-
Publication No: EN-V-PG-001 February 2003
PRODUCT GUIDE
-
Introduction 2
Range Summary 3
Technology 4
Construction 5
Selection of Battery Size 6
Performance Data 7-26
Operating Characteristics 27
Operating Instructions and
Guidelines 28
Installation and Commissioning
Charge 29
Battery Storage 30
Battery Accommodation 31
Introduction
2
Contents
This product guide covers the
PowerSafe V range and is designed to
help you select the most appropriate
battery for your particular application.
Technical information includes detailed
discharge performance data for each
model and advice on calculating the
correct battery size.
Enersys has earned an international
reputation for quality and reliability
based on more than 100 years
experience in the manufacture of
batteries, and is at the forefront of new
product design to meet customers
increasing technical requirements.
The new PowerSafe V range of valve
regulated lead acid batteries has been
designed specifically for use in
applications which demand the highest
levels of security and reliability.
With proven compliance to the most
rigorous international standards,
PowerSafe V is recognised worldwide
as the premium battery for Telecom/IT
applications. PowerSafes reputation
for long service life, combined with
excellent high rate performance,
also makes it the number one choice
for high integrity, high specification
UPS systems.
The use of gas recombination
technology for valve regulated lead
acid batteries has totally changed the
concept of standby power.
This technology provides the user with
the freedom to use lead acid batteries
in a wide range of applications.
The minimal level of gas evolution
allows battery installation in cabinets
or on stands, in offices or near main
equipment, thus maximising space
utilisation and reducing storage and
maintenance costs.
PowerSafe V delivers superior
performance whilst occupying less
space than conventional standby
power batteries. The use of V0 rated,
flame retardant, ABS plastic for the
thick wall containers and lids offers
high mechanical strength with
excellent safety features.
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
3Range Summary
Cell Nominal C10 to C3 to Length Width Overall Typical Type
Number Thread Short Circuit InternalType Voltage 1.80Vpc 1.80Vpc
Height (over Weight Size Current Resistance
(V) Insulation) (kg) (A) (m)
12V20 12 22 18 166 125 176 9.8 female 2 M5 1482 8.5
12V35 12 35 30 166 156 203 14.3 female 2 M5 1680 7.5
12V45 12 46 39 218 164 220 18.9 female 2 M6 2019 6.24
12V55 12 56 48 271 164 220 22.9 female 2 M6 2470 5.1
12V70 12 68 60 314 164 220 26.7 female 2 M6 2550 4.94
12V80 12 79 69 360 164 228 31.5 female 2 M6 3500 3.6
4V105 4 103 80 202 191 235 16.5 male 2 M8 3571 1.12
6V105 6 103 80 202 191 235 22.0 male 2 M8 5310 1.13
6V130 6 132 108 243 206 234 27.9 female 2 M8 4846 1.3
4V155 4 154 120 202 202 228 23.0 male 4 M8 4802 0.833
6V155 6 154 120 292 202 228 33.0 male 6 M8 4800 1.25
6V165/2 6 173 139 296 204 234 34.1 female 2 M8 5728 1.1
6V165/6 6 173 139 296 204 240 35.0 female 6 M8 5000 1.2
2V200 2 200 148 110 208 260 13.9 female 2 M8 5833 0.36
4V230 4 231 180 292 202 228 32.5 male 4 M8 7207 0.555
2V275 2 275 204 142 208 260 18.5 female 2 M8 7000 0.3
2V310 2 308 240 202 202 228 23.0 male 4 M8 9259 0.216
2V320 2 320 269 195 208 242 22.0 female 4 M8 10000 0.2
2V350 2 350 264 195 208 260 24.0 female 2 M8 8750 0.24
2V400/2 2 400 297 195 208 260 26.2 female 2 M8 9545 0.22
2V400/4 2 400 297 195 208 260 27.0 female 4 M8 11052 0.19
2V460/4 2 462 360 292 202 228 32.5 male 4 M8 10929 0.183
2V460/6 2 462 360 292 202 228 33.0 male 6 M8 10929 0.183
2V500/2 2 500 372 238 208 260 32.5 female 2 M8 11667 0.18
2V500/6 2 518 417 296 204 240 34.7 female 6 M8 16154 0.13
4V525* 4 524 410 527 266 215 75.0 male 4 M12 7273 0.55
6V525* 6 524 410 527 431 215 117.0 male 6 M12 7203 0.833
6V590* 6 590 461 527 431 215 126.0 male 6 M12 8108 0.74
2V785* 2 786 615 527 266 215 58.0 male 4 M12 10811 0.185
2V915* 2 917 718 527 266 215 66.5 male 4 M12 12658 0.158
2V1050* 2 1048 820 527 266 215 75.0 male 4 M12 14388 0.139
2V1575* 2 1573 1230 527 431 215 117.0 male 6 M12 21622
0.0925
2V1770* 2 1769 1384 527 431 215 126.0 male 6 M12 24331
0.0822
Nominal Capacity(Ah) @ 20C Dimensions (mm) Terminals
*Horizontal installation only. Dimensions as installed.
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
4Technology
How gas recombination works
When a charge current flows through a fully charged
conventional lead acid cell, electrolysis of water occurs to
produce hydrogen from the negative electrode and oxygen
from the positive electrode. This means that water is lost
from the cell and regular topping up is needed.
However, evolution of oxygen and hydrogen gases does not
occur simultaneously, because the recharge of the positive
electrode is not as efficient as the negative. This means
that
oxygen is evolved from the positive plate before hydrogen is
evolved from the negative plate.
At the same time that oxygen is evolved from the positive
electrode, a substantial amount of highly active spongy lead
exists on the negative electrode before it commences
hydrogen evolution. Therefore, providing oxygen can be
transported to the negative electrode, conditions are ideal
for a rapid reaction between lead and oxygen:
ie. oxygen is electrochemically reduced on the negative
electrode according to the following formula,
2e- + 2H+ + 1/2 O2 H2O
and the final product is water.
The current flowing through the negative electrode drives
this reaction instead of hydrogen generation which would
occur in a flooded cell.
This process is called gas recombination. If this process
was 100% efficient no water would be lost from the cell.
By careful design and selection of cell components,
gas recombination between 95% to 99% is achieved.
Principle of the oxygen reduction cycle
Recombination efficiency
Recombination efficiency is determined under specific
conditions by measuring the volume of hydrogen emitted
from the battery and converting this into its ampere hour
equivalent. This equivalent value is then subtracted from
the total ampere hours taken by the battery during the test
period, and the remainder is the batterys recombination
efficiency and is usually expressed as a percentage.
As recombination is never 100%, some hydrogen gas is
emitted from PowerSafe cells and batteries through the
self-regulating valve. The volume of gas emitted is very
small and typical average values on constant potential
float at 20C are as follows:
Float voltage Volume of gas emitted(V) (ml per cell per C3 Ah
per month)
PowerSafe V hydrogen emissions
2.28 3.7
2.40 24.0
POSITIVE
PLATE
NEGATIVE
PLATE
+ --
S
E
P
A
R
A
T
O
R
02 H2 Liquid electrolyte
Conventional cell
POSITIVE
PLATE
NEGATIVE
PLATE
+ --
A
G
M
S
E
P
A
R
A
T
O
R
Electrolyte in absorptive glass mat
02
02
02
PowerSafe V
Oxygen and hydrogen escape to theatmosphere.
Oxygen from the positive plate transfers tothe negative and
recombines to formwater.
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
51 High conductivity pillarsThreaded brass insert for
maximumconductivity and ease of installation.
2 High integrity pillar sealCompression grommet designed for
long life.
3 Self-regulating relief valveLow pressure non-return valve
prevents ingressof atmospheric oxygen.
4 Rugged super-thick positive platesGrids designed to resist
corrosion and prolongactive life.
