Medium Intensity Obstruction Light A+B+IR

Description

Obstacle light for day and night time marking of structures that present a hazard to aviation. White flashing in day and White flashing or Red flashing / steady + IR in night mode. Incorporates the benefits of advanced LED, optical and system control technologies to meet the most demanding applications.

Key Features

• Five year warranty
• Offshore product design
• Compact and Lightweight easy to install
• Integrated design with built-in photocell and monitoring – no additional power supply enclosures required
• No maintenance required over service life
• Automotive industry standard optical design with high efficiency.
• Integrated GPS based flash synchronization between lights.
• Extremely low power consumption
• Long life power supply to match LED life, does not use electrolytic capacitors
• Made in The Netherlands

Performance characteristics

• Horizontal beam pattern: 360°
• Flashing: 20-60 FPM (Via controller)
• Effective intensity: 20.000cd white / 2.000cd red
• Vertical beam pattern: 3° minimum
• Infra-Red wavelength ~850 nm
• Infra-Red beam follows visible light

Electrical characteristics

• Operating voltage: 48Vdc
• Power consumption: 60Watt/peak
• Overvoltage protection: Class III according to IEC61643-1 [OPTIONAL]

Physical characteristics

• Dimensions: L x W x H: 263x263x111 mm
• Weight: 5 kg
• Design degree of protection: IP66
• Operating temperature range: -40 ºC/+60 ºC
• Supplied with pre-mounted cables for easy installation and high reliability ready for use (15meter)
• Cable bending radius static: 7x cable diameter
• Outer cable diameter: Ø12.5 +/- 0.5 mm
• Level indicators for correct mounting

System design, control and monitoring

• Use as a stand-alone light, or in a multiple light system with an OWS Control system
• Optional OWS Control system facilities provides control interfaces for:
• “smart switch” aircraft detection input
• Visibility condition variable intensity input
• Remote photocell control input/override
• Visibility condition variable intensity