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HP&HF Series
High Rate Discharge
www.vision-batt.com
VISION
Rechargeable Products
Lead-Acid Battery
Shenzhen Center Power Tech. Co., Ltd
On
e o
f th
e l
arg
est
Seale
d L
ead A
cid
Batt
ery
man
ufa
ctu
rers
in t
he w
orl
d
Center Power Industrial Park, Tongfu Industrial District,Dapeng Town,PC. 518120, Shenzhen, China
Tel: +86-755-8431 8088 Fax: +86-755-8431 8700
E-mail: [email protected]
Website: http://www.vision-batt.com
(Edition Apr 2008)
Products Guide
21
www.vision-batt.com
IntroductionContents
The new VISION HP/HF series batteries are specially
designed for applications where need high power output. By
optimum design of battery grids and plate paste formula, the
HP/HF series can deliver up to 40% more power than VISION
standard CP/FM series.
Shenzhen Center Power Tech Co., ltd has more than 15 year's
experience in the manufacturing of VRLA batteries.
SCPT is one of the biggest manufacturers of SLA (or VRLA)
batteries in the world, the biggest one in Mainland China and
the first in China to develop and commercialize the sealed
lead-acid battery with brand name VISION and has been at
the forefront of battery technology from day one.
SCPT leads the world in innovative battery technology. Our
global network of sales and service engineers, backed in turn
by our agents and distributors, means that we are currently
active in more than 100 countries.
Introduction 1
General featuresApplication FieldsSpecification 2
General Specifications 3-4
Performance Data 5-13
Battery Charging 14
Discharge characteristic Self-discharge characteristic Relationship of OCV
oand state of charge (25 C) 15
Charge characteristics
Operating temperature extreme 16
Standards 17
MaintenanceInstallation of the battery 18
General features
Application Fields
Computer optimized grid and plate design for high power output;
Battery case material is available in both HBO or flame retardant V0 (UL94);
High quality lead-tin-calcium alloy grids;
Gas recombination efficiency over 99%;
UL recognized components;
Usable in any orientation;
Design life 5 years (HP) and 10 years(HF)
Office Machines and Computers
Telecommunications
UPS Equipment
Electrical facilities
Vending machine
Terminals Position
DBA C E
Terminals
VISION Rechargeable Products
Sealed Lead Acid Battery
Terminal F1(0.187)
4.8 0.8
6.35
Unit:mmTerminal F2(0.250)
0.8
7.8
6.35
3 4
www.vision-batt.com
VISION Rechargeable Products
Sealed Lead Acid Battery
HF12-165W-X
HF12-320W-X HF12-370W-X HF12-420W-X HF12-470W-X
HF12-560W-X HF12-650W-X HF12-890W-X
HF12-211W-XHP6-25W HP12-13W HP12-22W HP12-30W
HP12-35W HP12-46W HP12-50W
HP12-60W HP12-105W-X HP12-116W-X
HF12-135W-X HF12-155W-X
HP HP SeriesHigh Rate Discharge General Specifications
HP6-25W 6 25 4.5 70 2.76 47 1.85 101 3.98 107 4.21 F2 A 0.85 1.87
HP12-13W 12 13 2.3 178 7.01 35 1.38 61 2.40 67 2.64 F1 B 0.99 2.18
HP12-22W 12 22 4.5 90 3.54 70 2.76 101 3.98 107 4.21 F2 B 1.72 3.79
HP12-30W 12 30 5.0 90 3.54 70 2.76 101 3.98 107 4.21 F2 B 1.80 3.97
HP12-35W 12 35 6.0 151 5.94 52 2.05 94 3.70 99 3.90 F2 E 2.18 4.81
HP12-40W 12 46 7 151 5.94 65 2.56 94 3.70 100 3.94 F1/F2 E 2.47 5.45
HP12-46W 12 46 8.0 151 5.94 65 2.56 94 3.70 100 3.94 F2 E 2.62 5.78
HP12-50W 12 50 9.0 151 5.94 65 2.56 94 3.70 100 3.94 F2 E 2.80 6.17
HP12-60W 12 60 12 151 5.94 98 3.86 95 3.74 101 3.98 F2 E 3.90 8.60
HP12-105W-X 12 105 17 181 7.13 77 3.03 167 6.57 167 6.57 M5 C 5.90 13.0
HP12-116W-X 12 116 20 181 7.13 77 3.03 167 6.57 167 6.57 M5 C 6.50 14.3
TYPE NominalVoltage(V)
Capacity(W) Terminal Wt.(lbs)
o 1.6Vpc@10min,20 C L(mm) L(inch) W(mm) H(mm) W(inch) H(inch) TH(mm) TH(inch) Wt.(Kg)Layout
Capacity(Ah) o 1.75Vpc@20hr,25 C
HF HF SeriesHigh Rate Discharge General Specifications
TYPE NominalVoltage(V)
Capacity(W) Terminal Wt.(lbs)
o 1.6Vpc@10min,20 C L(mm) L(inch) W(mm) H(mm) W(inch) H(inch) TH(mm) TH(inch) Wt.(Kg)Layout
Capacity(Ah) o 1.8Vpc@10hr,25 C
HF12-135W-X 12 135 24.6 24 166 6.54 175 6.89 125 4.92 125 4.92 M5 C 9.00 19.8
HF12-155W-X 12 155 28.4 28 165 6.50 125 4.92 175 6.89 175 6.89 M5 C 9.70 21.4
HF12-165W-X 12 165 34.0 33 195 7.68 130 5.12 155 6.10 168 6.61 M6 B 11.7 25.8
HF12-211W-X 12 211 46.6 45 197 7.76 165 6.50 170 6.69 170 6.69 M6 C 14.8 32.6
HF12-320W-X 12 320 78.4 75 258 10.2 166 6.54 206 8.11 215 8.46 M6 B 24.0 52.9
HF12-370W-X 12 370 83.8 80 350 13.8 167 6.57 179 7.05 179 7.05 M6 B 26.2 57.8
HF12-420W-X 12 420 94.3 90 306 12.0 169 6.65 208 8.19 214 8.43 M6 B 30.0 66.2
HF12-470W-X 12 470 105 100 330 13.0 171 6.73 215 8.46 222 8.74 M6 B 32.1 70.8
HF12-560W-X 12 560 131 120 410 16.1 176 6.93 227 8.94 227 8.94 M8 B 37.7 83.1
HF12-605W-X 12 605 145 135 485 19.1 172 6.77 240 9.45 240 9.45 M8 B 44.8 98.8
HF12-650W-X 12 650 157 150 485 19.1 172 6.77 240 9.45 240 9.45 M8 B 46.4 102
HF12-725W-X 12 725 180 170 530 20.9 209 8.23 215 8.46 220 8.66 M8 D 55.7 122.8
HF12-810W-X 12 810 196 185 522 20.6 238 9.37 218 8.58 223 8.78 M8 D 66.0 145.5
HF12-890W-X 12 890 216 200 522 20.6 238 9.37 218 8.58 223 8.78 M8 D 67.0 148
Capacity(Ah) o 1.75Vpc@20hr,20 C
HP12-40W
HF12-605W-X HF12-810W-X
5 6
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.60
vo
lts p
er
cell
oC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.65
vo
lts p
er
cell
oC
oH
P S
eri
es D
isch
arg
e C
urr
en
t (
Am
pe
res @
20
C)
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HP
6-2
5W
19.8
13.8
10.5
8.3
27.0
06.1
25.3
74.8
14.3
74.0
03.7
03.4
52.4
41.9
41.6
31.4
31.1
30.9
40.7
90.6
80.6
00.5
40.4
90.4
10.2
1
HP
12-1
3W
10.9
7.5
55.6
54.3
83.6
23.1
12.7
22.4
22.1
92.0
01.8
51.7
21.2
30.9
80.8
30.7
30.5
70.4
60.3
90.3
40.3
00.2
70.2
50.2
10.1
1
HP
12-2
2W
18.1
12.5
9.4
17.5
46.4
25.6
85.0
04.5
04.1
13.7
53.4
73.2
32.2
81.8
11.5
31.3
41.0
70.8
90.7
50.6
50.5
70.5
10.4
60.3
90.2
0
HP
12-3
0W
25.4
17.0
12.4
9.7
48.1
77.1
26.3
25.7
15.2
54.8
04.4
44.1
32.8
72.2
41.8
61.6
11.2
61.0
50.8
80.7
60.6
70.6
00.5
50.4
60.2
4
HP
12-3
5W
29.9
20.3
15.6
12.3
10.3
8.9
57.9
07.1
26.5
15.9
35.4
65.0
63.5
12.7
42.2
71.9
61.5
31.2
41.0
40.9
00.7
90.7
10.6
40.5
50.2
9
HP
12-4
0W
34.2
23.0
17.3
13.5
11.2
9.6
88.5
47.6
97.0
26.4
05.9
05.4
83.8
22.9
92.4
92.1
61.6
81.3
81.1
71.0
10.8
90.8
00.7
30.6
20.3
4
HP
12-4
6W
38.5
25.7
18.9
14.6
12.1
10.4
9.1
78.2
57.5
36.8
76.3
35.8
94.1
23.2
42.7
12.3
51.8
31.5
21.2
91.1
20.9
90.8
90.8
20.6
90.3
8
HP
12-5
0W
43.8
29.3
21.6
16.8
13.9
12.0
10.6
9.5
68.7
67.9
87.3
56.8
24.7
93.7
73.1
62.7
52.1
11.7
31.4
51.2
51.1
10.9
90.9
00.7
70.4
2
HP
12-6
0W
50.5
35.2
26.7
21.3
18.0
15.8
13.7
12.2
