100W Fanless Fresnel Light

Brighter, harder, absolutely silent

FL-C100D is a 100W Bi-color COB-LED fresnel light, 55,000Lux @1m high bright, with DMX control, high CRI/TLCI and accurate color performance, and no fan, no noise at all, for broadcast studio, theatre, film set install applications.

12°-26° Spot/Flood Adjust

FL-C100D outputs 12°-26° beam angle by adjusting position of LED board internally, 0 to 100% PWM digital dimming, smoothly and non-flickering.

2700K-6500K Continuous

FL-C100D COB-LED includes100W 2700K and 100W 6500K LED, and can be continuously adjusted between 2700K and 6500K. The light outputs 100W at any color temperature.

Accurate Color Render

CRI 97; TLCI 99

CRI (Color Rendering Index) is a measure of the ability of a light source to reveal the colors of various objects faithfully in comparison with a natural light source. And TLCI (Television Lighting Consistency Index) is special for the color reveal ability by camera sensor. Max value 100.
The normal LED light has 80-85 CRI or TLCI, while FL-C100D offers the ultra high CRI at 97 and TLCI at 99, and will not lose the object original colors.

DMX, AC IN & LOOP

FL-C100D provides 5-pin XLR DMX512 in and out, with a 5V USB-A socket to power wireless DMX receiver. 

For convenient studio installation, the FL-C100D provides PowerCON True 1 AC in and loop out sockets, which will loop through more than 25x FL-C100D lights under 220V AC voltage, and 13x FL-C100D lights under 110V voltage.

Independent DMX Addr Setting

The regular Bi-color lights use N and N+1 to set Dimmer and Color temp DMX addresses, which means 1x light occupy 2x DMX sliders on the console.
Now the FL-C100D can set independent DMX addresses for Dimmer and Color temp. For example you can set Color temp DMX 024 for every light, and Dimmer DMX 001, 002, 003... sequentially, to save sliders on the console.

4-leaf Metal Barn Door

FL-C100D is equipped with 4-leaf metal barn doors, dismountable and rotatable. The light also provides a special black-out cloth to prevent the light leakage.