An air conditioning unit is shown in figure 1, where air enters from left to right.The initial Pressure, Temperature and Relative Humidity data is displayed on the left (INPUT) and the Pressure, Temperature and Relative Humidity data is displayed on the right (OUTPUT).Calculate the heat transfer per unit kilogram of dry air, assuming that the kinetic energy changes are negligible.Note also that condensate is being produced at an indicated temperature. 1401450.36Carrier560,03340500,032B0,031B0.030 0,40PSYCHROMETRIC CHARTBaapeNORMAL TEMPERATURESHo.028 PSI METRIC UNITS0,027L0.0260.45Barometric Pressure 101,325 kPa.0258.... .Ho.024SEA LEVELL0,50.023go.022B0.021F0.558...B0,019-0,60H0.018o.017 E0650,016B0.015 F0.70-0,70of0.014 Ea75H0.013"F0.80B0,012-0,85H0,011E090-0,80" F0,90.010 E0,95L1,00.009...40.0080,007...006Wet Bub or Stion Temperatare-0.005t0.004-0,003F0,002d0,001d0.0010Dry Bulb Temperature °C0,75Volume m"kg dry airBelow 0"C. Pronertjes and Frthalny Devialinn I ines Arn For IneEnthaigy at saturtion kikg Dry Ain P=105kPaP=100kPaT= 30°CT= 15°CHR= 80%HR= 95%H20LiquidaT= 15°C

Calculated heat transfer per unit kilogram of dry air.

Answered: Carrier 0,36 0.032 PSYCHROMETRIC CHART…

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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Question

An air conditioning unit is shown in figure 1, where air enters from left to right.
The initial Pressure, Temperature and Relative Humidity data is displayed on the left (INPUT) and the Pressure, Temperature and Relative Humidity data is displayed on the right (OUTPUT).
Calculate the heat transfer per unit kilogram of dry air, assuming that the kinetic energy changes are negligible.
Note also that condensate is being produced at an indicated temperature.

140
145
0.36
Carrier
56
0,033
40
50
0,032
B0,031
B0.030 0,40
PSYCHROMETRIC CHART
Baape
NORMAL TEMPERATURES
Ho.028 P
SI METRIC UNITS
0,027
L
0.026
0.45
Barometric Pressure 101,325 kPa
.025
8.... .
Ho.024
SEA LEVEL
L0,50
.023
go.022
B0.021
F0.55
8...
B0,019
-0,60
H0.018
o.017 E065
0,016
B0.015 F0.70
-0,70
of
0.014 Ea75
H0.013
"F0.80
B0,012
-0,85
H0,011E090
-0,80
" F0,90
.010 E0,95
L1,00
.009
...
40.008
0,007
..
.006
Wet Bub or Stion Temperatare
-0.005
t0.004
-0,003
F0,002
d0,001
d0.00
10
Dry Bulb Temperature °C
0,75
Volume m"kg dry air
Below 0"C. Pronertjes and Frthalny Devialinn I ines Arn For Ine
Enthaigy at saturtion kikg Dry Ain

P=105kPa
P=100kPa
T= 30°C
T= 15°C
HR= 80%
HR= 95%
H20
Liquida
T= 15°C

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