ASME Y14.31 2014 R2019

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ASME Y14.31 – 2014 (R2019) Undimensioned Drawings

Published By	Publication Date	Number of Pages
ASME	2014	48

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Description

This Standard establishes the requirements for undimensioned drawings which graphically define items with true geometry view(s) and predominantly without the use of dimensions. Intended for design, drafting, mechanical, manufacturing, production, tool/gage, quality, process and project engineers, CAD/CAM/CAE specialists, inspectors and educators across a broad range of global manufacturing. Special emphasis on aerospace, automotive, medical device, precision instrumentation and related industries.

PDF Catalog

PDF Pages	PDF Title
5	CONTENTS
6	FOREWORD
7	ASME Y14 COMMITTEE ROSTER
8	CORRESPONDENCE WITH THE Y14 COMMITTEE
9	1 GENERAL 1.1 Scope 1.2 Drawing Type Selection Considerations 1.3 ASME Y14 Series Conventions 1.3.1 Mandatory, Recommended, Guidance, and Optional Words 1.3.2 Cross-Reference of Standards. 1.3.3 Invocation of Referenced Standards.
10	1.3.4 Parentheses Following a Definition. 1.3.5 Notes. 1.3.6 Acronyms and Abbreviations. 1.3.7 Units. 1.3.8 Figures. 1.3.9 Precedence of Standards. 1.3.10 Unless Otherwise Specified UOS. 2 REFERENCES
11	3 DEFINITIONS 3.1 Bend Instruction 3.2 Bend Radius 3.3 Bend Tangent Line 3.4 Brake Process 3.5 Center Line of Bend CLB 3.6 Common Reference 3.7 Comparator Drawing 3.8 Contour Definition Drawing 3.9 Dimensional Accuracy Points
12	3.10 Flange 3.11 Form Block Line FBL 3.12 Grid Lines 3.13 Hydro Process 3.14 Inside Mold Line IML 3.15 Joggle 3.16 Original 3.17 Outside Mold Line OML 3.18 Principal Plane 3.19 Printed Circuit Drawing 3.20 Registration Mark 3.21 Reproduction 3.22 Template 3.23 Tolerant Gage 3.24 True Geometry Views
13	3.25 Undimensioned Drawing 3.26 Validation 3.27 Verification 3.28 Wire Harness Drawing 4 UNDIMENSIONED DRAWING 5 APPLICATIONS 6 MEDIA 6.1 Temperature and Humidity 6.2 Storage
14	6.3 Reproductions 7 DIMENSIONAL ACCURACY METHODS 7.1 Validation Criteria 7.2 Grid Lines 7.3 Dimensional Accuracy Points 7.4 Registration Marks 8 SHEET ARRANGEMENT
15	8.1 Split Views on Same Sheet 8.2 Split Views on Multiple Sheets 9 TOLERANCES 9.1 Graphical Tolerances 9.2 Item Tolerances 9.2.1 Contour Definition Drawings, Templates, and Comparator Drawings. 9.2.2 Wire Harness Drawings. 9.2.3 Printed Circuit Boards. 9.3 Reproduction Tolerances 10 DIMENSIONS 11 REVISIONS
16	12 FLAT PATTERN DEVELOPMENT 12.1 General Requirements 12.1.1 Brake Process Requirements. 12.1.2 Hydro Process Requirements. 12.2 Linework 12.3 Bend Instructions 12.4 Flange Angles 12.4.1 Flange Angles by Note. 12.4.2 Variable Flange Angles. 12.5 Joggles
17	12.6 Design Information
18	Figures Fig. 1-1 Undimensioned Drawing Contributors
19	Fig. 3-1 Forming and Bending Line Examples
20	Fig. 3-2 Brake Process Example
21	Fig. 3-3 Hydro Process Example
22	Fig. 5-1 Contour Definition Drawing Example
23	Fig. 5-2 Printed Circuit Drawing Example
24	Fig. 5-3 Wire Harness Drawing Example
25	Fig. 5-4 Template Example
26	Fig. 5-5 Extrusion Drawing Example
27	Fig. 5-6 Art Layout Drawing Example
28	Fig. 5-7 Assembly Drawing Example
29	Fig. 5-8 Paint Configuration Drawing Example
30	Fig. 7-1 Rotated Grid Lines
31	Fig. 7-2 Dimensional Accuracy Points
32	Fig. 7-3 Dimensional Accuracy Point Examples
33	Fig. 7-4 Dimensional Accuracy Point Example on Roll Drawing Form
34	Fig. 7-5 Registration Mark Examples
35	Fig. 8-1 Common Reference for Split Views on Same Sheet
36	Fig. 8-2 Common Reference for Split Views on Multiple Sheets
37	Fig. 12-1 Trim After Forming Example
38	Fig. 12-2 Bend Instructions Example
39	Fig. 12-3 Flange Angle Examples
40	Fig. 12-4 Variable Bend Angle Example
41	Fig. 12-5 Joggle Material Displacement Example 1
42	Fig. 12-6 Joggle Material Displacement Example 2
43	Fig. 12-7 Hydro Joggle Example
44	Fig. 12-8 Hydro Joggle Offset Example