5 Balanced negative platesEnsure optimum recombination
efficiency.
6 Tough flame retardant cell boxThick-wall V0 rated ABS plastic,
highly resistantto shock and vibration.
7 SeparatorsLow resistance microporous glass fibre.The
electrolyte is absorbed within this material.
6V105
Construction
12V80
2V1050
2
3
1
6
4
57
6
2
3
4
57
1
6
3
1
5
7
4
2
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
6Selection of Battery Size
The following examples are designed to illustrate the
method of determining which PowerSafe V cell type will
support your required duty load.
Constant current discharge
EXAMPLE A. To demonstrate constant current calculation and
also the effect of temperature.
A nominal 50V telecommunications system using a 24 cell
battery and requiring 102 amps constant current will operate
satisfactorily at a minimum battery terminal volts level of
42
volts.
Calculate the battery type required for 2 hours standby
duration on the basis of:
(a) 20C operating temperature
(b) 5C operating temperature
METHOD
(1) Minimum allowable volts per cell
42 volts = 1.75Vpc
24 cells
(2) Hence, cell performance requirement is 102 amps
constant current to 1.75Vpc
(3) By reference to constant current performance table
relating to 1.75 volts per cell level (see page 14):
(a) at 20C
2V310 cell size is smallest available size to use
(112 amps available).
Conclusion: Use 24 - 2V310 cells.
(b) at 5C by reference to the table on page 27 of this
product guide, available current output at 20C is
reduced by factor 0.9.
Therefore at 5C - 2 hours output is reduced to,
on 2V310 size, 112 amps x 0.9 = 101 amps.
Hence 2V310 cell size too small!
Try the next largest cell size - 2V320. At 5C available
current output is 130 amps x 0.9 = 117 amps.
Conclusion: Use 24-2V320 cells.
Constant power discharge
EXAMPLE B. To demonstrate constant power calculation.
An inverter system requires a D.C. constant power input of
33.3 kW in the voltage range 486 volts maximum, 383 volts
minimum.
Calculate the optimum battery size required for 20C
operation for a 1 hour standby period.
METHOD
(1) Number of cells
= 486/2.28Vpc = 213 cells.
(2) Minimum volt per cell
383/213 = 1.798 1.80Vpc.
(3) Watts per cell
= 33300 watts / 213 cells = 156.33 watts per cell.
(4) Hence cell performance requirement is 156.33 watts to
1.80Vpc at 20C.
(5) By reference to the constant power performance table
(see page 25) relating to 1.80 volts per cell level,
6V130 monobloc is the smallest available size to use.
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
7Performance DataConstant current discharge performance data
12V2
099
.064
.048
.038
.031
.027
.024
.021
.020
.018
.017
.015
.011
.09.
08.
07.
05.
04.
33.
53.
12.
72.
52.
31.
91.
0
12V3
517
6.4
105.
081
.265
.154
.646
.941
.437
.834
.131
.529
.027
.319
.415
.212
.610
.98.
46.
95.
85.
14.
54.
03.
73.
11.
6
12V4
523
1.8
137.
610
6.7
85.6
71.8
61.9
54.7
49.7
45.0
41.4
38.3
35.9
25.5
20.0
16.6
14.3
11.0
9.0
7.7
6.7
5.9
5.3
4.8
4.1
2.1
12V5
528
7.3
170.
113
2.2
106.
088
.977
.067
.961
.655
.951
.347
.644
.531
.524
.820
.517
.713
.711
.29.
58.
37.
36.
66.
05.
12.
6
12V7
034
5.2
203.
915
8.9
127.
410
6.9
92.9
82.0
74.0
67.4
61.7
57.4
53.4
37.9
29.8
24.7
21.2
16.4
13.4
11.4
10.0
8.8
7.9
7.2
6.1
3.1
12V8
040
3.2
237.
618
5.6
148.
812
4.8
108.
896
.086
.478
.972
.067
.262
.444
.334
.828
.824
.819
.215
.713
.311
.710
.39.
28.
47.
13.
7
4V10
534
6.0
236.
018
0.0
148.
012
5.0
108.
097
.989
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V10
534
6.0
236.
018
0.0
148.
012
5.0
108.
097
.989
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V13
045
3.1
329.
425
8.7
212.
018
1.7
156.
513
9.0
125.
011
4.0
104.
095
.989
.265
.852
.543
.737
.930
.024
.721
.018
.416
.314
.813
.511
.36.
0
4V15
551
5.0
376.
029
6.0
244.
020
8.0
181.
016
0.0
144.
013
0.0
119.
011
0.0
102.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V15
551
5.0
376.
029
6.0
244.
020
8.0
181.
016
0.0
144.
013
0.0
119.
011
0.0
102.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V16
5/2
634.
043
3.0
324.
026
3.0
219.
018
7.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
6V16
5/6
634.
043
3.0
324.
026
3.0
219.
018
7.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
2V20
068
1.0
477.
036
9.0
300.
726
0.0
230.
620
5.7
185.
416
9.6
157.
014
4.0
131.
091
.074
.060
.052
.041
.034
.928
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
500.
042
3.0
349.
029
7.0
258.
022
9.0
205.
018
6.0
170.
015
7.0
145.
010
5.0
84.2
70.6
61.1
48.7
40.5
35.2
31.3
28.3
25.8
23.6
19.9
10.3
2V27
588
9.0
620.
048
0.0
398.
734
8.9
311.
528
0.4
255.
423
3.6
216.
019
8.0
180.
012
5.0
102.
083
.072
.056
.048
.139
.735
.332
.529
.027
.523
.312
.7
2V31
098
4.0
718.
056
5.0
466.
039
6.0
345.
030
5.0
274.
024
8.0
227.
020
9.0
194.
014
0.0
112.
093
.981
.464
.954
.047
.041
.837
.834
.431
.526
.613
.8
2V32
010
73.0
763.
059
0.0
481.
040
4.0
353.
031
2.0
282.
025
9.0
242.
022
5.0
213.
016
7.3
130.
010
7.7
91.5
73.0
60.2
52.0
45.8
40.0
36.0
32.6
28.0
14.2
2V35
077
2.0
771.
760
2.9
514.
545
0.2
401.
936
1.7
329.
630
1.5
279.
025
6.0
233.
016
1.0
132.
010
7.0
93.0
73.0
62.1
51.2
45.5
41.9
37.5
35.0
30.0
16.4
2V40
0/2
678.
067
8.0
678.
357
8.8
506.
445
2.2
407.
037
0.8
339.
131
3.0
288.
026
2.0
182.
014
8.0
120.
010
5.0
82.0
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V40
0/4
1363
.095
4.0
738.
060
1.4
520.
046
1.2
411.
537
0.8
339.
131
3.0
288.
026
2.0
182.
014
8.0
120.
010
5.0
82.0
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V46
0/4
1000
.010
00.0
847.
069
9.0
594.
051
7.0
458.
041
1.0
372.
034
0.0
314.
029
1.0
209.
016
8.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V46
0/6
1549
.011
30.0
889.
073
3.0
624.
054
3.0
481.
043
1.0
391.
035
7.0
329.
030
5.0
217.
017
3.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V50
0/2
531.
053
1.0
531.
053
1.0
531.
053
1.0
470.
042
6.0
391.
036
3.0
341.
031
9.0
234.
018
5.0
150.
013
1.0
103.
087
.372
.064
.058
.952
.650
.042
.823
.4
2V50
0/6
1902
.013
00.0
972.
078
9.0
657.
056
1.0
495.
045
0.0
408.
037
9.0
352.
033
1.0
238.
019
5.0
160.
014
1.0
111.
093
.277
.167
.262
.853
.751
.847
.421
.3
4V52
511
61.0
969.
082
6.0
720.
063
2.0
560.
050
5.0
459.
042
2.0
390.
