05/16/2016
BC907
NorAire
Heat
Pump
Boiler
–
Capacity
&
Performance
Size
OT
Air,
°
F
MINIMUM
FLOW
3
GPM,
90°
F
RT
NOMINAL
FLOW
6
GPM,
90°
F
RT
MAXIMUM
FLOW
7
GPM,
90°
F
RT
Btu/h
Rise
Press
SH/SC
Amps
COP
Btu/h
Rise
Press
SH/SC
Amps
COP
Btu/h
Rise
Press
SH/SC
Amps
COP
3
‐
TON
60
32.4
21.6
417/126
5.2/16.5
11.7
3.38
33.3
11.1
350/125
10.6/14.9
10.1
4.03
33.3
9.5
354/127
9.2/14.8
10.15
4.01
47
27.4
18.3
397/107
4.5/19.9
11.3
2.96
27.3
9.1
351/104
5.1/13.2
10.3
3.24
27.2
7.8
345/101
9.1/13.3
10.2
3.26
35
24.4
16.3
384/91
5.1/15.4
11.2
2.67
23.7
7.9
338/89
5.9/12.3
10.1
2.87
24.5
7.0
335/87
6.4/12.4
10.15
2.94
25
19.8
13.2
361/74
4.7/14.6
10.8
2.24
21.0
7.0
326/73
5.1/9.8
10.0
2.57
20.4
5.8
325/73
5.3/8.7
10.0
2.49
15
16.9
11.3
348/61
5.8/12.3
10.6
1.94
18.1
6.0
324/60
6.5/8.5
10.0
2.21
17.7
5.1
319/60
6.2/7.9
10.0
2.16
10
16.0
10.7
338/54
4.5/9.8
10.5
1.87
15.8
5.3
318/55
6.1/7.7
10.0
1.94
15.6
4.5
316/54
6.2/7.1
9.9
1.92
Size
OT
Air,
°
F
MINIMUM
FLOW
3.5
GPM,
90°
F
RT
NOMINAL
FLOW
8
GPM,
90°
F
RT
MAXIMUM
FLOW
10
GPM,
90°
F
RT
Btu/h
Rise
Press
SH/SC
Amps
COP
Btu/h
Rise
Press
SH/SC
Amps
COP
Btu/h
Rise
Press
SH/SC
Amps
COP
4
‐
TON
60
43.4
24.8
458/120
5.4/33.3
17.5
3.03
44.4
11.1
397/119
10.8/26.3
15.5
3.50
44.5
8.9
380/116
6.8/22.1
15.0
3.62
47
35.0
20.0
435/103
7.4/31.4
16.8
2.54
40.4
10.1
386/103
7.1/24.7
15.2
3.25
40.0
8.0
368/100
4.5/22.3
14.6
3.34
35
32.2
18.4
418/86
4.3/28.4
16.2
2.42
36.0
9.0
374/88
4.8/22.5
14.9
2.95
36.0
7.2
366/83
5.3/21.1
14.8
2.97
25
32.0
18.3
411/73
6/29.1
16.0
2.44
28.8
7.2
366/70
5.9/21.9
14.8
2.38
29.0
5.8
365/73
4.2/20.5
14.7
2.41
15
25.5
14.6
397/61
5.1/27
15.7
1.98
25.6
6.4
360/59
4.9/20.1
14.6
2.14
24.0
4.8
359/59
6.3/18.2
14.6
2.00
10
21.5
12.3
381/55
4.9/24.0
15.3
1.72
22.4
5.6
360/54
4.5/19.5
14.6
1.87
22.5
4.5
348/53
4.2/17.3
14.4
1.90
Size
OT
Air,
°
F
MINIMUM
FLOW
3.5
GPM,
90°
F
RT
NOMINAL
FLOW
8
GPM,
90°
F
RT
MAXIMUM
FLOW
10
GPM,
90°
F
RT
Btu/h
Rise
Press
SH/SC
Amps
COP
Btu/h
Rise
Press
SH/SC
Amps
COP
Btu/h
Rise
Press
SH/SC
Amps
COP
5
‐
TON
60
55.6
31.8
461/116
4.1/12.7
27.8
2.44
59.1
14.8
391/117
6.8/17.0
23.4
3.09
54.5
10.9
351/110
6.3/7.7
21.0
3.17
47
46.9
26.8
421/94
6.1/17.6
25.5
2.25
49.7
12.4
369/91
3.8/16.1
22.5
2.70
47.6
9.5
349/92
3.8/8.8
21.4
2.71
35
42.7
24.4
414/80
4.0/13.2
25.4
2.05
45.0
11.3
359/79
4.1/16.4
22.2
2.48
42.7
8.6
338/77
3.8/7.9
21.01
2.48
25
36.5
20.9
400/67
4.8/14.2
24.8
1.80
39.6
9.9
348/66
7.4/14.6
22.0
2.20
38.9
7.8
326/65
5.0/8.4
20.67
2.29
15
32.9
18.8
374/57
5.6/12.1
23.6
1.70
33.4
8.4
343/55
4.9/13.1
21.9
1.87
33.1
6.6
323/53
4.4/7.8
20.65
1.95
10
29.7
17.0
363/51
5.6/11.8
23.0
1.58
31.8
8.0
333/51
4.8/10.9
21.5
1.81
30.0
6.0
321/48
4.6/5.9
20.7
1.77
500
x
GPM
x
Differential
=
Btu/h
Btu/h
=
COP
Volts
x
Amps
x
3.41
=
GPM
Amps
x
Volts
x
3.41
500
x
∆
T
NOTE:
Data
readings
shown
above
were
taken
using
a
Nordyne
ODU
and
are
for
reference
purposes
only,
your
results
may
vary.
Содержание EB-HPH Series
Страница 3: ...09 06 2018 1 BI903 ...
Страница 5: ...09 06 2018 3 BI903 Basic System Overview ...
Страница 7: ...09 06 2018 5 BI903 Product Configurator ...
Страница 8: ...09 06 2018 6 BI903 Specification Table ...
Страница 9: ...09 06 2018 7 BI903 Dimensional Drawing ...
Страница 11: ...09 06 2018 9 BI903 Installation Overview ...
Страница 17: ...EB HPH 03 17 17 1 of 1 BC909 02 ...
Страница 18: ...09 06 2018 16 BI903 ...
Страница 22: ...09 06 2018 20 BI903 Circuit Board Layout ...
Страница 24: ...09 06 2018 22 BI903 ...
Страница 35: ...09 06 2018 33 BI903 ...
Страница 36: ...09 06 2018 34 BI903 ...
Страница 37: ...09 06 2018 35 BI903 ...
Страница 38: ...09 06 2018 36 BI903 ...
Страница 39: ...09 06 2018 37 BI903 ...
Страница 40: ...09 06 2018 38 BI903 ...
Страница 41: ...09 06 2018 39 BI903 ...
Страница 42: ...09 06 2018 40 BI903 ...
Страница 43: ...09 06 2018 41 BI903 ...
Страница 46: ...09 06 2018 44 BI903 Troubleshooting General Operation ...
Страница 49: ......
Страница 50: ......
