EUROLITE Barra LED modelo LED BAR-6 QCL RGB+WW (MPN 51930389) — barra de iluminação de palco com RGB e branco quente

EUROLITE LED bar model LED BAR-6 QCL RGB+WW is a compact stage and event lighting bar that combines RGB color mixing with a dedicated warm white channel. Designed for flexible accent and wash lighting, this fixture offers both vivid color effects and natural warm-white tones in a single, space-saving housing. It is suitable for mounting on trusses, stands, or fixed installations where dynamic colored illumination and comfortable white light are needed.

Advantages

The LED BAR-6 QCL RGB+WW integrates RGB LEDs and a warm white emitter to deliver accurate color mixing alongside a dedicated warm white output for neutral or cozy tones. Its compact design and low weight simplify transport and installation. Built-in control options support DMX operation and standalone modes, enabling quick setup for different event sizes. The unit’s even beam distribution and adjustable intensity allow precise balancing between color effects and warm-white fills.

Suitable for

Key specifications

How to use

Mount the lighting bar securely on a truss, stand, or surface using the supplied bracket. Connect power and a DMX control line if centralized control is required; alternatively, select a built-in standalone programme for simple operation. Adjust color mixing and warm white level through DMX channels or onboard controls to achieve the desired balance between saturated colors and natural warm-white fills. Position the fixture at an appropriate distance to obtain an even wash and avoid glare in audience sightlines.

Recommendations

For best results, use the RGB channels for saturated color effects and increase the warm white channel when natural skin tones or comfortable ambient light are required. Allow adequate ventilation around the unit during extended operation and verify DMX addressing before starting a show. When combining multiple bars, stagger mounting heights or angles to produce a seamless wash without visible hotspots.