036
4.0
341.
025
1.0
199.
016
6.0
144.
011
4.0
96.1
83.0
73.3
65.7
59.5
54.3
46.3
24.9
6V52
511
61.0
969.
082
6.0
720.
063
2.0
560.
050
5.0
459.
042
2.0
390.
036
4.0
341.
025
1.0
199.
016
6.0
144.
011
4.0
96.1
83.0
73.3
65.7
59.5
54.3
46.3
24.9
6V59
013
06.0
1089
.092
9.0
809.
071
1.0
630.
056
7.0
516.
047
4.0
439.
040
9.0
384.
028
2.0
224.
018
6.0
162.
012
9.0
108.
093
.382
.473
.966
.961
.152
.128
.0
2V78
517
42.0
1453
.012
39.0
1079
.094
8.0
841.
075
7.0
688.
063
3.0
586.
054
6.0
512.
037
7.0
299.
024
8.0
216.
017
2.0
144.
012
4.0
110.
098
.589
.281
.569
.537
.4
2V91
520
34.0
1696
.014
46.0
1260
.011
07.0
982.
088
4.0
803.
073
9.0
684.
063
8.0
597.
044
0.0
349.
029
0.0
252.
020
0.0
168.
014
5.0
128.
011
5.0
104.
095
.281
.143
.6
2V10
5023
23.0
1937
.016
52.0
1439
.012
64.0
1121
.010
09.0
918.
084
4.0
781.
072
8.0
682.
050
2.0
398.
033
1.0
288.
022
9.0
192.
016
6.0
147.
013
1.0
119.
010
9.0
92.7
49.8
2V15
7534
84.0
2906
.024
78.0
2159
.018
96.0
1681
.015
14.0
1376
.012
66.0
1171
.010
92.0
1023
.075
3.0
598.
049
7.0
432.
034
3.0
288.
024
9.0
220.
019
7.0
178.
016
3.0
139.
074
.7
2V17
7039
20.0
3270
.027
88.0
2429
.021
34.0
1892
.017
03.0
1549
.014
24.0
1318
.012
29.0
1152
.084
7.0
672.
055
9.0
486.
038
6.0
324.
028
0.0
247.
022
2.0
201.
018
3.0
156.
084
.1
Cel
lTy
pe
11.
52
2.5
34
56
78
910
1224
510
1520
2530
3540
4550
55
Stan
dby
Tim
e
(Min
ute
s)St
andby
Tim
e
(Hours
)
Dis
char
ge C
urr
ents
(A
mper
es)
at 2
0C
to 1
.60
volt
s per
cel
l
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
812V2
099
.064
.048
.038
.031
.027
.024
.021
.020
.018
.017
.015
.011
.09.
08.
07.
05.
04.
33.
53.
12.
72.
52.
31.
91.
0
12V3
517
6.4
105.
081
.265
.154
.646
.941
.437
.834
.131
.529
.027
.319
.415
.212
.610
.98.
46.
95.
85.
14.
54.
03.
73.
11.
6
12V4
523
1.8
137.
610
6.7
85.6
71.8
61.9
54.7
49.7
45.0
41.4
38.3
35.9
25.5
20.0
16.6
14.3
11.0
9.0
7.7
6.7
5.9
5.3
4.8
4.1
2.1
12V5
528
7.3
170.
113
2.2
106.
088
.977
.067
.961
.655
.951
.347
.644
.531
.524
.820
.517
.713
.711
.29.
58.
37.
36.
66.
05.
12.
6
12V7
034
5.2
203.
915
8.9
127.
410
6.9
92.9
82.0
74.0
67.4
61.7
57.4
53.4
37.9
29.8
24.7
21.2
16.4
13.4
11.4
10.0
8.8
7.9
7.2
6.1
3.1
12V8
040
3.2
237.
618
5.6
148.
812
4.8
108.
896
.086
.478
.972
.067
.262
.444
.334
.828
.824
.819
.215
.713
.311
.710
.39.
28.
47.
13.
7
4V10
533
3.0
231.
017
8.0
147.
012
5.0
108.
097
.989
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V10
533
3.0
231.
017
8.0
147.
012
5.0
108.
097
.989
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V13
045
3.1
329.
425
8.7
212.
018
1.7
156.
513
9.0
125.
011
4.0
104.
095
.989
.265
.852
.543
.737
.930
.024
.721
.018
.416
.314
.813
.511
.36.
0
4V15
551
1.0
374.
029
5.0
244.
020
7.0
181.
016
0.0
143.
013
0.0
119.
011
0.0
102.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V15
551
1.0
374.
029
5.0
244.
020
7.0
181.
016
0.0
143.
013
0.0
119.
011
0.0
102.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V16
5/2
609.
042
4.0
321.
026
2.0
218.
018
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
6V16
5/6
609.
042
4.0
321.
026
2.0
218.
018
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
2V20
068
1.0
477.
036
9.0
300.
726
0.0
230.
620
5.7
185.
416
9.6
157.
014
4.0
131.
091
.074
.060
.052
.041
.034
.928
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
500.
042
1.0
348.
029
6.0
258.
022
8.0
205.
018
6.0
170.
015
7.0
145.
010
5.0
84.2
70.6
61.1
48.7
40.5
35.2
31.3
28.3
25.8
23.6
19.9
10.3
2V27
588
9.0
620.
048
0.0
398.
734
8.9
311.
528
0.4
255.
423
3.6
216.
019
8.0
180.
012
5.0
102.
083
.072
.056
.048
.139
.735
.332
.529
.027
.523
.312
.7
2V31
010
27.0
750.
059
1.0
488.
041
5.0
361.
032
0.0
287.
026
0.0
238.
021
9.0
203.
014
5.0
115.
094
.281
.464
.954
.047
.041
.837
.834
.431
.526
.613
.8
2V32
010
28.0
742.
057
9.0
474.
039
8.0
349.
031
2.0
282.
025
9.0
242.
022
5.0
213.
016
7.3
130.
010
7.7
91.5
73.0
60.2
52.0
45.8
40.0
36.0
32.6
28.0
14.2
2V35
077
2.0
771.
760
2.9
514.
545
0.2
401.
936
1.7
329.
630
1.5
279.
025
6.0
233.
016
1.0
132.
010
7.0
93.0
73.0
62.1
51.2
45.5
41.9
37.5
35.0
30.0
16.4
2V40
0/2
678.
067
8.0
678.
357
8.8
506.
445
2.2
407.
037
0.8
339.
131
3.0
288.
026
2.0
182.
014
8.0
120.
010
5.0
82.0
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V40
0/4
1363
.095
4.0
738.
060
1.4
520.
046
1.2
411.
537
0.8
339.
131
3.0
288.
026
2.0
182.
014
8.0
120.
010
5.0
82.0
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V46
0/4
1000
.010
00.0
844.
069
6.0
593.
051
6.0
457.
041
0.0
372.
034
0.0
313.
029
0.0
209.
016
8.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V46
0/6
1540
.011
25.0
886.
073
1.0
622.
054
2.0
480.
043
0.0
390.
035
7.0
329.
030
5.0
217.
017
3.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V50
0/2
531.
053
1.0
531.
053
1.0
531.
053
1.0
470.
042
6.0
391.
036
3.0
341.
031
9.0
234.
018
5.0
150.
013
1.0
103.
087
.372
.064
.058
.952
.650
.042
.823
.4
2V50
0/6
1826
.012
74.0
964.
078
5.0
652.
056
0.0
495.
045
0.0
408.
037
9.0
352.
033
1.0
238.
019
5.0
160.
014
1.0
111.
093
.277
.167
.262
.853
.751
.847
.421
.3
4V52
510
99.0
924.
079
7.0
700.
061
8.0
550.
049
7.0
454.
041
8.0
387.
036
2.0
339.
025
0.0
199.
