MIT 2020

Data Sheet 2

Data Sheet 3

Data Sheet 4

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Calibration is achieved by using a set of prepared samples to develop a mathematical relationship between the instrument response and the concentration of moisture in the samples.  The MIT 2020 optimizes the mathematical correlation automatically linearizing the output.

The correlation can be no better then the "prepared set" of samples on which it is based.  Prepared samples are chosen to represent the full range of constituent concentrations expected in the "real" samples.

Dimensions

The MIT 2020 uses multiple light wavelengths.  One selected wavelength is absorbed by water while the others are not.  The difference in observed reflectance of the selected wavelengths is a function of the moisture content of the measured material.  This is almost always a non-linear relationship.

Our unique math manipulation of the analyzed data combined with calibration and curve fitting software allows complete flexibility for the purpose of calibration curve development and confirmation of sample data accurcy.

The instrument can operate in a stand-alone configuration as well as operate connected to a PC.  In the stand-alone configuration, the MIT 22020 can hold up to fifteen different calibration curves.  In the PC configuration, an unlimited number of calibrations can be stored and retrieved as needed based upon the application.