GZ155 Aeronautical Obstruction Lights are used for buildings, antennas, towers, cranes and any other obstructions that occupy airspace. Each fixture includes a glass Fresnel sphere, which is red in most applications. Luminaires are single or dual-lamp housings made with 3/4" or 1" female threaded housings. Side mount options are also available. These obstruction lights operate on 12VDC,4VDC,48VDC or 110-220VAC circuits.
Meets ICAO requirements for Low-Intensity Obstacle Lights
SPECIFICATIONS
GZ155 220V RED Flashing LED Obstruction Light
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Mechanical Specifications | Mechanical Specifications | ||
Peak Intensity
| 10cd,32.5cd,300cd | Structure | Integrated Design |
Working Model
| Flahing/Steady On | Lens Material | Polycarbonate |
Protect Level
| IP67 | Input Voltage | 110-220VAC, 50/60 Hz;12VDC;24VDC;48VDC |
LED
| Super-bright medium intensty Leds | Function Optional | Synchronization |
Temperature
| -45℃~70℃ | Mounting | 4 bolts M6 |
Automatic Light Control (ALC)
| Turn on at night and off at daytime automatically | OEM Service | Color: Red, Green, Yellow, Blue, White Flashing frequency |
KEY FEATURES
ENERGY SAVING
We update main components every year with the rapid development of solar panel, batteries and LEDs.
LEDs is supplied by OSRAM, patent design for medium intensity obstruction lighting.
We always keep ourselves up-to-date.
UP-TO-DATE MATERIALS AND TECHNOLOGY
The lens of 110V/220V Low Intensity Dual LED Obstruction Light is designed with wonderful heat dissipation, with much low luminance decrease for longer life span.
Regulation automatically turns on at dusk and off at dawn.
5 years warranty
SIZE (mm)
Installation
STANDARS
High-rise building aviation obstacle light configuration scheme
The obstacle lights set up by high-rise buildings and building complexes should be able to see the outline of the object from all directions, and the horizontal direction can also refer to the barrier lights set at a distance of about 45 meters, and the general building should install obstacle lights at the top of it, and the installation height H is calculated from the horizontal ground. Reference Standards: CAAC, ICAO, FAA MH/T6012-2015, MH5001-2013