016
5.0
144.
011
4.0
96.0
82.9
73.2
65.6
59.4
54.3
46.3
24.9
6V52
510
99.0
924.
079
7.0
700.
061
8.0
550.
049
7.0
454.
041
8.0
387.
036
2.0
339.
025
0.0
199.
016
5.0
144.
011
4.0
96.0
82.9
73.2
65.6
59.4
54.3
46.3
24.9
6V59
012
37.0
1039
.089
7.0
788.
069
5.0
619.
055
9.0
510.
047
0.0
436.
040
7.0
382.
028
2.0
224.
018
6.0
162.
012
9.0
108.
093
.282
.473
.866
.861
.152
.128
.0
2V78
516
49.0
1385
.011
96.0
1050
.092
7.0
825.
074
6.0
680.
062
7.0
581.
054
3.0
509.
037
6.0
298.
024
8.0
215.
017
1.0
144.
012
4.0
110.
098
.489
.181
.469
.437
.3
2V91
519
24.0
1616
.013
96.0
1225
.010
82.0
962.
087
0.0
794.
073
1.0
678.
063
3.0
594.
043
8.0
348.
028
9.0
251.
020
0.0
168.
014
5.0
128.
011
5.0
104.
095
.081
.043
.5
2V10
5021
98.0
1847
.015
95.0
1400
.012
36.0
1100
.099
4.0
907.
083
6.0
775.
072
4.0
679.
050
1.0
397.
033
1.0
287.
022
9.0
192.
016
6.0
146.
013
1.0
119.
010
9.0
92.6
49.7
2V15
7532
98.0
2771
.023
92.0
2100
.018
54.0
1650
.014
91.0
1361
.012
54.0
1162
.010
86.0
1018
.075
1.0
596.
049
6.0
431.
034
3.0
288.
024
9.0
220.
019
7.0
178.
016
3.0
139.
074
.6
2V17
7037
10.0
3117
.026
92.0
2363
.020
86.0
1856
.016
78.0
1531
.014
10.0
1308
.012
21.0
1146
.084
5.0
671.
055
8.0
485.
038
6.0
324.
028
0.0
247.
022
1.0
201.
018
3.0
156.
083
.9
Cel
lTy
pe
11.
52
2.5
34
56
78
910
1224
510
1520
2530
3540
4550
55
Stan
dby
Tim
e
(Min
ute
s)St
andby
Tim
e
(Hours
)
Dis
char
ge C
urr
ents
(A
mper
es)
at 2
0C
to 1
.63
volt
s per
cel
l
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
912V2
093
.062
.046
.037
.031
.026
.024
.021
.019
.018
.016
.015
.011
.09.
08.
07.
05.
04.
33.
53.
12.
72.
52.
31.
91.
0
12V3
516
8.0
102.
978
.464
.153
.846
.240
.837
.333
.631
.129
.027
.319
.415
.212
.610
.98.
46.
95.
85.
14.
54.
03.
73.
11.
6
12V4
522
4.2
135.
710
4.2
84.6
71.0
61.3
54.1
49.2
44.5
41.0
38.3
35.9
25.5
20.0
16.6
14.3
11.0
9.0
7.7
6.7
5.9
5.3
4.8
4.1
2.1
12V5
528
0.4
168.
413
0.0
105.
288
.276
.467
.461
.155
.551
.047
.644
.531
.524
.820
.517
.713
.711
.29.
58.
37.
36.
66.
05.
12.
6
12V7
034
1.8
203.
015
7.8
127.
010
6.5
92.6
81.7
73.8
67.2
61.5
57.4
53.4
37.9
29.8
24.7
21.2
16.4
13.4
11.4
10.0
8.8
7.9
7.2
6.1
3.1
12V8
040
3.2
237.
618
5.6
148.
812
4.8
108.
896
.086
.478
.972
.067
.262
.444
.334
.828
.824
.819
.215
.713
.311
.710
.39.
28.
47.
13.
7
4V10
532
3.0
227.
017
7.0
146.
012
4.0
108.
097
.989
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V10
532
3.0
227.
017
7.0
146.
012
4.0
108.
097
.989
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V13
043
2.9
319.
325
2.4
209.
517
9.2
155.
213
7.6
123.
711
4.0
104.
095
.989
.265
.852
.543
.737
.930
.024
.721
.018
.416
.314
.813
.511
.36.
0
4V15
550
7.0
372.
029
4.0
243.
020
7.0
180.
016
0.0
143.
013
0.0
119.
011
0.0
102.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V15
550
7.0
372.
029
4.0
243.
020
7.0
180.
016
0.0
143.
013
0.0
119.
011
0.0
102.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V16
5/2
589.
041
6.0
318.
026
0.0
218.
018
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
6V16
5/6
589.
041
6.0
318.
026
0.0
218.
018
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
2V20
065
0.0
461.
235
7.2
300.
726
0.0
230.
620
5.7
185.
416
9.6
156.
714
4.0
131.
090
.874
.260
.152
.440
.934
.928
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
500.
042
0.0
347.
029
5.0
257.
022
8.0
205.
018
6.0
170.
015
6.0
145.
010
5.0
84.2
70.6
61.1
48.7
40.5
35.2
31.3
28.3
25.8
23.6
19.9
10.3
2V27
583
1.7
598.
146
7.3
398.
734
8.9
311.
528
0.4
255.
423
3.6
215.
919
8.4
180.
412
5.1
102.
282
.772
.256
.448
.139
.735
.332
.529
.027
.523
.312
.7
2V31
010
20.0
746.
058
9.0
486.
041
4.0
361.
031
9.0
287.
026
0.0
238.
021
9.0
203.
014
5.0
115.
094
.281
.464
.954
.047
.041
.837
.834
.431
.526
.613
.8
2V32
099
7.0
728.
057
2.0
469.
039
5.0
348.
031
2.0
282.
025
9.0
242.
022
5.0
213.
016
7.3
130.
010
7.7
91.5
73.0
60.2
52.0
45.8
40.0
36.0
32.6
28.0
14.2
2V35
077
2.0
771.
760
2.9
514.
545
0.2
401.
936
1.7
329.
630
1.5
278.
525
6.0
232.
816
1.5
131.
910
6.8
93.1
72.8
62.1
51.2
45.5
41.9
37.5
35.0
30.0
16.4
2V40
0/2
678.
067
8.0
678.
357
8.8
506.
445
2.2
407.
037
0.8
339.
131
3.4
288.
026
1.9
181.
614
8.4
120.
210
4.8
81.9
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V40
0/4
1300
.092
2.5
714.
560
1.4
520.
046
1.2
411.
537
0.8
339.
131
3.4
288.
026
1.9
181.
614
8.4
120.
210
4.8
81.9
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V46
0/4
1000
.010
00.0
841.
069
4.0
591.
051
5.0
456.
040
9.0
371.
034
0.0
313.
029
0.0
209.
016
8.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V46
0/6
1530
.011
19.0
883.
072
9.0
621.
054
1.0
479.
043
0.0
390.
035
7.0
329.
030
5.0
217.
017
3.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V50
0/2
531.
053
1.0
531.
053
1.0
531.
053
1.0
470.
042
6.0
391.
036
3.0
341.
031
9.0
234.
018
5.0
150.
013
1.0
103.
087
.372
.064
.058
.952
.650
.042
.823
.4
2V50
0/6
1769
.012
49.0
956.
078
1.0
652.
056
0.0
495.
045
0.0
408.
037
9.0
352.
033
1.0
238.
019
5.0
160.
014
1.0
111.
093
.277
.167
.262
.853
.751
.847
.421
.3
4V52
510
57.0
892.
077
7.0
685.
060
7.0
541.
049
1.0
449.
041
4.0
385.
036
0.0
338.
025
0.0
198.
016
5.0
143.
