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GD&T: Profile, Runout and Location Tolerances
- Course Format
Advantage™- Continuing Education Units (CEUs)
- 0.0
- Training Time ?
- 45 to 90 minutes
- Language(s)
- English
- Browsers Supported
- IE Desktop
- Required Plugins
- MasteryNet Player
- Closed Captioning
- No
- Lesson Interactions
- 43
- Quiz Questions
- 26
- Product ID
- artsgdt4
- Interactive Producer
- A Routsis
- Original Content Producer
- A. Routsis Associates
Overview
This is the last of a four part training series for Geometric Dimensioning & Tolerancing, which builds the ability to read and interpret GD&T symbols. Understanding the international engineering language of Geometric Dimensioning & Tolerancing is essential for communicating in the global marketplace.
This course focuses on profile tolerances and runout tolerances; position concentricity, and symmetry.
- Rich multimedia presentation with interactions and quiz
- Print certificate and wallet card
- You have 60 days to complete the course
Audience
Anyone who needs to understand the international engineering language of Geometric Dimensions and Tolerancing.
Topics
The course presents the following topical areas:
- Profile of a Surface, Profile of a Line
- Circular Runout
- Total Runout
- Summary
- Location of Holes
- Radial Hole Pattern
- Coaxial Features
- Projected Tolerance Zone
- Composite Feature Control Frame
- Verification
- Concentricity
- Symmetry
- Summary
Intended Learning Outcomes
Upon successful completion of this course you will be better prepared to:
- Use and interpret the profile of a surface or line.
- Use circular runout to control part surface.
- Know when total runout is used within a part drawing.
- Identify and interpret position tolerances for holes on a part drawing.
- Calculate the virtual condition of a coaxial feature.
- Identify when a projected tolerance zone is used.
- Identify when a composite feature control frame is used on a drawing.
- Identify and interpret when a concentricity tolerance is used on a drawing.
- Identify and interpret when a symmetry tolerance is used on a drawing.
