ENGLISH
14.0 USING A TOLERANCE Coefficients may have a tolerance applied to them. A tolerance represents a "pass" or "fail" result. When you set a tolerance, you specify two independent limits: Limit 1 and Limit 2. Together, these limits create a range. If the result for this coefficient falls within the range created by the limits, the result is considered "passed". If, however, the result falls outside the limit range, the result is considered a "fail". A failed result displays in the color red to distinguish it from a passed result which will display in the color black. If the result equals one of the limit values, the result is also considered passed. Because you may have a tolerance on a coefficient, including multiple coefficients within your test setup, a run can be classified a fail if any of the coefficients where a tolerance is applied has a result that is outside the tolerance range for that step. If any result for the coefficient is outside the limit range, the entire run is considered a failed run.
EXAMPLE • Select Peak Load (Lpeak) as the coefficient.
• Specify Tolerance Limit 1 = 15.00 LBF • Specify Tolerance Limit 2 = 16.00 LBF If the measured results equals 15 LBF or 16 LBF or falls within this load range, the Lpeak coefficient will display as a "pass". If the measured result falls outside of this limit range, the coefficient will display in red text and represent a "failed" result. In our example, since the measured result was 17.13 LBF, which falls outside the Limit 2 target of 16.00 LBF, the result has "failed"
36 PKG08819-UML2SOFT
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