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Intelligent Aviation Obstruction Light

于 2024-04-14 21:01:51 发布


I. Intelligent Aviation Obstruction Light - Model HD-155 (Medium & High Intensity)

1. General Overview

The main control unit of the Model HD-155 intelligent aviation obstruction light utilizes a CPU microcontroller chip manufactured by ATMEL (USA). It automatically controls an internal, laser-specific energy storage component to provide high-voltage DC and ignition voltages exceeding 10,000 volts. This powers 2 to 4 pulse-strobe xenon cold-light source tubes, generating powerful instantaneous flashes in cycles every few seconds.

Intelligent Aviation Obstruction Lights

  2. Advantages of the Aviation Obstruction Light

① It is equipped with 2 to 4 pulse-strobe xenon cold-light source tubes at once, achieving a lifespan of approximately 20 years;

② Its greatest advantage lies in the light source: it utilizes high-power, low-energy-consumption pulse-strobe xenon cold-light tubes manufactured by PerkinElmer (USA).

③ The internal system features a thermal protection circuit with constant temperature control as well as lightning protection devices.

II. Intelligent Aviation Obstruction Light - Model HD-155LED (Long Lifespan)

  1. General Overview

The lens cover of the Model HD-155LED intelligent aviation obstruction light is made of imported sunlight-resistant polymethyl methacrylate (PMMA), molded into a 155mm Fresnel lens. The base of the fixture is die-cast from aluminum alloy and treated with a classic powder-coating process. For illumination, it uses an imported LED light array featuring an ultra-long lifespan, high luminous efficacy, and extremely low power consumption. The LED light array can last up to 20 years.

Intelligent aviation obstruction light-HD-155LED type

  2. Advantages of the Aviation Obstruction Light

Compact size, lightweight, anti-aging, corrosion-resistant, and highly durable.

3. Selection of Synchronized Flashing Control Methods for Aviation Obstruction Lights

① Standard Type: Uses a centralized control box for aviation obstruction lights to achieve synchronized flashing;

② Smart Type: Connects via synchronization signal cables in a daisy-chain configuration to achieve synchronized flashing;

③ Digital Type: Utilizes power line carrier (PLC) wireless remote control technology to achieve synchronized flashing;

④ GPS Type: Equipped with a GPS global satellite time synchronization module. Unrestricted by spatial distance, it achieves synchronized flashing at any location worldwide.

III. Main Technical Parameters of the Intelligent Aviation Obstruction Light: (as shown in the figure below)

Main Technical Parameters of the Intelligent Aviation Obstruction Light

Note: The luminous intensity of 200,000 cd is achieved by the alternating flash of two groups consisting of four pulse-strobe xenon tubes.

Intelligent aviation obstruction light installation location

  IV. Installation Positions for Intelligent Aviation Obstruction Lights

  ① For tall objects higher than 90m but less than 150m, medium-intensity obstruction lights should be installed at the top. Additional obstruction lights should also be added at intermediate levels, spaced as equally as possible.

② Ultra-high voltage transmission line towers should be equipped with high-intensity obstruction lights in a three-level sequential flashing configuration. The positions should be at the top of the tower, the lowest sag point of the cables, and the midpoint between the two.

③ Obstruction lights installed on buildings with large footprints should allow the outline of the object to be visible from all directions. Horizontally, a spacing of approximately 45m can be used as a reference.

V. Installation Precautions for Intelligent Aviation Obstruction Lights

① When intermediate-level obstruction lights need to be installed on buildings located near residential areas, care should be taken to avoid causing annoyance to residents. The general requirement is that only scattered/spill light should be visible from the ground.

② Obstruction lights on tall buildings and structures should be installed within the 45-degree protection zone of a lightning rod.

③ If there are significant voltage fluctuations in the power grid, a voltage stabilizer (regulator) should be connected in series.

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