SD-SDH - ENDURLITE
SD-SDH - ENDURLITE
- Positive Plates: Pasted plate construction with special lead-alloy grids to reduce water loss.
- Negative Plates: Rugged pasted grid construction for compatibility with positive plates.
- Separators: Microporous plastic with fiberglass mats for maximum electrolyte utilization.
- Containers: Made from high-quality transparent SAN for easy inspection.
- Lids: Opaque SAN, tongue-and-groove sealed to the container.
- Vent Caps: Prevent acid spray during boost charge, equipped with explosion-preventing ceramic filter.
- Cell Pillars and Connectors: Lead with solid copper insert for high conductivity, with lead-plated brass hardware.
- Electrolyte Density: Sulphuric acid with a specific gravity of 1.27 at 20°C.
- Post Seals: High integrity design to prevent leakage and corrosion.
- Nominal Voltage: 2 V/cell.
- Internal Resistance: SD range: 0.13/C10 (Ohm); SDH range: 0.23/C10 (Ohm).
- Short Circuit Current: SD range: 16 x C10 (A); SDH range: 10 x C10 (A).
- Float Charge at 20°C: 2.23 V/cell.
- Boost Charge: 2.40 V/cell with a maximum current of 0.15 x C10 (A).
Catalog excerpts
SD-SDH series Standby Products FIAMM’s SD-SDH battery range can be used in standby mode for duties requiring high performance. The SD-SDH battery range is specially design for high and middle rate discharges such as switchgears, power stations, UPS’s. His pasted plates, a high reliability post seal guarantee a long life even in the worst operating condictions. FIAMM has a program of continuous improvement investing in manufacturing processes, equipment and technology. FIAMM’s Standby Battery manufacture conforms to ISO 9001 and ISO 14001 quality assurance. Our continuous investment in battery technology is refl ected by means of premium products that are of the highest quality and reliability. FIAMM’s SD-SDH pasted vented lead acid batteries are the ideal energy source for many different standby applications. Technical Features Positive plates: pasted plate construction with grids cast from a special lead-alloy for reduction in water loss and fi lling intervals Negative plates: rugged pasted grid construction with a service life compatible with the positive plates Separators: microporous plastic matched with fiberglass mats provide maximum electrolyte utilisation while retaining minimum internal resistance Containers: injection moulded from high quality transparent SAN (Styrene Acrylonitrile) for easy cell status inspection Lids: moulded from opaque SAN and permanently tongue-and- groove sealed to the container Vent caps: effectively prevent acid spray from the cell when “gassing” during boost charge. They are provided with explosion preventing ceramic fi lter and bayonet lock Cell pillars, connectors and hardware: the cell terminal pillars are of lead with solid copper insert of high conductivity. Intercell connectors are of lead plated solid copper. Lead plated brass hardware is supplied as standard. Stainless steel hardware available upon request Electrolyte density: sulphuric acid having a specifi c gravity, when fully charged, of 1.27 at 20°C Post seals: high integrity post seal design to prevent electrolyte leakage and terminal corrosion Applicable Standards IEC 60896 part 11 BS 6290 Product Features Long life Effi ciency High performance Low maintenance
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