About the ADJ VIZ250 Vizi Beam RX2 100W LED Beam Fixture With Wired Digital Communication Network
The ADJ VIZ250 Vizi Beam RX2 is a feature-rich 100W LED moving head beam fixture designed for dynamic lighting effects in stage, club, and event production. This fixture combines the intense, narrow beam output characteristic of a beam light with the color-changing capabilities and movement of a moving head, making it ideal for creating sharp aerial beams, fast hits, and intricate patterns in smoke or haze. The 100W LED light source provides a powerful and bright output while offering greater energy efficiency and longer lifespan compared to traditional discharge lamps. The fixture is engineered for performers and lighting designers who require high-impact visual effects with reliable performance.
A standout feature of the Vizi Beam RX2 is its integrated wired digital communication network capability, which allows multiple fixtures to be daisy-chained and controlled via a single DMX data line without the need for complex splitters or network nodes. This simplifies setup and reduces cable clutter in mobile and installed applications. The fixture offers a comprehensive effects package, including a motorized focus to shape the beam from sharp to soft, a rotating gobo wheel with multiple patterns, a fixed color wheel, and a CMY color mixing system for endless color possibilities. Additional effects like prism and frost filters further expand its creative potential.
Built for durability, the fixture features a robust housing with efficient thermal management to handle the demands of touring. It includes fast and accurate pan and tilt movement with 16-bit micro-stepping for smooth transitions. Control is versatile, supporting standard DMX512 as well as the proprietary digital network protocol for streamlined operation. With its powerful beam output, extensive effects, and user-friendly networked control option, the ADJ VIZ250 Vizi Beam RX2 provides a versatile and potent lighting tool for creating dramatic and captivating visual experiences.