Single Dome High Intensity Aviation Light

The Single Dome High Intensity Aviation Light is a crucial component of aviation safety systems. Emitting a powerful and steady light, it enhances visibility in various weather conditions and low-light environments. Its compact design makes installation flexible, suitable for a range of structures such as telecommunication towers, wind turbines, and tall buildings. Designed to meet aviation regulations and standards, this light ensures compliance and safety in airspace operations. With durability to withstand harsh weather and minimal maintenance requirements, it provides reliable performance, contributing to the protection of aircraft and structures. Easy to install and energy-efficient, it's an essential tool for ensuring safe air navigation.

  • Medium Intensity: Emits a powerful light for enhanced visibility.
  • Single Dome Design: Compact and efficient structure.
  • Versatile Installation: Suitable for various structures and environments.
  • Energy-Efficient:Optimized for low power consumption.
  • Quick Installation:Easy setup process for efficient deployment.
  • Longevity: Designed for extended service life, ensuring lasting performance.

Model No. MLL 907 HI

  • ICAO Type A & B Compliant

  • Horizontal Beam Spread 360°/Vertical Beam Spread 4°

  • Protection : Weather proof IP 65

  • Easy to install

  • Material of construction: Cast aluminum (LM 6)

  • Glass : Borosilicate Clear Glass

  • Gasket : Silicone.

  • Light source : High bright Cree LED's with lens

  • Light Intensity :

    • 200000 CD ±25% Day mode white flashing

    • 20000 CD ±25% Twilight mode white flashing

  • 2000 CD ±25% Night mode white flashing

  • GPS Sync / GSM available on request

  • Input Voltage : 85-290V AC or 24V DC with separate Control panel

  • Average Power Consumption – 320W

  • Approx life of around 50000 hrs

  • Earthing Terminal : Provided.

  • Paint : Grey (Epoxy Powder Coated)

  • Alarm / Remote status control

  • Lamp Unit Weight : 20.00 kg.

Ministry of New and Renewable Energy