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The spectrometer SM-2020 is intended for use as an analytical tool for obtaining the information about the spectral and color characteristics of various objects and about changes in these characteristics in real time.
- All what is needed!SM-2020 comprises simultaneously the optimum optical characteristics, compactness, ease of control, cost efficiency and multitasking.
- Highly sensitive receiverThe spectrometer is equipped with a highly sensitive (element size is 8*200 μm) CCD receiver with 3600 pixels.
- High quality information and low level of interfering radiation.The aberration-corrected optical schematic of the spectrometer based on a concave diffraction grating provides high quality information and low level of interfering radiation.
- Application areas
- Spectroradiometry
- Transmission, absorption and reflection spectroscopy
- Environmental monitoring
- Scanning of fast optical processes
- Monitoring and control of spectrophotometric processes
- Quantitative chemical analysis
- Scientific studies
- Process control
- List of equipment of single order
- Sources of ultraviolet radiation, visible and infrared radiation.
- Fibre cables
- Collimators
- Cosine equalizers
- Cuvette sections for recording the absorption, transmission, and reflection spectra of samples in various measurement geometries, including using the photometric sphere
- Software
- SoftwareThe spectrometer is controlled by a personal computer. The software running in Windows operating systems allows to record spectral information in real time, and process and save it.
The spectrometer software allows to obtain a large amount of information in one measurement:- radiation spectrum,
- positions of spectrum minima and maxima,
- bands width at half height,
- color coordinates and color temperature.
Оптическая система
Регистрация всего спектра, а не отдельных линий, как в случае использования фотоумножителей, открывает практически неограниченные возможности по анализу сплавов самых разных типов на одном приборе. Для решения задач, требующих коротковолнового ультрафиолета, полихроматор продувается аргоном или азотом. Расход газа составляет 0.05 л/мин., что существенно меньше расхода на продувку штатива. По сравнению с вакуумной, продувная конструкция более легкая и дешевая, она проще и надежнее в эксплуатации при этом обеспечивает такие же спектроскопические возможности прибора.