ASME Y14.41-2003 - DIGITAL PRODUCT DEFINITION DATA PRACTICES

CONTENTS......Page 5
FOREWORD......Page 8
COMMITTEE ROSTER......Page 9
1.8 References......Page 11
2.1.1 Data Set Identifier......Page 12
2-2 Contents of a Model......Page 14
3.2.3 Applications of Supplemental Geometry......Page 15
3.5.1 Location of Security Marking on Models......Page 17
3-2 Design Model Cutting Plane......Page 18
3.6 Views On Models......Page 19
3-3 Design Model With Offset Section......Page 20
5.2.3 Annotation Planes......Page 21
5-1 Display Management......Page 22
5.3 Drawing Requirements......Page 26
5-4 Simplified Feature Representation and Attributes......Page 27
6.2.4 Flagnotes......Page 36
7-1 Resolved Dimension Examples......Page 37
7-1 Placement and Attachment of Basic Dimensions......Page 38
7-2 Placement and Attachment of Size Dimensions......Page 39
8-1 Plus and Minus Tolerance Applications......Page 40
8-3 Attachment Techniques: Countersinks and Oblique Surfaces......Page 43
8-4 Attachment Techniques: Depth, Spotface, Remaining, Thickness......Page 44
9-1 Datum System and Coordinates Relationship......Page 46
9-3 Partial Surface as a Datum Feature......Page 49
9-5 Equalizing Target Points Establish a Datum Axis on an Internal Cylindrical Surface......Page 51
9-7 Pattern of Features Establish a Datum Axis......Page 53
9-8 Two Coaxial Features Establish a Datum Axis......Page 54
10-1 Form Tolerances......Page 59
10-1 General Application of Geometric Tolerances – Coincident or Perpendicular Annotation Plane......Page 60
FIGURES......Page 6
2-1 Contents of a Product Definition Data Set......Page 13
3-1 Left-Hand and Right-Hand Model Coordinate Systems......Page 16
5-2 Annotation and Model Geometry Relationship......Page 24
5-3 Tolerance Query Associativity......Page 25
5-5 Annotation Planes Relative to Model Geometry......Page 28
5-6 Graphic Display of Associated Annotation......Page 29
5-8 Queries for Datum Feature Symbols and Datum Target Symbols......Page 30
5-9 Queries for Datum Targets......Page 31
5-10 Queries for Coordinates and Supplemental Geometry......Page 32
5-11 Annotated Model......Page 33
5-12 Design Model and Drawing......Page 34
5-13 Axonometric Views......Page 35
8-1 Attachment Techniques: Fillets, Rounds, and Chamfers......Page 41
8-2 Attachment Techniques: Reliefs and Step Surfaces......Page 42
8-5 Attachment Techniques: Notches, Flats, and PIN Heights......Page 45
9-2 Datum Feature Symbol Attachments......Page 48
9-4 Datum Targets and Symbols Attachment......Page 50
9-6 Two Cylindrical Features Establish a Datum Axis......Page 52
9-9 Co-Planar Surfaces Establish a Datum Plane......Page 55
9-10 Separated Surfaces Establish a Datum Plane......Page 56
9-11 Datum Targets and Symbols in an Axonometric View......Page 58
10-2 Circularity – Sphere, Cylinder, Conical, or Revolved Surface......Page 62
10-3 Cylindricity......Page 64
10-4 Straightness – Directed by Line Element......Page 65
10-5 Straightness – Directed by Ordinate Axis......Page 67
10-7 Straightness – Median Line or Median Plane......Page 68
10-8 Orientation – Planar Surfaces......Page 69
10-9 Each Element Orientation – Directed by Line Element......Page 70
10-10 Each Element Orientation – Directed by Ordinate Axis......Page 71
10-11 Orientation – Inclined Surface......Page 72
10-12 Orientation – Cylinder or a Set of Opposed Parallel Surfaces......Page 73
10-13 Orientation of an Axis With a Parallel Planes Tolerance Zone......Page 74
10-14 Profile – Planar, Conical, or Revolved Surface......Page 75
10-15 Profile – Multiple or Co-Planar Surfaces......Page 76
10-16 Profile – Between Basis......Page 77
10-17 Profile – All-Around Application......Page 78
10-18 Profile – Unilaterally Disposed......Page 79
10-19 Profile – Unequally Disposed......Page 80
10-20 Line Profile – Directed by Line Element......Page 81
10-21 Line Profile – Directed by Ordinate Axis......Page 82
10-22 Position – Individual Patterns of Features......Page 83
10-23 Position – Projected Tolerance Zones......Page 84
10-24 Position – Extremities of Long Holes......Page 85
10-25 Position – Elongated Holes (Slots)......Page 86
10-26 Bi-directional Position – Polar or Rectangular......Page 87
10-27 Position – Combined with Profile......Page 88
10-28 Concentricity and Symmetry......Page 89
10-29 Runout – Attachments and Associativity......Page 90
10-30 Runout – Perpendicular and Cylindrical Surfaces......Page 91
10-31 Runout – Spherical, Conical, and Revolved Surfaces......Page 92
10-32 Axonometric Views – Feature Control Frames......Page 93
10-33 Axonometric Views – Limited Area Application......Page 94
10-34 Axonometric Views – Straightness, Each Element Applications......Page 95
10-35 Axonometric Views – Parallel Planes Tolerance Zone......Page 96
10-36 Axonometric Views – Multiple Surfaces......Page 97
10-37 Axonometric Views – Between Basis......Page 98
10-38 Axonometric Views – Profile Unilaterally Disposed......Page 99
10-39 Axonometric Views – Profile Unequally Disposed......Page 100
TABLES......Page 7
10-2 Orientation Tolerances......Page 61
10-4 Location Tolerances......Page 63
10-5 Runout Tolerances......Page 66
I SYMBOLS......Page 101