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Rapid Exit Taxiway Indicator Light (8-inch)

RAP-08 ICAO compliant FAA certified Halogen source Inset Yellow 8-inch

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Rapid exit taxiway indicator lights are used in the rapid exit taxiway indicator system, set at prescribed distances along one side of the runway centerline to give a landing aircraft advance notice that it is approaching a rapid exit taxiway. The continuous yellow light signal helps pilots judge the direction and distance of the exit and adjust roll-out speed accordingly, which improves the efficiency of runway exits. The fixture uses a matched light source and a light distribution designed for the application; its photometric performance is aligned with the requirements of the corresponding airfield lighting system, giving airport operations a steady, clear and easily identified visual signal.

Application/Use

Gives the pilot the distance to the nearest rapid exit taxiway on the runway

Features

  • Proprietary prism structural design and manufacturing process to ensure excellent optical performance
  • Self-alignment optical component without need of recalibration when replacing bulb as well as optical components
  • Upper cover with flat out-light surface to prevent from water buildup and ensure high luminous efficiency
  • Upper cover with equal-strength design and forging craft, which has premium mechanical and barrier capacity, and shock resistance ability
  • Smooth and sleek upper cover to prevent from damaging aircraft tires
  • Lighting fixture made of highly conductive aluminum alloy, which ensures good heat dispersion
  • Bulb Fixed mount suspension design to effectively prolong bulb's lifetime
  • Main structure made of corrosion-resistant aluminum alloy with special special anodic oxidation treatment, all fasteners are made of stainless steel, suitable for harsh environment application
  • High-precision parts and components machining to ensure all dimensional quality and precision
  • IP68-grade, that can withstand inner pressure of up to 138kpa or water pressure generated from aircrafts’ impact on the optical window

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