11.0
9.9
39.1
08.4
15.9
34.6
93.9
43.4
52.7
02.2
61.9
01.6
41.4
51.3
01.1
91.0
30.5
7
HP
12-1
05W
-X88.9
61.5
48.1
37.7
31.4
27.2
24.0
21.6
19.7
18.0
16.7
15.6
10.7
8.2
56.7
95.8
24.4
73.6
53.0
52.6
22.3
02.0
61.8
61.5
60.8
1
HP
12-1
16W
-X98.6
63.4
46.7
37.5
31.3
26.5
23.0
20.8
19.0
17.2
16.0
14.8
10.7
8.4
57.0
05.8
04.4
53.6
23.0
02.6
02.3
02.0
81.8
51.6
00.7
8
HP
6-2
5W
18.6
13.1
10.0
7.8
96.6
45.8
15.1
04.5
74.1
53.8
13.5
23.2
92.3
31.8
51.5
61.3
71.0
90.9
00.7
60.6
60.5
80.5
20.4
70.4
00.2
1
HP
12-1
3W
10.2
7.1
45.3
64.1
53.4
32.9
52.5
82.3
02.0
81.9
11.7
61.6
41.1
70.9
40.8
00.7
00.5
40.4
40.3
70.3
20.2
90.2
60.2
40.2
10.1
1
HP
12-2
2W
17.0
11.8
8.9
27.1
56.0
95.3
84.7
54.2
83.9
13.5
83.3
03.0
82.1
81.7
31.4
61.2
81.0
20.8
60.7
20.6
20.5
50.4
90.4
50.3
80.2
0
HP
12-3
0W
23.9
16.0
11.7
9.2
47.7
56.7
56.0
05.4
34.9
94.5
74.2
33.9
42.7
42.1
41.7
81.5
41.2
11.0
00.8
40.7
30.6
40.5
80.5
30.4
50.2
3
HP
12-3
5W
28.1
19.2
14.8
11.7
9.7
58.4
97.5
16.7
76.1
95.6
55.2
04.8
33.3
52.6
22.1
71.8
81.4
71.1
91.0
10.8
70.7
70.6
90.6
30.5
30.2
8
HP
12-4
0W
32.2
21.8
16.4
12.8
10.6
9.1
88.1
17.3
16.6
86.1
05.6
25.2
23.6
42.8
62.3
82.0
71.6
21.3
31.1
30.9
70.8
60.7
80.7
10.6
00.3
3
HP
12-4
6W
36.2
24.3
17.9
13.9
11.5
9.8
78.7
17.8
47.1
66.5
46.0
45.6
13.9
33.0
92.5
92.2
51.7
61.4
61.2
41.0
70.9
50.8
60.7
80.6
70.3
7
HP
12-5
0W
41.2
27.7
20.4
15.9
13.2
11.3
10.1
9.0
98.3
37.6
07.0
06.5
04.5
73.6
03.0
22.6
32.0
21.6
61.3
91.2
01.0
60.9
50.8
60.7
50.4
1
HP
12-6
0W
47.5
33.3
25.3
20.2
17.1
15.0
13.1
11.6
10.4
9.4
68.6
88.0
25.6
64.4
83.7
73.3
02.5
92.1
61.8
21.5
81.4
01.2
51.1
40.9
90.5
5
HP
12-1
05W
-X83.6
58.2
45.6
35.7
29.8
25.8
22.8
20.5
18.7
17.2
15.9
14.8
10.2
7.8
96.4
95.5
74.2
93.5
12.9
32.5
22.2
11.9
81.7
91.5
00.7
9
HP
12-1
16W
-X93.4
60.3
44.5
35.8
29.9
25.3
22.0
19.9
18.2
16.5
15.4
14.2
10.3
8.1
26.7
35.5
84.2
93.5
02.9
02.5
12.2
32.0
21.8
01.5
60.7
7
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.75
vo
lts p
er
cell
oC
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.80
vo
lts p
er
cell
oC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.70
vo
lts p
er
cell
oC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HP
6-2
5W
17.4
12.3
9.4
27.4
56.2
85.4
94.8
34.3
33.9
43.6
23.3
53.1
32.2
21.7
61.4
91.3
11.0
40.8
60.7
30.6
30.5
60.5
00.4
60.3
90.2
0
HP
12-1
3W
9.5
96.7
35.0
63.9
33.2
52.7
92.4
42.1
81.9
81.8
11.6
71.5
61.1
20.8
90.7
60.6
70.5
20.4
30.3
60.3
10.2
80.2
50.2
30.2
00.1
0
HP
12-2
2W
15.9
11.1
8.4
36.7
65.7
65.0
94.5
04.0
53.7
13.4
03.1
42.9
32.0
81.6
51.4
01.2
30.9
80.8
00.6
80.5
90.5
20.4
70.4
30.3
60.1
9
HP
12-3
0W
22.4
15.1
11.1
8.7
37.3
36.3
95.6
85.1
54.7
44.3
44.0
23.7
52.6
12.0
41.7
01.4
71.1
50.9
50.8
00.6
90.6
10.5
50.5
00.4
30.2
2
HP
12-3
5W
26.3
18.1
14.0
11.0
9.2
28.0
37.1
16.4
15.8
85.3
64.9
44.5
93.1
92.4
92.0
71.7
91.4
11.1
50.9
70.8
40.7
40.6
60.6
00.5
10.2
7
HP
12-4
0W
30.1
20.5
15.5
12.1
10.1
8.6
97.6
86.9
26.3
45.7
95.3
44.9
73.4
72.7
22.2
71.9
71.5
51.2
81.0
80.9
40.8
30.7
50.6
80.5
80.3
1
HP
12-4
6W
33.9
22.9
16.9
13.1
10.9
9.3
48.2
57.4
36.8
06.2
15.7
45.3
43.7
52.9
52.4
72.1
51.6
81.4
01.1
81.0
30.9
20.8
30.7
50.6
50.3
5
HP
12-5
0W
38.6
26.1
19.3
15.0
12.5
10.7
9.5
28.6
17.9
17.2
26.6
66.1
94.3
53.4
42.8
82.5
21.9
41.5
91.3
41.1
51.0
20.9
10.8
30.7
20.3
9
HP
12-6
0W
44.5
31.4
23.9
19.1
16.2
14.2
12.4
11.0
9.8
98.9
88.2
57.6
35.3
94.2
73.6
03
.15
2.4
82.0
71.7
51.5
11.3
41.2
01.1
00.9
60.5
3
HP
12-1
05W
-X78.3
54.8
43.1
33.8
28.1
24.4
21.6
19.4
17.8
16.3
15.1
14.1
9.7
07.5
26.2
05.3
24.1
03.3
72.8
12.4
22.1
21.8
91.7
21.4
40.7
6
HP
12-1
16W
-X88.1
57.3
42.4
34.1
28.5
24.2
21.0
19.0
17.4
15.8
14.7
13.6
9.8
47.7
86.4
55.3
74.1
33.3
72.8
02.4
32.1
51.9
51.7
41.5
30.7
5
HP
6-2
5W
16.3
11.6
8.8
77.0
25.9
25.1
84.5
64.0
93.7
33.4
33.1
82.9
72.1
11.6
81.4
21.2
50.9
90.8
30.7
00.6
10.5
40.4
90.4
50.3
80.2
0
HP
12-1
3W
8.9
46.3
24.7
73.7
03.0
62.6
32.3
02.0
61.8
71.7
11.5
91.4
81.0
60.8
50.7
20.6
40.5
00.4
10.3
50.3
10.2
80.2
50.2
30.2
00.1
0
HP
12-2
2W
14.8
10.5
7.9
46.3
75.4
34.8
04.2
53.8
33.5
13.2
22.9
82.7
81.9
81.5
71.3
31.1
70.9
30.7
90.6
60.5
70.5
00.4
50.4
10.3
50.1
8
HP
12-3
0W
20.9
14.2
10.4
8.2
36.9
06.0
25.3
64.8
74.4
84.1
13.8
13.5
62.4
81.9
41.6
21.4
01.1
00.9
20.7
70.6
70.5
90.5
30.4
80.4
10.2
1
HP
12-3
5W
24.6
17.0
13.2
10.4
8.6
97.5
76.7
16.0
65.5
65.0
84.6
94.3
63.0
42.3
71.9
81.7
11.3
41.1
20.9
40.8
10.7
10.6
40.5
80.4
90.2
6
HP
12-4
0W
28.1
19.3
14.6
11.4
9.4
58.1
97.2
56.5
46.0
05.4
95.0
74.7
23.3
02.5
92.1
71.8
81.4
81.2
31.0
40.9
00.8
00.7
20.6
60.5
60.3
0
HP
12-4
6W
31.6
21.5
15.9
12.4
10.2
8.8
07.7
87.0
26.4
35.8
95.4
45.0
73.5
62.8
12.3
52.0
51.6
11.3
41.1
30.9
90.8
80.7
90.7
20.6
20.3
4
HP
12-5
0W
36.0
24.5
18.2
14.2
11.7
10.1
8.9
98.1
47.4
86.8
46.3
15.8
84.1
43.2
72.7
52.4
01.8
51.5
21.2
81.1
10.9
80.8
80.8
00.6
90.3
8
HP
12-6
0W
41.5
29.5
22.5
18.0
15.2
13.4
11.7
10.4
9.3
58.5
17.8
27.2
45.1
34.0
73.4
33.0
12.3
71.9
81.6
71.4
51.2
81.1
51.0
50.9
20.5
1
HP
12-1
05W
-X73.0
51.5
40.6
31.8
26.5
23.0
20.3
18.4
16.8
15.4
14.3
13.4
9.2
47.1
55.9
5.0
73.9
13.2
22.6
92.3
12.0
31.8
11.6
31.3
80.7
3
HP
12-1
16W
-X82.9
54.2
40.2
32.3
27.0
23.0
20.0
18.1
16.5
15.0
14.1
13.0
9.4
17.4
56.1
85.1
53.9
63.2
52.6
92.3
42.0
81.8
91.6
91.4
90.7
4
HP
6-2
5W
15.6
11.2
8.5
66.8
05.7
55.0
44.4
43.9
93.6
43.3
53.1
12.9
02.0
61.6
41.3
91
.22
0.9
70.8
20.6
90.6
00.5
30.4
80.4
40.3
70.1
9
HP
12-1
3W
8.5
66.0
84.6
03.5
82.9
72.5
62.2
52.0
11.8
31.6
71.5
51.4
51.0
40.8
30.7
10
.63
0.4
90.4
00.3
40.3
00.2
70.2
50.2
30.2
00.1
0
HP
12-2
2W
14.2
10.1
7.6
76.1
75.2
74.6
84.1
43.7
43.4
23.1
42.9
12.7
21.9
31.5
41.3
01
.15
0.9
20.7
50.6
40.5
50.4
90.4
40.4
00.3
40.1
8
HP
12-3
0W
20.0
13.7
10.1
7.9
76.7
05.8
65.2
24.7
54.3
74.0
23.7
23.4
82.4
31.9
01.5
81
.37
1.0
80.9
00.7
60.6
60.5
80.5
20.4
70.4
00.2
1
HP
12-3
5W
23.5
16.4
12.7
10.1
8.4
47.3
76.5
45.9
15.4
34.9
64.5
84.2
62.9
72.3
21.9
41
.68
1.3
21.1
00.9
20.7
90.7
00.6
30.5
70.4
80.2
5
HP
12-4
0W
26.9
18.6
14.1
11.1
9.1
97.9
77.0
76.3
85.8
65.3
64.9
54.6
13.2
32.5
42.1
31.8
51.4
51.2
11.0
20.8
80.7
80.7
10.6
40.5
50.2
9
HP
12-4
6W
30.3
20.7
15.4
12.0
9.9
38.5
77.5
96.8
56.2
85.7
55.3
24.9
63.4
92.7
52.3
12
.01
1.5
81.3
11.1
10.9
70.8
60.7
80.7
10.6
10.3
3
HP
12-5
0W
34.5
23.6
17.6
13.7
11.4
9.8
58.7
67.9
47.3
06.6
86.1
75.7
54.0
53.2
02.6
92
.35
1.8
11.4
91.2
61.0
90.9
60.8
60.7
80.6
80.3
7
HP
12-6
0W
39.7
28.4
21.7
17.4
14.8
13.1
11.4
10.1
9.1
38.3
17.6
47.0
85.0
23.9
83.3
62.9
52.3
21.9
41.6
41.4
21.2
61.1
31.0
30.9
10.5
0
HP
12-1
05W
-X69.9
49.6
39.2
30.8
25.8
22.4
19.8
17.9
16.4
15.1
