Lazer LED Light Bar T 16 Evolution 27" 0016-EVO-B


Price:
Sale priceQAR 3,100

Description

  • High density, premium ‘bin’ 11W LED technology
  • 5000K LED color temperature and 80CRI maximises sharpness and definition
  • Ultra-reflective, vacuum-metallised conical optics deliver excellent spread
  • Seamless, low profile design facilitates installation and avoids dirt/ice accumulation.
  • Includes versatile ‘Centre Mount’ mounting system plus side mounting brackets
  • Electronic thermal management system optimises light output to preserve longevity of the LEDs
  • Anodised pre-treatment and automotive grade powder top-coat for ultimate corrosion and chemical protection
  • CAE optimised heatsink offers improved thermal dynamics
  • Over voltage protected
  • Reverse polarity protected
  • ‘Unbreakable’ polycarbonate lens with hardcoat lacquer
  • IP67 watertight
  • Supplied with pre-wired male/female 2-pin deutsch connectors
Technical Specifications
Voltage Range (DC) 10-32V
LED Life 50,000 hours
Weight 2142 gr
HIGH BEAM FUNCTION  
Total Luminous Flux 16544 Lm
Total Driver 'FOV' Flux † 9959 Lm
Colour Temperature 5000K
Number of High Output LEDs 16
Power Consumption 192 Watts
Current Draw (at 14.4V) 13.4 Amps
Start-up Time * 100ms
CERTIFICATION  
High Beam Not certified
DIMENSIONS  
Width 684 mm
Depth 68 mm
Height 64 mm
PHOTOMETRIC DATA  
Horizontal Beam Angle 28 deg / 90 deg
0.25 lx Line 1111 meters
0.5 lx Line 786 metres
1 lx Line 555 metres
3 lx Line 321 metres

* 'Start-up time' is the delay between the lamp receiving voltage, and light being emitted. Different Lazer lamps have different start-up times, depending on their electrical architecture, so we recommend that if you are buying two different types of Lazer lamp, for mounting onto the same vehicle, that you ensure you pick products with matching start-up time (either 5ms or 100ms, depending on the product). Please check the lamp's technical section on each product page to be sure you are purchasing lights with the same start-up time for the best performance.

† Driver FOV flux is a measure of effective lumens taking consideration of the amount of light in a driver's 'field-of-view' defined as an area +/- 45o left/right, and +/- 10o up/down.

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