|
Geometric
Dimensioning and Tolerancing (GD&T)
Learn to interpret drawings consistent with the rules, definitions,
principles and symbols in the American National Standard regarding
dimensioning and tolerancing: ASME Y 14.5M-1994
Seminar Content
Introduction
Needs of industry
Fundamental rules
Basic dimensions
Feature control frames
ASME Y 14.5-M 1994
Form and orientation controls
Foundations of mechanical accuracy
Flat, straight, circular, cylindrical
Angular, perpendicular, parallel
Datums and datum schemes
Immobilizing the part
Datum reference frame
Rules for datum features
Specification of datum features
Position tolerance controls
Rule No. 1 and 2
Position of features of size
Material condition modifiers
Maximum material condition
Least material condition
Regardless of feature size
Zero tolerance applications
More on datum schemes
Focus on functional parts
Features of size in datum schemes
Material condition modifiers for datums
Common tolerancing strategies
Worst-case stack-up tolerances
Some statistical tolerancing methods
Profile tolerance controls
2-D and 3-D applications
Specificaiton of tolerance zones
Comparison of options for round features
Note: participants are encouraged to bring in parts and drawings
form real-life applications.
Who Should
Attend
Design, tooling and process engineers, quality managers and
engineers, detailers and CAD operators, inspectors andCMM
operators, machinists, and tool and die makers
Prerequisites
Basic knowledge of drafting conventions and blueprint reading.
Related
Seminars
ISO/TS 16949: 2002
Datum Schemes with GD&T
Tolerancing Strategies for GD&T
Design for Manufacturing/Design for Assembly
Process FMEA
PPAP
Seminar
Fee: $595
All meals, excluding dinner, are included.
Each participant will receive a comprehensive
manual and a Certificate of Completion at the close of the
seminar.
|