14.0
13.1
9.0
47.0
05.7
84
.97
3.8
43.1
62.6
42.2
71.9
91.7
81.6
11.3
60.7
2
HP
12-1
16W
-X77.6
51.1
38.0
30.6
25.6
21.8
19.0
17.2
15.7
14.3
13.4
12.4
8.9
87.1
15.9
04
.93
3.8
03.1
22.5
92.2
52.0
01.8
21.6
31.4
50.7
2
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es
ob
tain
ed w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es o
bta
ine
d w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
87
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.60 v
olts
pe
r ce
lloC
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.65 v
olts
pe
r ce
lloC
oH
P S
eri
es D
isch
arg
e P
ow
er
(Wa
tts @
20
C)
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HP
6-2
5W
36.8
25.0
19.6
15.7
13.4
11.8
10.4
9.3
98.5
97.8
87.2
96.8
14.7
63.7
33.1
12.7
02.1
51.8
11.5
31.3
21.1
71.0
50.9
50.8
20.4
5
HP
12-1
3W
19.3
13.0
10.0
7.9
26.6
65.8
35.1
24.5
94.1
73.8
33.5
63.3
32.3
71.8
91.6
01.4
01.0
80.8
90.7
50.6
60.5
80.5
30.4
80.4
10.2
1
HP
12-2
2W
31.8
22.0
17.3
13.9
11.9
10.6
9.3
78.4
57.7
37.1
26.6
26.2
14.3
13.3
62.7
92.4
21.9
11.6
11.3
61.1
81.0
50.9
40.8
60.7
40.4
2
HP
12-3
0W
44.1
30.0
23.0
18.2
15.2
13.3
11.9
10.8
10.0
9.2
08.5
58.0
05.5
34.2
93.5
53.0
52.4
02.0
11.7
11.5
01.3
41.2
11.1
10.9
60.5
2
HP
12-3
5W
53.1
35.0
27.2
21.6
18.2
16.0
14.0
12.6
11.5
10.5
9.8
09.1
76.3
95.0
04.1
73.6
12.8
62.4
12.0
41.7
81.5
81.4
21.3
01.1
00.5
8
HP
12-4
0W
60.7
40.5
30.5
24.1
20.3
17.8
15.6
14.0
12.8
11.7
10.8
10.1
7.0
05.4
64.5
43.9
23.0
92.6
02.2
11.9
31.7
31.5
61.4
31.2
20.6
6
HP
12-4
6W
68.3
46.0
33.7
26.6
22.3
19.5
17.1
15.4
14.0
12.8
11.8
11.0
7.6
15.9
14.9
04.2
23.3
22.7
82.3
72.0
81.8
71.7
01.5
61.3
40.7
6
HP
12-5
0W
75.3
50.0
37.0
29.2
24.6
21.5
18.9
16.9
15.4
14.2
13.2
12.3
8.5
16.6
25.4
84.7
23.7
13.1
02.6
62.3
42.1
01.9
21.7
71.5
20.8
4
HP
12-6
0W
86.2
60.0
45.6
36.6
31.2
27.5
24.3
21.8
19.9
18.3
16.9
15.9
11.2
8.8
47.4
46.5
05.0
64.2
03.5
93.1
52.8
32.5
72.3
72.0
31.1
3
HP
12-1
05W
-X152
105
81.9
63.9
53.2
46.0
40.7
36.8
33.7
31.2
29.1
27.4
19.0
14.8
12.3
10.6
8.0
96.5
85.5
34.7
74.2
13.7
73.4
22.9
31.5
9
HP
12-1
16W
-X175
116
85.5
69.0
58.0
49.5
43.0
39.0
35.9
32.7
30.6
28.5
20.7
16.4
13.6
11.3
8.7
07.0
85.8
75.1
04.5
24.1
03.6
73.1
81.5
6
HP
6-2
5W
35.3
24.1
18.9
15.2
12.9
11.4
10.1
9.1
18.3
37.6
57.0
96.6
24.6
33.6
33.0
32.6
42.1
01.7
71.4
91.2
91.1
41.0
30.9
40.8
10.4
4
HP
12-1
3W
18.5
12.5
9.7
07.6
56.4
45.6
44.9
64.4
44.0
53.7
23.4
63.2
42.3
01.8
41.5
51.3
71.0
60.8
70.7
40.6
40.5
70.5
10.4
70.4
00.2
1
HP
12-2
2W
30.4
21.2
16.6
13.5
11.5
10.3
9.0
88.1
97.5
06.9
16.4
46.0
44.2
03.2
82.7
22.3
51.8
61.5
71.3
31.1
51.0
20.9
20.8
40.7
30.4
1
HP
12-3
0W
42.2
28.9
22.2
17.5
14.7
12.9
11.5
10.5
9.7
08.9
38.3
07.7
85.3
84.1
83.4
62.9
82.3
41.9
71.6
71.4
71.3
11.1
91.0
90.9
40.5
1
HP
12-3
5W
50.8
33.7
26.3
20.9
17.6
15.4
13.6
12.2
11.1
10.2
9.5
28.9
26.2
24.8
74.0
63.5
22.7
92.3
62.0
01.7
41.5
51.4
01.2
81.0
80.5
7
HP
12-4
0W
58.1
39.0
29.5
23.3
19.6
17.1
15.1
13.6
12.4
11.3
10.5
9.8
16.8
25.3
24.4
23.8
23.0
22.5
42.1
61.8
91.6
91.5
31.4
11.2
00.6
5
HP
12-4
6W
65.4
44.3
32.6
25.7
21.6
18.8
16.6
14.9
13.6
12.4
11.5
10.7
7.4
15.7
64.7
74.1
13.2
42.7
22.3
22.0
41.8
31.6
61.5
31.3
20.7
5
HP
12-5
0W
72.1
48.1
35.7
28.2
23.8
20.8
18.3
16.4
15.0
13.8
12.8
12.0
8.2
86.4
45.3
44.6
03.6
23.0
32.6
02.2
92.0
61.8
81.7
41.5
00.8
3
HP
12-6
0W
82.5
57.8
44.0
35.3
30.1
26.7
23.5
21.1
19.3
17.7
16.5
15.4
10.9
8.6
17.2
56.3
44.9
44.1
13.5
13.0
82.7
72.5
22.3
22.0
01.1
1
HP
12-1
05W
-X146
101
79.0
61.7
51.4
44.5
39.5
35.7
32.7
30.3
28.3
26.7
18.5
14.4
12.0
10.3
7.9
06.4
35.4
14.6
74.1
23.7
03.3
52.8
81.5
7
HP
12-1
16W
-X166
111
82.2
66.4
55.8
47.7
41.5
37.7
34.6
31.6
29.6
27.6
20.0
15.9
13.2
11.0
8.4
46.8
95.7
14.9
74.4
14.0
13.5
93.1
31.5
4
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.75 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.70 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HP
6-2
5W
33.7
23.2
18.2
14.6
12.5
11.1
9.7
88.8
28.0
87.4
26.8
86.4
34.5
03.5
32.9
52.5
72.0
51.7
31.4
61.2
71.1
21.0
10.9
20.7
90.4
3
HP
12-1
3W
17.7
12.1
9.3
07.3
86.2
25.4
54.7
94.3
03.9
23.6
13.3
63.1
52.2
41.7
91.5
11.3
31.0
30.8
50.7
20.6
30.5
60.5
00.4
60.4
00.2
1
HP
12-2
2W
29.1
20.4
16.0
13.0
11.1
9.9
18.7
87.9
37.2
66.7
16.2
55.8
74.0
83.1
92.6
52.2
91.8
21.5
31.3
01.1
31.0
00.9
00.8
20.7
20.4
1
HP
12-3
0W
40.3
27.8
21.4
16.9
14.2
12.5
11.1
10.2
9.4
08.6
68.0
67.5
65.2
34.0
73.3
72.9
02.2
91.9
21.6
41.4
41.2
81.1
71.0
70.9
30.5
1
HP
12-3
5W
48.6
32.4
25.3
20.1
17.0
14.9
13.2
11.8
10.8
10.0
9.2
48.6
76.0
54.7
43.9
53.4
32.7
22.3
01.9
51.7
01.5
11.3
71.2
51.0
60.5
6
HP
12-4
0W
55.6
37.5
28.4
22.5
18.9
16.6
14.6
13.1
12.0
11.1
10.2
9.5
46.6
35.1
84.3
03.7
22.9
42.4
82.1
11.8
51.6
51.5
01.3
71.1
80.6
3
HP
12-4
6W
62.5
42.6
31.4
24.8
20.8
18.2
16.0
14.4
13.2
12.1
11.2
10.4
7.2
05.6
14.6
54.0
13.1
62.6
62.2
71.9
91.7
91.6
21.5
01.3
00.7
4
HP
12-5
0W
68.9
46.3
34.4
27.3
23.0
20.1
17.7
15.9
14.5
13.3
12.4
11.6
8.0
46.2
65.2
04.4
93.5
32.9
62.5
42.2
42.0
21.8
41.7
01.4
70.8
2
HP
12-6
0W
78.9
55.5
42.4
34.1
29.1
25.8
22.7
20.5
18.7
17.2
16.0
15.0
10.6
8.3
77.0
66.1
84.8
24.0
13.4
33.0
22.7
12.4
72.2
71.9
61.1
0
HP
12-1
05W
-X139
97.2
76.1
59.6
49.6
43.0
38.2
34.5
31.7
29.4
27.5
25.9
18.0
14.0
11.7
10.1
7.7
06.2
95.2
94.5
74.0
43.6
23.2
92.8
31.5
4
HP
12-1
16W
-X157
106
78.8
63.8
53.7
45.8
40.0
36.4
33.4
30.5
28.6
26.6
19.3
15.3
12.7
10.6
8.1
86.6
95.5
64.8
34.3
03.9
13.5
13.0
81.5
2
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.80 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HP
6-2
5W
30.6
21.3
16.8
13.6
11.6
10.3
9.1
38.2
57.5
66.9
66.4
76.0
64.2
53.3
42.7
92
.43
1.9
41.6
51.3
91.2
11.0
70.9
70.8
80.7
60.4
2
HP
12-1
3W
16.0
11.1
8.6
06.8
45.7
85.0
74.4
74.0
23.6
73.3
93.1
52.9
62.1
11.6
91.4
31
.26
0.9
80.8
10.6
90.6
00.5
30.4
80.4
40.3
80.2
0
HP
12-2
2W
26.4
18.7
14.8
12.0
10.3
9.2
28.1
87.4
16.8
06.2
95.8
85.5
33.8
53.0
12.5
12.1
71.7
31.4
61.2
41.0
80.9
60.8
60.7
90.6
90.3
9
HP
12-3
0W
36.6
25.5
19.8
15.7
13.2
11.6
10.4
9.5
08.8
08.1
37.5
87.1
24.9
43.8
43.1
92.7
52.1
81.8
31.5
61.3
71.2
31.1
21.0
30.8
90.4
9
HP
12-3
5W
44.1
29.8
23.4
18.7
15.8
13.9
12.3
11.1
10.1
9.3
28.6
98.1
65.7
14.4
83.7
43.2
52.5
92.1
91.8
61.6
21.4
51.3
11.2
01.0
20.5
4
HP
12-4
0W
50.4
34.5
26.2
20.9
17.6
15.4
13.6
12.3
11.2
10.3
9.6
08.9
86.2
64.8
94.0
73.5
32.8
02.3
62.0
11.7
61.5
81.4
31.3
11.1
20.5
9
HP
12-4
6W
56.7
39.1
29.0
23.0
19.3
16.9
14.9
13.5
12.3
11.3
10.5
9.8
06.8
05.3
04.4
03.8
03.0
12.5
32.1
61.9
01.7
11.5
51.4
31.2
50.7
1
HP
12-5
0W
62.5
42.5
31.8
25.3
21.3
18.7
16.5
14.9
