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- On the ribbon, click
Design tab
Power Transmission panel
Tolerance Calculator
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- In the Dimensions List area, click "Click to add a dimension" to add dimension.
- Click
 to specify tolerance.
- Click
 to set the type of element within the chain.
- Click Calculate.
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These procedures create an example using the sample specifications:
Linear dimensional analysis - Design calculation
Sample Data:
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- Design tolerance of one element in chain. Tolerance of closing element is known.
- Bearing width B = 18 ( +0 / -0.12 )
- Retaining ring width s = 1.75 h11
- Required assembly clearance v = 0.15 up to 0.35 (Closing)
- Groove distance on shaft A = ? (Resultant)
- Click Calculate to calculate tolerance. A = 20 ( -0.08 / -0.1 )
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Linear dimensional analysis - Check calculation
Sample Data:
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- Tolerance of closing element is a result. Good for validity check of designed tolerances.
- Bearing width B = 18 ( +0 / - 0.12 )
- Retaining ring width s = 1.75 h11
- Groove distance on shaft A = - 20 (- 0.08 / - 0.1 )
- Resultant assembly clearance v = ? (Resultant, Closing)
- Click Calculate to calculate tolerance. v = 0.25 ( +0.1 / -0.1 )
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