High energy xenon lamp light source for drug trials

NegotiableUpdate on 01/04

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Overview

The PL-X300D high-energy xenon lamp light source for drug trials is a research grade light source designed for photocatalytic applications. A 300W high-voltage short arc xenon lamp is installed inside the light source, which forms arc discharge under high-frequency and high-voltage excitation. High voltage short arc spherical xenon lamp is a point light source with a very small emission point. When ignited, it emits strong and stable light waves, with a strong continuous spectrum from ultraviolet to near-infrared. The visible light color is extremely similar to sunlight, with high energy density and stable output. It is widely used in photocatalysis, industrial catalysis, photocatalytic hydrogen production, photochemical catalysis, photochemical synthesis, and photocatalytic degradation of pollutants

Product Details

PL-X300DHigh energy xenon lamp light source for drug trials

productOverview：

PL-X300DHigh energy xenon lamp light source for drug trialsIt is a research grade light source designed for photocatalytic applications. A 300W high-voltage short arc xenon lamp is installed inside the light source, which forms arc discharge under high-frequency and high-voltage excitation. High voltage short arc spherical xenon lamp is a point light source with a small emitting point. When ignited, it emits strong and stable light waves, with a strong continuous spectrum from ultraviolet to near-infrared. The visible light color is extremely similar to sunlight, with high energy density and stable output. It is widely used in research fields such as photocatalysis, industrial catalysis, photocatalytic hydrogen production, photochemical catalysis, photochemical synthesis, photocatalytic degradation of pollutants, water pollution treatment, biological illumination, optical detection, various simulated sunlight visible light acceleration experiments, UV band acceleration experiments, etc.

instrumentfeature：
◆Adopting large aperture ultraviolet quartz lenses to improve light collection efficiency.

◆Adopting a backlit mirror structure to further improve light collection efficiency.
◆Built in trigger to avoid safety hazards caused by high voltage transmission between the light source room and the power supply.

◆Color temperature up to 6000K, simulating sunlight.

◆The turning head and filter device adopt infrared transmission reflection filter (visible high reflectivity).
◆The refrigeration method adopts imported metal fan circulation refrigeration.

◆This light source has a remote triggering device to avoid safety hazards caused by high voltage.

◆The lighting head can rotate 360 degrees freely and can extend and retract to reveal depth.

◆The digital ammeter displays current, and both current and light intensity can be adjusted.

◆There is a filter installation position that can connect multiple levels of filters in series.

◆Optional accessories include a lifting platform, UV protective goggles, point light source fiber optics, etc.

technical indicators：

Device Model	PL-X300D	PL-X300DUV
Radiant Output (Watts)	50W	50W
Spectral Output (nm)	320nm～2500nm	200nm～2500nm
Input power (Watts)	150~320W adjustable	150~320W adjustable
Working current Current (Amps DC)	22A	22A
UV output power in the ultraviolet region,<390nm (Watts)	2.6W	6.6W
Visible Output in the visible light range, 390-770nm (W)	19.6W	17.6W
Light bulb window Window Diameter (mm)	25.4mm	25.4mm
Working spot diameter	3-65mm (adjustable)	3-65mm (adjustable)
filtering method	Multi level filtering and turning	Multi level filtering and turning
light output form	circular light spot	circular light spot
light collection method	ellipsoid total reflection	ellipsoid total reflection
Heat dissipation form of lightbox	Imported metal fan and high-efficiency cooling module	Imported metal fan and high-efficiency cooling module
Beam output angle	Horizontal, vertical, or 360 ° rotation along the optical axis for illumination	Horizontal, vertical, or 360 ° rotation along the optical axis for illumination
infrared transmission	Transmittance of 800nm-1100nm not less than 80%	Transmittance of 800nm-1100nm not less than 80%
visible reflection	350nm-790nm reflectivity not less than 96%	350nm-790nm reflectivity not less than 96%
Light bulb lifespan (Hours)	＞1000H	＞1000H
Parallel light divergence angle	average 5°	average 5°