13.6
12.5
11.6
10.9
7.5
85.9
14.9
24.2
53.3
62.8
22.4
22.1
41.9
31.7
61.6
31.4
20.7
9
HP
12-6
0W
71.5
51.0
39.2
31.6
27.0
24.0
21.2
19.1
17.5
16.1
15.0
14.1
10.0
7.9
16.6
85.8
54.5
83.8
23.2
72.8
82.5
92.3
62.1
81.8
91.0
6
HP
12-1
05W
-X126
89.3
70.4
55.2
46.1
40.0
35.6
32.3
29.7
27.6
25.9
24.4
17.0
13.3
11.0
9.5
47.3
25.9
95.0
44.3
73.8
63.4
73.1
52.7
21.4
9
HP
12-1
16W
-X139
96.6
72.1
58.6
49.3
42.1
37.0
33.7
30.8
28.2
26.6
24.7
17.9
14.2
11.8
9.9
07.6
56.3
05.2
44.5
64.0
73.7
23.3
42.9
71.4
8
HP
6-2
5W
32.2
22.2
17.5
14.1
12.0
10.7
9.4
58.5
37.8
27.1
96.6
86.2
54.3
73.4
42.8
72
.50
1.9
91.6
91.4
31.2
41.1
00.9
90.9
00.7
80.4
3
HP
12-1
3W
16.8
11.6
8.9
57.1
16.0
05.2
64.6
34.1
63.8
03.5
03.2
63.0
52.1
81.7
41.4
71
.30
1.0
10.8
30.7
00.6
10.5
50.4
90.4
50.3
90.2
0
HP
12-2
2W
27.7
19.5
15.4
12.5
10.7
9.5
78.4
87.6
77.0
36.5
06.0
65.7
03.9
73.1
02.5
82
.23
1.7
71.5
01.2
71.1
00.9
80.8
80.8
10.7
00.4
0
HP
12-3
0W
38.5
26.6
20.6
16.3
13.7
12.0
10.8
9.8
39.1
08.4
07.8
27.3
45.0
83.9
53.2
82
.83
2.2
31.8
81.6
01.4
01.2
61.1
41.0
50.9
10.5
0
HP
12-3
5W
46.4
31.1
24.4
19.4
16.4
14.4
12.7
11.4
10.4
9.5
08.9
78.4
15.8
84.6
13.8
53
.34
2.6
62.2
51.9
11.6
61.4
81.3
41.2
31.0
40.5
5
HP
12-4
0W
53.0
36.0
27.3
21.7
18.3
16.0
14.1
12.7
11.6
10.6
9.8
99.2
66.4
45.0
34.1
93
.62
2.8
82.4
22.0
61.8
11.6
21.4
71.3
31.1
50.6
1
HP
12-4
6W
59.6
40.8
30.2
23.9
20.1
17.5
15.5
13.9
12.7
11.7
10.8
10.1
7.0
05.4
54.5
23
.90
3.0
92.5
92.2
21.9
51.7
51.5
91.4
61.2
70.7
2
HP
12-5
0W
65.7
44.4
33.1
26.3
22.1
19.4
17.1
15.4
14.1
12.9
12.0
11.3
7.8
16.0
95.0
64
.37
3.4
42.8
92.4
82.1
91.9
71.8
01.6
71.4
50.8
0
HP
12-6
0W
75.2
53.3
40.8
32.9
28.1
24.9
22.0
19.8
18.1
16.7
15.5
14.5
10.3
8.1
56.8
76
.01
4.7
03.9
23.3
52.9
52.6
52.4
12.2
31.9
31.0
8
HP
12-1
05W
-X133
93.2
73.3
57.4
47.9
41.5
36.9
33.4
30.7
28.5
26.7
25.2
17.5
13.6
11.3
9.8
17.5
16.1
45.1
74.4
73.9
53.5
43.2
22.7
71.5
2
HP
12-1
16W
-X148
101
75.5
61.2
51.5
44.0
38.5
35.0
32.1
29.3
27.6
25.7
18.6
14.8
12.3
10.3
7.9
16.5
05.4
04.7
04.1
83.8
23.4
23.0
21.5
0
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es o
bta
ine
d w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es
ob
tain
ed w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
10
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es
ob
tain
ed w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
Consta
nt
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.60 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Consta
nt
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.65 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6h
7h
8h
9
h
10
h
12
h
24
h
HF
12-1
35W
-X106
74.9
57.8
45.9
38.7
34.0
29.7
26.5
24.0
21.9
20.1
18.7
13.2
10.5
8.8
47.7
55.9
84.9
14.1
13.5
43.1
12.7
82.5
12.1
51.1
3
HF
12-1
55W
-X11
782.7
63.8
51.7
44.4
39.6
34.7
31.0
28.1
25.9
24.0
22.4
15.7
12.3
10.3
8.9
06.9
05.7
04.7
94.1
43.6
63.2
82.9
82.5
41.3
1
HF
12-1
65W
-X127
90.3
69.7
56.4
48.5
43.2
38.2
34.4
31.5
28.7
26.5
24.6
17.2
13.6
11.4
9.9
17.8
06.5
45.5
44.8
24.2
83.8
63.5
33.0
01.5
4
HF
12-2
11W
-X165
114
89.5
71.5
60.8
53.6
47.7
43.3
39.8
36.4
33.5
31.1
22.1
17.5
14.8
13.0
10.1
8.4
67.2
66.4
05.7
65.2
54.8
54.1
22.1
0
HF
12-3
20W
-X219
167
132
109
94.7
85.3
75.9
68.8
63.2
58.4
54.4
51.1
35.9
28.3
23.8
20.8
16.2
13.5
11.7
10.4
9.4
28.6
58.0
56.9
53.5
4
HF
12-3
70W
-X268
196
144
117
101
89.6
79.2
71.7
65.2
60.6
56.8
53.7
37.4
29.3
24.4
21.2
16.5
13.7
11.7
10.4
9.3
28.5
37.9
26.7
13.4
2
HF
12-4
20W
-X285
223
182
147
126
112
100
90.5
83.3
75.9
69.9
64.9
45.4
35.7
29.9
26.0
20.5
17.1
14.7
13.0
11.7
10.6
9.8
28.3
54.2
6
HF
12-4
70W
-X330
256
211
171
147
131
116
105
96.2
87.8
80.8
75.1
52.9
41.9
35.2
30.8
23.9
19.8
16.9
14.7
13.1
11.9
10.9
9.2
94.7
4
HF
12-5
60W
-X297
246
201
175
157
137
122
111
101
93.8
87.4
62.4
49.9
42.4
37.4
28.9
23.7
20.2
17.7
15.8
14.3
13.1
11.4
5.9
8
HF
12-6
05W
-X322
268
222
195
177
155
138
126
115
106
98.7
69.9
55.5
46.8
41.1
31.9
26.4
22.5
19.8
17.7
16.1
14.8
12.7
6.5
4
HF
12-6
50W
-X346
290
243
215
196
172
154
140
128
118
110
77.3
61.0
51.2
44.7
34.9
29.1
24.8
21.8
19.6
17.8
16.4
13.9
7.1
0
HF
12-7
25W
-X380
315
260
227
205
185
169
157
143
132
122
85.1
66.4
55.2
47.7
38.0
32.2
27.5
24.1
21.6
19.6
18.0
15.6
8.0
4
HF
12-8
10W
-X413
342
283
247
223
201
184
171
156
143
133
92.5
72.2
60.0
51.9
41.3
35.0
29.9
26.2
23.5
21.3
19.6
17.0
8.7
4
HF
12-8
90W
-X494
408
338
296
268
238
215
197
179
165
154
108
85.5
71.8
62.7
48.8
40.4
34.3
29.9
26.6
24.0
22.0
19.2
9.6
9
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.70 v
olts
pe
r ce
lloC
Const
ant
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.75 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HF
12-1
35W
-X99.6
70.6
54.6
43.4
36.6
32
.128.1
25.1
22.7
20.8
19.1
17.8
12.6
10.0
8.4
47.4
05.7
24.7
13.9
43.3
92.9
82.6
72.4
12.0
71.0
8
HF
12-1
55W
-X11
078.0
60.3
48.9
42.0
37.4
32.8
29.4
26.7
24.6
22.8
21.4
14.9
11.7
9.8
08.5
16.6
05.4
64.5
93.9
73.5
13.1
52.8
62.4
51.2
5
HF
12-1
65W
-X11
985.1
65.8
53.3
45.8
40.8
36.2
32.6
29.9
27.3
25.2
23.4
16.4
13.0
10.9
9.4
77.4
66.2
65.3
04.6
24.1
13.7
13.3
92.8
91.4
8
HF
12-2
11W
-X155
107
84.6
67.6
57.4
50
.745.1
41.0
37.8
34.5
31.9
29.6
21.0
16.7
14.1
12.4
9.7
08.1
06.9
66.1
45.5
25.0
44.6
63.9
72.0
3
HF
12-3
20W
-X205
157
125
103
89.6
80.7
71.8
65.2
60.0
55.4
51.7
48.6
34.2
27.0
22.7
19.8
15.5
13.0
11.2
10.0
9.0
48.3
17.7
36.6
93.4
2
HF
12-3
70W
-X255
188
137
112
95.9
85
.575.6
68.5
62.4
58.0
54.5
51.5
35.9
28.1
23.5
20.3
15.9
13.2
11.3
9.9
99.0
18.2
57.6
86.5
13.3
2
HF
12-4
20W
-X267
210
172
139
119
106
94.5
85.8
79.0
72.1
66.4
61.7
43.3
34.1
28.5
24.8
19.6
16.4
14.1
12.4
11.2
10.2
9.4
38.0
44.1
1
HF
12-4
70W
-X309
242
199
162
139
124
110
100
91.3
83.4
76.9
71.4
50.4
39.9
33.6
29.4
22.9
19.0
16.1
14.1
12.6
11.4
10.5
8.9
54.5
7
HF
12-5
60W
-X280
233
190
165
148
130
116
105
96.3
89.2
83.2
59.5
47.6
40.5
35.8
27.6
22.7
19.4
17.0
15.1
13.7
12.6
11.0
5.7
7
HF
12-6
05W
-X303
254
210
184
167
147
131
119
109
101
94.1
66.6
52.9
44.7
39.3
30.5
25.3
21.6
19.0
17.0
15.6
14.2
12.2
6.3
1
HF
12-6
50W
-X326
274
230
203
185
163
146
133
122
112
105
73.7
58.2
48.9
42.7
33.4
27.8
23.8
20.9
18.8
17.1
15.8
13.4
6.8
5
HF
12-7
25W
-X360
300
248
217
197
178
164
153
139
127
118
82.2
64.4
53.7
46.6
36.9
31.1
26.6
23.4
21.0
19.1
17.5
15.2
7.8
3
HF
12-8
10W
-X391
326
270
236
214
193
178
166
151
138
128
89.3
70.0
58.3
50.6
40.1
33.8
28.9
25.4
22.8
20.7
19.1
16.6
8.5
2
HF
12-8
90W
-X466
386
320
280
254
225
203
187
170
157
146
103
81.5
68.6
59.9
46.7
38.7
32.8
28.6
25.5
23.0
21.1
18.5
9.3
6
