Photocatalytic Xenon Light Sources Adapt to the Development Needs of Photocatalysis Research, Evolving from Radiation Solutions to Energy Issues. The product line includes spectral, high-pressure short-arc lamps, and high-pressure short-arc xenon lamps, which are compact light sources with strong, stable radiation, spanning UV to visible wavelengths. The strong, continuous spectral output is close to infrared, with visible light colors very similar to sunlight, high energy density, and stable output. They are not only used in the research of solar cells but also for testing photoelectric response devices, I-V performance testing of solar cells, surface photovoltage spectroscopy, bioluminescence, photocatalysis, surface defect analysis, and other fields. The lamps feature automatic startup, shutdown, and automatic adjustment of light power, customizable on/off cycles and frequencies, and digital monitoring, with light intensity automatically adjusted according to different stages of the experimental time.
Primary Applications of Phosphorescent Xenon Light Sources:
Primarily used in photocatalysis, industrial catalysis, photoelectrolysis for hydrogen production, photochemical catalysis, photochemical synthesis, photo-degradation of pollutants, water pollution treatment, bioluminescence, optical detection, various simulated solar visible light acceleration experiments, research fields such as ultraviolet band acceleration experiments.
Safety Instructions for Using Photocatalytic Xenon Light Source
The following automatic protection features are designed by the light source system:
The automatic shutdown feature after opening: When manually opening the light source room or power box, the system will not activate or shut down automatically, ensuring user safety.
2. Overheat Protection Function: When the light source is in operation, if the internal temperature exceeds the safe range, the power supply will automatically disconnect the light bulb, ensuring the bulb operates within a safe temperature range and extends its lifespan.
3. Trigger Protection Function: If the lighting fails after triggering for 100S, the system will prohibit further lighting to prevent damage to the trigger and bulbs due to prolonged and frequent attempts.
4. Bulb Life Alert: When the output of the bulb significantly degrades, most of the electrical energy is directly converted to heat, posing a potential risk of bulb explosion. In the potential danger state, the Sirius300P series light sources will continuously monitor the bulb's usage and prompt users to replace the bulb.
