| Parameter | Engineering Specification | Design Target / Compliance |
| Power Rating Options | 200W / 300W Configuration | High-Lux Club & Tournament Targets |
| Luminous Efficacy | 150 lm/W | High-Output Energy ROI |
| Luminous Flux | 30,000 lm (200W) / 45,000 lm (300W) | Constant Architectural Lumens |
| Beam Distribution | Asymmetric Forward-Throw (Side-Court Fitment) | Spill-Light Minimization Target |
| Power Factor (PF) | > 0.98 at 220V Full Load | Low Apparent Power Draw Standard |
| Ingress Protection | IP66 Dual-Gasket Enclosure | Weatherproof Jet-Water Resistance |
| Unified Glare Rating | UGR < 19 Target Boundaries | Player Visual Comfort Target |
| Chassis Material | High-Density Die-Cast ADC12 Aluminum | Superior Structural Thermal Matrix |
| Effective Projected Area | 0.052 square meters (EPA) | High-Wind Load Structural Safety |
| Color Rendering Index | Ra > 80 | Broadcast-Ready Color Precision |
Precision Asymmetric Forward-Throw Optics: Directs the peak candlepower obliquely onto the playing surface from the sidelines. This engineered cut-off prevents light from wasting behind the pole and satisfies municipal light-pollution ordinances.
Finned Rear Thermal Management: The heavy ADC12 die-cast aluminum housing features deep vertical convection channels. This aerodynamic heat sink lowers junction temperatures to preserve diode lifespan and prevent lumen degradation.
Rapid Dialux-Matched Scaled Bracket: An integrated, chemically etched angular scale on the mounting hinge allows contractors to lock in precise tilt configurations on the first attempt without tedious nighttime field tuning.
Dual-Gasket Weatherproof Sealing: Utilizes continuous anti-aging silicone ring seals across the driver and optical chambers, securing an IP66 rating that keeps out high-pressure water jets and tropical humidity.
Professional Tournament Tennis Courts: Eliminates hot spots and provides uniform foot-candle levels required for fast-paced competitive baseline match play.
Municipal Outdoor Basketball Zones: Offers robust perimeter lighting that stands up to continuous public operations and outdoor weather elements.
Commercial Football Fields: Supplies high-lumen, long-throw glare control for peripheral pole positions on multi-purpose fields.
Indoor Multi-Sport Gymnasiums: Replaces inefficient high-bays with low-glare, side-mounted illumination to keep overhead lines of sight clear.
Premium School Athletic Complexes: Combines low maintenance overhead with certified safety compliance for multi-tier student activities.
Q: How does the asymmetric lens prevent blinding players when tracking overhead smashes or lobs?
A: Standard symmetrical floodlights throw light in a wide cone, requiring poles to tilt aggressively, which exposes the raw LEDs to direct player sightlines. Our asymmetric optics direct the main beam downward and forward at a sharp internal angle. The light cuts off cleanly at the upper boundary, which lowers the Unified Glare Rating (UGR) below 19 and keeps high-angle sightlines clear when looking straight up.
Q: How does a Power Factor of > 0.98 directly cut electricity costs for large commercial sports facilities?
A: Low-quality sports luminaires often operate at low power factors (under 0.85), drawing excessive reactive current that causes copper losses and triggers kVA billing penalties from utility providers. A Power Factor of > 0.98 optimizes phase alignment, converting nearly 100% of the drawn electrical current into productive real power. This protects the onsite step-down transformers and lowers monthly demand charges on multi-court electrical bills.
Q: How does the scaled mounting bracket integrate with standard Dialux software plans during field installation?
A: During the project design phase, Dialux outputs precise aiming coordinates, including specific 3D tilt angles (e.g., 15° or 22°) for each pole location. Instead of installation crews guessing the fixture tilt by eye or relying on external laser levels, technicians simply line up the etched graduation marks on our bracket with the structural mounting arm. This mirrors the software simulation perfectly in minutes.