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es o
bta
ine
d w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
HF
12-1
35W
-X11
379.2
61.0
48.4
40.8
35.8
31.3
27.9
25.2
23.0
21.1
19.6
13.8
11.0
9.2
48.0
96.2
45.1
24.2
93.6
93.2
42.8
92.6
12.2
41.1
7
HF
12-1
55W
-X125
87.5
67.3
54.5
46.8
41.7
36.5
32.6
29.6
27.2
25.2
23.5
16.4
12.9
10.7
9.3
07.2
05.9
44.9
94.3
13.8
13.4
13.1
02.6
41.3
5
HF
12-1
65W
-X135
95.5
73.5
59.5
51.1
45.5
40.2
36.2
33.1
30.2
27.8
25.8
18.1
14.2
11.9
10.4
8.1
46.8
25.7
75.0
24.4
64.0
23.6
73.1
11.5
9
HF
12-2
11W
-X176
121
94.4
75.5
64.1
56.5
50.2
45.5
41.9
38.2
35.2
32.6
23.1
18.3
15.4
13.5
10.6
8.8
27.5
66.6
65.9
95.4
65.0
44.2
72.1
8
HF
12-3
20W
-X233
177
139
115
100
90.0
79.9
72.3
66.5
61.3
57.1
53.5
37.6
29.6
24.9
21.7
17.0
14.1
12.2
10.8
9.8
09.0
08.3
67.2
03.6
6
HF
12-3
70W
-X280
205
150
122
105
93.6
82.8
75.0
68.0
63.2
59.2
55.9
38.9
30.4
25.4
22.0
17.1
14.2
12.2
10.7
9.6
38.8
28.1
56.9
23.5
2
HF
12-4
20W
-X303
235
192
155
133
118
105
95.2
87.5
79.7
73.3
68.0
47.6
37.4
31.2
27.1
21.4
17.9
15.3
13.5
12.1
11.1
10.2
8.6
64.4
1
HF
12-4
70W
-X351
271
222
180
155
138
123
111
101
92.2
84.8
78.7
55.4
43.8
36.8
32.2
25.0
20.7
17.6
15.3
13.7
12.4
11.4
9.6
44.9
0
HF
12-5
60W
-X314
260
212
184
165
144
129
117
107
98.4
91.6
65.4
52.2
44.3
39.1
30.1
24.8
21.1
18.4
16.4
14.9
13.6
11.8
6.1
9
HF
12-6
05W
-X340
283
234
205
186
163
146
133
121
111
103
73.2
58.0
48.9
42.9
33.3
27.6
23.5
20.6
18.4
16.8
15.4
13.1
6.7
7
HF
12-6
50W
-X365
306
256
226
206
181
162
148
135
124
115
81.0
63.8
53.5
46.7
36.4
30.3
25.9
22.7
20.4
18.6
17.1
14.4
7.3
5
HF
12-7
25W
-X400
329
271
237
213
191
174
161
147
136
127
88.0
68.4
56.7
48.9
39.2
33.3
28.4
24.8
22.2
20.1
18.5
16.0
8.2
4
HF
12-8
10W
-X435
358
295
257
232
208
189
175
160
148
138
95.6
74.4
61.7
53.2
42.6
36.2
30.8
27.0
24.1
21.9
20.1
17.4
8.9
6
HF
12-8
90W
-X523
431
357
312
283
250
226
207
188
174
161
113
89.4
75.1
65.5
50.9
42.1
35.7
31.1
27.6
25.0
22.8
19.9
10.0
HF
12-1
35W
-X92.9
66.3
51.5
40.9
34.5
30
.326.5
23.7
21.5
19.7
18.1
16.9
12.0
9.5
18.0
47.0
65.4
64.5
03.7
73.2
52.8
62.5
62.3
11.9
81.0
4
HF
12-1
55W
-X103
73.2
56.8
46.1
39.6
35
.331.0
27.8
25.3
23.3
21.6
20.3
14.2
11.2
9.3
28.1
16.3
05.2
14.3
93.8
03.3
63.0
22.7
42.3
51.1
9
HF
12-1
65W
-X11
179.9
62.0
50.3
43.2
38.5
34.1
30.8
28.3
25.8
23.9
22.2
15.6
12.3
10.3
9.0
37.1
35.9
85.0
74.4
23.9
33.5
63.2
52.7
81.4
3
HF
12-2
11W
-X144
101
79.7
63.7
54.1
47.8
42.6
38.8
35.8
32.7
30.2
28.1
20.0
15.9
13.4
11.8
9.2
67.7
46.6
55.8
75.2
94.8
44.4
73.8
11.9
6
HF
12-3
20W
-X191
148
118
96.8
84.4
76.1
67.8
61.6
56.8
52.5
49.0
46.1
32.5
25.7
21.6
18.9
14.8
12.4
10.7
9.5
58.6
67.9
77.4
16.4
33.2
9
HF
12-3
70W
-X243
179
131
106
91.1
81
.572.1
65.2
59.5
55.4
52.1
49.3
34.4
27.0
22.5
19.5
15.3
12.7
10.9
9.6
38.7
07.9
67.4
46.3
03.2
2
HF
12-4
20W
-X249
197
162
131
112
100
89.2
81.1
74.7
68.3
63.0
58.6
41.1
32.4
27.2
23.7
18.7
15.7
13.5
11.9
10.7
9.7
89.0
47.7
33.9
6
HF
12-4
70W
-X288
227
188
152
131
117
104
94.1
86.4
79.0
72.9
67.8
47.9
38.0
32.0
28.1
21.9
18.1
15.4
13.5
12.1
11.0
10.1
8.6
04.4
1
HF
12-5
60W
-X263
219
179
156
140
122
110
99.5
91.3
84.6
79.0
56.5
45.3
38.6
34.1
26.4
21.7
18.5
16.2
14.5
13.2
12.1
10.6
5.5
6
HF
12-6
05W
-X285
239
198
174
158
138
124
113
103
95.8
89.2
63.3
51.2
42.6
37.4
29.2
24.5
21.0
18.5
16.5
15.1
13.8
11.9
6.0
8
HF
12-6
50W
-X306
258
216
191
175
154
138
126
115
107
99.3
70.0
55.3
46.6
40.7
31.9
26.6
22.8
20.0
18.0
16.4
15.1
12.9
6.6
0
HF
12-7
25W
-X339
284
236
208
189
171
158
147
134
122
113
79.3
62.3
52.1
45.4
35.8
30.0
25.7
22.6
20.3
18.5
16.9
14.8
7.5
9
HF
12-8
10W
-X368
309
257
226
205
186
171
160
145
133
123
86.2
67.7
56.7
49.3
38.9
32.6
27.9
24.5
22.0
20.1
18.4
16.0
8.2
5
HF
12-8
90W
-X437
364
301
264
239
212
192
176
161
149
139
98.0
77.6
65.3
57.1
44.5
37.0
31.4
27.4
24.4
22.1
20.2
17.8
9.0
2
9
oH
F S
eri
es D
isch
arg
e C
urr
en
t (
Am
pe
res @
20
C)
11 12
Consta
nt
Curr
ent
Dis
charg
e (
Am
pere
s )
at
20
to 1
.80 v
olts
pe
r ce
lloC
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.60 v
olts
pe
r ce
lloC
oH
F S
eri
es D
isch
arg
e P
ow
er
(Wa
tts @
20
C)
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HF
12-1
35W
-X88.9
63.8
49.7
39.6
33.5
29.5
25.9
23.1
21.0
19.2
17.7
16.5
11.7
9.3
17.8
86.9
25.3
54.4
23.7
03.1
92.8
12.5
12.2
81.9
61.0
3
HF
12-1
55W
-X98.2
70.5
54.8
44.6
38.5
34.4
30.2
27.1
24.7
22.7
21.1
19.8
13.9
10.9
9.1
47.9
56.1
85.1
24.3
13.7
43.3
12.9
72.7
02.3
21.1
7
HF
12-1
65W
-X106
76.9
59.8
48.7
42.0
37.5
33.3
30.1
27.6
25.2
23.3
21.7
15.3
12.1
10.1
8.8
56.9
95.8
84.9
84.3
53.8
73.5
03.2
02.7
41.4
1
HF
12-2
11W
-X138
97.1
76.9
61.7
52.6
46.5
41.5
37.8
34.9
31.9
29.5
27.5
19.5
15.6
13.2
11.6
9.0
97.6
06.5
45.7
75.2
04.7
64.4
03.7
61.9
3
HF
12-3
20W
-X183
142
114
93.8
82.0
74.1
66.1
60.1
55.4
51.3
47.9
45.1
31.8
25.2
21.2
18.5
14.6
12.2
10.5
9.3
88.5
17.8
47.3
06.3
43.2
5
HF
12-3
70W
-X230
170
124
101
86.4
77.4
68.5
61.9
56.7
52.8
49.7
47.1
32.9
25.8
21.6
18.7
14.7
12.2
10.5
9.2
78.3
97.6
87.2
06.0
93.1
2
HF
12-4
20W
-X238
190
156
127
109
97.4
86.9
79.1
73.0
66.7
61.6
57.3
40.3
31.7
26.6
23.2
18.3
15.4
13.2
11.7
10.5
9.6
28.9
07.6
23.9
1
HF
12-4
70W
-X276
218
181
148
127
114
101
91.8
84.3
77.1
71.2
66.3
46.9
37.2
31.4
27.5
21.4
17.8
15.2
13.3
11.9
10.8
9.9
08.4
84.3
5
HF
12-5
60W
-X253
211
174
151
136
119
107
97.1
89.1
82.6
77.2
55.3
44.4
37.8
33.4
25.9
21.3
18.2
15.9
14.3
13.0
11.9
10.4
5.4
9
HF
12-6
05W
-X274
230
192
169
153
135
121
110
101
93.3
87.2
61.9
49.3
41.7
36.7
28.6
23.7
20.3
17.9
16.0
14.6
13.4
11.5
6.0
1
HF
12-6
50W
-X294
249
210
186
170
150
135
123
113
104
97.1
68.5
54.2
45.6
39.9
31.3
26.1
22.4
19.7
17.7
16.1
14.9
12.7
6.5
2
HF
12-7
25W
-X317
269
224
197
179
163
150
141
128
117
109
76.3
60.2
50.5
44.1
34.5
28.7
24.6
21.7
19.5
17.8
16.4
14.3
7.3
4
HF
12-8
10W
-X345
292
244
214
195
177
164
153
139
128
118
83.0
65.4
54.9
47.9
37.5
31.2
26.8
23.6
21.2
19.4
17.9
15.5
7.9
8
HF
12-8
90W
-X421
351
292
257
233
207
187
172
158
146
136
95.9
76.0
64.0
56.0
43.7
36.3
30.8
26.9
24.0
21.7
19.9
17.5
8.9
0
HF
12-1
35W
-X195
135
104
82.9
70.2
61.7
54.5
49.1
44.9
41.2
38.1
35.6
24.8
19.4
16.1
14.0
10.9
9.0
67.6
76.6
75.9
35.3
54.8
94.1
92.2
8
HF
12-1
55W
-X229
155
118
95.3
81.7
72.6
64.6
58.6
53.9
49.7
46.3
43.5
30.5
24.1
20.2
17.6
13.7
11.4
9.6
48.3
97.4
56.7
26.1
35.2
62.7
5
HF
12-1
65W
-X247
165
125
101
87.0
77.6
69.0
62.6
57.5
53.2
49.7
46.8
33.4
26.7
22.7
20.0
15.5
12.8
10.9
9.5
78.5
67.7
77.1
46.1
73.2
0
HF
12-2
11W
-X312
211
168
134
113
99.3
87.7
78.9
72.1
66.5
61.9
58.0
41.5
33.3
28.4
25.1
20.0
17.0
14.6
