CEL-S500-T5 analog fluorescent xenon lamp light source
Introduction: CEL-S500-T5 analog fluorescent xenon lamp light source uses the xenon lamp power source developed by the company, which greatly increases the light output stability,<± 0.5%, which is conducive to solar cells, photoelectrochemical PEC, photothermal seawater evaporation and other research fields with high stability requirements. CEL-S500-T5 simulates the structural design of the fluorescent xenon lamp light source, and the design of the wind path and light path is more reasonable, which optimizes the heat dissipation effect; Added temperature monitoring protection bulb and system safety; The power-off delay function increases the service life of the bulb; 150W, 350W and 500W high-voltage short-arc spherical xenon lamps can be installed inside the light source to form arc discharge under high-frequency and high-voltage excitation. High-pressure short-arc spherical xenon lamp is a point light source with very small luminous point. When ignited, it radiates strong and stable, ultraviolet, visible and near-infrared strong continuous spectrum. The light color in the visible area is very similar to sunlight, with high energy density and stable output. It is not only used in solar cell research, but also used in photoelectric responsive device testing, I-V performance testing of solar cells, photocatalysis, photoelectrochemical analysis, biological illumination, photocatalysis Seawater evaporation and other fields. characteristic: High quality optical lens improves light collection efficiency; The back light reflector structure is adopted to improve the light collection efficiency; Built-in three-dimensional adjustment platform can realize optical precision adjustment; A complete range of accessories, optical fiber connection and various filters; Color temperature up to 6000K, simulating sunlight; The cooling mode is fan air cooling cycle cooling. Technical parameters: Bulb type: spherical xenon lamp (optional Osram imported from Germany) Xenon lamp system: three-dimensional adjustment, built-in bulb temperature monitoring, fan delay and other functions, simultaneous display of current and voltage, real-time monitoring of bulb output power Use range of optical power (1Sun=100mw/cm2): 0.1-5Sun Maximum power: 300-500W Current regulation range: 15A-25A Main emission spectrum range: 300-2500nm Light intensity (mw/cm2): 10-500 Power supply stability: ± 0.01% Light source stability:<± 0.5% Parallel spot diameter: 50-60mm Spot light output diameter: 2-3mm Zoom function: can change the size of light output circular spot Bulb life: 500-1000 hours Cooling mode: air cooling
Introduction: CEL-S500-T5 analog fluorescent xenon lamp light source uses the xenon lamp power source developed by the company, which greatly increases the light output stability,<± 0.5%, which is conducive to solar cells, photoelectrochemical PEC, photothermal seawater evaporation and other research fields with high stability requirements. CEL-S500-T5 simulates the structural design of the fluorescent xenon lamp light source, and the design of the wind path and light path is more reasonable, which optimizes the heat dissipation effect; Added temperature monitoring protection bulb and system safety; The power-off delay function increases the service life of the bulb; 150W, 350W and 500W high-voltage short-arc spherical xenon lamps can be installed inside the light source to form arc discharge under high-frequency and high-voltage excitation. High-pressure short-arc spherical xenon lamp is a point light source with very small luminous point. When ignited, it radiates strong and stable, ultraviolet, visible and near-infrared strong continuous spectrum. The light color in the visible area is very similar to sunlight, with high energy density and stable output. It is not only used in solar cell research, but also used in photoelectric responsive device testing, I-V performance testing of solar cells, photocatalysis, photoelectrochemical analysis, biological illumination, photocatalysis Seawater evaporation and other fields.
