Contax VARTA OPZV User manual

VHB Industrial Batteries Ltd.
VHB Industrial Batteries Ltd.• 72 Devon Road, Unit 22, Brampton, Ontario L6T 5B4
Tel: [phone] • 1-888-VHB-BATT • Fax: [phone] • E-mail: [email protected]
04.09.01 0298 na
VARTA OPzV range
4 OPzV 200...24 OPzV 3000
Application
VARTA OPzV Valve Regulated OPzV batteries are especially
suitable for applications with discharge over a long period
where maintenance-free operation is required.
The electrolyte is fixed as a gel.
Typical applications include reserve power supplies for
telecommunication equipment and industrial plants and
also safety power supply equipment for lighting,
automationandmeteringsystems.
Construction
Positive Electrode Tubular plate with VARTA-
Calcium-Tin alloy
Negative Electrode Grid plate with calcium alloy
Separation Micro-porousseparator,
Combined with corrugated
Separator
Casing Material Styrene acrylonitrile (SAN),
impact resistant
Electrolyte Dilutesulphuric acid
Fixed as a gel
Terminal Design Leakproof safety pole with
brass insert, M10
Connectors Solid copper
(30 x 3 mm), insulated,
bolt-on type,
for horizontal installation
optional flexible cable
connector (70 mm2) 3/0
Vent Plugs Safety pressure relief valve
Charging Float charge voltage:
2.23 volts/cell at 20oC
Temperature Range -10o…+45oC
(Preferred value 20oC)
Installation
VARTA OPzV batteries are mounted as standard in the
upright position on insulated racking. For space saving
installation it is also possible to install them in horizontal
position (plates must be in the vertical plane, max. 1500 Ah)
The safety provisions of the national and international
standards must be observed.
Features
•2V single cells
•Maintenance-free operation throughout its operational
life due to valve regulated construction
•High level of operational safetydue to pressure
relief safety valve, safety pole, insulated connectors
and fixed electrolyte
•Economic operation in capacitive discharge over
several hours
•Space saving installation due to optimized set-up
•Low ventilation requirement, using the reduction
factors

Technical data
C10 C8C1Cell dimensions Weight
(mm) (inch)
Final voltage LWH
*
LWH
*
1.80 1.75 1.688
4 OPzV 200 206 200 124 103 206 405 4.06 8.11 15.94
5 OPzV 250 257 250 156 124 206 405 4.88 8.11 15.94
6 OPzV 300 309 300 187 145 206 405 5.71 8.11 15.94
Final voltage
1.80 1.75 1.684
5 OPzV 350 360 350 219 124 206 520 4.88 8.11 20.47
6 OPzV 420 432 420 262 145 206 520 5.71 8.11 20.47
7 OPzV 490 504 490 306 166 206 520 6.54 8.11 20.47
Final voltage
1.80 1.75 1.625
6 OPzV 600 618 594 382 145 206 695 5.71 8.11 27.36
8 OPzV 800 824 791 510 210 191 695 8.27 7.52 27.36
10 OPzV 1000 1030 992 637 210 233 695 8.27 9.17 27.36
12 OPzV 1200 1236 1184 764 210 275 695 8.27 10.83 27.36
Final voltage
1.80 1.75 1.617
12 OPzV 1500 1545 1488 867 210 275 845 8.27 10.83 33.27
16 OPzV 2000 2060 1984 1156 212 397 822 8.35 15.63 32.36
20 OPzV 2500 2575 2480 1446 212 487 822 8.35 19.17 32.36
24 OPzV 3000 3090 2984 1735 212 576 822 8.35 22.68 32.36
The electrical values shown in the table relate to loadings from a fully charged condition and an ambient temperature of +25°C.
* Height includes connectors.
Project planning data
Final voltage = 1.75V/cell discharge current in A
15' 30' 1h 2h 3h 5h 8h 10h
4 OPzV 200 168 168 118 74.6 55.4 36.9 25.0 20.6
5 OPzV 250 209 209 148 93.3 69.3 46.1 31.2 25.7
6 OPzV 300 250 250 177 111 83.1 55.4 37.5 30.9
5 OPzV 350 287 287 206 129 97.0 64.6 43.7 36.0
6 OPzV 420 343 343 246 155 116 77.6 52.5 43.2
7 OPzV 490 397 397 287 182 135 90.5 61.2 50.4
6 OPzV 600 405 405 316 213 159 109 74.3 61.8
8 OPzV 800 540 540 421 284 213 145 98.9 82.4
10 OPzV 1000 676 676 526 355 265 181 124 103
12 OPzV 1200 811 811 632 426 319 217 148 123
12 OPzV 1500 918 918 735 506 391 272 186 154
16 OPzV 2000 1229 1229 982 676 522 362 248 206
20 OPzV 2500 1531 1531 1225 844 652 453 310 257
24 OPzV 3000 1838 1838 1470 1013 782 543 373 309
The current levels shown in the tables relate to loadings from a fully charged condition and an ambient temperature of +25°C. Connector losses are
taken into account.
All dimensions and weights shown are subject to the usual manufacturing tolerances. Electrical values are approximate.
The right is reserved to make alterations with a view to technically improved execution without prior notice. 04.09.01 0298 na
16680
Type
7610
8340
11120
13900
0.12
0.15
1670
2090
2510
2830
3400
3960
3800
5070
6340
0.27
0.24
0.18
0.51
0.53
0.40
0.32
0.98
0.81
0.72
0.60
Capacity (Ah)
Type
designation
1.22
Inner
resistance current
without connectors,loaded
[mOhm/cell] [A]
Theoretical
short circuit
272.3
376.1170.6
83.2
98.4
123.5
31.5
37.0
463.0
549.6
107.6
149.7
183.4
216.9
210.0
249.3
[lb]
43.0
51.8
60.4
69.4
81.6
93.5
67.9
42.4
48.8
[kg]
19.5
23.5
27.4

VARTA OPzV Solar
Longterm discharge capacities
Type C10 [Ah] C24 [Ah] C48 [Ah] C120 [Ah] C240 [Ah]
Uf= 1.80 V/c Uf= 1.85 V/c Uf= 1.85 V/c Uf= 1.85 V/c Uf= 1.85 V/c
4 OPzV 200 212 240 250 254 259
5 OPzV 250 265 299 313 318 323
6 OPzV 300 318 359 375 382 388
5 OPzV 350 383 433 452 460 467
6 OPzV 420 459 519 542 551 560
7 OPzV 490 536 606 632 643 654
6 OPzV 600 696 786 821 835 849
8 OPzV 800 928 1049 1095 1114 1132
10 OPzV 1000 1160 1311 1369 1392 1415
12 OPzV 1200 1392 1573 1643 1670 1698
12 OPzV 1500 1584 1790 1869 1901 1932
16 OPzV 2000 2112 2387 2492 2534 2577
20 OPzV 2500 2640 2983 3115 3168 3221
24 OPzV 3000 3168 3580 3738 3802 3865
Capacities are related to 20 °C. When cyclic charging and discharging only 80% of the capacity
rating shall be used. Deep discharge does not lead to immediate capacity loss, but may reduce the
operation life time.
72 Devon Road, Unit 22, Brampton, Ontario, Canada L6T 5B4•Tel.:[phone]•1-888-VHB-BATT•Fax: [phone]