12.8
11.5
10.4
9.6
28.3
04.4
8
HF
12-3
20W
-X433
320
248
200
172
153
137
125
116
107
100
94.2
67.7
54.5
46.5
41.2
33.0
28.1
24.3
21.7
19.6
18.1
16.8
14.5
7.8
0
HF
12-3
70W
-X498
370
265
215
185
165
149
135
123
115
108
102.0
72.0
57.0
47.8
41.8
32.9
27.7
23.9
21.2
19.2
17.6
16.3
14.0
7.2
0
HF
12-4
20W
-X540
420
333
272
235
210
186
168
154
141
130
121
85.7
68.1
57.5
50.4
40.0
33.8
29.2
25.9
23.4
21.4
19.9
17.0
8.9
0
HF
12-4
70W
-X627
470
378
310
270
243
216
196
180
164
151
140
100
80.4
68.5
60.5
47.7
40.0
34.2
30.1
27.0
24.5
22.6
19.6
10.2
HF
12-5
60W
-X560
460
376
326
292
258
232
212
195
181
169
120
95.2
80.5
70.6
55.6
46.6
40.3
35.8
32.4
29.8
27.7
24.0
12.8
HF
12-6
05W
-X605
505
417
364
329
291
263
241
219
201
186
135
109
91.1
79.2
63.2
53.7
46.1
40.6
36.6
33.4
30.0
26.7
13.8
HF
12-6
50W
-X650
550
457
402
365
324
294
270
246
226
210
149
118
100
87.7
70.8
60.7
51.8
45.4
40.7
37.0
34.0
29.4
15.2
HF
12-7
25W
-X725
590
490
430
390
345
311
285
261
242
225
161
129
109
96.6
77.2
65.5
55.4
48.2
43.7
39.5
36.1
31.5
16.3
HF
12-8
10W
-X810
641
533
467
424
375
339
310
284
263
245
175
140
119
105
83.9
71.2
60.5
52.9
47.2
42.8
39.2
34.0
17.5
HF
12-8
90W
-X890
733
608
533
483
426
383
350
322
299
280
202
162
139
123
97.2
81.7
69.6
61.0
54.5
49.5
45.5
39.4
20.4
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.65 v
olts
pe
r ce
lloC
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.70 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HF
12-1
35W
-X186
130
100
80.0
67.8
59.7
52.8
47.6
43.6
40.0
37.1
34.6
24.1
18.9
15.7
13.6
10.6
8.8
57.5
06.5
35.8
15.2
44.7
94.1
12.2
4
HF
12-1
55W
-X219
149
114
92.1
79.0
70.3
62.6
56.8
52.3
48.3
45.0
42.3
29.7
23.4
19.7
17.2
13.4
11.2
9.4
48.2
17.2
96.5
86.0
15.1
72.7
1
HF
12-1
65W
-X237
159
120
98.0
84.1
75.1
66.8
60.6
55.8
51.7
48.3
45.5
32.5
26.0
22.1
19.5
15.2
12.5
10.7
9.3
78.3
87.6
17.0
06.0
63.1
5
HF
12-2
11W
-X299
203
163
129
109
96.1
84.9
76.5
70.0
64.5
60.1
56.4
40.4
32.4
27.7
24.5
19.6
16.6
14.2
12.5
11.2
10.2
9.4
38.1
54.4
1
HF
12-3
20W
-X415
308
239
194
166
148
133
121
112
104
97.2
91.6
65.9
53.0
45.3
40.2
32.3
27.5
23.8
21.2
19.2
17.7
16.4
14.2
7.6
7
HF
12-3
70W
-X477
356
254
206
178
159
143
130
118
111
103.9
98.5
69.8
55.1
46.3
40.4
31.8
26.8
23.1
20.5
18.6
17.1
15.8
13.6
7.0
0
HF
12-4
20W
-X517
404
321
262
227
204
180
163
150
137
126
118
83.5
66.3
56.0
49.2
39.1
33.1
28.5
25.3
22.9
21.0
19.5
16.7
8.7
6
HF
12-4
70W
-X600
453
364
300
261
235
209
190
175
159
147
136
97.7
78.3
66.7
59.0
46.6
39.1
33.5
29.4
26.4
24.0
22.2
19.3
10.0
HF
12-5
60W
-X539
444
363
315
283
250
225
206
189
176
164
117
92.7
78.4
68.9
54.3
45.5
39.4
35.0
31.7
29.2
27.1
23.6
12.6
HF
12-6
05W
-X583
487
403
352
318
282
255
234
213
196
182
132
107
89.2
77.2
61.7
52.4
45.1
39.8
35.8
32.7
29.7
26.2
13.6
HF
12-6
50W
-X626
530
442
389
353
314
285
262
239
220
204
145
115
97.4
85.5
69.1
59.3
50.7
44.5
39.8
36.2
33.3
28.9
15.0
HF
12-7
25W
-X704
569
474
416
378
335
302
277
254
235
220
157
126
107
94.8
75.6
64.0
54.1
47.0
42.8
38.6
35.3
30.8
16.0
HF
12-8
10W
-X772
619
515
453
411
364
329
301
276
256
239
171
137
117
103
82.1
69.6
59.1
51.7
46.1
41.7
38.2
33.1
17.0
HF
12-8
90W
-X857
707
587
515
467
413
372
340
313
291
272
196
158
135
120
94.9
79.8
68.1
59.7
53.4
48.5
44.6
38.7
20.1
HF
12-1
35W
-X178
125
96.7
77.2
65.5
57.7
51.1
46.1
42.2
38.8
36.0
33.7
23.5
18.4
15.3
13.3
10.4
8.6
57.3
36.3
95.6
85.1
34.6
94.0
42.2
0
HF
12-1
55W
-X210
144
110
89.0
76.3
67
.960.5
55.0
50.7
46.8
43.7
41.1
28.9
22.8
19.1
16.7
13.1
10.9
9.2
38.0
37.1
46.4
45.8
95.0
82.6
6
HF
12-1
65W
-X226
153
116
94.2
81.2
72
.664.6
58.7
54.1
50.1
46.9
44.3
31.6
25.3
21.5
19.0
14.8
12.3
10.5
9.1
78.2
17.4
66.8
65.9
63.1
0
HF
12-2
11W
-X286
195
157
125
106
92.9
82.1
74.1
67.8
62.6
58.4
54.8
39.3
31.6
26.9
23.8
19.1
16.3
13.9
12.2
11.0
10.0
9.2
38.0
14.3
4
HF
12-3
20W
-X396
296
230
187
161
14
3128
117
109
101
94.4
89.0
64.1
51.6
44.1
39.2
31.5
26.9
23.3
20.7
18.8
17.3
16.1
13.9
7.5
5
HF
12-3
70W
-X456
343
244
198
170
15
2137
124
114
106
99.8
95.0
67.5
53.3
44.8
39.0
30.8
25.9
22.4
19.8
18.0
16.5
15.3
13.2
6.8
0
HF
12-4
20W
-X494
389
309
253
219
19
7175
158
145
133
123
115
81.2
64.6
54.6
47.9
38.2
32.3
27.9
24.8
22.4
20.6
19.1
16.4
8.6
1
HF
12-4
70W
-X573
435
351
289
252
22
7202
184
169
154
143
133
95.0
76.3
65.0
57.5
45.4
38.2
32.7
28.8
25.8
23.5
21.7
18.9
9.8
7
HF
12-5
60W
-X518
428
351
304
273
242
218
200
184
170
160
113
90.2
76.4
67.1
53.0
44.5
38.5
34.3
31.1
28.6
26.6
23.2
12.4
HF
12-6
05W
-X560
470
389
340
308
273
247
227
207
191
178
129
104
86.8
75.2
60.3
51.2
44.0
38.9
35.0
32.0
29.4
25.7
13.4
HF
12-6
50W
-X602
511
426
376
342
304
276
254
232
214
199
141
112
94.8
83.3
67.5
57.9
49.5
43.5
39.0
35.5
32.7
28.4
14.7
HF
12-7
25W
-X684
548
457
402
365
324
293
269
247
228
213
153
122
104
92.0
73.6
62.6
52.8
45.9
41.7
37.6
34.5
30.3
15.6
HF
12-8
10W
-X733
596
497
437
397
352
318
292
268
248
232
167
134
114
100
80.0
68.0
57.7
50.4
44.9
40.7
37.2
32.3
16.6
HF
12-8
90W
-X824
681
567
498
452
399
360
329
303
282
265
191
154
132
117
92.6
78.0
66.6
58.4
52.3
47.5
43.7
38.0
19.8
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es
ob
tain
ed w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
(No
te)T
he a
bo
ve c
ha
racte
risti
cs
da
ta a
re a
ve
rag
e v
alu
es
ob
tain
ed w
ith
in t
hre
e c
ha
rge
/dis
ch
arg
e c
ycle
s n
ot
the
mim
imu
m v
alu
es.
www.vision-batt.com
14
Battery Charging
Correct battery charging ensures the maximum possible
service life for the battery. There are four major methods
of charging:
Constant Voltage Charging.
Constant Current Charging.
Two Stage Constant Voltage Charging.
Taper Current Charging.
1.Constant Voltage Charging
This is the recommended method of charging for SLA
batteries. It is necessary to closely control the actual
voltage to ensure that it is within the limits advised.
o Float Service: 2.25-2.30 Vpc at 20 C
o Cycle Service: 2.40-2.45 Vpc at 20 C
SZCPT suggest that the initial current be set within 0.4C
Amps for HP/ 0.3 C Amps for HF.
It is necessary to charge a greater amount of energy into
the battery than was taken out of the battery on discharge.
The actual current indicating that the battery is fully
charged is approx 2mA/Ah under charging voltage is
o2.30Vpc C.
2.Constant Current Charging
This method of charging is generally not recommended for
SLA batteries. It is necessary to understand that if the
batteries are not removed from the charger after reaching
a state of full charge, considerable damage will occur to
the batteries due to overcharging.
