ADJ Lighting UBL9H

The ADJ Lighting UBL9H, from the unrivaled Ultra Series, is a professional-grade lime-infused 1-meter HEX LED linear fixture that sets a new standard in event lighting. Powered by nine ultra-bright 20-watt HEX LEDs (Red, Green, Blue, Amber, Lime, and UV), this fixture is a versatile powerhouse that seamlessly blends color with precision. The UBL9H takes linear wash lighting to the next level with its high CRI output and linear color temperature control, ranging from 2,300K to 9,900K. The added lime chip enhances color indexing, ensuring a superior visual experience with a CRI exceeding 90. This fixture empowers lighting designers and event producers to craft captivating displays on walls, floors, and ceilings. Featuring a 17° beam angle and a pixel pitch of 85.5 mm, the UBL12H offers smooth RGBAL+UV color mixing, and a unique Horizontal Magnetic Alignment feature allows for seamless color output across multiple fixtures. Control is at your fingertips with the OLED display and 4 buttons, offering linear color temperature control and compatibility with the ADJ UC-IR24 remote. The UBL9H supports seven DMX channel modes and offers five operational modes, including Auto Run, Program Mode, Sound Trigger, RGBAL+UV Manual, and DMX-512 Mode. This fixture is RDM compatible. With an array of features such as an LED refresh rate of 1.9 kHz, 64 built-in color macros, and selectable dim modes and curves, the UBL9H provides unmatched flexibility. Linkable via DMX, this fixture supports daisy-chaining power for up to 22 units (120V) or 40 units (220V). Designed for reliability, the UBL9H is cETLus, CE, and FCC certified and has an IP20 rating. The UBL9H comes complete with an indoor locking power cord, a UCIR24 remote, and a 20° diffusion filter. Expand the beam angle to 1x40 degrees with the UBL912 linear diffusion lens kit (sold separately). Mount it on the ground or truss with the included brackets. Elevate your lighting experience with the ADJ Lighting UBL12H, where innovation meets versatility for unforgettable visual displays.