MEDIUM INTENSITY – SOLAR POWERED
Our clients can avail from us an exclusive range of Aviation Obstruction Light that is in compliance with the market trends. These are manufactured using high grade raw material procured from reliable vendors. The lights are appreciated for their high intensity, easy operation and excellent resistance shock and vibration.
(TWIN VERSION ALSO AVAILABLE ON REQUEST) FLASHING UNIT OPTIONAL / PHOTOCELL CONTROLLER OPTIONAL
(as effort are made constantly to improve upon the design & process of manufacture, the fittings supplied may differ in details from the data herein.)
TECHNICAL DATA SHEET
The lights are widely used across the airports and air routes for indicating obstructions that might be a danger to the aircrafts.
SPECIFICATION
SPECTRUM Medium Intensity Obstruction Lights: For use in foggy areas in the vicinity of airports, and on air routes, to indicate obstructions which may constitute danger to aircraft.
This is a single light unit employing a series of high intensity special LEDs, and has been specially designed for use where a light source with an extended life (approx.100000 hours.) is desireable. The omni-directional light distribution is arranged so that the maximum light output, is obtained in the zone between 70 degrees above and 10 degrees below the horizontal with a maximum of candelas at 20 degrees above.
The body is a corrosion-resistance aluminium casting finished in aviation yellow epoxy paint finish and houses the electronic circuitry for the LEDs. The light source is protected by a thick clear glass dome mounted on a hinged cast bezel ring secured to the body by means of three stainless steel bolts.
The electronic circuitry is a suitable for 200/240V 50z and is wired upto a connector block in a terminal box for easy mains wiring.
The fixture is fully weatherproof and designed for shock and vibration resistance, and has a Dielectric strength of 2.5K.V. with against reverse voltages upto 1K.V.
DURABILITY
The product was tested as JINDAL SAW LTD, Kutch, Gujrat as you see from the video.