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GD&T: Profile, Runout and Location Tolerances

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Course Format
Advantage™  Advantage™
Product ID
Training Time ?
45 to 90 minutes
Video Format
Standard Definition
Devices Supported
Browsers Supported
IE Desktop
Required Plugins
MasteryNet Player
Lesson Interactions
Quiz Questions
Interactive Producer
A Routsis
Original Content Producer
Course screen Course screen Course screen

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.

Advantage™ This course is in the Advantage™ format, to read about Advantage™ features click here.

  • Install on any SCORM LMS
  • Rich multimedia presentation with interactions and quiz
  • Print certificate and wallet card
  • You have 60 days to complete the course

Anyone who needs to understand the international engineering language of Geometric Dimensions and Tolerancing.

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 Performance 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.

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