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| Technical
Specification for Stationary VLA - Block - Batteries |
1. Application
BAE OPzS - Batteries belong
to the most enduring lead acid batteries. They are suitable for stand -
by operations as well as for capacity loads. They perfectly meet requirements
for bridging times between 1h and more than 10h.
Fields:
Telecommunications
Microwave radio systems
Emergency lighting
Power generation plants
Photovoltaics
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| 2. Types, capacities,
dimensions, mass |
|
Type
|
C10
|
C5
|
C3
|
C1
|
Ri 1)
|
Ik 2)
|
length
|
width
|
height max
|
mass 3)
|
mass 4)
|
| . |
Ah
|
Ah
|
Ah
|
Ah
|
mW
|
kA
|
mm
|
mm
|
mm
|
kg
|
kg
|
Ue
V/cell
|
1,80
|
1,77
|
1,75
|
1,67
|
. |
. |
. |
. |
. |
. |
. |
|
12V 1 OPzS 30
|
35
|
28,5
|
24,3
|
16,5
|
24
|
0,5
|
272
|
165
|
280
|
15
|
21
|
|
12V
2 OPzS 60
|
57
|
48,5
|
43,2
|
32,5
|
12,5
|
0,99
|
272
|
165
|
280
|
25,5
|
32
|
|
12V 1 OPzS 50
|
50
|
42,5
|
38,4
|
26,6
|
19,20
|
0,64
|
272
|
205
|
385
|
29
|
40
|
|
12V 2 OPzS 100
|
100
|
85
|
76,8
|
53,2
|
9,60
|
1,28
|
272
|
205
|
385
|
41
|
51
|
|
12V 3 OPzS 150
|
150
|
127,5
|
115,2
|
79,8
|
6,40
|
1,92
|
380
|
205
|
385
|
56
|
71
|
|
6V 4 OPzS 200
|
200
|
170
|
153,6
|
106,4
|
2,40
|
2,56
|
272
|
205
|
385
|
36
|
48
|
|
6V 5 OPzS 250
|
250
|
212,5
|
192
|
133
|
1,92
|
3,20
|
380
|
205
|
385
|
47
|
62
|
|
6V 6 OPzS 300
|
300
|
255
|
230,4
|
159,6
|
1,60
|
3,84
|
380
|
205
|
385
|
55
|
69
|
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| 1, 2) internal resistance
and short - circuit - current according to IEC 896-1 |
3) dry-charged |
4) filled and charged |
|
|
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| |
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12V 1 OPzS 30 to 12V
3 OPzS 150
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6V 4 OPzS 200 to 6V
6 OPzS 300
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| 3. Design |
| positive electrode |
tubular
- plate with a woven polyester gauntlet and solid grids in a corrosion-
resistant PbSb1.6SnSe - alloy |
| negative electrode |
grid -
plate in a low antimony alloy with long life expander |
| separation |
microporous
separator |
| elektrolyte |
sulphuric
acid with a density of 1,24 kg/l, |
| container |
high-impact,
transparent SAN (Styrol-Acryl-Nitril) |
| lid |
high impact
SAN in dark grey colour |
| blocks with blind cells |
4V, 6V,
8V, 10V |
| plugs |
labyrinth
plugs for arresting aerosol, optional ceramic plugs or ceramic funnel plugs
according DIN 40 740 |
| pole - bushing |
100% gas-
and electrolyte-tight, sliding-pole |
| kind of pole |
M10 brass
insertion |
| connectors |
flexible
insulated copper cables, with cross-section of
35, 50, 70 or 95 mm² |
| kind of protection |
IP 25
regarding DIN 40050, touch protected according VBG 4. |
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4. Charging
|
| IU
- characteristic |
Imax
without limitation
U = 2,23 V/cell +- 1%, between
10°C and 55°C
D U/D T = -0,004 V/K below
10°C in the monthly average |
| boost charge |
U = 2,35
to 2,40V/cell, time limited |
| charging time up to 90% |
6h with
1,5*I10 initial current, 2.23 V/cell, 50% C10 discharged |
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5. Discharge characteristics
|
| reference temperature |
20°C |
| initial capacity |
100% |
| depth of discharge (DOD) |
normally
up to 80% |
| deep discharges |
more than
80% DOD or discharges beyond final discharge
voltages (dependent on discharge
current) have to be avoided |
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6. Maintenance
|
| every 6 months |
check
battery voltage, pilot block voltage, temperature |
| every 12 months |
record
battery and block voltages and temperatures
check connectors |
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7. Operational data
|
| operational
life |
>16
years at 20°C
|
| water - refilling - interval |
more than
3 years at 20°C |
| IEC 896-1 cykles |
1200 |
| self-discharge |
app. 3%
per month at 20°C |
| operational temperature |
-20°C
to 55°C
recommended 10°C to
30°C |
| ventilation requirement |
50% f1=0,5
- low antimony alloy according to VDE 0510 part 2 |
| battery according |
DIN 40
737 part 3 |
| tests according |
IEC 896-1, |
| safety standard |
VDE 0510,
part 2 |
| transport |
no dangerous
goods during road transport |
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| Tell us your
application. We support you in the selection of your battery. |
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