| Service |
Description |
| Photometric Simulation |
DIALux simulation service |
| Layout Design |
CAD design service |
Key Features & Benefits
- 6063-T5 aluminum housing provides a high-conductivity thermal chassis that transfers junction heat away from the LED source, maintaining operating temperature within the chip manufacturer's rated envelope — the primary structural mechanism behind the 50,000+ hour lifespan and the controlled long-term lumen maintenance at 130 lm/W.
- Rotating flange enables on-site beam projection adjustment without replacing the luminaire or remounting the fixture, allowing installation crews to fine-tune the horizontal and vertical throw angle after structural mounting to match the as-built court geometry — eliminating the photometric non-compliance risk that arises when installation height or court orientation deviates from the design drawing.
- Anti-glare optics minimise direct glare within players' visual field at standard tennis court sightlines, reducing the luminance contrast between the lit surface and the luminaire itself — a functional requirement for player performance that distinguishes a dedicated tennis court luminaire from general high-bay or floodlight alternatives applied to court contexts.
- CRI >80Ra standard grade meets general sports facility specifications; the customizable >90Ra option supports broadcast-grade colour rendering for tournament facilities where ball tracking, line call accuracy, and HD or 4K broadcast colour fidelity require a higher colour rendering threshold than the standard 80Ra specification.
- 0.98 power factor reduces reactive current draw on the facility's electrical distribution infrastructure, lowering the apparent power demand per luminaire and reducing the capacity requirements for switchboards, cabling, and protection devices — a relevant procurement factor for multi-court tennis facilities installing 8–20+ luminaires per project.
- DIALux simulation and CAD design services provide procurement-ready photometric documentation confirming that the proposed luminaire layout achieves the target illuminance level and uniformity ratio for the specific court, before fixture procurement — reducing the risk of post-installation non-compliance with ITF, national sports authority, or facility operator illuminance specifications.
Applications
- Municipal tennis complex multi-court installation: Installed across multi-court outdoor or indoor municipal tennis facilities where DIALux-validated illuminance uniformity and the customizable >90Ra CRI option must meet the national sports authority's minimum court lighting specification for club and competition use.
- Institutional tournament court lighting: Specified for school, university, and club tournament courts where broadcast-compatible >90Ra colour rendering, flicker-free performance, and a DIALux simulation report documenting lux levels and uniformity ratio are required for the facility operator's competition licence application.
- Luxury resort and hotel tennis club facilities: Deployed on resort and hotel tennis courts where the anti-glare optics, aesthetic black 6063-T5 aluminum housing, and customizable colour temperature (4000K warm white / 5700K daylight) allow specification to match the venue's lighting design intent without compromising photometric performance.
- Indoor tennis center court retrofit and new build: Installed in covered indoor tennis center courts where the IP67 rating provides dust and condensation protection, and the rotating flange allows beam angle calibration to the specific roof structure geometry without relying on standard mounting angles assumed during design.
- Sports infrastructure EPC project procurement with photometric documentation requirement: Specified in EPC sports facility contracts where the project owner requires a DIALux simulation report and CAD layout drawing as part of the lighting design submission package, with the luminaire manufacturer supplying both services to reduce coordination time between contractor and lighting designer.
FAQ
Q1: How does the rotating flange enable beam layout adjustment on an installed tennis court?
The rotating flange allows the luminaire's projection angle to be adjusted horizontally and vertically after mounting, without removing the fixture from its bracket. This enables installers to correct beam direction on-site if the as-built court position or pole location differs from the CAD design drawing.
Q2: What are the timelines and accuracy parameters for the DIALux simulation and CAD design service?
Timelines and specific accuracy tolerances for the DIALux simulation and CAD design service outputs should be confirmed directly with the supplier for each project. The DIALux simulation produces a photometric calculation confirming target lux level and uniformity ratio for the specific court layout before procurement is finalised.
Q3: What is the long-term luminous efficacy and light decay profile across 50,000+ hours of operation?
Measured efficacy is confirmed at 130 lm/W at initial output. Light decay data over 50,000+ hours — including the L70 or L80 lumen maintenance value — should be requested from the supplier as part of the photometric documentation package. The 6063-T5 housing's thermal management is the primary structural mechanism maintaining lumen output over the rated lifespan.
Q4: How does the IP67 6063-T5 aluminum housing perform under prolonged outdoor weathering on exposed tennis court structures?
IP67 confirms complete dust exclusion and resistance to temporary water immersion, covering rain, court irrigation overspray, and cleaning water exposure in outdoor tennis court environments. The 6063-T5 aluminum alloy provides corrosion resistance under outdoor atmospheric conditions; the electroplated surface treatment adds a protective layer against UV-accelerated oxidation on exposed court structures.
