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This course is intended for those who already know GD&T in accordance with the ASME Y14.5-2009 Standard. This is not for someone who is new to GD&T. This training will present the revisions and updates found in the ASME Y14.5 2018 Revision of the Y14.5 Standard.
Average time to take is 5 hours.
Individual Web Subscription Includes:
1) Access for 1 Year
2) Course materials include online version of the ASME Y14.5-2009 to -2018 Update Textbook and Quick Reference Comparator (ASME Y14.5-1994/2009/2018). Hard copies are available at an additional charge.
Also available as Corporate Concurrent Licenses - call 716-785-6015 for details
Section 1: Introduction to The ASME Y14.5 Update
Why make a revision to the Y14.5 Standard?
Principal Changes
Additions of Section 1 – 4
Scope
Mandatory, Recommended, Guidance and Optional Words
Section 2: References
Cited Standards
Section 3: Definitions
Boundary Inner and Outer Boundary
Boundary Least Material and Maximum Material Boundary
Datum Feature Simulator
Free State, Pattern, Regardless of Feature Size, Restrained
New Definitions
Deleted Definitions
Section 4: Fundamental Rules, Tolerancing, Defaults and Dimensioning Practices
Fundamental Rules
Repetitive Features and Dimensions
Section 5: Tolerancing, Interpretation of Limits, Limits of Size, and Material Condition Modifiers
Tolerance Expression
Angle Tolerances
Tolerance Accumulation Between Surfaces
Rule #1 The Envelope Principle (Variations of Form)
Exception of Rule #1
Directly Toleranced Radius
Controlled Radius Tolerance
Section 6: Symbology
Datum Target Symbol
Free State Symbol
Continuous Feature
Moveable Datum Targets
Dynamic Profile Tolerance Zone Modifier
From-To Symbol
Projected Tolerance Zone
Section 7: Datum Reference Frames
The Geometric Counterpart
Unit Vectors
Datum Feature Controls
Datum Features Applicable RMB
Effects of Straightness of Datum Simulation
Determining a Worst-Case Material Boundary
Translation Modifier
Common Datum Features
Offset Planar Datum Feature
Restrained Condition
Datum Reference Frame Identification
Customized Datum Reference Frames & Composite Tolerances
Section 8: Form
Form Controls on Continuous Features
LMC and Straightness
Circularity Feature Control Frame
Cylindricity Feature Control Frame
Section 9: Orientation
Section 10: Tolerances
Concentricity
Symmetry
MMC Intended for Clearance Fit Applications
Projected Tolerance Zone
Identifying Multiple Features of Size Within a Pattern
Separate Requirements Allowed for Datums Referenced at LMB
Section 11: Profile
Unilateral and Unequally Disposed Profile Tolerance
Additional Nonuniform Tolerance Zone Specification Method
Profile on Nonsize Datum Features
When the Toleranced Feature Includes Datum Targets
Profile with Continuous Feature
Orientation of Line Element Using Profile
Dynamic Profile Tolerance Zone
Section 12: Runout
Designed Interruptions are Ignored for Inspection
New Toleranced Zone Descriptions
Relationship Between Runout and Size Tolerances
Runout on a Tangent Plane
Runout Relative to an Axis of Rotation in an Assembly