Set LED EUROLITE CBB-2 WW/CW Fairlight 4x — set de iluminación para escenario/arquitectura con 4 focos, blanco cálido/frío

EUROLITE CBB-2 WW/CW Fairlight 4x is an LED lighting kit composed of four compact fixtures with selectable warm and cool white output. Designed for stage, event and architectural lighting, the set delivers adjustable white-tone illumination for accenting, general wash and mood lighting. The fixtures are suitable for fixed installs, mobile setups and rental applications where consistent white balance and low power consumption are required.

Advantages

The kit provides flexible color temperature control between warm white and cool white, enabling coordinated lighting scenes without the need for gel filters. Each fixture offers efficient LED performance with low heat emission and long operational life, reducing maintenance and replacement intervals. The compact housing simplifies mounting in constrained spaces while delivering even light distribution. Power and control options support straightforward integration into existing lighting systems.

Suitable for

Key specifications

How to use

Mount the fixtures in appropriate positions to achieve the desired wash or accent effect, ensuring stable supports and correct orientation for even coverage. Connect mains power according to local regulations and use the unit controls to select warm white or cool white output. For integrated control, connect to compatible lighting controllers following the manufacturer’s wiring guidelines. Adjust fixture aiming and spacing to minimize hotspots and overlap beams for a uniform field of light. Allow a brief warm-up period after power-up for lamps and electronics to stabilize.

Recommendations

For consistent color rendering across the set, set all fixtures to the same white mode and perform a visual check from audience/viewing positions. Use diffusers or adjust mounting distance when a softer transition between fixtures is desired. Regularly inspect mounts, power connections and cooling vents to maintain safe operation and optimal light output.