011
4.0
95.8
82.8
73.2
65.6
59.4
54.2
46.2
24.8
6V52
510
57.0
892.
077
7.0
685.
060
7.0
541.
049
1.0
449.
041
4.0
385.
036
0.0
338.
025
0.0
198.
016
5.0
143.
011
4.0
95.8
82.8
73.2
65.6
59.4
54.2
46.2
24.8
6V59
011
89.0
1004
.087
4.0
770.
068
3.0
609.
055
2.0
505.
046
6.0
433.
040
5.0
380.
028
1.0
223.
018
6.0
161.
012
8.0
108.
093
.182
.373
.766
.861
.052
.028
.0
2V78
515
85.0
1339
.011
66.0
1027
.091
1.0
812.
073
6.0
674.
062
2.0
577.
054
0.0
507.
037
4.0
297.
024
8.0
215.
017
1.0
144.
012
4.0
110.
098
.389
.181
.469
.437
.3
2V91
518
50.0
1562
.013
60.0
1198
.010
62.0
948.
085
9.0
786.
072
5.0
673.
063
0.0
591.
043
7.0
347.
028
9.0
251.
020
0.0
168.
014
5.0
128.
011
5.0
104.
094
.980
.943
.5
2V10
5021
14.0
1785
.015
55.0
1369
.012
14.0
1083
.098
2.0
898.
082
9.0
770.
072
0.0
676.
049
9.0
396.
033
0.0
287.
022
8.0
192.
016
6.0
146.
013
1.0
119.
010
8.0
92.5
49.7
2V15
7531
71.0
2677
.023
32.0
2054
.018
21.0
1624
.014
73.0
1347
.012
43.0
1154
.010
79.0
1013
.074
9.0
595.
049
5.0
430.
034
2.0
288.
024
8.0
220.
019
7.0
178.
016
3.0
139.
074
.5
2V17
7035
67.0
3012
.026
23.0
2310
.020
49.0
1827
.016
57.0
1515
.013
99.0
1299
.012
14.0
1140
.084
2.0
669.
055
7.0
484.
038
5.0
323.
027
9.0
247.
022
1.0
200.
018
3.0
156.
083
.9
Cel
lTy
pe
11.
52
2.5
34
56
78
910
1224
510
1520
2530
3540
4550
55
Stan
dby
Tim
e
(Min
ute
s)St
andby
Tim
e
(Hours
)
Dis
char
ge C
urr
ents
(A
mper
es)
at 2
0C
to 1
.65
volt
s per
cel
l
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
10
12V2
091
.460
.845
.236
.230
.626
.023
.621
.019
.018
.016
.015
.011
.09.
08.
07.
05.
04.
33.
53.
12.
72.
52.
31.
91.
0
12V3
516
2.8
100.
477
.362
.453
.145
.640
.336
.933
.330
.728
.726
.919
.215
.112
.510
.88.
36.
85.
85.
14.
54.
03.
63.
11.
6
12V4
521
6.0
131.
810
2.3
82.4
70.0
60.3
53.3
48.6
44.0
40.5
37.8
35.3
25.2
19.8
16.4
14.1
10.9
8.9
7.6
6.7
5.9
5.3
4.8
4.1
2.1
12V5
526
9.2
163.
312
7.2
102.
486
.975
.066
.360
.354
.750
.346
.943
.831
.224
.620
.317
.513
.611
.19.
48.
27.
36.
55.
95.
02.
6
12V7
032
6.4
196.
115
3.9
123.
710
4.7
90.6
80.0
72.6
66.1
60.6
56.6
52.6
37.5
29.5
24.4
21.1
16.3
13.3
11.3
9.9
8.8
7.9
7.1
6.1
3.1
12V8
038
3.6
229.
018
0.5
145.
012
2.5
106.
293
.885
.077
.470
.866
.261
.443
.834
.528
.524
.619
.015
.613
.211
.610
.29.
28.
37.
13.
7
4V10
531
3.0
222.
017
5.0
145.
012
4.0
108.
097
.889
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V10
531
3.0
222.
017
5.0
145.
012
4.0
108.
097
.889
.382
.276
.170
.265
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V13
041
9.3
311.
224
7.4
206.
017
6.2
153.
213
6.1
122.
211
2.3
103.
294
.988
.765
.852
.543
.737
.930
.024
.721
.018
.416
.314
.813
.511
.36.
0
4V15
550
2.0
369.
029
2.0
242.
020
6.0
180.
015
9.0
143.
013
0.0
119.
010
9.0
101.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V15
550
2.0
369.
029
2.0
242.
020
6.0
180.
015
9.0
143.
013
0.0
119.
010
9.0
101.
072
.457
.547
.140
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V16
5/2
571.
040
7.0
313.
025
7.0
216.
018
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
6V16
5/6
571.
040
7.0
313.
025
7.0
216.
018
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.8
7.1
2V20
062
9.2
448.
634
9.1
294.
425
5.5
226.
120
3.0
183.
616
7.8
155.
514
3.4
130.
190
.874
.260
.152
.440
.934
.928
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
500.
041
7.0
345.
029
4.0
257.
022
7.0
204.
018
5.0
170.
015
6.0
145.
010
5.0
84.2
70.6
61.1
48.7
40.5
35.2
31.3
28.3
25.8
23.6
19.9
10.3
2V27
580
6.8
583.
145
7.3
392.
534
3.9
306.
527
6.6
252.
923
1.1
214.
319
7.6
179.
212
5.1
102.
282
.772
.256
.448
.139
.735
.332
.529
.027
.523
.312
.7
2V31
010
11.0
741.
058
6.0
484.
041
3.0
359.
031
8.0
286.
025
9.0
237.
021
9.0
203.
014
5.0
115.
094
.281
.464
.954
.047
.041
.837
.834
.431
.526
.613
.8
2V32
096
9.0
712.
056
1.0
463.
039
2.0
345.
030
9.0
280.
025
9.0
242.
022
5.0
213.
016
7.3
130.
010
7.7
91.5
73.0
60.2
52.0
45.8
40.0
36.0
32.6
28.0
14.2
2V35
075
2.4
752.
459
0.1
506.
444
3.7
395.
535
6.9
326.
429
8.2
276.
525
4.9
231.
216
1.5
131.
910
6.8
93.1
72.8
62.1
51.2
45.5
41.9
37.5
35.0
30.0
16.4
2V40
0/2
663.
666
3.6
663.
856
9.8
499.
244
4.9
401.
536
7.2
335.
531
1.0
286.
826
0.2
181.
614
8.4
120.
210
4.8
81.9
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V40
0/4
1258
.489
7.1
698.
258
8.7
511.
045
2.2
406.
136
7.2
335.
531
1.0
286.
826
0.2
181.
614
8.4
120.
210
4.8
81.9
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V46
0/4
1000
.010
00.0
837.
069
1.0
589.
051
4.0
455.
040
8.0
371.
033
9.0
313.
029
0.0
209.
016
8.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V46
0/6
1516
.011
12.0
878.
072
6.0
619.
053
9.0
478.
042
9.0
389.
035
6.0
328.
030
4.0
217.
017
3.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V50
0/2
522.
252
2.2
522.
252
2.2
522.
252
2.2
463.
642
0.8
386.
635
9.8
336.
631
5.8
234.
018
5.0
150.
013
1.0
103.
087
.372
.064
.058
.952
.650
.042
.823
.4
2V50
0/6
1713
.012
22.0
942.
077
3.0
648.
056
0.0
495.
045
0.0
408.
037
9.0
352.
033
1.0
238.
019
5.0
160.
014
1.0
111.
093
.277
.167
.262
.853
.751
.847
.421
.3
4V52
510
13.0
861.
075
6.0
667.
059
5.0
532.
048
4.0
443.
041
0.0
381.
035
7.0
336.
