b.b.battery BPL170-6(6V170AH)

Product details

The B.B.Battery BPL170-6BPL valve-regulated lead-acid battery redefines backup power reliability with industrial-grade safety standards. Its impact-resistant ABS casing integrates a triple protection system—pressure relief valves block external flames, explosion-proof filters suppress internal gas expansion, and a sealed free-acid structure prevents leaks, ensuring absolute safety even in sensitive environments like hospital ICUs or oil/gas mines. Utilizing C5/C10 multi-rate discharge technology, it delivers precise capacity outputs of 144.5Ah@5-hour rate and 85Ah@30-minute rate, seamlessly supporting fire alarm systems for hours of continuous power or providing instant power switching for data centers.The unique gas recombination technology maintains over 95% charging efficiency even in extreme temperatures from -40°C to 60°C, coupled with an ultra-low self-discharge rate of just 0.1% per day, making it ideal for stable year-round operation in remote area wind-solar energy storage systems. The compact 260×171×244mm dimensions with top-mounted B9/I3 dual-terminal configuration allow for high-density deployment in rack-mounted UPS systems or off-grid power supply applications in RVs via side-mounted brackets. The 29.2kg lightweight design reduces weight by 15% compared to traditional batteries, enabling single-person installation and commissioning by maintenance staff.As an industrial-grade power source certified by CE/IEC standards, this model has been widely adopted in critical scenarios such as 5G base station power backup, bank vault access systems, and operating room emergency lighting. With a tested cycle life of 1500 cycles @50% DoD and integrated smart battery management for accurate remaining lifespan prediction, it delivers reliability. When you need the ultimate power solution combining 2700-cycle mechanical vibration resistance, IP55 protection rating, and 12-year longevity, the BPL170-6BPL series exemplifies the pinnacle of power protection with millimeter-level manufacturing precision.