CEL-LAB200E7 Parallel Photochemical Reaction Apparatus Introduction: The CEL-LAB200E7 parallel photochemical reaction instrument is a true parallel reaction instrument. The LED light source is placed in the center of the 10-position reactor, and the LED light source rotates to achieve the same light power density for any reactor. The reactor is equipped with functions such as temperature control, air inlet, air outlet, real-time sampling, magnetic stirring, etc., and can perform parallel experiments with 10 samples at the same time. The parallel photochemical reaction instrument can be applied to the screening of photocatalysts, improve the efficiency of photocatalysis, and realize the analysis of parallel samples. It is mainly used to study the photochemical reaction under the conditions of gas or liquid phase medium, fixed or flowing system, ultraviolet light, monochromatic light, visible light or simulated sunlight, constant temperature, and the same light intensity. It has the functions of analyzing reaction products, measuring reaction kinetics, and measuring quantum yield. It is widely used in research fields such as photochemical catalysis, chemical synthesis, environmental protection, and life sciences. Features 1) The standard quartz reaction tube of the reactor has the functions of temperature control, gas inlet, gas outlet, real-time sampling, magnetic stirring, etc.; 2) The LED light source can rotate around the axis to achieve uniform and parallel illumination; 3) The LED light source can be hot-swapped online to replace light sources of different wavelengths; 4) Realize 14 monochromatic wavelengths and visible white light from 365nm-940nm; 5) The LED light source power is continuously adjustable from 30W to 200W, realizing a wide range of power changes; 6) The light power, rotation, and magnetic stirring of the LED light source system are independently controlled. Technical Parameters: Working digits: 10 positions, 10 positions magnetic stirring, adjustable speed; Reaction tube: Quartz glass reaction tube, 19 standard ports, built-in temperature control interlayer, air inlet and outlet, real-time sampling, standard specification 50ml*10; LED light source: The power adjustment range is 30-200W continuously adjustable, self-rotating around the axis, standard white light (410-760nm), built-in power supply; LED lamp assembly: 10-digit LED lamp row, can rotate and illuminate, integrate air-cooled heat dissipation, hot swap, and change the LED lamp assembly of different wavelengths at will; Irradiation method: 10-digit LED lamp assembly, illuminates from the inside to the outside, and rotates in real time to ensure the uniformity and uniformity of the reaction tube irradiation; Input power: 240W, 220V/50Hz. Optional LED assembly: CEL-CLED200R rotating LED lamp assembly 365nm, 395nm, 405nm, 420nm, 455nm, 470nm, 500nm, 520nm, 590nm, 620nm, 660nm, 850nm, 940nm, white light, simulated sunlight.
Introduction: The CEL-LAB200E7 parallel photochemical reaction instrument is a true parallel reaction instrument. The LED light source is placed in the center of the 10-position reactor, and the LED light source rotates to achieve the same light power density for any reactor. The reactor is equipped with functions such as temperature control, air inlet, air outlet, real-time sampling, magnetic stirring, etc., and can perform parallel experiments with 10 samples at the same time. The parallel photochemical reaction instrument can be applied to the screening of photocatalysts, improve the efficiency of photocatalysis, and realize the analysis of parallel samples. It is mainly used to study the photochemical reaction under the conditions of gas or liquid phase medium, fixed or flowing system, ultraviolet light, monochromatic light, visible light or simulated sunlight, constant temperature, and the same light intensity. It has the functions of analyzing reaction products, measuring reaction kinetics, and measuring quantum yield. It is widely used in research fields such as photochemical catalysis, chemical synthesis, environmental protection, and life sciences.