024
9.0
198.
016
5.0
143.
011
4.0
95.7
82.7
73.1
65.5
59.3
54.2
46.2
24.8
6V52
510
13.0
861.
075
6.0
667.
059
5.0
532.
048
4.0
443.
041
0.0
381.
035
7.0
336.
024
9.0
198.
016
5.0
143.
011
4.0
95.7
82.7
73.1
65.5
59.3
54.2
46.2
24.8
6V59
011
40.0
968.
085
1.0
751.
066
9.0
598.
054
4.0
499.
046
1.0
429.
040
2.0
378.
028
0.0
222.
018
5.0
161.
012
8.0
108.
093
.082
.273
.766
.760
.952
.027
.9
2V78
515
20.0
1291
.011
35.0
1001
.089
2.0
798.
072
6.0
665.
061
5.0
572.
053
6.0
503.
037
3.0
296.
024
7.0
215.
017
1.0
144.
012
4.0
110.
098
.289
.081
.369
.337
.2
2V91
517
73.0
1506
.013
24.0
1167
.010
41.0
931.
084
6.0
776.
071
8.0
667.
062
5.0
587.
043
5.0
346.
028
8.0
250.
019
9.0
167.
014
5.0
128.
011
5.0
104.
094
.880
.843
.4
2V10
5020
26.0
1721
.015
13.0
1334
.011
89.0
1064
.096
7.0
887.
082
0.0
763.
071
4.0
671.
049
7.0
395.
032
9.0
286.
022
8.0
191.
016
5.0
146.
013
1.0
119.
010
8.0
92.4
49.6
2V15
7530
39.0
2582
.022
69.0
2001
.017
84.0
1596
.014
51.0
1330
.012
30.0
1144
.010
71.0
1007
.074
6.0
593.
049
4.0
429.
034
2.0
287.
024
8.0
219.
019
6.0
178.
016
3.0
139.
074
.4
2V17
7034
19.0
2905
.025
53.0
2252
.020
07.0
1795
.016
32.0
1497
.013
84.0
1287
.012
05.0
1133
.083
9.0
667.
055
6.0
483.
038
5.0
323.
027
9.0
247.
022
1.0
200.
018
3.0
156.
083
.7
Cel
lTy
pe
11.
52
2.5
34
56
78
910
1224
510
1520
2530
3540
4550
55
Stan
dby
Tim
e
(Min
ute
s)St
andby
Tim
e
(Hours
)
Dis
char
ge C
urr
ents
(A
mper
es)
at 2
0C
to 1
.67
volt
s per
cel
l
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
11
12V2
089
.859
.644
.435
.430
.226
.023
.221
.019
.018
.016
.015
.011
.09.
08.
07.
05.
04.
33.
53.
12.
72.
52.
31.
91.
0
12V3
515
7.6
97.9
76.2
60.7
52.4
45.1
39.8
36.4
33.0
30.4
28.4
26.5
19.0
14.9
12.4
10.7
8.3
6.7
5.7
5.0
4.4
4.0
3.6
3.1
1.6
12V4
520
7.8
128.
010
0.3
80.2
69.0
59.4
52.5
47.9
43.5
40.0
37.4
34.8
25.0
19.6
16.3
14.0
10.9
8.9
7.5
6.6
5.8
5.2
4.8
4.0
2.1
12V5
525
8.0
158.
212
4.5
99.7
85.5
73.6
65.1
59.4
54.0
49.6
46.3
43.1
30.9
24.3
20.2
17.4
13.5
11.0
9.3
8.2
7.2
6.5
5.9
5.0
2.6
12V7
031
1.0
189.
214
9.9
120.
410
2.8
88.7
78.3
71.5
65.0
59.6
55.7
51.8
37.2
29.2
24.2
20.9
16.2
13.2
11.2
9.8
8.7
7.8
7.1
6.0
3.1
12V8
036
4.0
220.
317
5.4
141.
112
0.2
103.
791
.683
.575
.969
.765
.160
.543
.434
.228
.324
.418
.915
.413
.111
.510
.19.
18.
37.
03.
6
4V10
530
2.0
218.
017
3.0
144.
012
3.0
108.
097
.689
.282
.075
.870
.165
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V10
530
2.0
218.
017
3.0
144.
012
3.0
108.
097
.689
.282
.075
.870
.165
.147
.037
.731
.627
.221
.718
.115
.714
.012
.611
.510
.58.
94.
6
6V13
040
5.7
303.
224
2.3
202.
417
3.2
151.
213
4.5
120.
711
0.6
102.
493
.988
.265
.852
.543
.737
.930
.024
.721
.018
.416
.314
.813
.511
.36.
0
4V15
549
1.0
364.
028
9.0
240.
020
5.0
179.
015
8.0
142.
012
9.0
118.
010
9.0
101.
072
.257
.347
.040
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V15
549
1.0
364.
028
9.0
240.
020
5.0
179.
015
8.0
142.
012
9.0
118.
010
9.0
101.
072
.257
.347
.040
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V16
5/2
552.
339
8.3
309.
025
4.3
214.
718
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.0
7.1
6V16
5/6
552.
339
8.3
309.
025
4.3
214.
718
6.0
165.
015
0.0
136.
012
5.0
117.
011
0.0
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.0
7.1
2V20
060
8.4
435.
934
0.9
288.
025
1.0
221.
620
0.3
181.
816
6.0
154.
314
2.8
129.
290
.874
.260
.152
.440
.934
.928
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
500.
041
3.0
342.
029
2.0
255.
022
6.0
203.
018
5.0
169.
015
6.0
145.
010
4.0
83.9
70.5
61.1
48.7
40.5
35.2
31.3
28.3
25.8
23.6
19.9
10.3
2V27
578
1.9
568.
244
7.3
386.
333
8.9
301.
527
2.9
250.
422
8.6
212.
619
6.7
178.
012
5.1
102.
282
.772
.256
.448
.139
.735
.332
.529
.027
.523
.312
.7
2V31
099
9.0
734.
058
1.0
481.
041
0.0
358.
031
7.0
285.
025
9.0
237.
021
8.0
203.
014
4.0
115.
094
.081
.464
.954
.047
.041
.837
.834
.431
.526
.613
.8
2V32
094
1.7
695.
355
0.3
457.
038
9.3
341.
730
5.7
278.
725
9.0
242.
022
5.0
213.
016
7.3
130.
010
7.7
91.5
73.0
60.2
52.0
45.8
40.0
36.0
32.6
28.0
14.2
2V35
073
2.8
733.
157
7.2
498.
443
7.3
389.
135
2.1
323.
229
5.0
274.
425
3.8
229.
716
1.5
131.
910
6.8
93.1
72.8
62.1
51.2
45.5
41.9
37.5
35.0
30.0
16.4
2V40
0/2
649.
264
9.2
649.
356
0.7
492.
043
7.7
396.
136
3.6
331.
930
8.7
285.
525
8.4
181.
614
8.4
120.
210
4.8
81.9
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V40
0/4
1216
.887
1.8
681.
957
6.1
501.
944
3.1
400.
636
3.6
331.
930
8.7
285.
525
8.4
181.
614
8.4
120.
210
4.8
81.9
69.8
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V46
0/4
1000
.010
00.0
830.
068
7.0
586.
051
1.0
453.
040
7.0
369.
033
8.0
312.
028
9.0
209.
016
8.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V46
0/6
1498
.011
02.0
872.
072
1.0
615.
053
7.0
476.
042
7.0
388.
035
5.0
327.
030
4.0
217.
017
2.0
141.
012
2.0
97.3
80.9
70.5
62.7
56.7
51.6
47.2
39.8
20.6
2V50
0/2
513.
451
3.4
513.
451
3.4
513.
451
3.4
457.
241
5.6
382.
235
6.6
332.
231
2.6
234.
