Introduction: Photocatalytic xenon lamp light source is widely used in research fields such as photolysis of aquatic hydrogen to produce oxygen, CO2 reduction, photothermal catalysis, photothermal synergy, photochemical catalysis, photochemical synthesis, photodegradation of pollutants, water pollution treatment, biological illumination, optical detection, various kinds of simulated sunlight visible light acceleration experiments, ultraviolet band acceleration experiments, etc. characteristic: 1. The CEL-HXF300-T3 light box adopts a new module heat dissipation structure to improve the stability of light output; 2. T3 light box and HXF300 power supply are compatible with each other to reduce the upgrade cost; 3. The PE300 bulb used can be replaced quickly by users without any wiring disassembly; 4. T3 light box adopts a new light path structure to realize the concentricity of bulb, heat dissipation, isolation, flange, etc; 5. T3 light box adopts a new temperature control feedback system, which can isolate high voltage and improve accuracy; 6. The standard steering lens can match the M62 and M52 full-series filters, and can stack the filters at any multiple layers; 7. T3 light box can be equipped with electric lifting table LMP400 to realize convenient lifting adjustment; 8. LB70 protective box (400 * 400 * 700mm, two xenon lamps can be placed at the same time) is optional. Technical parameters: Average optical output power density: 0 ～ 20 Sun Luminous spectrum range: 300nm ～ 2500nm (No ozone) Working spot diameter: more than 60mm Output power of ultraviolet region<390nm: 2.6W Infrared light area output power>770nm: 28.8W Visible light output 390-770nm: 5000Lu, 19.6W, 5600K Input power: 300W (lighting voltage 30KV, working voltage 14V) Working current: 21A (11A~22A) Total luminous output power: 50W Bulb life:>1000H Limit 6000H Light output index: light stability: ± 1% Temperature control system: the light source system adopts multi-point temperature monitoring to ensure the stable output of the light source; The fan speed delay is automatically adjusted according to the system temperature to stabilize the light intensity output
Introduction: Photocatalytic xenon lamp light source is widely used in research fields such as photolysis of aquatic hydrogen to produce oxygen, CO2 reduction, photothermal catalysis, photothermal synergy, photochemical catalysis, photochemical synthesis, photodegradation of pollutants, water pollution treatment, biological illumination, optical detection, various kinds of simulated sunlight visible light acceleration experiments, ultraviolet band acceleration experiments, etc.
