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Narada NPFC Series User Manual
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Specs
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Pa
rt
3
P
ar
t
3
–
–
Te
ch
ni
ca
l
Te
ch
ni
ca
l
Ch
ar
ac
te
ri
st
C
ha
ra
ct
er
is
t
ic
s
i
cs
9
9
LiFePO
LiFePO
4
4
Ba
tt
er
y
Ba
tt
er
y
Mo
du
le
Mo
du
le
fo
r
fo
r
Te
le
co
m
Te
le
co
m
Op
er
at
io
n
Op
er
at
io
n
Ma
nu
al
Ma
nu
al
3.
3
3.
3
–
–
Constant
Current/Power Discharge
Datasheet
Constant
Current/Power Discharge
Datasheet
Ta
bl
e
3.
1
Ta
bl
e
3.
1
–
–
Co
ns
tan
t Cur
re
nt
Di
sc
ha
rg
e Dat
as
he
et of NPF
C Ser
ie
s
Co
ns
tan
t Cur
re
nt
Di
sc
ha
rg
e Dat
as
he
et of NPF
C Ser
ie
s
Ba
tt
er
y
Ba
tt
er
y
Mo
de
l
Mo
de
l
48
NP
FC
10
48N
PF
C1
0
Cu
rr
en
t
Cu
rr
en
t
End
Volt.
End
Volt.
0.
1C
0.
1C
0.
15
C
0.
15
C
0.
2C
0.
2C
0.
25
C
0.
25
C
0.
3C
0.
0.
3C
0.
4C
0.
5C
4C
0
.5
C
0.
6C
0.
0.
6C
0.
8C
8C
1C
1C
h
mi
n
h
min
46
.5
V
46
.5
V
9.
61
9.6
1
6.
36
6.3
6
4.
74
4.7
4
3.
80
3.8
0
3.
14
3.1
4
2.
21
2.2
1
1.
68
1.6
8
1.
31
1.3
1
1.
02
1.0
2
41
.3
41
.3
45
.0
V
45
.0
V
9.
79
9.7
9
6.
49
6.4
9
4.
85
4.8
5
3.
89
3.8
9
3.
23
3.2
3
2.
39
2.3
9
1.
88
1.8
8
1.
53
1.5
3
1.
17
1.1
7
52
.6
52
.6
43
.5
V
43
.5
V
9.
91
9.9
1
6.
59
6.5
9
4.
93
4.9
3
3.
98
3.9
8
3.
27
3.2
7
2.
45
2.4
5
1.
94
1.9
4
1.
60
1.6
0
1.
21
1.2
1
55
.7
55
.7
42
.0
V
42
.0
V
10
.0
0
10
.0
0
6.
65
6.6
5
4.
97
4.9
7
3.
97
3.9
7
3.
30
3.3
0
2.
48
2.4
8
1.
97
1.9
7
1.
63
1.6
3
1.
23
1.2
3
57
.0
57
.0
40
.5
V
40
.5
V
10
.0
5
10
.0
5
6.
69
6.6
9
5.
00
5.0
0
4.
00
4.0
0
3.
33
3.3
3
2.
50
2.5
0
1.
99
1.9
9
1.
65
1.6
5
1.
24
1.2
4
57
.9
57
.9
39
.0
V
39
.0
V
10
.0
7
10
.0
7
6.
71
6.7
1
5.
02
5.0
2
4.
02
4.0
2
3.
34
3.3
4
2.
50
2.5
0
2.
00
2.0
0
1.
66
1.6
6
1.
24
1.2
4
58
.3
58
.3
Ba
tt
er
y
Ba
tt
er
y
Mo
de
l
Mo
de
l
48
NP
FC
20
48N
PF
C2
0
Cu
rr
en
t
Cu
rr
en
t
End
Volt.
End
Volt.
0.
1C
0.
1C
0.
15
C
0.
15
C
0.
2C
0.
2C
0.
25
C
0.
25
C
0.
3C
0.
0.
3C
0.
4C
0.
5C
4C
0
.5
C
0.
6C
0.
0.
6C
0.
8C
8C
1C
1C
h
mi
n
h
min
46
.5
V
46
.5
V
9.
61
9.6
1
6.
36
6.3
6
4.
74
4.7
4
3.
80
3.8
0
3.
14
3.1
4
2.
21
2.2
1
1.
68
1.6
8
1.
31
1.3
1
1.
02
1.0
2
41
.3
41
.3
45
.0
V
45
.0
V
9.
79
9.7
9
6.
49
6.4
9
4.
85
4.8
5
3.
89
3.8
9
3.
23
3.2
3
2.
39
2.3
9
1.
88
1.8
8
1.
53
1.5
3
1.
17
1.1
7
52
.6
52
.6
43
.5
V
43
.5
V
9.
91
9.9
1
6.
59
6.5
9
4.
93
4.9
3
3.
98
3.9
8
3.
27
3.2
7
2.
45
2.4
5
1.
94
1.9
4
1.
60
1.6
0
1.
21
1.2
1
55
.7
55
.7
42
.0
V
42
.0
V
10
.0
0
10
.0
0
6.
65
6.6
5
4.
97
4.9
7
3.
97
3.9
7
3.
30
3.3
0
2.
48
2.4
8
1.
97
1.9
7
1.
63
1.6
3
1.
23
1.2
3
57
.0
57
.0
40
.5
V
40
.5
V
10
.0
5
10
.0
5
6.
69
6.6
9
5.
00
5.0
0
4.
00
4.0
0
3.
33
3.3
3
2.
50
2.5
0
1.
99
1.9
9
1.
65
1.6
5
1.
