40% RH. The two air streams mix at a 1:1 mass ratio. This mixed air is then supplied to another room. Page 2 of 7 (iv) Plot the two psychrometric processes (i.e. cooling and mixing) on a psychrometric chart and submit the completed chart. Determine: (v) the cooling load (in Watts) when cooling warm air from the server room. (vi) the volume flow rate of the air leaving the mixer.

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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Im struggling with this one.. and I have exam tomorrow .. psychometric chart needs to be done as well. Help
Question 1 - Section B: 3 M 34°C, 30% RH 23°C Air from Cooling coil Mixer 13 °C, 40% RH outdoor air server room Д Figure - Q1 Supply air Warm air leaving a computer server room after recovering waste heat (State-1 in Figure-Q1) is at 34 °C (dry bulb), 30% RH and flows at a rate of 1.6 m³/s. This air is passed over a cooling coil and cooled to 23 °C (State-3). This cooled air is then mixed with outdoor air. Outdoor air (State-2) is at 13 °C (dry bulb), 40% RH. The two air streams mix at a 1:1 mass ratio. This mixed air is then supplied to another room. Page 2 of 7 (iv) Plot the two psychrometric processes (i.e. cooling and mixing) on a psychrometric chart and submit the completed chart. Determine: (v) the cooling load (in Watts) when cooling warm air from the server room. (vi) the volume flow rate of the air leaving the mixer.
Transcribed Image Text:Question 1 - Section B: 3 M 34°C, 30% RH 23°C Air from Cooling coil Mixer 13 °C, 40% RH outdoor air server room Д Figure - Q1 Supply air Warm air leaving a computer server room after recovering waste heat (State-1 in Figure-Q1) is at 34 °C (dry bulb), 30% RH and flows at a rate of 1.6 m³/s. This air is passed over a cooling coil and cooled to 23 °C (State-3). This cooled air is then mixed with outdoor air. Outdoor air (State-2) is at 13 °C (dry bulb), 40% RH. The two air streams mix at a 1:1 mass ratio. This mixed air is then supplied to another room. Page 2 of 7 (iv) Plot the two psychrometric processes (i.e. cooling and mixing) on a psychrometric chart and submit the completed chart. Determine: (v) the cooling load (in Watts) when cooling warm air from the server room. (vi) the volume flow rate of the air leaving the mixer.
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