CEL-PF300-T10 xenon light source system is widely used in photolysis of water, photolysis of water to produce hydrogen and oxygen, photothermal catalysis, VOCs degradation, photothermal synergy, photochemical catalysis, photoinduced synthesis, photodegradation of pollutants, water pollution treatment, biological light, optical detection, all kinds of simulated sunlight, visible light, ultraviolet light, monochromatic light acceleration experiments and other fields.

CEL-PF300-T10 xenon light source system is widely used in photolysis of water, photolysis of water to produce hydrogen and oxygen, photothermal catalysis, VOCs degradation, photothermal synergy, photochemical catalysis, photoinduced synthesis, photodegradation of pollutants, water pollution treatment, biological light, optical detection, all kinds of simulated sunlight, visible light, ultraviolet light, monochromatic light acceleration experiments and other fields.

The CEL-PF300-T10 xenon light source system adopts a seven-inch touch color screen; intelligent control system; Optical fiber feedback function is used to ensure the stable output of the light source; It can be used with the whole system of reactors and systems of Zhongjiao Jinyuan; Modular design, quick connection accessories; The low-pressure controllable speed fan is used to achieve constant heat dissipation and stable light energy output; Realize the full low-voltage safe work of the light box; The bulb can be replaced easily, quickly and safely by itself.

The CEL-PF300-T10 xenon lamp source intelligent system realizes automatic start-up, shutdown, optical power density display, calibration and automatic adjustment, custom switching times and frequency, digital monitoring, and program mode can automatically adjust the light intensity according to the requirements of different stages of the experimental time (can simulate the change of daylight throughout the day). Through the expansion module, it can be used remotely with software or mobile phone applet to realize real-time online monitoring of light sources.