Telecom Tower VRLA Battery 12V 100AH Broadcasting Signal Transmission Battery

I. Core Parameters

• Rated Voltage: 12V
• Rated Capacity: 100Ah (C10 rate, 1.80V per cell)
• Dimensions (L×W×H): 330×172×218mm
• Charging Voltage: Float 13.6–13.8V; Cycle 14.4–14.8V
• Self-discharge Rate: ≤2%/month (25℃), suitable for long-term standby
• Operating Temperature:-20℃～50℃
• Design Life: 10 years (float charge at 25℃)

II. Key Advantages

• Scenario-oriented Design: Tailored for telecom infrastructure and broadcasting signal transmission, precisely matching the power demand of related equipment, ensuring stable backup during power outages.
• Stable Power Supply: 100Ah capacity balances standby efficiency and space utilization, supporting continuous power supply for telecom and broadcasting signal transmission equipment.
• Sealed & Maintenance-free: Valve-regulated sealed structure + AGM separator, no leakage, no regular maintenance, safe for closed equipment cabinets.
• Excellent Discharge Performance: Reinforced grid and thickened plates enable stable high-current output and good deep discharge recovery, adapting to sudden emergency power needs.
• Strong Environmental Adaptability: Low self-discharge rate and wide temperature range, suitable for outdoor telecom and broadcasting signal nodes, reducing O&M costs.

III. Typical Applications

1. Telecom Infrastructure: DC backup power for telecom access networks, core communication nodes and telecom cabinets.
2. Broadcasting Signal Transmission: Standby power for broadcasting signal transmitters, relay stations and outdoor signal transmission nodes.
3. UPS/EPS backup systems for telecom and broadcasting infrastructure projects.

IV. Installation & Maintenance Tips

• Installation: Mount with terminals outward, arrange in single/double rows in cabinets, reserve heat dissipation gaps; do anti-oxidation treatment on terminals after installation.
• Maintenance: Recommend float charge at 25℃ (life halves per 10℃ rise); regularly check terminal condition and battery shell, handle abnormalities promptly.