SUFA-P

The optics of the SUFA-P benefit from expertise recognized by professionals internationally, including the MLB, NBA, FIBA, and the Technical Commission of the Olympic Games. We have developed an optical technology with a shallow depth while maintaining efficiency, precision, glare control, and light pollution reduction, offering unparalleled performance. This makes it suitable for the most demanding needs, including professional stadiums with multiple high-definition broadcast cameras and for managing light pollution.

The SUFA-P benefits from an integrated and innovative design that reflects the feedback we received from specialized integrators. They have informed us that the weight of individual luminaires, which is considerably higher than that of old iodide-based floodlights (around 15kg), forces them to allocate more resources and reinforce the existing structure during relamping. By reducing the weight of the luminaire to 12kg (compared to 25-35kg for competing 1 500 W LED floodlights), the SUFA-P is not only suitable for existing installations but also allows for an increase in illumination levels without the need to reinforce the structures.

Compatible with both DMX512 for robust stage effects and DALI2, the SUFA-P adapts to the needs of reliable remote management. This includes the DMX512 protocol for integration with stage effects designed for professional stadiums, and DALI2 for more energy-efficient performance management, making it ideal for municipal sports facilities that aim to adjust lighting consumption based on the type of sporting events being hosted.

The SUFA-P optionally features an X-Y axis orientation motor, remotely controllable, to revolutionize the ease of commissioning for sports projects. The installation of sports floodlights is typically done in two phases: first, the electrical installations, and then the installers must individually adjust each floodlight using a laser pointer in the evening to orient it according to the lighting study. With the SUFA-P motor system, the second step can be completely eliminated and can be managed by an engineer on-site without any need for access at height, thereby reducing the resources required and the installation time.