The INFRASCAN-4200 was tested at the D. I. Mendeleev All-Russian Institute for Metrology and listed in the unified State Register of Measuring Instruments under No. 83050-21. All instruments undergo initial verification and are supplied with the corresponding certificate.
Applications
Laboratories at grain-producing farms, elevators and grain receiving stations, breeding centres, crop research institutes, feed mills, oil and fat enterprises, metrology centre control and analytical laboratories, and other organisations researching, assessing and certifying cereals, oilseeds and compound feeds.

General features

• Analyses a broad range of quality indicators (protein, moisture, gluten quantity and quality (IDK), fat/oil content, water absorption capacity, acid value, peroxide value, mass fraction of phosphorus-containing substances and others)
• The integrated computing system and mathematical methods (linear regression, PCR or principal component regression, and PLS or partial least squares) allow analysis of many products and development of complex calibration equations. Up to 1 million measurement results can be stored.
• Works with ground samples.
• Includes calibration for moisture and protein assessment in whole grain (wheat and barley).
• Analysis takes 1–1.2 minutes. Several indicators are obtained in a single measurement.
• The cuvette compartment for bulk, liquid and pasty products can analyse liquid vegetable oils without additional devices.
• Allows calculation of the amino acid composition of compound feed ingredients
• The built-in whiteness module determines product whiteness together with other quality indicators (moisture, protein and gluten content). The broad spectral range (400–2500 nm) enables zonal reflectance measurement for flour whiteness determination in accordance with GOST 26361-2013 .
• The analyser can be used as a moisture meter for rapid determination above 17%.
• High vibration resistance allows use in laboratories and production areas. Dedicated surface mounting and separate installation of the monoblock ensure stable, reliable operation under non-standard conditions (ship motion, vibration and others).
• Each start-up includes self-testing of internal connections, the monochromator and detector, maintaining accuracy throughout the service life.
• Measurement error complies with GOST requirements.

Local networks on the EKANET platform can provide centralised remote access to measurement data and ensure measurement uniformity. The INFRASCAN-4200 can serve as a data storage and transmission server in the EKANET network.

Download equipment documentation: ИНФРАСКАН-4200.docx

Further equipment information is available on the official EKAN website: https://ekan.spb.ru/