Report Table
Percentage table is used for instrument report calculation after calibration, and it will be valid for reports by Found Value or the average, evaluating where individual value or average is in the report tables, as:
|
Limit |
|
Report |
Inferior |
Superior |
Rejected |
0.101 |
100,000 |
Conditional Approved |
0.011 |
0.100 |
Approved |
0.000 |
0.010 |
To use this table, you must enter superior and inferior limits by report for the three conditions: Rejected, Approved and Conditional Approved. Indicated limits must be entered in Percentage values.
Value intervals must be completed; that is, non-comprehensive percentage values cannot exist.
Example:
If inferior percentage of Rejected report is 0.101, then, superior percentage of the Conditional Approved report must be 0.100; inferior percentage cannot be higher than the superior percentage of the same report (in this case, it cannot be higher than 0.100)
Companies that work with just two conditions, as Approved and Rejected, for example, must indicate the percentage to these conditions in the sequence and type 0.000 as percentage for Conditional Approved, as the following example:
|
Limit |
|
Report |
Inferior |
Superior |
Rejected |
0.101 |
100,000 |
Conditional Approved |
0.000 |
0.000 |
Approved |
0.000 |
0.100 |
Report Calculation Summary
• | Report by Uncertainty with Metrological Confirmation: |
It evaluates Accuracy, Acceptability and Adequation to Use criteria, to each point approval.
• | Report by Uncertainty with Metrological Confirmation: |
It approves the point if the result of calculated Total Uncertainty is inferior or equal to allowed uncertainty, defined for the point, or if Total Error is inferior or equal to Allowed Uncertainty.
• | Report by found Average Values |
It approves the point when:
Specification - Tolerance measurement average Specific Value + Tolerance
• | Report by Individual Found Value |
It approves the point when:
Specification - Tolerance < measurement < Specification + Tolerances
Scales report will be always the points worse result. This affirmation is also valid to Metrological Confirmation Criteria, Total Uncertainty and medium Deviation. |