Reliability in
Obstruction
lighting
OFD-RW-240
Part Number 114792-240

Dual color medium intensity NVG compatible (infrared night vision goggles) Comply with ICAO medium intensity dual color type A and B

OFD-RW-240

Dual color flashhead

  • Hard glass protection
  • Robust construction in aluminium
  • Hexagon shape with 6 modules each including white, red and infrared led circuits
  • NVG visible as per FAA standard
  • Simple installation with no losing parts
  • Normally open or normally close relay available in case of lamp or power supply default
  • Smart beacon with communication capabilities (controller, TCP Modbus)
  • type 2 surge protection with indicator
  • Photocensor and GPS built-inside
  • Low weight and compact design
  • Breather vent

The obstaflash dual color or white only provides a day and night marking solution for all kind of obstacle higher than 45 meters as per ICAO . For obstacle below 150 meters the use of white or dual color flashing light medium intensity type A during day time eliminates the need to paint the obstacle with red and white stripes

Select another reference:

Effective light output day time at 0° on site
20 000cd (white)
Effective light output twilight mode at 0° on site
20 000cd (white)
Effective light output night mode at 0° on site
2000cd (red) with IR
Color day/twilight time
white
Color night time
Red
Vertical beam spread
>3°
Horizontal beam spread
360°
Flash per minute
Type A: 20 / 30 / 40 / 60 FPM Type B: 20 / 30 / 40 / 60 FPM Type C : Continuous
Main voltage
110VAC to 240VAC +/-10% 50/60Hz
Average wattage
30W (Day Mode) 5W (Night Mode Red+IR)
IP degree
IP66
Wiring
Entry of cable by glands nickel plated brass and connection by spring terminals
Operating temperature
Tu -40/+55°C
Size of the light
270 x 270 x 200 mm
Weight
10 kg
Cable entry diameter
1x M25 - 9 to 16 mm 1x M20 - 7 to 13 mm
Wire cross section
Power: 0.2 - 6mm² (24 - 8 AWG) Signal : 0.2 - 2.5 mm² (24 - 14 AWG)
Attachment
4x ⌀14mm on ⌀238mm(FAA standard)
Standards compliance
ICAO annex 14 chapter 6 (8th edition 07/2018), EASA (4th edition 2017), infrared as per intensity defined by FAA EB-98-NVG