New! REL FLC-1600

Flicker-Free High-Intensity Visible Spectrum Lighting System

 

REL has developed the flicker-free FLC-1600 adjustable focal length lighting system. This system is configured with 240,000 lumens at 10 million candela, and allows the user to capture energetic events up to 100 feet away at millions of frames per second.

The FLC-1600 is for those who need to really reach out and light up an event that needs to be observed at distance due to operator safety or camera asset destruction concerns. The FLC-1600 base module consists of 36 ultra high-intensity LEDs focused through TIR (total internal reflection) lenses to create concentrated 4 degree beams to ensure your light energy is centered on the target. The FLC-1600 array includes 4 base modules and is available with a continuous rated power supply of 2 kilowatts running on a standard 120 volt circuit. FLC-1600 base modules can be mounted individually on tripods with optional mounting kit.

REL FLC-1600 base modules mounted individually on tripods with optional mounting kit.

The new lighting system features the following specifications:

  • Flicker-free illumination for ultra high-speed imaging
  • 2,400 Watts
  • 250,000 lumens in 4 module array
  • 9,600,000 candela
  • TIR Lenses for focused lighting up to 100 feet
  • 4 Degree beam
  • Adjustable 24″ to infinite focal distance
  • 12″ spot at 13 feet with 600 Klux peak intensity

REL FLC-1600 lighting system includes:

  • Flat focused LED light kit with 4 modules
  • Power supply
  • Controller
  • Tripod
  • Integration fixtures
  • Pelican™ cases

 

Shimadzu Hyper Vision HPV-X2 pictured with FLC-1600 lighting system.

Learn more about the new REL FLC-1600 Flicker-Free High-Intensity Visible Spectrum Lighting System:

Contact a Hadland Imaging representative to learn more about high-speed imaging solutions & everything you need to get the job done right.

REL logo.

 

Keywords: REL, FLC-1600, TIR lenses, flicker-free, LED, high-intensity lighting, high-speed imaging lighting solutions

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