12V80AH Front Terminal AGM Battery with 12 Years Design Life and Front Access Terminal for Stable Consistency

12V80AH Front Access Terminal Battery - Front Terminal AGM Battery VRLA Gel Battery for Outdoor Telecom applications. This specialized battery is engineered for reliable performance in demanding telecommunication environments.

The 6GFM-F series Front-Terminal VRLA battery for telecommunications incorporates advanced manufacturing technologies including high-tin alloy grids for enhanced corrosion resistance, thick paste-type plates to reduce active material utilization, and AGM separators with high porosity and web-elasticity. Features include patented terminal sealing construction, FV-0 level flame retardant ABS material battery container, and precise vacuum acid filling methods ensuring stable consistency.

Designed primarily for telecommunications and UPS systems, this battery offers long float charging life, excellent over-discharge tolerance, superior cycling performance, stable consistency, large current discharge capability, low internal resistance, and enhanced safety.

The Front Access Series Battery is specifically engineered for telecommunications use with a 12-year design life in float service. Combining advanced paste formulas with modern AGM structures, this range features front access connections for fast, easy installation and maintenance.

Constant Current Discharge Ratings - amperes at 25°C

Constant Power Discharge Ratings - watts at 25°C

Highly suited for telecom outdoor applications, renewable energy systems, and other harsh environment applications requiring reliable power solutions.

• Long Life: 12 years design life in floating condition
• Wide operating temperature range: from -15°C to 60°C
• Advanced paste formula with increased recharge efficiency
• Front access terminal with standard width for 19" and 23" ETSI racks
• 30% decreased float current leading to excellent high temperature resistance
• Thick flat plate with high Tin low Calcium alloy
• Low self-discharge rate
• Excellent deep discharge recovery capability