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22. Select the ‘Uncertainty’
Note: Uncertainties are greyed out for ‘Other’ Tool Type. They are also not used for ISO 6789-1:2017
Declarations of Conformance tests so can be left blank if not performing ISO 6789-2:2017 Certificates of
Calibration on this model of tool.
23. Enter
Resolution
uncertainty value for this model of tool.
This is a torque value in the same units as the tool.
This is greyed out and forced to a value of zero for Type II, Class B, C, E and F tools
24. Enter
Reproducibility
uncertainty value for this model of tool if known, or use Test Data (see below).
This is a torque value in the same units as the tool.
This is greyed out and forced to a value of zero for Type II, Class B, C, E and F tools
Press the
Test Data
button to view/use reproducibility uncertainty test data for this model of tool.
25. Enter
Loading Point
uncertainty value for this model of tool if known, or use Test Data (see below).
This is a torque value in the same units as the tool.
This is greyed out and forced to a value of zero for Type I, Class D and E and Type II, Class D, E and F
tools.
Press the
Test Data
button to view/use loading point uncertainty test data for this model of tool.
26. Enter
Output Drive
uncertainty value for this model of tool if known, or use Test Data (see below).
This is a torque value in the same units as the tool.
This should be set to zero if the output drive of the tool doesn’t rotate.
Press the
Test Data
button to view/use output drive uncertainty test data for this model of tool.
27. Enter
Interface
uncertainty value for this model of tool if known, or use Test Data (see below).
This is a torque value in the same units as the tool.
This should be set to zero if no interface (adaptor) is used between the output drive of the tool and the
calibration system.
Press the
Test Data
button to view/use interface uncertainty test data for this model of tool.
28. Press ‘OK’ button to save Tool Template.
Summary of Contents for T-Box 43236
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