FAA L-885/L-866 Catenary Medium Intensity Obstruction Light

AV-OL Series DC Light Fixture

This Avlite light fixture is a combined medium intensity LED obstruction light designed to comply with FAA L-864, L-865, L-885 & L-866 as well as ICAO MIOL Type A, Type B and Type C requirements for day/night marking of obstacles. The model can be used for marking a variety of obstacles such as telecommunication towers, wind turbines, buildings and other tall structures.
Avlite’s LED obstruction lights offer an ultra bright, energy efficient and cost effective lighting solution as either a stand-alone fixture or part of turn-key obstruction lighting package. The advanced light optic uses multiple high intensity LEDs for efficient operation.The corrosion resistant, acrylic lens is specifically designed for use with LEDs to maximize light intensity and uniformity. The light fixture incorporates internal diagnostic checking and an alarm contact for remote monitoring. The alarm relay is energized in normal operation and is released if there is an LED or power fault.

FEATURES

Avlite’s combined medium intensity obstruction light offers a fully compliant, energy efficient and cost-effective lighting solution.

• Available as a standalone DC fixture or part of a complete turn-key obstruction lighting system
• Small Form Factor
• Low power consumption
• GPS synchronisation as standard
• Integrated light sensor for day/night operation
• Integrated flash control and diagnostics including remote monitoring contacts

Options

• Solar power configurations
• GSM monitoring and control

Applications

Medium Intensity Obstruction Lighting for catenary obstacles up to 700ft in height

Compliance

• FAA L-885 Medium Intensity Obstruction Light – FAA AC 150/5345-43H
• FAA L-866 Medium Intensity Obstruction Light – FAA AC 150/5345-43H

Certification:

• Transport Canada CL-885 Medium Intensity Obstruction Light – CAR 2015-2, Standard 621
• Transport Canada CL-866 Medium Intensity Obstruction Light – CAR 2015-2, Standard 621
• FAA Engineering Brief EB67D

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