3.Two Stage Constant Voltage Charging
This method should not be used when the battery and load
are connected in parallel. If this method is to be used, it is
suggested that the VISION technical department is
contacted.
@20
4.Taper Current Charging
This method is not recommended for SLA batteries.
However, if this method is to be used, it is suggested that
the VISION technical department is contacted.
Effect of Temperature on Charging Voltage
As temperature rises, electrochemical activity in a battery
increases. Similarly, as temperature falls, electrochemical
activity decreases. Therefore, conversely, as temperature
rises, charging voltage should be reduced to prevent over
charge, and increased as temperature falls to avoid
undercharge. In general, to assure optimum service life,
use of a temperature compensated charger is
recommended. The recommended compensation factor for
oHP&HF batteries is -3mV/ C/Cell (stand by) The standard
ocenter point for temperature compensation is 20 C.
Effect of Voltage on Battery Gassing
Although the batteries are of the recombination type and
the amount of gassing at normal operating voltages and
temperature is negligible, if the charging voltage is
increased, gassing will occur despite the recombination
design of the product. Gassing does not normally occur
while the battery is operating under float conditions and
onormal constant voltage recharge of 2.25-2.30 Vpc at 20 C.
Very little gassing occurs when the battery is recharged
under normal cycling recharge procedures. However, higher
voltages that this especially under conditions of constant
current charging will substantially increase the volume of
gas.
VISION Rechargeable Products
Sealed Lead Acid Battery
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.75 v
olts
pe
r ce
lloC
Const
ant
Pow
er
Dis
charg
e
( W
att
s per
cell
) at
20
to 1
.80 v
olts
pe
r ce
lloC
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
Ba
tte
ry T
yp
e
5
min
1
0m
in
15
min
20
min
2
5m
in
30
min
3
5m
in
40
min
4
5m
in
50
min
5
5m
in
1
h
1.5
h
2h
2
.5h
3
h
4
h
5
h
6
h
7
h
8
h
9h
1
0h
1
2h
2
4h
HF
12-1
35W
-X169
120
93.1
74.4
63.2
55.7
49.3
44.6
40.9
37.6
34.9
32.7
22.8
17.9
14.9
12.9
10.1
8.4
47.1
66.2
55.5
65.0
24.6
03.9
62.1
7
HF
12-1
55W
-X200
138
106
85.8
73.6
65.6
58.5
53.2
49.0
45.4
42.4
39.9
28.1
22.2
18.6
16.3
12.8
10.7
9.0
27.8
66.9
96.3
15.7
64.9
82.6
2
HF
12-1
65W
-X216
146
111
90.7
78.3
70.0
62.5
56.8
52.3
48.6
45.5
43.0
30.7
24.6
21.0
18.5
14.4
12.0
10.2
8.9
78.0
37.3
06.7
15.8
53.0
4
HF
12-2
11W
-X272
187
151
120
102
89.6
79.4
71.7
65.7
60.7
56.6
53.2
38.2
30.7
26.2
23.2
18.6
15.9
13.6
12.0
10.8
9.8
09.0
47.8
74.2
6
HF
12-3
20W
-X378
284
222
180
155
138
124
114
105
97.8
91.6
86.4
62.3
50.2
43.0
38.1
30.7
26.2
22.7
20.2
18.4
16.9
15.8
13.7
7.4
2
HF
12-3
70W
-X434
329
233
189
163
146
130
119
109
102
95.6
91.5
65.3
51.4
43.2
37.6
29.7
24.9
21.6
19.2
17.4
16.0
14.8
12.8
6.6
0
HF
12-4
20W
-X471
373
298
244
211
190
169
153
141
129
119
111
79.0
62.8
53.1
46.7
37.2
31.6
27.3
24.2
21.9
20.1
18.7
16.1
8.4
7
HF
12-4
70W
-X547
418
338
279
243
219
195
177
164
150
138
129
92.4
74.2
63.3
56.0
44.3
37.3
32.0
28.1
25.3
23.0
21.3
18.6
9.7
1
HF
12-5
60W
-X497
412
338
293
264
233
211
193
178
165
155
110
87.7
74.3
65.4
51.7
43.4
37.6
33.5
30.4
28.0
26.0
22.7
12.2
HF
12-6
05W
-X537
452
375
328
297
264
239
220
202
187
174
125
101
84.4
73.3
58.8
50.0
43.0
38.0
34.0
31.0
28.1
25.2
13.2
HF
12-6
50W
-X577
492
411
362
330
294
267
246
225
207
193
137
109
92.3
81.1
65.8
56.6
48.4
42.5
38.1
34.7
32.0
27.8
14.5
HF
12-7
25W
-X660
527
440
387
352
313
283
260
239
222
207
149
119
102
90.2
72.0
61.1
51.5
44.7
40.5
36.7
33.9
29.5
15.3
HF
12-8
10W
-X694
573
478
421
383
340
308
283
260
241
225
162
130
111
98.0
78.3
66.4
56.3
49.1
43.7
39.4
36.1
31.3
16.1
HF
12-8
90W
-X790
656
546
480
436
386
348
319
294
274
257
185
150
128
114
90.3
76.1
65.0
57.1
51.1
46.5
42.8
37.3
19.4
HF
12-1
35W
-X161
115
89.4
71.6
60.8
53.7
47.6
43.1
39.5
36.4
33.8
31.7
22.2
17.4
14.5
12.6
9.8
88.2
46.9
96.1
05.4
44.9
24.5
03.8
92.1
3
HF
12-1
55W
-X190
132
102
82.6
71.0
63.2
56.4
51.4
47.4
43.9
41.1
38.7
27.3
21.5
18.1
15.8
12.4
10.4
8.8
17.6
86.8
36.1
75.6
44.8
92.5
7
HF
12-1
65W
-X205
140
107
87.3
75.4
67.5
60.3
54.8
50.6
47.0
44.1
41.7
29.9
23.9
20.4
18.0
14.1
11.7
10.0
8.7
77.8
57.1
46.5
75.7
42.9
9
HF
12-2
11W
-X259
179
145
116
98.1
86.4
76.6
69.2
63.5
58.7
54.9
51.6
37.1
29.9
25.5
22.6
18.2
15.5
13.3
11.7
10.5
9.5
98.8
57.7
24.1
9
HF
12-3
20W
-X359
272
213
173
149
133
120
110
102
94.7
88.8
83.8
60.5
48.8
41.8
37.1
29.9
25.6
22.2
19.8
18.0
16.5
15.4
13.4
7.2
9
HF
12-3
70W
-X413
315
222
181
156
140
124
113
104
97.2
91.5
88.0
63.0
49.5
41.7
36.2
28.6
24.0
20.9
18.5
16.8
15.4
14.3
12.4
6.4
0
HF
12-4
20W
-X448
357
286
235
204
183
163
148
136
125
116
108
76.7
61.1
51.7
45.4
36.3
30.8
26.6
23.7
21.4
19.7
18.3
15.8
8.3
2
HF
12-4
70W
-X520
400
325
268
234
211
188
171
158
145
134
125
89.8
72.1
61.6
54.5
43.2
36.4
31.2
27.5
24.7
22.5
20.8
18.2
9.5
4
HF
12-5
60W
-X476
396
325
282
254
225
204
187
172
160
150
107
85.2
72.2
63.6
50.4
42.4
36.8
32.7
29.7
27.4
25.5
22.3
12.0
HF
12-6
05W
-X515
435
361
316
286
255
231
212
195
181
170
122
97.6
81.8
71.3
57.3
48.8
42.0
37.0
33.0
30.0
27.5
24.8
13.0
HF
12-6
50W
-X553
473
396
349
318
284
258
238
218
201
187
133
106
89.7
78.9
64.1
55.2
47.2
41.5
37.3
34.0
31.3
27.3
14.2
HF
12-7
25W
-X624
506
423
373
339
302
273
251
231
214
201
144
116
98.6
87.3
69.9
59.5
50.1
43.4
39.4
36.0
33.1
28.8
14.8
HF
12-8
10W
-X655
550
460
405
369
328
297
273
251
233
218
157
126
107
94.9
76.0
64.7
54.8
47.7
42.4
38.2
34.9
30.3
15.6
HF
12-8
90W
-X757
630
525
462
420
372
336
308
284
265
249
180
146
125
111
88.1
74.3
63.5
55.8
50.0
45.5
41.9
36.6
19.1
13
(No
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alu
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ith
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ot
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15 16
www.vision-batt.com
VISION Rechargeable Products
Sealed Lead Acid Battery
Discharge characteristic
Discharge
time
10min
1 hour
10hour
o o o o o o o o o o o o-15 C -10 C -5 C 0 C 5 C 10 C 15 C 20 C 25 C 30 C 35 C 40 C
0.46 0.53 0.59 0.67 0.74 0.83 0.91 1.00 1.09 1.18 1.27 1.36
0.62 0.67 0.73 0.78 0.84 0.89 0.95 1.00 1.05 1.10 1.15 1.20
0.73 0.77 0.81 0.85 0.89 0.93 0.96 1.00 1.03 1.06 1.09 1.11
Battery temperature
min h
2CA 1CA 0.6CA
0.2CA
0.1CA
0
1.6
2.0
2 3 5 10 20 30 60 2 3 5 10 201
Ch
ara
cte
risti
c D
isch
arg
e C
urv
es F
or
VIS
ION
Ba
tte
rie
sDischarge Time
Battery discharge characteristics
