Clay Paky Sinfonya Profile 600: a new LED luminaire designed for television

Sinfonya Profile 600, the latest bet Clay Packs, is a low-noise, LED-based bladed luminaire designed for TV, film and theater sets.

The ventilation system Sinfonya Profile 600 has been completely redesigned to achieve a noise of 27 dB even in conditions of maximum light output. In addition, the ventilation system has been removed from the base to reduce noise on stage and black noise that at certain frequencies can be annoying in other luminaires. The team of Clay Packs, distributed in Spain by Stonex, has achieved a “sophisticated” design, with a very compact structure that allows it to fit in small spaces around the edge of the stage while incorporating all the new technology and guaranteeing silent operation.

On the other hand, thanks to the new blade system Accuframe, the trimming system is “40 times more precise” than traditional systems, which offers a significant number of scenic possibilities. Besides, Sinfo offers significant performance flexibility beam white or in colors, both in large and small spaces, where height can sometimes be a problem. To this end, the optical system, expanding to the aspect ratio 1:12 and achieving an opening of 5-60º.

Optimized for television

The firmware developed by Clay Packs has been designed to deliver rich color quality, which has been optimized for stage and television with high levels of CRI y TLCI. On the other hand, thanks to the new calibration functionality of Cloud IO, it is possible to synchronize the color even with older luminaires.

Finally, the Sinfonya Profile 600 of Clay Packs cuentan con otro interesante añadido que se ha creado pensando en las necesidades más habituales de la industria. Y es que, en ocasiones, las luminarias necesitan una recalibración durante el show, provocando un efecto molesto al moverse, que además distrae al público. Para evitarlo, el Sinfonya cuenta con un sensor inteligente de posición absoluta en los movimientos de pan y tilt, que además tienen una mayor precisión de reposicionamiento.