EnerSys PowerSafe V Front Terminal 12V62F lead acid batteries have been designed specifically for use in telecom applications that demand the highest levels of security and reliability. Alpine Power Systems is an approved platinum distributor and solution provider of EnerSys products. Capacity range: 31Ah-190Ah
manufacture of PowerSafe V-FT products are ISO 9001, ISO 14001 and ISO 45001 Nominal Capacity (Ah) EnerSys World Headquarters 2366 Bernville Road, Reading, PA 19605, USA Tel: +1-610-208-1991 / +1-800-538-3627 EnerSys EMEA EH Europe GmbH, Baarerstrasse 18, 6300 Zug Switzerland EnerSys Asia 152 Beach Road, Gateway East Building #11-08, Singapore
EnerSys® PowerSafe® OGi batteries feature Vented Lead Acid (VLA) technology ideal for utility market applications. OGi''s rod plate composition offers a high energy density design providing a space-efficient footprint savings and long
powersafe® batteries deliver an ideal solution for large capacity valve regulated lead-acid (vrla) battery and flooded cell requirements. powersafe batteries are designed to handle a large range of applications across the battery market
Akumulatory PowerSafe V-FT od dawna cieszą się uznaniem na całym świecie jako rozwiązanie klasy premium. Dzięki opatentowanej technologii TPPL akumulatory PowerSafe V-FT zapewniają doskonałą wydajność, a jednocześnie zajmują mniej miejsca niż konwencjonalne akumulatory zasilane w trybie czuwania.
PowerSafe OPzV batteries offer both an excellent float life and a high cycle life for a truly flexible solution. • Proven tubular VRLA gel technology • Extensive capacity. range: 215Ah to 3170Ah • C. 10. capacities exceed DIN standard values • 20 year design life at 68°F/20°C • Excellent deep discharge recovery and cyclability •
EnerSys PowerSafe EC-9M General Specifications: Nominal Ah Capacity: 365. Length: 130 mm, 5.1 in. Width: 279 mm, 11.0 in. Height: 475 mm, 18.7 in. Unpacked: 37.6 kg, 82.7 lbs. Electrolyte only 1.215 S.G.: 16.9 lbs. 7.7 kg. 1.7 gal. 6.4 liters. See below for documentation relating to this product line that is available to download. To download
PowerSafe ® SBS TPPL battery designs, PowerSafe SBS TPPL monoblocs and cells have been developed to provide high performance in applications where the battery is subjected to repeated cyclic duty, in challenging operating conditions (high temperatures, unreliable grids,
The Powersafe SBS C11F Front Terminal battery further extends the technical leadership of the Powersafe SBS C11F product range. Powersafe SBS C11F Front Terminal monoblocs retain the benefits of Thin Plate Pure Lead technology such as long life, high energy density superior shelf life.
EnerSys®, the global leader in stored energy solutions for communications applications, has introduced the PowerSafe® iON 36-1800, a new Lithium-ion battery that when coupled with an Alpha® XM3.1-HP Broadband UPS and enclosure provides Cable Broadband operators extended run time systems to maintain network operations for up to 72 hours after an electrical grid outage.
Thanks to their die cast tubular plates, PowerSafe OPzV batteries provide excellent cycling and proven long life under float conditions. VRLA technology eliminates the need for watering, while color-coded terminals, bolt-on type connectors, and a pressure relief valve support safety and ease of operation.
The reputation of PowerSafe 2V310 batteries for long service life, together with excellent high rate performance, also makes it the number one choice for high integrity, high specification UPS systems. EnerSys PowerSafe 2V310 General Specifications: Battery type: 2V310. Number of Cells: 1. Nominal Votage (V): 2. 10 hr Rate to 1.75Vpc @ 77ºF: 308
Widely used in cable TV, emergency lighting, power generation, and offshore applications, choose PowerSafe® SBS batteries for proven performance and peace of mind. Request a Quote. Capacity Range: 31 to 205 Ah (Front Terminal), 7 to 361 Ah (Top Terminal), 32 to 900 Ah (2V cells) Proprietary Thin Plate Pure Lead (TPPL) technology
PowerSafe® V Front Terminal batteries are installed upright • Recommended float charge voltage: 2.280Vpc at 68°F (20°C) 2.265Vpc at 77°F (25°C) • Reduced maintenance: no water addition required Standards • Designed to meet Telcordia® SR-4228 requirements • UL recognized component • UL File Numbers MH15470 and MH18697
Further details can be found in our PowerSafe SBS EON application guide. Temperature (°C / °F) 10/50 15/59 20/68 25/77 30/86 35/95 40/104 45/113 50/122 Recommended 2.33 2.31 2.29 2.27 2.25 2.23 2.21 2.21 2.21 PowerSafe® SBS® EON® 5.3. Charging Current Due to their very low internal resistance PowerSafe SBS EON batteries will accept
PowerSafe® SBS batteries have been developed to retain the long float life characteristics associated with Thin Plate Pure Lead (TPPL) Technology and has the added capability to deliver high performance in harsh applications where cyclic duty predominates.
Long service life combined with virtually maintenance-free performance make PowerSafe OPzV one of the safest and easiest to use Valve Regulated Lead Acid (VRLA) batteries on the market. Thanks to their die cast tubular plates, PowerSafe OPzV batteries provide excellent cycling and proven long life under float conditions.
PowerSafe SBS XC+ cells and monoblocs are classed as VRLA batteries and do not have to be topped up with water. Do not open or remove the valve. Opening could cause lasting damage to the battery and is prohibited. The containers and lids should be kept dry and free from dust.
1. Introduction The EnerSys® PowerSafe® SBS® XC+ range of valve regulated lead acid cells and monoblocs is designed to meet today’s challenging demands of unreliable grid applications resulting from aging infrastructure, changing climate and reduced dependence on existing fossil fuel generation to name a few.
In hybrid applications the commissioning charge shall consist of 24 hours charge at a voltage equivalent to 2.40Vpc with no load connected. PowerSafe® SBS batteries are designed for continuous float operation on constant voltage chargers.
However, PowerSafe® SBS monoblocs and cells can be operated in the temperature range -40°C to +50°C. In order to maintain mechanical integrity of the plastic components, the battery temperature in operation should not exceed +50°C. Monoblocs and cells lose capacity when standing on open-circuit because of parasitic chemical reactions.
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