The discharge capacity of a lead acid battery varies and
is dependant on the discharge current. VISION HP
batteries use a rate at the 20-hour rate. i.e. the capacity
of the battery at 20 hours discharged to an end voltage of
o1.75Vpc at a temperature of 25 C. VISION HF batteries
use a rate at the 10 hour rate. i.e. the capacity of the
battery at 10 hours discharged to an end voltage of
o1.80Vpc at a temperature of 25 C.
General Comments
The discharge curves show the minimum design
parameters for each fully charged VISION battery after
installation. Full capacity is reached after some initial
service.
Float Service.
One month after installation and recharging.
Cycle Service.
Within three to five cycles after initial charge and
service entry.
Effect of temperature on capacity:
Rough correction factor of the capacity, according to the
otemperature, reference temperature being 20 C
Self-discharge characteristic
Relationship of OCV oand state of charge (25 C)
Charge characteristics
Operating temperature extreme
The cells in the VISION HP&HF product range must be
charged at a constant voltage
oAt an ambient temperature of 20 C
The charging voltage of 2.25-2.30 volts per cell should
be for float charging.
It is not necessary to limit the current as this will be
governed by the maximum output available from
charger until the voltage limit is reached
maintenance is recommended as the battery approaches
end of useful life used for float charging.
To achieve nominal performance characteristics, it is
recommended to adjust this value to suit the ambient
temperature, as indicated in the following table :
Temperature Float charge voltage
o 5 C 2.33 - 2.38 V/cell
o 10 C 2.28 - 2.33 V/cell
o 20 C 2.25 - 2.30 V/cell
o 25 C 2.23 - 2.28 V/cell
o 30 C 2.22 - 2.27 V/cell
o o o -20~60 C -10~50 C -20~60 C
Discharge Charge Storage
HF Series
0 68
HP Series
0 68
The atmospheric humidity for battery should be between
5% and 95%.
17 18
www.vision-batt.com
VISION Rechargeable Products
Sealed Lead Acid Battery
Standards
Shipment and storage
Storage conditions :
The battery should be stored away from any moisture or
source of heat.
Storage times :
The self-discharge of VISION HP/HF series batteries as a
function of temperature is as follows :
o 3 % per month at 20 C
o 6 % per month at 30 C
o 10 % per month at 40 C
In order to ensure that the battery can be charged easi-
ly after a long period of storage, it is recommended that
batteries should not be stored for more than the follo-
wing periods without recharging :
o 6 months at 20 C
o 4 months at 30 C
o 2 months at 40 C
Failure to comply with these recommendations may
compromise the life expectancy of the battery.
Determining the state of charge of the battery
The state of charge of the battery can be determined by
measuring the off-load voltage after the battery has
been allowed to rest for 24 hours.
Recharging stored batteries
The batteries should be recharged at the float charge
ovoltage of 2.25~2.30 volts at 20 C per cell for a minimum
period of 48 hours.
The battery will be charged when the charging current
has remained constant for a period of 3 hours.
1 When moving batteries, suitable mechanical
handling aids should be used. Never drag or roll
the battery since damage will be caused.
2 Do not touch the battery terminals or the safety
valve during handling.
3 The batteries are fully charged before shipment,
do not have a short circuit.
4 The batteries can be stored in an ambient
o o where the temperature range is 0 C to 35 C but
the maximum storage time without charging is 6
months. If the storage time is more than 6 months,
the batteries must be recharged.
The storage area should be clean, dry and ventilated.
% of capacity
oat 20 C
2,16 2,15 2,14 2,13 2,13
2,09 2,09 2,09 2,09 2,09
2,06 2,06 2,06 2,06 2,06
2,02 2,02 2,02 2,02 2,02
1,97 1,97 1,97 1,97 1,97
o o o o o0 C 10 C 20 C 30 C 40 C
Voltage per cell at differents temperatures
100%
80%
60%
40%
20%
You can expect our batteries meet with the
standards JIS, DIN, IEC & BS6290-4.
We have obtained ISO9001 & ISO14001
certification.
We have obtained UL approval (MH25860) for
all types of batteries.
We have obtained CE approval for all type of
batteries.
All these render our batteries to be compatible
with requirements of world-level equipments.
- Check the tightening of connections.
- Every month, it is recommended that the total voltage
at the battery terminals be measured. It should be
Nx2.25-2.30 at a temperature of 20°C
number of cells in the battery.
- Once each year, it is recommended that the voltage of
each cell in the battery should be read off.
- A difference of plus or minus 2.0% between these
individual voltages and the average voltage may be
observed. This is due to the gas- recombination
process.
- A check on capacity (independent operation on load)
can be performed once or twice per year.
Safety :When carrying out any work on the battery, the
applicable safety standards should be followed.
Note :it is recommended that a battery log be maintained ,
and that records should be kept of the total voltage
measurements, any mains failures, major battery
discharges (current and time) etc.
The main factors causing reduction in the life expectancy of
VISION HP/HF Series cells:
- Deep discharges
- Poor regulation on the float voltage
- Cycling or micro- cycling
- Poor quality (smoothing) of the charging current
- High ambient temperature.
Maintenance Installation of the battery
General recommendations
- Do not wear clothing of synthetic material , to avoid
the generation of static potentials.
- Use insulated tools.
- Consult the drawing for the correct position of the cell
poles (positive=red colour, negative = black colour).
- Before attaching the inter-cell flexible cables, check that
all terminals are in the correct position.
- The battery cells are connected in series, which is with a
positive pole connected to a negative pole.
- Use only a damp cotton cloth for cleaning purposes
- Acid leakage and unusual appearance must be avoided
before switching on, noting open circuit voltage.
- There must be appointed man operating for 24 hs after
switching on to solving potential problems in time,
noting voltage and current.
- There is no technical reason for limiting the number of
strings but for practical installation reasons. It is
recommended not allowed to exceed 3 strings in parallel
especially if the battery is used in high discharge rates
(backup time less than 15 mins)
