AIS700DC-FB – AIS Navigation Light for Fixed Beacons with Precision Narrow Beam Output

The AIS700DC-FB is a DC-powered AIS AtoN light specifically designed for fixed beacons, such as daymarks, shore structures, and piers. Optimized with a narrow vertical emission angle (≥2.5°), it ensures focused light distribution tailored for stationary applications where minimal light scattering is essential for visibility and energy efficiency.

Like the floating version (AIS700DC-FL), the FB model offers over 20NM AIS communication, low power consumption, and autonomous AIS signal transmission without base station dependency. It also includes a built-in intelligent battery management system, which safeguards and extends the life of external battery packs.

KEY ADVANTAGES

• Intelligent Power Management
  Built-in system to manage the charging and discharging of external batteries, preventing overcharging, deep discharge, and extending battery lifespan.
• Long-Distance AIS Transmission
  Supports AIS Message 21, 6, 8, and 14, with an effective communication range of over 20 nautical miles, even in low-power mode.
• Low Power Consumption
  Optimized for energy efficiency, supporting autonomous long-term operation in remote areas without dependence on shore-based base stations.
• Fully Compliant AIS AtoN
  Compatible with international standards, supporting dual-mode positioning (GPS + Beidou is required), and real-time monitoring of beacon status including voltage, light output, and solar charging conditions.
• Flexible Deployment
  Ideal for customers who supply their own solar panels and batteries, such as large-scale navigation projects, retrofits, and offshore platforms.

TECHNICAL DATA

TWO MODELS

Drawings (mm)

Floating Marker Light

Fixed Marker Light

Why Choose AIS700DC AIS AtoN Navigation Lantern?

• Most third-party AIS AtoNs require external power but lack battery management, leading to reduced battery lifespan and maintenance issues.
• AIS700DC not only solves this but also delivers high-efficiency AIS performance, over 20NM range, and true autonomous signal transmission without relying on a land-based base station.