Specification Port Connector Size Ø28 mm Fibre Type PMMA / Glass Material Black Hard Anodized Aluminium Mains Supply Voltage 100-240V / 50-60Hz Total Power Consumption 108 W LED Power Consumption 100 W LED Lifetime (L80) > 60,000 hours LED Driver Lifetime > 100,000 hours (at 80% load and Tc 70°C) Dimmer System DALI (0/1-10V, DMX, DALI-2, D4i, PWM, Pot., and Casambi available) Thermal Protection Automatic resettable Protection Rating IP45 Cooling System Active Fan Cooling Cooling system lifetime 70,000 hours at 40°C Fan Noise Level ≤ 33 dB Ambient Temperature -10°C to 45°C Applied LED Nichia CCT (Nominal) 4000K CRI (Ra) Typical Value ≥ 93 Weight 8.6 kg
FL 1500 XT B 4000K CRI 90+ Dali
High-Power Light Generator with Advanced Colour & Twinkle Wheel Effects for Fiber Optic Lighting
The FL 1500 XT series is a premium high-power light generator engineered for outdoor environments. Its enhanced high-lumen output offers exceptional performance. Designed for compatibility with PMMA and glass fiber optic lighting, it provides precise and reliable illumination for a wide range of applications. The FL 1500 XT offers smooth dimming functionality with a range of control options, including 0/1-10V, PWM, DMX, DALI/DALI-2, D4i, Casambi, and Potentiometer, ensuring enhanced flexibility and seamless control.
This advanced light generator ensures flicker-free performance and a high Colour Rendering Index (CRI), providing superior light quality and stability for optimal visual comfort. It is available in various colour temperatures, including Warm, Neutral, Cool White, Tunable White, and RGBW, with custom configurations available upon request to accommodate specific project requirements. The FL 1300 XT offers options with a controllable 6-color and/or twinkle wheel, delivering dynamic and customizable lighting effects for creative interior applications.
With a wall-mounted installation, the FL 1500 XT Series offers a versatile and energy-efficient solution for demanding lighting projects, making it the perfect choice for professional environments.