018
5.0
150.
013
1.0
103.
087
.372
.064
.058
.952
.650
.042
.823
.4
2V50
0/6
1657
.711
95.3
927.
376
5.0
644.
756
0.0
495.
045
0.0
408.
037
9.0
352.
033
1.0
238.
019
5.0
160.
014
1.0
111.
093
.277
.167
.262
.853
.751
.845
.021
.3
4V52
597
0.0
830.
073
4.0
648.
058
0.0
521.
047
5.0
437.
040
5.0
377.
035
4.0
333.
024
7.0
197.
016
4.0
143.
011
4.0
95.5
82.5
72.9
65.3
59.2
54.1
46.1
24.8
6V52
597
0.0
830.
073
4.0
648.
058
0.0
521.
047
5.0
437.
040
5.0
377.
035
4.0
333.
024
7.0
197.
016
4.0
143.
011
4.0
95.5
82.5
72.9
65.3
59.2
54.1
46.1
24.8
6V59
010
91.0
933.
082
6.0
729.
065
2.0
586.
053
5.0
492.
045
5.0
424.
039
8.0
374.
027
8.0
221.
018
5.0
161.
012
8.0
107.
092
.882
.173
.566
.660
.851
.827
.9
2V78
514
55.0
1244
.011
01.0
973.
087
0.0
782.
071
3.0
655.
060
7.0
566.
053
0.0
499.
037
1.0
295.
024
6.0
214.
017
1.0
143.
012
4.0
109.
098
.088
.881
.169
.137
.2
2V91
516
97.0
1452
.012
85.0
1135
.010
14.0
912.
083
2.0
765.
070
9.0
660.
061
9.0
583.
043
3.0
344.
028
7.0
250.
019
9.0
167.
014
4.0
128.
011
4.0
104.
094
.680
.643
.4
2V10
5019
40.0
1659
.014
68.0
1297
.011
59.0
1042
.095
1.0
874.
081
0.0
754.
070
7.0
666.
049
5.0
394.
032
8.0
285.
022
7.0
191.
016
5.0
146.
013
1.0
118.
010
8.0
92.2
49.5
2V15
7529
10.0
2489
.022
03.0
1945
.017
39.0
1563
.014
26.0
1311
.012
15.0
1132
.010
61.0
999.
074
2.0
590.
049
3.0
428.
034
1.0
286.
024
8.0
219.
019
6.0
178.
016
2.0
138.
074
.3
2V17
7032
74.0
2800
.024
78.0
2188
.019
56.0
1759
.016
04.0
1475
.013
66.0
1273
.011
94.0
1123
.083
5.0
664.
055
4.0
482.
038
4.0
322.
027
9.0
246.
022
1.0
200.
018
2.0
156.
083
.6
Cel
lTy
pe
11.
52
2.5
34
56
78
910
1224
510
1520
2530
3540
4550
55
Stan
dby
Tim
e
(Min
ute
s)St
andby
Tim
e
(Hours
)
Dis
char
ge C
urr
ents
(A
mper
es)
at 2
0C
to 1
.69
volt
s per
cel
l
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
12
12V2
087
.858
.243
.434
.829
.825
.822
.820
.819
.017
.816
.015
.011
.09.
08.
06.
85.
04.
33.
53.
12.
72.
52.
31.
91.
0
12V3
514
8.4
95.8
75.0
59.4
51.6
44.5
39.4
35.9
32.7
30.2
28.1
26.3
18.8
14.8
12.3
10.6
8.2
6.7
5.7
5.0
4.4
4.0
3.6
3.1
1.6
12V4
519
5.0
125.
298
.678
.567
.858
.551
.747
.242
.939
.636
.934
.524
.719
.516
.213
.910
.88.
87.
56.
55.
85.
24.
74.
02.
1
12V5
524
1.6
154.
612
2.2
97.5
84.0
72.5
64.1
58.5
53.2
49.1
45.8
42.8
30.7
24.1
20.0
17.2
13.3
10.9
9.3
8.1
7.2
6.4
5.9
5.0
2.6
12V7
029
0.3
184.
814
6.9
117.
610
0.9
87.1
77.0
70.3
63.9
59.0
55.0
51.4
36.9
29.0
24.1
20.7
16.0
13.1
11.2
9.7
8.6
7.7
7.0
6.0
3.1
12V8
033
9.1
215.
017
1.5
137.
811
7.9
101.
890
.082
.174
.768
.964
.260
.043
.033
.828
.124
.218
.715
.313
.011
.410
.19.
08.
27.
03.
6
4V10
529
1.0
214.
017
1.0
143.
012
2.0
107.
097
.289
.081
.675
.469
.865
.046
.937
.731
.627
.221
.718
.015
.713
.912
.611
.410
.58.
94.
6
6V10
529
1.0
214.
017
1.0
143.
012
2.0
107.
097
.289
.081
.675
.469
.865
.046
.937
.731
.627
.221
.718
.015
.713
.912
.611
.410
.58.
94.
6
6V13
039
1.8
294.
823
6.8
198.
216
9.9
148.
913
2.5
119.
110
8.8
101.
092
.987
.465
.452
.343
.537
.729
.824
.621
.018
.416
.314
.813
.511
.36.
0
4V15
547
6.0
355.
028
4.0
236.
020
2.0
177.
015
7.0
141.
012
8.0
117.
010
8.0
101.
071
.757
.046
.940
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V15
547
6.0
355.
028
4.0
236.
020
2.0
177.
015
7.0
141.
012
8.0
117.
010
8.0
101.
071
.757
.046
.940
.732
.427
.023
.520
.918
.917
.215
.713
.36.
9
6V16
5/2
531.
438
8.6
303.
825
0.4
212.
218
4.8
163.
814
9.0
135.
412
4.6
117.
210
9.8
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.0
7.1
6V16
5/6
531.
438
8.6
303.
825
0.4
212.
218
4.8
163.
814
9.0
135.
412
4.6
117.
210
9.8
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.0
7.1
2V20
058
5.6
422.
833
2.4
281.
724
6.0
217.
519
7.2
179.
116
3.7
152.
114
1.0
127.
989
.973
.359
.751
.940
.734
.728
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
500.
040
6.0
338.
028
9.0
253.
022
5.0
202.
018
4.0
168.
015
5.0
144.
010
4.0
83.5
70.3
61.0
48.6
40.5
35.2
31.3
28.3
25.8
23.6
19.9
10.3
2V27
575
1.7
549.
543
4.9
376.
333
1.4
295.
326
7.9
246.
722
5.5
209.
519
4.2
176.
212
3.9
101.
082
.271
.656
.147
.839
.735
.332
.529
.027
.523
.312
.7
2V31
097
2.0
719.
057
1.0
474.
040
5.0
354.
031
4.0
282.
025
7.0
235.
021
7.0
201.
014
3.0
114.
093
.881
.364
.853
.946
.941
.837
.834
.331
.426
.513
.8
2V32
091
0.2
676.
453
8.6
449.
038
4.4
337.
630
2.2
276.
425
8.0
241.
422
4.9
212.
816
6.9
130.
010
7.6
91.5
73.0
60.2
52.0
45.8
40.0
36.0
32.6
28.0
14.2
2V35
070
8.6
709.
056
1.1
485.
542
7.7
381.
034
5.7
318.
329
1.0
270.
425
0.6
227.
415
9.9
130.
410
6.1
92.3
72.4
61.7
51.2
45.5
41.9
37.5
35.0
30.0
16.4
2V40
0/2
660.
266
0.1
631.
254
6.2
481.
142
8.7
388.
935
8.1
327.
430
4.2
282.
025
5.8
179.
814
6.7
119.
310
3.9
81.4
69.4
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V40
0/4
1171
.284
5.6
664.
756
3.4
492.
043
5.0
394.
335
8.1
327.
