Setting of High Intensity Obstacle Lights 

High intensity obstacle lights the setting is mainly reflected in high light intensity, high installation height and brighter light source. They are different from ordinary aviation obstruction lights. Next, we will take you to learn more about high-intensity aviation lights.

Setting Requirements of High Intensity Obstacle Lights

a) When the height of the obstacle (whether it is an artificial obstacle or a natural obstacle) exceeds 150 meters, a high-intensity high-altitude obstruction light needs to be installed.

In addition, since there are many types of this light, it can be selectively installed according to the characteristics and type of the obstacle itself during installation.

b) Regardless of the type of high-intensity aviation obstruction light, the luminous angle is unidirectional and is a white flashing lamp. It is mainly used for layered flashing on engineering buildings above 150 meters.

When used on power towers, it is used to indicate the tower height and the upper and lower arc heights of the suspension cable, which plays an aviation safety warning role.

c) According to the corresponding civil aviation obstacle light design standards and specifications, any type of high-intensity aviation obstruction lights need to be all white flashing, and all Type A high-intensity lights set on the same object need to flash at the same time.

Type B high-intensity aviation lights that mark the presence of applicable towers (such as overhead wires or cables) should flash in sequence: a middle light, then a top light, then a bottom light.

The time intervals between flashes of each layer should generally also have a corresponding ratio.

Application of Aircraft Lights

High intensity obstacle lights are mainly used in the following application scenarios:

• High towers & high-span bridges: used to mark high structures such as high towers, communication towers, and iron towers to ensure flight safety.
• High-voltage transmission lines and transmission towers: Install high-altitude obstacle warning lights on high-voltage towers to remind aircraft to avoid.
• Airports & air traffic control areas: As auxiliary navigation lights, indicate flight routes and obstacles.
• Sea lanes & lighthouses: Install high intensity obstacle lights on coastlines, offshore platforms and lighthouses to improve navigation safety.
• Underground construction & large-scale engineering structures: Install LED aviation lights or solar warning lights in high-rise buildings or bridge construction to mark the height and location of the structure.

In these application scenarios, high-intensity aviation obstruction lights effectively warn aircraft and ships through their high brightness and adjustable beam angle to avoid collision accidents.