OM2K LED Based Medium Intensity Obstruction Light

medium intensity obstruction light

OM2K - 2000 Candela LED Based Medium Intensity Obstruction Light

OM2K is a new generation medium intensity OB light. It comes with compact-size and light-weight, which makes installation straightforward.

The optical part is based on Fresnel lens, a transformed convex lens which can concentrate light to a small specific angel to meet with ICAO requirements. Fresnel lens is often used in the design of design obstruction lights.

The light's ingress protection level is IP67, assures the light is well sealed to stand harsh environments including the ocean. If used with a control box, more functions such as synchronization could be utilised. GPS or GPRS functions also available if needed.

Medium intensity light OM2K is for tower taller than 45m. It should be used either alone, or in combination with low-intensity light type B (our OL32 series).


  • Unique optical design complys with ICAO regulation
  • Aluminum head provides good thermal performance
  • Better shock-resistant perform than Xenon
  • Longer lifetime expectancy
  • Almost maintenance free
  • Lower voltage (than xeon) makes it safer for installer
  • Cost effective in long run
  • 5 years warranty
  • Telecomm tower
  • Radio tower
  • Wind turbine
  • Smoke stacks & chimney
  • ICAO Annex 14, 4th Edition, July 2004
  • ICAO medium intensity, type B & type C
  • FAA AC No. 150/5345-43F,2006
  • FAA Type L864
LIGHT OUT-PUT  
Peak Intensity 2000 Candela
Vertical Divergence -1° 950cd, Centering at 0.5°
Horizontal out-put 360 Degree
LED Color Red
LED Lifespan 100,000 Hours
OPERATION
Flash Pattern Steady-burning or flashing
POWER SUPPLY
Input voltage 110VAC ~ 220VAC, 24VDC, 48VDC
Frequency 50Hz ~ 60Hz
Power consumption 40W with steady mode; 5W with flashing
MECHANICAL STRUCTURE
Lens Polycarbonate, UV Stabilize
Body Die-casting Aluminum
Water-proof IP67
Weight 4.5 KG
Temperature Range -40℃ ~ +55℃
Relative humidity 100% with condensation
Dimensions 210mm H, 226mm Diameter
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