24
1.2
4
57
.9
57
.9
39
.0
V
39
.0
V
10
.0
7
10
.0
7
6.
71
6.7
1
5.
02
5.0
2
4.
02
4.0
2
3.
34
3.3
4
2.
50
2.5
0
2.
00
2.0
0
1.
66
1.6
6
1.
24
1.2
4
58
.3
58
.3
Ba
tt
er
y
Ba
tt
er
y
Mo
de
l
Mo
de
l
48
NP
FC
30
48N
PF
C3
0
Cu
rr
en
t
Cu
rr
en
t
End
Volt.
End
Volt.
0.
1C
0.
1C
0.
15
C
0.
15
C
0.
2C
0.
2C
0.
25
C
0.
25
C
0.
3C
0.
0.
3C
0.
4C
0.
5C
4C
0
.5
C
0.
6C
0.
0.
6C
0.
8C
8C
1C
1C
h
mi
n
h
min
46
.5
V
46
.5
V
9.
61
9.6
1
6.
36
6.3
6
4.
74
4.7
4
3.
80
3.8
0
3.
14
3.1
4
2.
21
2.2
1
1.
68
1.6
8
1.
31
1.3
1
1.
02
1.0
2
41
.3
41
.3
45
.0
V
45
.0
V
9.
79
9.7
9
6.
49
6.4
9
4.
85
4.8
5
3.
89
3.8
9
3.
23
3.2
3
2.
39
2.3
9
1.
88
1.8
8
1.
53
1.5
3
1.
17
1.1
7
52
.6
52
.6
43
.5
V
43
.5
V
9.
91
9.9
1
6.
59
6.5
9
4.
93
4.9
3
3.
98
3.9
8
3.
27
3.2
7
2.
45
2.4
5
1.
94
1.9
4
1.
60
1.6
0
1.
21
1.2
1
55
.7
55
.7
42
.0
V
42
.0
V
10
.0
0
10
.0
0
6.
65
6.6
5
4.
97
4.9
7
3.
97
3.9
7
3.
30
3.3
0
2.
48
2.4
8
1.
97
1.9
7
1.
63
1.6
3
1.
23
1.2
3
57
.0
57
.0
40
.5
V
40
.5
V
10
.0
5
10
.0
5
6.
69
6.6
9
5.
00
5.0
0
4.
00
4.0
0
3.
33
3.3
3
2.
50
2.5
0
1.
99
1.9
9
1.
65
1.6
5
1.
24
1.2
4
57
.9
57
.9
39
.0
V
39
.0
V
10
.0
7
10
.0
7
6.
71
6.7
1
5.
02
5.0
2
4.
02
4.0
2
3.
34
3.3
4
2.
50
2.5
0
2.
00
2.0
0
1.
66
1.6
6
1.
24
1.2
4
58
.3
58
.3
Ba
tt
er
y
Ba
tt
er
y
Mo
de
l
Mo
de
l
48
NP
FC
40
48N
PF
C4
0
Cu
rr
en
t
Cu
rr
en
t
End
Volt.
End
Volt.
0.
1C
0.
1C
0.
15
C
0.
15
C
0.
2C
0.
2C
0.
25
C
0.
25
C
0.
3C
0.
0.
3C
0.
4C
0.
5C
4C
0
.5
C
0.
6C
0.
0.
6C
0.
8C
8C
1C
1C
h
mi
n
h
min
46
.5
V
46
.5
V
9.
56
9.5
6
6.
35
6.3
5
4.
75
4.7
5
3.
78
3.7
8
3.
12
3.1
2
2.
29
2.2
9
1.
79
1.7
9
1.
45
1.4
5
1.
02
1.0
2
42
.2
42
.2
45
.0
V
45
.0
V
9.
76
9.7
6
6.
49
6.4
9
4.
85
4.8
5
3.
87
3.8
7
3.
21
3.2
1
2.
39
2.3
9
1.
89
1.8
9
1.
57
1.5
7
1.
15
1.1
5
53
.2
53
.2
43
.5
V
43
.5
V
9.
89
9.8
9
6.
58
6.5
8
4.
92
4.9
2
3.
92
3.9
2
3.
25
3.2
5
2.
42
2.4
2
1.
93
1.9
3
1.
60
1.6
0
1.
19
1.1
9
55
.5
55
.5
42
.0
V
42
.0
V
9.
98
9.9
8
6.
64
6.6
4
4.
96
4.9
6
3.
96
3.9
6
3.
29
3.2
9
2.
45
2.4
5
1.
94
1.9
4
1.
61
1.6
1
1.
21
1.2
1
56
.4
56
.4
40
.5
V
40
.5
V
10
.0
4
10
.0
4
6.
68
6.6
8
5.
00
5.0
0
3.
99
3.9
9
3.
31
3.3
1
2.
46
2.4
6
1.
96
1.9
6
1.
63
1.6
3
1.
22
1.2
2
56
.9
56
.9
39
.0
V
39
.0
V
10
.0
8
10
.0
8
6.
70
6.7
0
5.
02
5.0
2
4.
01
4.0
1
3.
33
3.3
3
2.
48
2.4
8
1.
97
1.9
7
1.
64
1.6
4
1.
22
1.2
2
57
.3
57
.3
20
22
Table of Contents
Table of Contents
3
Product Product Introduction
7
Introduction
7
Overview
7
Working P Working Principle
7
Discharge Performance
19
Maintenance
29
Environment
29
Power Plant
29
Panel
31
Installation
33
Installation of Battery Modules
33
Maintenance
35
Annex 1
39
Annex 2
41
Annex 3
43
5
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Narada NPFC Series Specifications
General
Brand
Narada
Model
NPFC Series
Category
Control Unit
Language
English
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