Solar-powered intelligent navigation light

TLKS-PLSA-122 Aviation Obstruction Light: Professional Aviation Safety Warning Solution

Against the backdrop of the rapid development of the modern aviation industry, airspace safety has become a crucial issue related to life, property and social stability. As a leading navigational aid in the industry, the TLKS-PLSA-122 Aviation Obstruction Light from Telcom provides comprehensive airspace safety guarantees for various tall buildings and structures with its excellent performance and reliable quality.

Core Advantages of the Product

The TLKS-PLSA-122 Aviation Obstruction Light from Telcom is strictly designed and manufactured in accordance with the standards of the International Civil Aviation Organization (ICAO) and relevant national standards, and has a number of core advantages:

1. All-weather reliable operation: Adopting high-quality LED light sources and a professional-level protection design, it can operate stably in extreme temperature environments ranging from -28℃ to 70℃, with a protection level of IP68, effectively resisting the impact of severe weather such as wind, rain and sand.

2. Intelligent monitoring system: Built-in advanced condition monitoring module, which can monitor the operating status of the equipment in real time, realize fault alarm and data transmission through the remote communication interface, so that maintenance personnel can deal with abnormal situations in a timely manner and reduce maintenance costs.

3. Energy-saving and efficient design: Compared with traditional light sources, LED technology reduces energy consumption by more than 60%, and has a service life of up to 100,000 hours, greatly reducing replacement frequency and operating costs,兼具经济性与环保性。

4. Flexible adaptation and installation: Supports multiple installation methods, and can be customized and configured according to different building structures (such as communication towers, high-rise buildings, bridge chimneys, wind turbines, etc.) to meet the needs of various scenarios.

Product Functions

1. Multi-level light intensity flash threshold adjustment: The light intensity flash threshold can be flexibly adjusted within the range of 50LX to 300LX, and the light intensity can be intelligently adjusted according to different lighting conditions, thereby significantly improving the warning effect. Whether it is cloudy, dusk or dark night, the light can be clearly visible.

2. Multi-level frequency adjustment function: Fully meets the requirements of relevant standards, and can flexibly adjust the flashing frequency according to actual scenarios and regulations, ensuring the stable operation of the device and accurately and stably conveying warning information to the outside.

3. Solar charging and battery protection: Makes full use of solar energy for charging, which is environmentally friendly and energy-saving. At the same time, it is equipped with a perfect battery over-discharge protection function, which effectively extends the service life of the battery, reduces the frequency and cost of battery replacement, and ensures the long-term stable operation of the device.

4. Standardized optical design: Adopts a standardized optical design to ensure uniform light distribution, avoid concentrated or uneven light distribution, reduce light energy waste, enable the light to cover the surrounding area more effectively, and expand the warning range.

5. Fresnel lens lampshade: The lampshade adopts a Fresnel lens design, which optimizes the light, further improving the light brightness and visibility, ensuring that the light remains clear and eye-catching even in long distances and complex environments, and providing a clear warning signal for flying objects.

Application Scenarios

This device can be used in power transmission line areas to avoid collisions between low-altitude flying objects such as drones and lines, preventing failures and ensuring the stability of power transmission; in communication facilities such as communication towers, protecting key equipment from collisions by flying objects and ensuring the smooth operation of the communication network; it can be installed on energy equipment such as wind power generation, guarding the safe operation of the equipment and reducing damage and downtime losses caused by collisions; it can be installed on large buildings and bridges to prevent casualties and property losses caused by collisions of flying objects; it can also be deployed around airports to assist in the control of low-altitude flying objects, providing a strong guarantee for the safety of aircraft takeoffs and landings.