Objective: ​

Provide the essential tools for correctly interpreting designs and thereby achieving quality products based on the following concepts:​

1.- Introduction of the concepts and language of Y14.5​

2.- Enabling participants to understand each of the symbols of the Y14.5 norm​

3. To give participants a fundamental understanding of the datum reference frameworks.​

4. To understand the definition and impact of material condition modifiers. ​

Intended for: ​

Managers, Quality Engineers, Process Engineers, Design Engineers, Production Setters, Quality Auditors and personnel involved in product designs. ​

Course Outline​

1.- DEFINITIONS AND TECHNIQUES IN DIMENSIONING. ​

1. (a) Introduction to the item. ​
2. (b) Numeric dimensions ​
3. (c) Dimensions by note ​
4. (d) Geometric dimensions (Symbols)​

 2.- PRINCIPLES RELATED TO GEOMETRIC TOLERANCES. ​

1. a) What are Geometric Dimensions and Tolerances?​
2. b) What Is Its Purpose? ​

 3.- SYMBOLS AND THEIR INTERPRETATION IN DRAWINGS. ​

1. a) Tables of Common Symbols in Industrial Drawings ​

 4.- READING FEATURE CONTROL FRAMES. ​

1. a) Interpretation and Reading of the Feature Control Frame ​

5.- DEGREES OF FREEDOM AND CONSTRAINTS ​

1. a) Six Degrees of Freedom ​
2. b) Three degrees of rotation ​
3. c) Three degrees of Translation ​

6. TOLERANCE MODIFIERS ​

1. a) Maximum Material Condition ​
2. b) Least Material Condition ​
3. c) Regardless of Feature Size Condition ​

7.- DATUM OR REFERENCE. ​

1. (a) Definition of reference datum ​
2. (b) Datum Target definition / target ​​

8.- FORM TOLERANCES ​

1. a) Flatness ​
2. (b) Linearity ​
3. (c) Circularity ​
4. (d) Cylindricity

6. TOLERANCE MODIFIERS ​

1. a) Maximum Material Condition ​
2. b) Least Material Condition ​
3. c) Regardless of Feature Size Condition ​

 7.- DATUM OR REFERENCE ​

1. (a) Definition of reference datum ​
2. (b) Datum Target definition / target ​​

 8.- FORM TOLERANCES ​

1. a) Flatness ​
2. (b) Linearity ​
3. (c) Circularity ​
4. (d) Cylindricity ​

9.- ORIENTATION TOLERANCES​

1. a) Perpendicularity ​
2. (b) Paralelism ​
3. c) Angularity

10.- LOCATION TOLERANCES ​

1. (a) Position ​
2. (b) Concentricity ​
3. c) Symmetry ​

​11.- PROFILE TOLERANCES ​

1. (a) Surface profile ​
2. (b) Line Profile ​

​12.- VARIATION TOLERANCIES ​

1. a) Total Runout (Run Out Total) ​
2. b) Circular Runout (Run Out Circular) ​

​13.- REPETITIVE ELEMENTS ​

1. (a) Set of Repetitive Elements for Control Frames ​

​14.- ASME Y14.5-2009 CHANGES ​

1. (a) Description of symbols added under review 2009

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