7 x 40W RGBL LED Par Can – IP65 Outdoor Waterproof, Die-Cast Aluminum, RGB SMD + Color Mixing Dual-Effect Stage Wash Light

1. Dual-Source Versatility
The combination of 7x 40W RGBL main LEDs and 108x 0.5W RGB SMD auxiliary LEDs (36-segment control) sets this fixture apart. The main array delivers powerful, saturated colors with Lime-enhanced brightness, while the SMD section enables smooth background effects, pixel-level control, and dynamic chases—all in a single fixture. This reduces fixture count and simplifies rigging.

2. Superior Color Performance
RGBL (Red, Green, Blue, Lime) technology improves color rendering and perceived brightness compared to traditional RGBW. The result is richer hues, cleaner pastels, and more efficient output. Optional pure white is available for applications requiring cool or warm white illumination.

3. Flexible Control & RDM
With support for up to 18 DMX channels and multiple configuration options, the fixture adapts to any control system. Integrated RDM technology allows technicians to remotely adjust addresses, set parameters, and update firmware—saving hours of labor in large installations or truss-mounted setups.

4. Silent & Reliable
The die-cast aluminum housing paired with aluminum heat sink and waterproof cooling fan ensures efficient thermal management without audible fan noise. This makes the fixture suitable for theaters, studios, and venues where silence is critical, while IP65 rating guarantees outdoor reliability.

5. Compact & Cost-Effective
Designed with a compact footprint, the fixture reduces packaging size and shipping costs. Each unit includes 1.5m waterproof power and DMX cables, plus extension cables—ready for immediate deployment. The robust build with over-voltage, over-current, and thermal protection ensures long-term dependability.

6. Application-Ready
With a best projection distance of 20–30 meters and multiple beam angle options, this fixture performs equally well in tight indoor venues and expansive outdoor stages, delivering uniform wash, smooth color gradients, and dynamic effects.