Power Sonic PHR-12350 PHR Series High Rate Seal Lead Acid Rechargeable VRLA Battery, 12V, 95 Ah

For mission-critical backup and surge applications, the Power Sonic PHR-12350 high-rate VRLA battery delivers dependable, rapid power when systems need it most. This 12V rechargeable battery with approximately 95 Ah capacity is engineered for short-duration, high-current discharge — ideal for UPS, telecom cabinets, edge data centers, security and surveillance stations where reliable uptime is essential. The sealed lead-acid (VRLA) design is maintenance-free, minimizing onsite servicing and preventing acid exposure in rack-mounted or enclosed environments. Built with patented dual-paste plate technology and precision pasting, the PHR-12350 provides consistent performance under heavy loads and resists degradation from repeated high-rate cycles. Its rugged ABS case offers vibration and impact resistance for installations in transit cases, remote monitoring sites or tightly packed equipment rooms. Choose this Power Sonic battery to improve system reliability, reduce maintenance overhead, and simplify replacement planning for backup power and monitoring applications. Contact our team to confirm compatibility with your UPS or security systems and secure reliable backup power for your critical infrastructure.

• Provides dependable high-current output for UPS, emergency backup and security systems to handle surge loads without performance drop
• Sealed VRLA, maintenance-free design reduces service visits and eliminates acid handling in enclosed racks
• High-rate construction with 12V, 95 Ah capacity delivers rapid, high-density power when short-duration discharge is required
• Rugged ABS case resists vibration and impact for reliable operation in telecom, edge data center and transportable installations
• Precision plate pasting and strict quality control ensure consistent runtime and predictable performance for monitoring and surveillance equipment
• Compatible with common UPS and backup platforms for straightforward replacement and minimal system downtime