Electrical Data
ACC-SVN67H-EN
17
Table 7.
Air temperature rise 380/415 volt (50 hz)
(a)
(Degrees C)
(b)
(Degrees F)
(c)
6 Ton
7.5 Ton
10 Ton
6 Ton
7.5 Ton
10 Ton
4100
M
3
/H
5100
M
3
/H
6800
M
3
/H
2400
cfm
3000
cfm
4000
cfm
kW
Voltage
Stages
WSC072E
D
WSC090E
D
WSC120
ED
kW
Voltage
Stages
WSC072E
D
WSC090
ED
WSC120
ED
11.3
380-415/50/3
1
8.3
6.6
—
11.3
380-415/50/3
1
14.9
11.9
—
12.5
380-415/50/3
1
9.1
7.3
—
12.5
380-415/50/3
1
16.5
13.2
—
13.5
380-415/50/3
1
9.9
7.9
—
13.5
380-415/50/3
1
17.8
14.2
—
16.9
380-415/50/3
2
12.4
9.9
7.4
16.9
380-415/50/3
2
22.3
17.8
13.4
18.8
380-415/50/3
2
13.8
11.0
8.3
18.8
380-415/50/3
2
24.8
19.8
14.9
20.2
380-415/50/3
2
14.8
11.8
8.9
20.2
380-415/50/3
2
26.6
21.3
16.0
22.6
380-415/50/3
2
16.5
13.2
9.9
22.6
380-415/50/3
2
29.8
23.8
17.9
25.0
380-415/50/3
2
18.3
14.6
11.0
25.0
380-415/50/3
2
32.9
26.3
19.8
26.9
380-415/50/3
2
19.7
15.7
11.8
26.9
380-415/50/3
2
35.4
28.3
21.3
33.9
380-415/50/3
2
—
—
14.9
33.9
380-415/50/3
2
—
—
26.8
37.5
380-415/50/3
2
—
—
16.5
37.5
380-415/50/3
2
—
—
29.6
40.4
380-415/50/3
2
—
—
17.7
40.4
380-415/50/3
2
—
—
31.9
(a) For minimum design airflow, see performance table for each unit.
(b) To calculate the temperature rise in Celsius at different airflow, use the following formula: Temperature rise (C) across electric heater = (kW x 2985)/
(M3/H).
(c) To calculate the temperature rise in Fahrenheit at different airflow, use the following formula: Temperature rise (F) across electric heater = (kW x 3414)/
(1.08/H).
Table 8.
Air temperature rise 380/415 volt (50 hz)
(a)
(Degrees C)
(b)
(Degrees F)
(c)
6 Ton
7.5 Ton 8.5 Ton 10 Ton
6 Ton
7.5 Ton 8.5 Ton 10 Ton
4100
M
3
/H
5100
M
3
/H
5800
M
3
/H
6800
M
3
/H
2400
cfm
3000
cfm
3400
cfm
4000
cfm
kW
Voltage Stages
TSC072
ED
TSC090
ED
TSC102
ED
TSC120
ED
kW
Voltage Stages
TSC072
ED
TSC090
ED
TSC102
ED
TSC120
ED
11.3/
13.5
380-
415/50/3
1
8.3/9.9
6.6/7.9
—
—
11.3/
13.5
380-
415/50/3
1
14.9/
17.8
11.9/
14.2
—
—
16.9/
20.2
380-
415/50/3
2
12.4/14.8 9.9/11.8 8.7/10.4
7.4/8.9
16.9/
20.2
380-
415/50/3
2
22.3/
26.6
17.8/
21.3
15.7/
18.8
13.4/
16.0
22.6/
26.9
380-
415/50/3
2
16.5/19.7 13.2/15.7 11.7/13.9 9.9/11.8
22.6/
26.9
380-
415/50/3
2
29.8/
35.4
23.8/
28.3
21.0/
25.0
17.9/
21.3
33.8/
40.4
380-
415/50/3
2
—
—
—
14.8 /
17.7
33.8/
40.4
380-
415/50/3
2
—
—
—
26.7/
31.9
(a) For minimum design airflow, see performance table for each unit.
(b) To calculate the temperature rise in Celsius at different airflow, use the following formula: Temperature rise (C) across electric heater = (kW x 2985)/
(M3/H).
(c) To calculate the temperature rise in Fahrenheit at different airflow, use the following formula: Temperature rise (F) across electric heater = (kW x 3414)/
(1.08/H).
Summary of Contents for Precedent BAYHTRA309
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