Sensor Integration and Material Calibration
Configuration and Calibration Guide HD0679 Rev 1.2.0 39
5. The average of the laboratory results and the Filtered Unscaled value make up one
calibration point.
6. Steps 3-5 should be repeated for additional calibration points. Ideally calibration points
should be collected to cover the entire expected Brix range of the material.
Hydro-Com software should be used to calculate the calibration coefficients and to update the
sensor with the calibration.
9.1
Good/Bad Brix Calibration
A good Brix calibration is achieved by analysing the material over the working range. A good
spread of points is necessary to provide higher accuracy.
Figure 22 shows a good calibration with all points close to the best fit curve.
Improved Calibration
Current Calibration
Brix
Unscaled
Figure 22: Example of a Good Brix Calibration
Figure 23 is an example of a bad Brix calibration, this is evident as the points are not all close
to the best fit curve.
Unscaled
Brix
Improved Calibration
Current Calibration
Figure 23: Example of a Bad Brix Calibration
For full details on the use of Hydro-Com see user guide HD0682.
Summary of Contents for Hydro-Mix
Page 4: ...4 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 6: ...6 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 8: ...8 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 10: ...10 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 14: ...Chapter 1 Introduction 14 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 28: ...Chapter 2 Configuration 28 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 42: ...Chapter 4 Best Practices 42 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 48: ...Chapter 5 Sensor Diagnostics 48 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
Page 52: ...Appendix A Document Cross Reference 52 Configuration and Calibration Guide HD0679 Rev 1 2 0 ...
