MICROTEXValve Regulated Battery is designed to meet Industrial Standards. The battery works on gas recombination technology, which eliminates the need to top up the batteries with water periodically and is mounted horizontally in robust stackable steel modules.
MICROTEXmake VRLA Batteries generally conforms to the following International Standards : IEC 60896 - 21 ED. 1.0 B:2004, BS 6290 Part-IV TEC Spec: G/BAT-01/03, March 2004 & IEEE 1188-2005
Constructional Highlights
Flame retardant cell case.
Proprietary process technology ideal for all climatic Conditions.
Robust & aesthetically attractive modular design with thermal control features.
Unique European type wide electrode design.
Leak resistant double seal terminal design.
Efficient & Effective Vent Valve Assembly.
Advantages
Gas recombination technology that eliminates the need to add water.
Installation that is high on convenience is friendly & provides peace of mind.
Robust & aesthetically attractive modular design with thermal control features.
Effective & repeatable valve operation that works within a narrow pressure band.
High performance operation with no maintenance (doesn’t require routine water additions or specific gravity checks).
Efficient & Effective Vent Valve Assembly.
Self-Discharge Characteristics
Average Storage Temperature
Max. Storage Period Recommended
Cycle Life at 27°C
25°C to 30°C
6 months
600 cycles at 100% depth of discharge
31°C to 35°C
4.5 months
1400 cycles at 80% depth of discharge
36°C to 40°C
3 months
2600 cycles at 50% depth of discharge
41°C to 45°C
2 months
3500 cycles at 30% depth of discharge
46°C to 50°C
1.5 months
4800 cycles at 20% depth of discharge
Charging Specifications
Type of Charging
Constant Potential Current Limited
Float voltage and current
2.25 Volts Per Cell at 27°C and current 3 to 5 mA per AH
Boost voltage and current
2.30 Volts Per Cell at 27°C current max 20% of the AH capacity
AC Ripple
Max. 3% RMS
Module Specifications
Model Type
Capacity (AH) at C10 rate of discharge
No. of cells per module
Module Voltage
Module Dimensions in mm
Approx module weight in Kg(± 5%)
Internal resistance of cell in milli Ohms
short circuit current in KA
Length (±15 mm)
Depth (±15 mm)
Height (±15 mm)
M-100V
100
6
12V
655
275
216
60
.95
2.25
M-200V
200
6
12V
655
375
216
100
0.73
2.94
M-300V
300
4
8V
857
380
141
90
0.56
3.84
M-400V
400
4
8V
870
375
180
120
0.47
4.58
M-500V
500
4
8V
940
380
235
165
0.42
5.09
M-600V
600
4
8V
940
380
235
175
0.32
6.64
M-800V
800
3
6V
690
495
235
190
0.25
8.68
M-1000V
1000
3
6V
705
495
290
215
0.34
6.26
M-2000V
2000
2
4V
505
500
540
285
0.19
11.15
M-3000V
3000
2
4V
650
500
790
435
0.13
16.50
M-4000V
4000
2
4V
530
515
1035
580
0.10
21.50
Note :
The dimensions are as per our standard stacking arrangement.
Nominal Capacity is at 10 hr rate of discharge to an End Cell Voltage of 1.75VPC at 27°C.
Other special design & configuration of battery system for specific application shall be provided on request.
Intermediate AH Capacities are also available on specific request.
In accordance with improvement the company reserves the right to change the specification & design without notice. All the data given are for guidance only.
