Low and medium intensity lighting for aviation obstacle marking. Signalight provides obstruction lighting for the toughest conditions around the world, helping pilots to identify obstacles and ensuring the safety of high-rise structures.
Controllers for Obstruction Lights - Electrical cabinets are intended for powering, protecting, and controlling the obstruction lights, low and medium intensity. An optional system able to indicate the occurrence of operating problems or designed for powering and monitoring obstruction lights, these power supplies for obstruction lighting are recommended.
Obstruction lights for aerial obstacles below 45 m. For this type of obstacles, low intensity obstruction lights are the right solution to ensure a proper visibility.
Obstruction lights for aerial obstacles of more than 45 m. High structures are demanding obstruction lights to ensure their visibility. Medium intensity obstruction lights are special designed to mark aerial obstacles like towers, buildings, wind generators, antennas.
Solar obstruction lighting is the best solution designed for environments where is difficult or even impossible to use obstruction lights with traditional power energy. Autonomous obstruction lights powered from solar panels.
Signalight manufactures complete LED Obstruction Lighting Systems low and medium intensity, powered from the mains or in low voltage, from solar power systems. We are suppliers for obstacle lighting systems for towers, obstacle lights, aviation warning lights, wind turbines obstacle marking, tall buildings red beacon marking. We can create different types of systems from basic ones, simple, or more complex with redundancy systems, alarming, synchronization, failure detection, etc.
Signalight provides obstruction lights for the toughest conditions around the world, helping pilots to identify obstacles and ensuring the safety of high-rise structures.
In this category, Signalight offers the following lighting products:
These lights are omnidirectional RED, steady, made with LEDs. Low intensity type A is used in locations where the surrounding lights are low, usually outside the cities. In the cities usually type B is used. The same type B can be used in more complex systems, together with medium intensity obstruction lights on taller structures.
Optionally, we can add IR, infrared LEDs for night vision goggles compatibility (NVG) – minimum: 4mW/sr
During the day medium intensity obstruction lights type A must be used, flashing, 20000 cd white color omnidirectional beam. This light can be used also during the night but then must be dimmed to 10% so just 2000 cd. This is the type A medium intensity obstruction light. There are other obstruction lights for use just during the night time. These are types B or type C. The obstruction light type B is flashing RED, 2000 cd. Can be used alone or in combination with low-intensity type B. The obstruction light type C is steady RED, 2000 cd. These lights can have internal light sensors for day/night mode. If more flashing lights are used on a structure all of them must be synchronized. This is usually made using a controller.
Optionally, we can add IR, infrared LEDs for night vision goggles compatibility (NVG) – minimum: 246mW/sr
This system is an environmentally friendly solution but sometimes can be the only solution when it is difficult or even impossible to use obstruction lighting products with traditional power energy.
Optionally, we can add IR, infrared LEDs for night vision goggles compatibility (NVG).
The obstruction lighting products must be controlled using different types of devices. Can be a simple electrical cabinet or a more complex system. A simple obstruction light system can use just a simple twilight sensor to turn ON the lights during the night and turn the light OFF during the day. If the system is more complex, made from different types of lights, with day lights combined with night lights, synchronization, failure monitoring, redundancy, etc, the control must be more complex.
Signalight products are manufactured with OSRAM LEDs and premium quality materials and technologies to accomplish the best optical performance and to resist any environment from hot countries like Africa to cold ones in Russia, Canada, etc.
The body is metallic, made out of aluminum, powder coated (resistant to salt mist). Disperser made out of polycarbonate, resistant to UV.
Obstruction lighting units can be used for the marking of: