Fiberglass Aviation Warning Balls (Aviation Marker Balls, Reflective Safety Balls): Provide a prominent warning to passing aircraft, aircraft, ships crossing rivers, and runways.
Product Overview:
In recent years, with my country's rapid economic development, the pace of overhead cable construction has accelerated. Ultra-high voltage transmission lines are being built in increasing numbers and density. The complex cable lines present significant operational inconveniences for pilots operating at high altitudes. Furthermore, because overhead ground wires are thin, they can be difficult to see or even invisible in backlight, creating significant visual difficulties for pilots and increasing flight risks.
According to Annex 14 of the ICAO's "International Standards and Construction Measures - Aerodromes" and relevant national regulations, overhead transmission lines, especially ultra-high voltage (500,000 kV) transmission lines and those crossing rivers, should be equipped with conspicuous aviation warning balls, ensuring 360-degree visibility both on the ground and in the air.
Regular Version:
Its advantages include: the sphere's eye-catching color makes it easy to spot, allowing passing ships and aircraft to detect it early, providing a warning and prompting them to make timely evasive maneuvers, thereby preventing collisions.
The aviation warning ball can be manufactured in a variety of vibrant colors, including all-white, all-orange, all-red, orange-and-white, and orange-and-red. The ball is made of fiberglass-reinforced plastic. The clamps between the warning ball and the high-voltage cable are cast aluminum, and the fasteners are stainless steel.
Intelligent Warning Device:
The High-Voltage Line Anti-External Force Warning Device is a nighttime high-voltage warning and anti-extradition marker installed on high-voltage overhead transmission lines.
The device draws its operating power from the transmission line inductively, eliminating the need for a separate power supply.
The device should be at the same potential as the operating line and is suitable for use on 10kV to 1000kV transmission lines, ensuring safe operation.
The device utilizes both Doppler radar technology and intelligent voice detection to maintain excellent detection performance even at long distances. The device should utilize long-life, high-brightness light-emitting devices, flashing warning lights to alert users of the presence of a line.
The device should utilize linkage technology, using radar and voice detection, coupled with a siren to provide on-site warnings.
The device should utilize microelectronics for intelligent control, achieving a high degree of intelligence and automation, eliminating the need for manual configuration.
The device should be resistant to electromagnetic interference and vibration fatigue.
The device should operate in high and low temperature conditions and feature lightning protection, dustproof, waterproof, and corrosion-resistant designs to ensure stable operation in harsh environments. Its performance should remain unchanged in diverse environments, including rain, snow, ice, and oil.
Installation Requirements:
The device should be installed on the steel cable of the lightning protection ground wire on the overhead tower. The spacing between each marker ball should not exceed 30 meters and should be evenly spaced.
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