High-power LED mast light with 50–1200 W range, modular SMD3030 LEDs, and die-cast aluminum design for stadiums and large outdoor areas.
The Citocore CITO-HB-L is a high-intensity modular LED floodlight developed for large-scale lighting applications such as stadiums, ports, arenas, and industrial complexes.
Available in power configurations from 50 W up to 1200 W, it delivers powerful, uniform illumination with precision beam control, ensuring maximum visibility and energy efficiency in every environment.
Constructed from high-grade die-cast aluminum, the CITO-HB-L provides excellent thermal dissipation, mechanical strength, and long operational life.
Equipped with SMD3030 LED chips, this model achieves luminous efficacy around 130 lm/W, offering superior brightness while maintaining low energy consumption.
Its multiple beam angle options (60°, 90°, 150°, and 170×30°) make it adaptable to both focused and wide-area lighting requirements.
• Power range: 50–1200 W for large-scale outdoor illumination
• Modular SMD3030 LED system for high efficiency and maintenance ease
• Die-cast aluminum housing ensures heat dissipation and strength
• Multiple beam angles (60°, 90°, 150°, 170×30°) for targeted lighting applications
• Ideal for stadiums, airports, and high-mast installations
• High lumen output up to 130 lm/W with energy-saving performance
| System | Modular die-cast aluminum housing; SMD3030 LED chips; wattage options 50 W–1200 W; multi-panel configuration; luminous efficacy ≈130 lm/W. |
|---|---|
| Video | unknown (not applicable). |
| Audio | unknown (not applicable). |
| Networking | unknown. |
| Storage | unknown. |
| Power | AC input (exact voltage unknown); total power consumption 50–1200 W depending on configuration. |
| Environment | Beam angle options: 60°, 90°, 150°, 170×30°; operating temperature unknown; ingress protection unknown (verify). |
| Smart & App | unknown. |
high mast light, CITO-HB-L, Citocore lighting, modular LED, stadium lighting, die-cast aluminum, SMD3030, industrial floodlight, energy efficient
