The infrared analyzer INFRASCAN-210 is designed to determine the mass fraction of moisture, protein, fat, fiber, starch and other components in samples of grain and oilseeds, animal feed and other substances by measuring the optical characteristics of specially prepared samples of the analyzed product in the near infrared region of the spectrum.
The INFRASCAN-210 instrument has the ability to analyze loose, solid, pasty and liquid samples. The analyzer is used in laboratories of grain-producing farms, elevators and grain receiving points, breeding centers, grain and grain inspections, crop research institutes, feed mills, oil and fat industry enterprises, control and analytical laboratories of the CSM and other organizations and enterprises related to research, quality assessment and certification of grain crops, oilseeds, animal feed, etc.

  • Operates in measurement mode with a personal computer
  • Differs in the increased vibration resistance and allows work, both in laboratories, and in production rooms
  • Equipped with a universal cuvette for the analysis of free-flowing, pasty and liquid products
  • It has the ability to combine several devices into a single network
  • Provides the possibility of making measurements in accordance with GOST 30131-96, GOST R 50852-96, GOST R 50817-95
  • Measurement archive 100,000 records
  • Has the ability to transfer calibrations between instruments
  • Reproducibility of measurement results at the level of the best world analogues
  • Service life 5 years

The analyzer INFRASCAN-210 is registered in the State Register of measuring instruments under No. 46403-11 and has a certificate of approval of the type of measuring instruments RU.C.31.001.A No. 42165 dated 03.03. 2011 All manufactured devices undergo primary verification at the GCI SI “VNIIM named after D.I. Mendeleev” and have a corresponding certificate. The instrument kit includes an IR Analyzer, software, a personal computer for processing the measurement results.


Spectral range, nm 1400…2400
Measurement range of diffuse reflection coefficients, % 0…100
Limits of permissible absolute error of the analyzer when measuring diffuse reflection coefficients, % ±5.0
Limit of permissible standard deviation of the random component of the absolute analyzer when measuring diffuse reflection coefficients, % 0.5
Limits of permissible absolute error in setting wavelengths, nm ±5.0
Limit of permissible standard deviation of the random component of the wavelength setting error, nm 1.0
Spectral slit width (at a wavelength of 1900 nm), nm 13.4
Measuring cell area, cm² 9.2
Time of establishment of the operating mode, min. thirty
Mass of the test sample, g 100
Overall dimensions (L×W×H), mm 450×280×290
Weight, kg 21
Power consumption, VA 100
Supply voltage with a frequency of 50±1 Hz, V 220 (+15…-20)%