SSC-PCX300-K25 Intelligent Control Xenon Lamp Light Source Introduction: SSC-PCX300-K25 intelligent control xenon light source system, using a seven inch touch color screen; Intelligent control of various parameters of the light source; Using fiber optic feedback function to ensure stable output of the light source; Can be used in conjunction with Xinshike's entire range of reactors, filters, and system equipment; Modular design, quick connection of accessories; Adopting a low-pressure controllable speed fan to achieve constant heat dissipation and stable light energy output; Realize safe operation of the lightbox and power supply at low voltage. The xenon lamp light source provides an instrument for catalysis, synthesis, and degradation experiments using ultraviolet (UV), visible (Vis), and near-infrared (NIR) light. It is mainly used in photocatalysis, photocatalytic hydrogen production, CO2 reduction, photothermal catalysis, VOCs degradation, photothermal synergy, photochemical catalysis, photo induced synthesis, photodegradation of pollutants, water pollution treatment, biological lighting, optical detection, various simulated sunlight, visible light, ultraviolet light, monochromatic light acceleration experiments, and other fields. Product advantages: The SSC-PCX300-K25 xenon lamp light source intelligent system realizes automatic startup, shutdown, light power density display, calibration and automatic adjustment, customized switch times and frequencies, digital monitoring, and program mode that can automatically adjust the light intensity according to different stages of experimental time requirements (fully simulate the changes in sunlight throughout the day), achieving real-time online monitoring of the light source. Technical parameters: Optical stability: Fiber optic feedback achieves stable output of xenon lamp light source power density; By using optical fibers to guide the calibrated optical output into the Hamamatsu sensor, the temperature drift of the Hamamatsu sensor can be eliminated, achieving stable long-term signal feedback and stable optical output. Intelligent control system: The working time and intensity of the light source can be automatically adjusted according to needs; Temperature monitoring at multiple locations such as light bulbs, power supplies, and sensors to ensure stable operation of the light source; Working mode: Normal usage mode (without turning on fiber optic feedback); Fiber optic feedback mode; Program intelligence mode; Automatic mode, etc; Optical power density display: The test point is calibrated with an optical power meter (factory calibration display, working distance from the optical outlet 10cm) to achieve real-time display of the working optical power density value; K-coefficient correction function, which can adjust the light intensity output in real time based on the measured value; Mean optical output power density (1Sun=1000W/m2 Sun constant) Continuously adjustable: 0-20 Sun Luminescent spectrum range: 300nm~2500nm (ozone free) Working spot diameter: above 60mm UV region output power 2.6W Infrared region output power IR Output,>770nm (Watts) 28.8W Visible light output: 5000Lu, 18.6W, 5600K Input power: 300W (lighting voltage ± 15KV, working voltage 14V) Working current: 21A (10A-22A, recommended to use 18A) Total luminous output power: 50W (can easily and safely replace light bulbs) Bulb lifespan:>1000H Limit 6000H (dusty and humid environments can seriously affect lifespan) Light output index: Light stability:<± 1% Temperature control system: The light source system adopts multi-point temperature monitoring to ensure stable output of the light source; The fan speed delay is automatically adjusted according to the system temperature, ensuring stable light intensity output;
Introduction: SSC-PCX300-K25 intelligent control xenon light source system, using a seven inch touch color screen; Intelligent control of various parameters of the light source; Using fiber optic feedback function to ensure stable output of the light source; Can be used in conjunction with Xinshike's entire range of reactors, filters, and system equipment; Modular design, quick connection of accessories; Adopting a low-pressure controllable speed fan to achieve constant heat dissipation and stable light energy output; Realize safe operation of the lightbox and power supply at low voltage. The xenon lamp light source provides an instrument for catalysis, synthesis, and degradation experiments using ultraviolet (UV), visible (Vis), and near-infrared (NIR) light. It is mainly used in photocatalysis, photocatalytic hydrogen production, CO2 reduction, photothermal catalysis, VOCs degradation, photothermal synergy, photochemical catalysis, photo induced synthesis, photodegradation of pollutants, water pollution treatment, biological lighting, optical detection, various simulated sunlight, visible light, ultraviolet light, monochromatic light acceleration experiments, and other fields.
