EXIDE GELMAGIC
FEATURES OF EXIDE GELMAGIC RANGE OF BATTERIES
A VRLA Gel battery utilizes a one way, pressure-relief valve system and Gelled (immobilized) electrolyte to achieve a recombinant technology. Gelled Electrolyte is formed by addition of silicon dioxide (SiO2) to diluted Sulphuric acid (H2SO4). Fused gelled electrolyte not only acts as electrolytic medium for ion movement but also provides infinite small crevices necessary for recombination reaction. Oxygen normally produced on the positive plate is transported to negative plates through crevices formed in fused gel and it is then absorbed by negative plates. This surpasses the production of hydrogen at the negative plates. Water (H2O) is produced instead, retaining the moisture within the battery. It never needs watering, and should never be opened as this would expose the battery to excess oxygen from air.
| Model | Part Number | Nominal Voltage (V) | Capacity* in Ah | Length +/- 3mm | Width +/- 3mm | Height +/- 3mm upto lid top | Weight (kg)+/- 5% | Charging current (A) |
|---|---|---|---|---|---|---|---|---|
| GelMagic 1500 | FGM0-GelMagic 1500 | 12 | 150 | 401 | 189 | 407 | 50 | 15 |
| *At 27°C when discharged at C20 up to 1.75 vpc. | ||||||||
| If Summation ofElectrical Load | Max Inverter Rating | System Voltage |
|---|---|---|
| Advanced Calcium-Calcium Technology for Grid Alloy |
Corrosion resistant Low self discharge Reliability at high temperature Even after keeping idle for 2 years, 50% of capacity is retained |
Higher tolerance for overcharging Absolutely maintenance free Suitable for use in extreme conditions Increased shelf-life |
| High quality silica gel used in acid as electrolyte/td> | Minimum fluctuation in voltage and capacity over high temperature range (-30 ° C to 65° C) Deep discharge resistance is extremely high Lower internal temperature rise leads to longer service life |
Immediate charging after deep discharge not required Excellent recovery from deep discharge High reliability, longer life |
| Oxygen Recombination Technology |
Extremely low gas extrication (25% of flooded battery) |
Lesser explosion and fire risk Ideal for use where ventilation is poor, labs, industries |
| Plates surrounded by Gel | Lesser tendency of thermal run away. | Enhanced cycle life and better performance. |
| Special plate design | Increased protection against grid corrosion. | Ability to withstand arduous service conditions |
| Special paste recipe | Enhanced charge acceptance | High recharging efficiency |
| Special profile separator together with low resistant glass mat on flat surface | Fully protect the design against internal shorts and plate shedding. Greater power output. Lower internal temperature rise. |
High reliability low degradation rate, greater protection against vibrations. Longer service life. |
| One way Pressure Relief Valve | Consistent opening & closing pressure | Better Maintenance Free characteristics |
