Medium-intensity aviation obstruction lights refer to navigation lights that must be installed on high-rise buildings with tops more than 45 meters above the ground and less than 105 meters above the ground.
According to national standards for aviation obstruction light, high-rise buildings with tops more than 45 meters above the ground must be equipped with navigation lights.
Characteristics of Medium-intensity Aviation Obstruction Lights
What are the distinguishing features of medium intensity aviation warning lights compared to other similar products?
- High visibility:
LED high-altitude obstacle lights usually have strong brightness to ensure that aircraft and related operators can clearly identify obstacles under low visibility conditions.
- LED light source:
Most medium intensity obstruction lights use LED technology, which has a long service life and energy efficiency, reducing maintenance costs.
- Weather resistance design:
LED aviation lights are waterproof, dustproof and anti-corrosion, and can work normally in various harsh weather conditions to ensure long-term reliability.
- Multiple light color options:
In addition to the common red and white, some models also provide other light color options to adapt to different aviation regulations and needs.
- Low power consumption:
Compared with traditional lamps, aircraft warning lights have lower power consumption, reducing energy consumption and operating costs.
- Anti-interference ability:
High-altitude obstacle warning lights are usually designed to have good anti-electromagnetic interference capabilities to ensure normal operation in environments with large electrical noise.
- Easy to install:
LED warning lights have a simple structure design and can be quickly deployed and maintained, reducing the time and cost of installation and maintenance.
These characteristics make medium-intensity aviation obstruction lights superior in aviation safety and visibility, and are important equipment to ensure flight safety.
If you are interested in learning more specific models or application cases, please feel free to contact us.