430
4.2
282.
025
5.8
179.
814
6.7
119.
310
3.9
81.4
69.4
57.6
51.2
47.1
42.1
40.0
34.2
18.7
2V46
0/4
1000
.010
00.0
819.
067
9.0
581.
050
7.0
450.
040
5.0
368.
033
7.0
311.
028
8.0
208.
016
7.0
141.
012
2.0
97.2
80.9
70.4
62.6
56.6
51.5
47.1
39.8
20.6
2V46
0/6
1459
.010
79.0
857.
071
1.0
608.
053
1.0
471.
042
4.0
385.
035
3.0
325.
030
2.0
215.
017
1.0
141.
012
2.0
97.2
80.9
70.4
62.6
56.6
51.5
47.1
39.8
20.6
2V50
0/2
503.
450
3.4
503.
450
3.4
503.
450
3.4
449.
640
9.6
377.
835
2.8
329.
030
9.8
233.
418
3.0
149.
012
9.8
102.
486
.872
.064
.058
.952
.650
.042
.823
.4
2V50
0/6
1597
.011
65.6
910.
875
2.6
637.
855
6.0
491.
644
6.8
406.
637
7.6
351.
233
0.0
238.
019
4.8
160.
014
1.0
110.
093
.277
.167
.262
.853
.751
.845
.021
.3
4V52
592
6.0
798.
071
0.0
628.
056
3.0
509.
046
6.0
429.
039
9.0
372.
034
9.0
329.
024
6.0
196.
016
4.0
142.
011
3.0
95.2
82.3
72.8
65.2
59.1
53.9
46.0
24.7
6V52
592
6.0
798.
071
0.0
628.
056
3.0
509.
046
6.0
429.
039
9.0
372.
034
9.0
329.
024
6.0
196.
016
4.0
142.
011
3.0
95.2
82.3
72.8
65.2
59.1
53.9
46.0
24.7
6V59
010
42.0
898.
079
9.0
706.
063
3.0
572.
052
4.0
483.
044
8.0
419.
039
3.0
370.
027
6.0
220.
018
4.0
160.
012
8.0
107.
092
.681
.973
.366
.460
.751
.727
.8
2V78
513
89.0
1197
.010
65.0
942.
084
4.0
763.
069
9.0
644.
059
8.0
558.
052
4.0
494.
036
8.0
294.
024
5.0
213.
017
0.0
143.
012
3.0
109.
097
.888
.680
.968
.937
.1
2V91
516
21.0
1396
.012
43.0
1099
.098
5.0
890.
081
5.0
751.
069
8.0
651.
061
1.0
576.
043
0.0
342.
028
6.0
249.
019
8.0
167.
014
4.0
127.
011
4.0
103.
094
.480
.443
.3
2V10
5018
53.0
1596
.014
20.0
1256
.011
26.0
1018
.093
1.0
859.
079
7.0
744.
069
9.0
659.
049
1.0
391.
032
7.0
284.
022
7.0
190.
016
5.0
146.
013
0.0
118.
010
8.0
91.9
49.4
2V15
7527
79.0
2394
.021
30.0
1884
.016
89.0
1526
.013
97.0
1288
.011
96.0
1116
.010
48.0
988.
073
7.0
587.
049
1.0
427.
034
0.0
286.
024
7.0
218.
019
6.0
177.
016
2.0
138.
074
.1
2V17
7031
26.0
2693
.023
97.0
2119
.019
00.0
1717
.015
72.0
1449
.013
45.0
1256
.011
79.0
1111
.082
9.0
660.
055
2.0
480.
038
3.0
321.
027
8.0
246.
022
0.0
199.
018
2.0
155.
083
.4
Cel
lTy
pe
11.
52
2.5
34
56
78
910
1224
510
1520
2530
3540
4550
55
Stan
dby
Tim
e
(Min
ute
s)St
andby
Tim
e
(Hours
)
Dis
char
ge C
urr
ents
(A
mper
es)
at 2
0C
to 1
.71
volt
s per
cel
l
Publication No: EN-V-PG-001 February 2003www.enersysinc.com
-
13
12V2
085
.456
.642
.234
.429
.425
.422
.420
.419
.017
.416
.015
.011
.09.
08.
06.
45.
04.
23.
53.
12.
72.
52.
21.
91.
0
12V3
513
5.1
94.1
73.9
58.6
50.6
44.0
38.9
35.3
32.2
30.0
27.8
26.3
18.7
14.7
12.2
10.5
8.1
6.7
5.7
4.9
4.4
3.9
3.6
3.0
1.6
12V4
517
7.5
123.
397
.277
.266
.557
.851
.146
.442
.339
.436
.534
.524
.619
.316
.113
.810
.78.
87.
56.
55.
85.
24.
74.
02.
1
12V5
522
0.0
152.
512
0.4
95.8
82.4
71.6
63.3
57.5
52.4
48.8
45.3
42.8
30.4
23.9
19.9
17.1
13.2
10.9
9.3
8.0
7.2
6.4
5.8
5.0
2.6
12V7
026
4.4
182.
814
4.7
115.
399
.086
.076
.169
.063
.058
.754
.451
.436
.628
.723
.920
.615
.913
.111
.19.
78.
67.
77.
06.
03.
1
12V8
030
8.7
213.
116
9.0
134.
911
5.6
100.
588
.980
.673
.668
.563
.560
.042
.733
.528
.024
.018
.615
.313
.011
.310
.09.
08.
27.
03.
6
4V10
528
0.0
209.
016
8.0
141.
012
1.0
106.
096
.788
.681
.274
.969
.564
.846
.837
.731
.527
.121
.718
.015
.613
.912
.611
.410
.58.
84.
6
6V10
528
0.0
209.
016
8.0
141.
012
1.0
106.
096
.788
.681
.274
.969
.564
.846
.837
.731
.527
.121
.718
.015
.613
.912
.611
.410
.58.
84.
6
6V13
037
7.6
286.
323
0.7
193.
116
6.3
146.
413
0.0
117.
610
6.8
99.1
91.9
86.4
64.7
51.9
43.2
37.4
29.6
24.3
21.0
18.4
16.3
14.8
13.5
11.3
6.0
4V15
545
5.0
344.
027
6.0
231.
019
8.0
173.
015
4.0
139.
012
6.0
116.
010
7.0
99.5
71.1
56.6
46.8
40.6
32.4
27.0
23.4
20.9
18.9
17.1
15.7
13.2
6.9
6V15
545
5.0
344.
027
6.0
231.
019
8.0
173.
015
4.0
139.
012
6.0
116.
010
7.0
99.5
71.1
56.6
46.8
40.6
32.4
27.0
23.4
20.9
18.9
17.1
15.7
13.2
6.9
6V16
5/2
508.
237
7.8
297.
424
5.2
208.
618
2.4
161.
414
7.0
134.
212
3.8
117.
610
9.4
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.0
7.1
6V16
5/6
508.
237
7.8
297.
424
5.2
208.
618
2.4
161.
414
7.0
134.
212
3.8
117.
610
9.4
79.5
65.0
53.5
47.0
37.0
31.1
25.7
22.4
20.9
17.9
17.3
15.0
7.1
2V20
056
0.7
409.
232
3.3
275.
424
0.6
213.
919
3.5
175.
416
1.0
148.
813
8.1
126.
188
.171
.658
.851
.140
.234
.328
.825
.623
.621
.120
.016
.99.
3
4V23
050
0.0
496.
039
8.0
333.
028
6.0
250.
022
3.0
201.
018
2.0
167.
015
5.0
144.
010
4.0
83.2
70.1
60.9
48.5
40.4
35.1
31.3
28.3
25.7
23.5
19.9
10.3
2V27
571
6.1
527.
141
9.9
362.
632
1.5
287.
826
1.7
241.
722
1.8
