ASME B5.60 2014 R2019
$98.04
ASME B5.60-2014 – Workholding Chucks: Jaw Type Chucks – Reapproved 2019
| Published By | Publication Date | Number of Pages |
| ASME | 2014 | 112 |
This Standard establishes technical requirements for workholding chucks used primarily in turning operations. It covers jaw type chucks, whether manual or power operated. This Standard covers spindle noses for use on turning machines, the interface of two-piece chuck jaws, the geometric test procedures for measuring accuracy of self-centering jaw-type chucks, and the safety requirements for jaw-type workholding chucks.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 5 | CONTENTS |
| 7 | FOREWORD |
| 8 | ASME B5 COMMITTEE ROSTER |
| 9 | CORRESPONDENCE WITH THE B5 COMMITTEE |
| 11 | Chapter 1 General Description and Definitions of Terms 1-1 INTRODUCTION 1-2 SCOPE 1-3 TYPES OF JAW CHUCKS BY DESIGN 1-4 METHODS OF ACTUATION 1-5 DEFINITIONS |
| 14 | Chapter 2 Chuck-to-Spindle Interface 2-1 SCOPE AND PURPOSE 2-2 NOMENCLATURE 2-3 CHUCKS 2-4 INSTALLATION |
| 15 | 2-5 BALANCE |
| 16 | Fig. 2-1 Type A Spindle Location of Holes and Drive Button for Sizes A-5 Through A-11 |
| 17 | Fig. 2-2 Type A Spindle Location of Holes and Drive Button for Sizes A-15 Through A-28 |
| 18 | Fig. 2-3 Type A Spindle Dimensions for Sizes A-3 Through A-28, and Location of Holes and Drive Button for Sizes A2-3 and A2-4 |
| 19 | Tables Table 2-1 Type A Spindle Dimensions |
| 20 | Fig. 2-4 Type C Spindle |
| 21 | Fig. 2-5 Type C Spindle Location of Holes |
| 22 | Table 2-2 Type C Spindle Dimensions |
| 23 | Fig. 2-6 Type D Spindle |
| 24 | Fig. 2-7 Type A Spindle |
| 25 | Fig. 2-8 Type D Spindle Location of Holes for Size D-3 |
| 26 | Fig. 2-9 Type D Spindle Location of Holes for Size D-4 |
| 27 | Fig. 2-10 Type D Spindle Location of Holes for Sizes D-5 Through D-20 |
| 28 | Fig. 2-11 Type D Spindle Cam for Size D-3 |
| 29 | Fig. 2-12 Type D Spindle Cam for Size D-4 |
| 30 | Fig. 2-13 Type D Spindle Cams for Sizes D-5 Through D-20 |
| 31 | Fig. 2-14 Type D Spindle Detent and Cam Screws Fig. 2-15 Type D Spindle Detent and Cam Springs Fig. 2-16 Type D Spindle Detent Plunger |
| 32 | Table 2-3 Type D Spindle Dimensions |
| 33 | Table 2-4 Type D Spindle Cam Dimensions |
| 34 | Table 2-5 Type D Spindle Detent and Cam Screws Dimensions Table 2-6 Type D Spindle Detent and Cam Spring Dimensions Table 2-7 Type D Spindle Detent Plunger Dimensions |
| 35 | Fig. 2-17 Type A Chucks and Faceplates |
| 36 | Fig. 2-18 Type A Chuck and Faceplate Dimensions |
| 37 | Table 2-8 Type A Chuck and Faceplate Dimensions |
| 38 | Fig. 2-19 Type C Chucks and Faceplates |
| 39 | Fig. 2-20 Type C Chuck and Faceplate Dimensions |
| 40 | Table 2-9 Type C Chuck and Faceplate Dimensions |
| 41 | Fig. 2-21 Type D Chucks and Faceplates |
| 42 | Fig. 2-22 Types D-3 and D-4 Backs of Chucks and Faceplates |
| 43 | Fig. 2-23 Types D-5 Through D-20 Backs of Chucks and Faceplates |
| 44 | Fig. 2-24 Type D Cam Lock Studs and Stud Locking Screw |
| 45 | Table 2-10 Type D Chuck and Faceplate Dimensions |
| 46 | Table 2-11 Type D Chuck and Faceplate Stud Dimensions Table 2- 2 Type D Chuck and Faceplate Stud Locking Screw Dimensions |
| 47 | Chapter 3 Jaw Mountings 3-1 SCOPE 3-2 DEFINITIONS OF TERMS 3-3 CHUCK JAW INTERFACE TYPES |
| 70 | Table 3-17 90 deg Serrated Jaw Interface (Inch), Accumulated Pitch Variation |
| 71 | Table 3-18 60 deg Serrated Jaw Interface (Metric), Serration Data |
| 72 | Table 3-19 60 deg Serrated Jaw Interface (Metric), Accumulated Pitch Variation |
| 84 | Chapter 5 Safety Code of Practice 5-1 SCOPE 5-2 DESIGN AND CONSTRUCTION OF WORKHOLDING CHUCKS AND TOP JAWS 5-3 MARKING |
| 85 | 5-4 SAFETY INSTRUCTIONS 5-5 MACHINE TOOL BUILDER RESPONSIBILITIES |
| 86 | 5-6 WORKHOLDING USER RESPONSIBILITIES |
| 87 | Forms Form 5-1 Sample Maintenance Schedule Sheet |
| 88 | Form 5-2 Sample Grip Force Log Sheet |
| 89 | MANDATORY APPENDIX I CALCULATION OF FORCE, TORQUE, AND SPEED I- 1 MAXIMUM DRAW- PULL I- 2 STATIC GRIPPING FORCE |
| 90 | I- 3 DYNAMIC GRIPPING FORCE AND CENTRIFUGAL FORCE I- 4 DRIVING TORQUE ( JAW/ WORKPIECE INTERFACE) |
| 91 | I- 5 MAXIMUM ROTATIONAL SPEED |
| 93 | NONMANDATORY APPENDIX A LEGACY DATA A- 1 TABLES |
