An airport perimeter is a boundary line around an airport that defines the extent and boundaries of an airport. The protection and alarm of the airport perimeter often use a variety of detection methods and composite technologies to achieve security monitoring applications, including but not limited to cameras, perimeter intrusion detection equipment, perimeter lighting, perimeter broadcasting equipment, etc., the linkage between the equipment, to achieve accurate and timely reporting to the monitoring center and locate and record the information of abnormal intrusion events. As an important branch of the airport perimeter security system, the selection of high-quality lamps and lanterns is particularly crucial. It not only meets the requirements of the relevant laws and regulations of civil aviation airports, but also the reliable and durable quality of the perimeter lamp is inseparable from the unique and sophisticated structure and optical design of the product.
Ceramic heat dissipation technology
LED lamps and lanterns can greatly reduce their weight through reasonable radiator design and realize the pursuit of lightweight lamps. Compared with the common LED lighting fixtures on the market with aluminum substrate heat sink as the main body, the LED light source is directly welded on the surface of the ceramic heat sink by using independent ceramic heat dissipation technology, which reduces the thermal resistance of the system to a greater extent and allows the heat to be dissipated into the air faster.
Think twice about 50w airport perimeter lighting.
Hollow structure design
The hollow structure design can more effectively play the role of natural convection heat dissipation and improve the service life of the product. Effectively reduce the wind resistance of the product and improve the stability and safety of the product during use. Make full use of the limited structure size to greatly increase the effective heat dissipation area and improve the heat dissipation capacity of the radiator. At the same time, the advantage of the hollow structure is that it increases the convection efficiency of the lamp structure in the direction of gravity, better reduces the adhesion of oil and dust on the optical surface, and reduces the frequency of lamp replacement and maintenance costs.
Optimize optical design
The product has a lens design optimized for secondary light distribution, which effectively improves the luminous efficiency. At the same time, according to the automatic detection function of ambient light, it can automatically judge day and night to meet the needs of the camera for fill light in different time periods. At night, the lamp is adjusted by the output signal of the camera, and the LED component emits light (strobe or burst) in a luminous state; The camera starts to capture, at this time the camera will output the signal to the lamp, and the power of the LED lamp strobe (or burst) will increase to achieve the purpose of high-definition recording. At the same time, when the camera captures, the LED lamp emits an instantaneous white light, which captures clearly. The brightness of the strobe brightening can be adjusted independently, and the brightness can be adjusted according to the actual lighting needs of the site. The response time of the luminaire itself is nanosecond, and the response speed is ultra-fast, which helps to improve the efficiency of road monitoring.
The luminaire is reliable and durable, instantaneous response, and has high monitoring efficiency, which plays an important role in the monitoring efficiency and quality of the airport perimeter security monitoring system, and meets the requirements of GA T 1202-2022 "General Technical Conditions for Traffic Technology Monitoring Imaging Supplemental Light Device", which is one of the safety barriers for the external isolation of the airport perimeter.