FLUXO SPORT GRID

The FLUXO SPORT GRID is a modular floodlight intended for sports facilities and large areas to be lit from a considerable height. Its particularity lies in its eight interchangeable optics covering 30 to 120 degrees: the same luminaire body covers needs ranging from a long-range floodlight to an area diffuser, which simplifies the design of a project where the poles are not all at the same distance from the playing surface.

Applications

• Football and rugby pitches and athletics tracks lit from poles.
• Multi-sports halls and high-ceiling gymnasiums.
• Service yards, logistics platforms and outdoor storage areas.
• Construction sites, quarries and open industrial sites.
• Lighting of façades and structures requiring controlled throw.

Technical highlights

• From 100 W to 300 W, up to 48,000 lm: the range covers a training pitch as well as a competition area, with a power progression that avoids oversizing the peripheral points.
• 160 lm/W: at 300 W for 48,000 lm, the stated efficacy checks out. On a site lit for several hundred hours a year, this is the first source of savings.
• UGR below 21: glare limitation matters as much for players as for video capture and for the neighbours of an installation in a residential area.
• Eight lenses from 30 to 120 degrees: adjustment is made by changing the optic, therefore at constant power. You adjust the distribution without revising the site’s electrical balance.
• IP66: total protection against dust and powerful water jets, required for equipment permanently exposed.
• IK10: the highest common level of impact resistance, relevant wherever a ball can reach the floodlight.
• Sosen driver and Philips LEDs: a combination identifiable on the datasheet, useful in a tender where offers are compared at equal flux.
• 534 x 440 x 69 mm in the 300 W version: the slim profile limits wind load, a sizing parameter for the calculation of poles and bracket arms.

To decide, start from the number of poles available and their height: this is what sets the unit power and the optic to choose position by position.