Contax VARTA BLOCK V 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]
04.04.01 0298 na
VARTA bloc V range
VbV 12121…VbV 4138
Application
Valve regulated VARTA bloc batteries (VbV) are maintenance
free lead-acid batteries. The electrolyte is fixed as a gel. They
have been designed for a long service life and for reserve
power supply systems with high safety requirements, space
saving installation and maintenance-free operation. They can
be used universally both for capacitive discharge over a period
of hours and for short discharge periods of certain minutes.
They are used as reserve power supplies in power stations,
substations, information technology equipment, UPS systems,
for automation and traffic technology, and for emergency
powersupplysystems.
Construction
Positive Electrode Rod plate with
VARTA-calcium-tin-alloy
Negative Electrode Grid plate with calcium alloy
Separation Micro-porousseparator
Casing Material Acrylonitrile-butadiene-styrene
(ABS), impact resistant,
optional: flame retardant
(FV 0)
Electrolyte Dilutesulphuricacid
Fixed as a gel
Terminal Design Leakproof safety pole rein-
forced with brass insert, M8
Connectors Solid copper (20 x 3 mm),
insulated, bolt-on type
Cell Valve Safety valve with flame arrestor
Charging Float charge voltage:
2.23 volts/cell at 20oC
Temperature Range -10o…+45oC
(Preferred value 20oC)
Installation
VARTA valve regulated lead-acid batteries are mounted on
insulated racks in upright position as a standard or built into
battery cabinets. For space saving installation it is possible
to install them horizontally (plates must be in vertical position).
For use in earthquake zones special approved rack design is
available. The safety provisions of the national and
international standards must be observed.
Features
•4V / 6V / 12V bloc batteries
•Maintenance-free operation throughout its service life
due to valve regulated construction.
The electrolyte is fixed as a gel.
•Leakproof VARTA Safety Pole design
•Long service life due to VARTA Rod Plate technology
in accordance with EUROBAT guide: 10+ years
•Space-saving installation due to high energy and
power densities
•Low ventilation requirement, using the reduction
factors
•VARTA VbV batteries comply with the international
Standard IEC 896-2

Technical data
Capacity (Ah)
C10 C8C1(mm) (inch)
Final voltage LWH
*
LWH
*
1.80 1.75 1.65
12 V bloc batteries
VbV 12121 21.6 21.3 13.4 221 176 277 8.70 6.93 10.91
VbV 12122 43.3 42.6 26.7 221 176 277 8.70 6.93 10.91
VbV 12123 64.9 64.0 40.1 311 176 277 12.24 6.93 10.91
VbV 12124 86.4 84.8 53.6 389 176 277 15.31 6.93 10.91
VbV 12125 108 106 66.9 469 176 277 18.46 6.93 10.91
VbV 12126 130 127 80.4 553 176 277 21.77 6.93 10.91
6 V bloc batteries
VbV 6134 148 146 92.4 284 229 332 11.18 9.02 13.07
VbV 6135 185 183 115 284 229 332 11.18 9.02 13.07
VbV 6136 222 220 139 284 229 332 11.18 9.02 13.07
4 V bloc batteries
VbV 4137 260 257 162 249 229 332 9.80 9.02 13.07
VbV 4138 297 293 185 249 229 332 9.80 9.02 13.07
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
Type 30" 1' 2' 3' 5' 7' 10' 15' 20' 30' 1h 2h 3h 5h 8h 10h
VbV 12121 45.1 45.1 44.1 42.0 38.7 36.0 32.6 27.9 24.6 19.8 13.0 8.07 5.94 3.94 2.66 2.16
VbV 12122 90.3 90.3 88.3 84.1 77.4 72.1 65.2 55.8 49.1 39.6 26.0 16.1 11.8 7.87 5.33 4.32
VbV 12123 135 135 131 125 115 108 97.8 83.7 73.7 59.5 39.1 24.2 17.8 11.8 8.00 6.48
VbV 12124 180 180 176 167 154 144 129 111 98.3 79.4 52.1 32.3 23.7 15.7 10.6 8.65
VbV 12125 225 225 220 210 193 180 162 139 122 99.1 65.2 40.3 29.6 19.6 13.3 10.8
VbV 12126 270 270 264 252 231 216 195 166 147 118 78.1 48.4 35.6 23.7 15.9 12.9
VbV 6134 248 248 248 244 227 214 197 177 160 132 88.7 55.4 41.0 27.2 18.3 14.8
VbV 6135 310 310 310 304 284 267 247 221 200 166 110 69.3 51.2 34.0 22.9 18.5
VbV 6136 371 371 371 365 341 321 296 266 241 199 132 83.1 61.6 40.6 27.5 22.2
VbV 4137 433 433 433 426 397 375 346 311 281 233 154 97.0 71.8 47.4 32.1 25.9
VbV 4138 496 496 496 488 455 429 396 355 322 266 177 110 82.1 54.2 36.6 29.6
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. 04.04.01 0298 na
121.5
133.8
107.6
115.7
60.7
48.8
52.5
50.3
65.0
90.6
114.4
140.9
163.6
109.3
63.9
74.2
49.6
55.1
22.8
29.5
41.1
51.9
2520
3025
3530
4030
2.08
1.19
1.04
400
800
1200
1600
2005
2405
2015
6.29
5.24
3.13
2.50
31.4
15.7
10.5
7.86
Cell dimensions Weight
[kg] [lb][mOhm/cell] [A]
without connectors, loaded
current
Type
designation
Theoretical
short circuit
Inner
resistance

VARTA VbV Solar
Low current 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
VbV12121 21 23.7 24.8 25.2 25.6
VbV12122 42 47.5 49.6 50.4 51.2
VbV12123 63 71.2 74.3 75.6 76.9
VbV12124 84 94.9 99.1 100.8 102.5
VbV12125 105 118.7 123.9 126.0 128.1
VbV12126 126 142.4 148.7 151.2 153.7
VbV6134 144 162.7 169.9 172.8 175.7
VbV6135 180 203.4 212.4 216.0 219.6
VbV6136 216 244.1 254.9 259.2 263.5
VbV4137 252 284.8 297.4 302.4 307.4
VbV4138 288 325.4 339.8 345.6 351.4
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]