Description
Flight Light FAA L-810 compatible This Dual LED Low-Intensity Aviation Obstruction Light is designed for reliable visual warning and marking of structures. It features high-quality Cree LED (American brand) light sources and supports dual-LED illumination (red and red LED, And Red lens cover) for enhanced visibility in different operating conditions.
Compliance: As specified by Annex 14 of ICAO regulations, Low Intensity Obstruction Lights (LIOL) should be used to warn the presence of obstacles up to 45m height, such as telecommunication towers, wind turbines, chimneys, cranes, buildings and other structures.
These lights are used to mark fixed obstacles such as buildings, antennas, towers, cranes, and other structures that may extend into airspace. Units are available in single-head or dual-head configurations and use a red or transparent lens/globe for obstruction marking. Designed for AC 220V, 50/60Hz power and can be connected directly to an existing power circuit. A photocell (optical sensor) is included for automatic operation at night.
The lamp operates in a dual-head STEADY mode, providing consistent warning signals while maintaining low power consumption and long service life. With a service life exceeding 100,000 hours, it is suitable for continuous operation in outdoor environments.
Technical Specifications
- Light Source Brand: CREE (American brand LED)
- Light Color: Red
- Lens/Globe Cover: Red
- Luminous Intensity: ≥ 32.5 cd
- Operating Mode: Steady Burning (Simultaneously)
- Input Voltage: AC 220V
- Power Frequency: 50Hz / 60Hz
- Control: Photocell (Automatic dusk-to-dawn activation)
- Configuration: Dual lamp head
- Housing: Die-cast aluminum
- Finish: Aviation yellow powder coat
- Hardware: Stainless steel
Compliance
- FAA AC: 150/5345-43J
- ETL L-810
- ICAO Annex 14, Vol. 1, Type B
Typical Use Cases
- Obstruction marking on buildings and rooftops
- Parking structures (canopies, entrances, exits)
- External structures for real estate companies and offices leasing units
- Fixed installations requiring low-intensity steady warning light
