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PLS-SME300E H1 Xenon Lamp Light Source

PLS-SME300E H1 氙灯光源

Column:氙灯Brand:PerfectlightViews:167
The PLS-SME300E H1 Xenon Lamp Light Source provides intense light output ranging from the ultraviolet to near-infrared regions. The housing is made of non-metallic materials, ensuring high insulation resistance and safety of the xenon lamp light source. A
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The PLS-SME300E H1 xenon lamp light source provides strong light output from the ultraviolet to near-infrared range. The overall housing is made of a non-metallic shell with high insulation resistance, ensuring the safety of the xenon lamp light source. Additionally, the compact size of the housing provides strong versatility, flexibility, and portability, meeting the requirements for multi-directional irradiation experiments in small spaces.

The PLS-SME300E H1 xenon lamp light source is widely used in research areas such as photocatalytic water splitting for hydrogen/oxygen, photocatalytic full water decomposition, photocatalytic CO2 reduction, and photocatalytic degradation of pollutants.

The PLS-SME300E H1 xenon lamp light source can achieve high energy density and long-time continuous irradiation. It can be used with various reaction systems to conduct online and offline analysis experiments in solid, liquid, and gas phases.

The PLS-SME300E H1 xenon lamp light source has two operating modes:

1. Electric control mode, i.e., constant current mode, where the power supply power for the xenon lamp is kept constant;

2. Light control mode, i.e., constant light irradiance mode, where the light intensity output of the xenon lamp is monitored in real-time based on the set light intensity value. It uses a built-in optical feedback module to automatically adjust the light intensity, maintaining the average irradiance within the set value over relative time, improving the accuracy of photocatalytic experiments.

 

Key Features

● Innovative optical structure design for significantly improved light efficiency;

● Added upper computer software control for monitoring and controlling the light source through a computer;

● Equipped with a timed shutdown function for efficient experiment scheduling;

● Utilizes optical feedback technology for long-term stable light output;

● Offers two operating modes: constant light irradiance output and constant current output;

● New heat dissipation structure for improved stability and efficiency of the light source;

● Various accessories available for a wide range of experimental scenarios, compatible with the Bofei Photocatalytic Reaction Series devices.

 

Application Areas

  ▲ Highly applicable    Moderately applicable   ○ Can be used

 

▲ Photocatalytic reactions (photocatalytic water splitting for hydrogen/oxygen, photocatalytic full water decomposition, photocatalytic CO2 reduction; degradation of gases such as VOCs, formaldehyde, nitrogen oxides, sulfur oxides; degradation of liquid pollutants; membrane photocatalysis, etc.)

▲ Photothermal catalytic reactions (photothermal CO2 reduction, seawater evaporation, etc.)

△ Photoelectrocatalytic testing (PEC photoelectrochemical, solar cell testing, surface photovoltage spectroscopy, etc.)

△ Light testing (accelerated experiments, quantum yield testing, etc.)

○ Biological optics (material light resistance experiments, etc.)

PLS-SME300E-H1 Xenon Lamp Light Source Internal Efficiency Enhancement Light Guide Structure Diagram.jpg

Figure 1. Diagram of the Internal Efficiency Enhancement Light Guide Structure of PLS-SME300E H1 Xenon Lamp Light Source

PLS-SME300E-H1 Xenon Lamp Light Source PC Control Software Interface.jpg

Figure 2. PLS-SME300E H1 Xenon Lamp Light Source PC Control Software Interface

Figure 3. PLS-SME300E H1 Xenon Lamp Light Source Long-Term Stability Test (Non-Maximum Current Value).jpg

Figure 3. PLS-SME300E H1 Xenon Lamp Light Source Long-Term Stability Test (Non-Maximum Current Value)

Basic Parameters

● Lamp power: 300 W;

● Instantaneous power stability: ± 0.3%;

● Current display method: Digital display;

Control Method

● Operating modes: Electric control mode, light control mode;

● Adjustable current limit value: 25 A;

● Lamp (consumable) service life: >1000 h;

● Trigger mode: Integrated high-voltage trigger, two-stage voltage without high-voltage transmission;

● Upper computer software control with human-machine interaction network interface, enhancing user experience.

● Precision optical feedback system for directly measuring changes in light output.

Light Output Characteristics

● Total optical power: 75 W;

● Spectral range: 320~780 nm, extendable to 2500 nm;

● Light spot diameter: 30~60 mm;

● Maximum Light Intensity Output: 3000 mW/cm2;

● Compatible with filters: ultraviolet region, visible light region, near-infrared region, and narrow-band light;

Light Source Stability

● Long-term instability: ≤±3%;

● Microprocessor-based programmable all-digital power management;

● New power supply design for increased safety and reliability;

Related Accessories

PLR-RP Series Photothermal Catalytic Reaction Evaluation Device: Lens assembly;

PLR-PSTRⅡ Photothermal Catalytic Reaction Instrument: Right-angle light guide column accessory;

Safety

● Lamp-box power connection cable without high-voltage transmission characteristics;

● Fan failure protection, automatic startup on power-on, delayed shutdown;

● Overload and over-current automatic power-off protection;

● Heat dissipation structure based on integrated xenon lamp;

 

Optional Accessories

● Light source accessories (optional): Fiber optic assembly, uniformizer, liquid filter, light guide tube, electric lifting platform, shutter, five-point light intensity measurement component;

● Built-in filter scheme (optional): Bandpass filter, cutoff filter, solar spectrum calibration filter, attenuator;

● Filter accessory (optional): Single, double, and multiple-piece combination installation components;

● Light protection scheme (optional): Light protection glasses, light protection box;

● Light source measurement scheme (optional): Light power meter, fiber optic spectrometer;

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