Blizzard Lighting Nexys RGBW 40W RGBW LED Effects Light with Fresnel Lens + RGB Diffused Ring & Backlight

An artist's dream. Make your own custom blends using RGBW color mixing in the main LED paired with the RGB backlight or its RGB diffused outer ring to make a bold statement. Nexys RGBW is 1 of 3 modular LED fixtures in the Nexys Series, designed with unique interlocking housings. These lights can connect in any orientation: horizontally, vertically, or diagonally to form captivating visual arrays. This specific model boasts a 40W RGBW LED with a 10° Fresnel lens for sharp color beams. Additionally, it features an outer 6-pixel RGB diffused ring and an inner 6-pixel RGB backlight for enhanced visual effects.

Dream it up and build it out. Nexys RGBW is 1 of 3 modular LED fixtures capable of interlocking with one another in any direction- horizontal, vertical or diagonal- thanks to its unique hexagonal shape. It offers smooth dimming, strobe, built-in programs, and individual control of each of its 6 inner, and 6 outer pixel ring groups. Then for ease of use and seamless integration into any application, all Nexys Series fixtures come with dual mounting brackets, plus an Omega bracket with quick-lock quarter turn fasteners (clamp not included), a 4-button LCD control menu, 5-pin DMX in/out, and powerCON-TRUE1 compatible in/out connections.

Blizzard Lighting Nexys RGBW LED Light with Fresnel Lens Features:

• 1x 40W RGBW LED with Fresnel lens.
• 36x SMD 5050 RGB 50mW LEDs (outer ring.)
• 18x SMD 5050 RGB 50mW (backlight.)
• LED ring group sections (outer: 6x6, inner: 6x3.)
• Smooth dimming (0-100%.)
• RGBW color mixing + RGB diffused ring & backlight.
• Built-in programs and manual color mixing.
• 5-pin DMX in/out connections.
• powerCON TRUE1 compatible power in/out.
• 2x mounting + 1x quarter turn fastening Omega bracket.
• Interlocking housing design to join multiple fixtures.
• Heavy-duty aluminum enclosure.
• An unlimited number of fixtures can be connected and rigged together, provided proper safety protocols are followed.