Red Solar Aviation Obstruction Light Monocrystalline Silicon Flash Mode 20-60times/minute for Customer Requirements

The Solar Aviation Obstruction Light is a reliable and efficient lighting solution designed for aviation safety. This medium-intensity Type B light operates in Flash Mode, with a frequency of 20-60 times per minute, ensuring maximum visibility and alerting aircraft of potential obstacles.

Constructed with UV Protected Polycarbonate, the lamp body is durable and weather-resistant, suitable for outdoor use in various environmental conditions. The material ensures long-term performance and protection against UV rays.

This LED Medium-intensity Aviation Obstruction Light is designed for marking the top of obstacles exceeding 45 meters in height. Ultra high intensity CREE LED ensures long life and excellent performance, while the self-designed reflector converges light to meet standard intensity requirements with minimal power consumption.

• Product Name: Solar Powered Medium-intensity Type B Aviation Obstruction Light
• LED Available Color: Red
• Intensity: ≥2000cd
• Horizontal Output: 360°
• Vertical Divergence: 3°
• Working Mode: Flash Mode (20-60 times/minute)
• Operation Mode: Dusk-to-dawn Automatically as standard
• Battery type: Lithium ion battery
• Solar Module Type: Mono crystalline Silicon
• Wind Speed: 80m/s
• Standard: ICAO
• Humidity: 10%-95%RH (No Condensation)

This solar medium-intensity light is specially designed for installation on high structures including:

• High Chimneys
• Wind Turbines
• Telecommunication Towers

Ideal for locations without cable power supply and facilities with high lightning protection requirements. Typically works in conjunction with low intensity lights installed at lower positions.

Our product comes with comprehensive technical support and services to ensure smooth operation and maintenance. Our expert team provides assistance with:

• Installation guidance
• Troubleshooting
• Technical inquiries
• Regular maintenance services

We ensure your lights function optimally and meet all regulatory requirements.