Hawker Enersys PowerSafe V 6V130 6V - 132Ah (10h) Block

Hawker Enersys PowerSafe V 6V130 6V - 132Ah (10h) block

The range of PowerSafe® V batteries from EnerSys® is specifically designed for use in applications that require the highest levels of safety and reliability. Proven compliance with the most stringent international standards has earned PowerSafe V batteries worldwide recognition as a premier solution for telecom applications. The reputation that PowerSafe V batteries enjoy for their long service life and outstanding high performance makes them the first choice for highly integrated, highly demanding UPS systems.

PowerSafe V cells and monoblocs offer superior performance while taking up less space than conventional standby power batteries. The use of V-0 classified flame-retardant ABS plastic for the thick-walled housings and lids ensures high mechanical resistance and excellent safety properties.

The range of PowerSafe® V batteries from EnerSys® is specially designed for use in applications requiring maximum safety and reliability. Proven compliance with the most stringent international standards has earned PowerSafe V batteries worldwide recognition as a premier solution for telecom applications. The reputation that PowerSafe V batteries enjoy for their long service life and outstanding high performance makes them the first choice for highly integrated, sophisticated UPS systems. PowerSafe V cells and monoblocs offer superior performance while taking up less space than conventional standby power batteries. The use of V-0 classified flame-retardant ABS plastic for the thick-walled housings and lids ensures high mechanical resistance and excellent safety properties. The concept of the PowerSafe V batteries is based on the proven gas recombination technology, which makes regular water refilling unnecessary because the generation of hydrogen and oxygen during the charging process is controlled. The oxygen produced at the positive plates is diffused to the negative plates by microporous separators and water is formed again by its binding via a series of chemical reactions within the cell. Each individual cell has its own safety valve, which allows the controlled release of gas when pressure builds up inside the cell. The use of gas recombination technology for lead-acid batteries has radically changed the concept of standby energy. This technology enables the user to use lead-acid batteries for a wide range of applications.

Design features:
- Positive and negative plates of lead-tin-calcium alloy
- Separators of low-resistance microporous glass fibre
- The electrolyte is absorbed in the fleece so that the leakage of acid in the event of damage is prevented
- Separators of low-resistance microporous glass fibre
- The electrolyte is absorbed in the fleece so that the leakage of acid in the event of damage is prevented
- Separators of low-resistance microporous glass fibre
- The electrolyte is absorbed in the fleece so that the leakage of acid in the event of damage is prevented
the leakage of acid in the event of damage is prevented- Housing and cover made of flame-retardant ABS, highly resistant to vibrations and oscillations
- Connection poles with brass insert for maximum conductivity and with highly compressed grommet for long service life
- Self-regulating safety valves: prevent the penetration of atmospheric oxygen

Application areas. :
- Telecommunications
- UPS
- UPS (Uninterruptible Power Supply)
- Power Generation, Transmission and Distribution
- Safety Systems

Data sheet PowerSafe V Data sheet