Robe Launches New T2 Profile Luminaire
Robe Lighting unveils the new T2 Profile luminaire that is crafted for multiple applications – theatre, television, auditoriums, stages, concert environments, etc., – the T2 Profile produces over 17,500 lumens - measured at the front lens - via its 850W MSL source, to throw beautiful high-quality light over long distances.
The fixture’s quietness is ideal where noise is crucial including classical concerts or recitals and dramas – where you could still hear the proverbial pin drop with a full rig of T2s. It can be used in conjunction with Robe’s smaller T1 series fixtures, as both feature the MSL LED engines and therefore produce an identical multi-spectral color mixing consistency.
The T2 Profile incorporates technologies like adjustable CCT – from 2,700K to 8,000K – together with Data-Swatch for the quick selection of 237 authentic pre-programmed colors and tones including the most frequently used whites.
A high CRI of 95+ add the skin tones, while Robe’s L3 – Low Light Linearity – and uber-smooth 18-bit dimming enable fades-to-black. EMS stabilization keeps the fixture steady whatever is happening around it, and the Cpulse flicker-free management is essential when working with cameras and vision systems.
Other features include the RCC (Robe Colour Calibration) system which allows self-calibration of the LED engine without using any external tools. AirLOC (Less Optical Cleaning) reduces the levels of airborne particles across the optical elements, boosting the overall performance and light quality of the fixture, and it also reduces the time needed for routine cleaning and maintenance.
The T2 Profile has been engineered by Robe to include all the functionality like fast, easy CMY color control; a separate +/- green hue control channel; an impressive 5°– 55° zoom; variable 1° and 5° interchangeable frosts with full zoom range capability; two gobo wheels – one static and one rotating; an animation wheel; two rotating prisms and precise four individual plane framing shutter system.