Al Rouf LED

ART-MBS-02 SINGLE Medium-Intensity Type B Solar Aviation Obstruction Light


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What Is ART-MBS-02 SINGLE?

ART-MBS-02 SINGLE  is a medium-intensity Type B solar aviation obstruction light designed to mark elevated obstacles and structures that require clear flashing warning signals in accordance with international aviation regulations.
The system combines a high-power SMT LED light source with a four-panel solar power system and a robust cast aviation aluminum housing, enabling stable long-term outdoor operation without external power supply.

Product Overview

ART-MBS-02 SINGLE provides reliable flashing aviation warning signals for elevated obstacles in infrastructure and industrial projects.
It operates independently on solar power and integrates an advanced optical system, high-efficiency LED source, and integrated protection mechanisms to ensure stable performance under harsh environmental conditions.

Why Is ART-MBS-02 SINGLE Used?

  • Enhances aviation safety by clearly marking elevated obstacles with medium-intensity flashing warning lighting.
  • Fully compliant with Type B aviation obstruction lighting requirements.
  • Independent solar-powered operation without the need for external electrical infrastructure.
  • Designed for stable performance in harsh outdoor and industrial environments.
  • Suitable for long-term installation in high-altitude and remote locations.

Key Technical Features

  • High-strength cast aviation aluminum housing for durability and environmental resistance.
  • High-power SMT LED light source delivering high brightness and long service life.
  • Effective night luminous intensity of 2000 cd.
  • Advanced reflective optical system for precise and uniform light distribution.
  • Flashing operating mode at 20–60 flashes per minute.
  • Four-panel solar power system rated at 4 × 14 W with high charging efficiency.
  • High-efficiency monocrystalline silicon solar cells with a service life exceeding 20 years.
  • Independent battery charge and discharge management module for improved stability and reduced maintenance.
  • Integrated surge and over-voltage protection system rated at 3KA.
  • Resistant to impact, rain, snow, strong wind, sunlight, and severe weather conditions.
  • Optional customization features including:
    • GPS / Beidou wireless synchronization
    • LORA wireless synchronization up to 10 km
    • Remote control and telemetry

When Should This Product Be Used?

  • When medium-intensity Type B aviation obstruction lighting is required.
  • For marking elevated obstacles and structures near flight paths.
  • When solar-powered autonomous operation with long-term stability is preferred.
  • In outdoor or industrial environments exposed to harsh weather conditions.
Check out the instructions in which we explain what can be read from these graphs.
Manual

Applications

  • Airports
  • Towers and elevated structures
  • Communication towers
  • High-rise buildings
  • Bridges
  • Industrial chimneys
  • High-pole lighting structures

Technical Specifications

Specification Details
Light Type Medium-intensity aviation obstruction light – Type B
Operating Mode Flashing (20–60 times/min)
Effective Night Intensity 2000 cd
Light Color Red
Light Source LED
Solar Power System 4 solar panels × 14 W
Average Power Consumption ≤ 2.5 W
Battery System Integrated battery management system
Protection Rating IP65
Horizontal Coverage 360°
Vertical Divergence 3°
Operating Temperature -40°C to +55°C
Wind Resistance Up to 240 km/h
Operating Altitude ≥ 2500 m
Approximate Weight ≈ 20 kg
Photocell Stage 50 / 100 Lux

Standards & Aviation Compliance

  • ICAO Annex 14 – Volume I (8th Edition)
  • GACA MH/T 6012-2015 and AC-137-CA-2017
  • FAA Advisory Circular 150/5345-43J

Frequently Asked Questions

When is medium-intensity Type B the appropriate choice?
Medium-intensity Type B lighting is used for elevated obstacles and structures that require specific luminous intensity and flashing patterns according to aviation regulations and site design.

What is the benefit of the four-panel solar system design?
It provides higher charging efficiency and improved operational stability in environments with variable solar irradiance.

Does low power consumption affect light intensity?
No. High-power SMT LEDs combined with an advanced optical system achieve the required luminous intensity while maintaining low power consumption.

Can multiple units operate synchronously?
Yes. Wireless synchronization via GPS / Beidou or LORA allows synchronized operation across large-scale installations.

For technical specifications, datasheets, or quotation requests, please contact Alrouf Lighting’s technical team.

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