1、Gage BlanksAN AMERICAN NATIONAL STANDARDASME B47.1-2007(Revision of ASME/ANSI B47.1-1988)Intentionally left blank ASME B47.1-2007(Revision of ASME/ANSI B47.1-1988)Gage BlanksAN AMERICAN NATIONAL STANDARDThree Park Avenue New York, NY 10016Date of Issuance: April 7, 2008This Standard will be revised
2、when the Society approves the issuance of a new edition. There willbe no addenda or written interpretations of the requirements of this Standard issued to this edition.ASME is the registered trademark of The American Society of Mechanical Engineers.This code or standard was developed under procedure
3、s accredited as meeting the criteria for American NationalStandards. The Standards Committee that approved the code or standard was balanced to assure that individuals fromcompetent and concerned interests have had an opportunity to participate. The proposed code or standard was madeavailable for pu
4、blic review and comment that provides an opportunity for additional public input from industry, academia,regulatory agencies, and the public-at-large.ASME does not “approve,” “rate,” or “endorse” any item, construction, proprietary device, or activity.ASME does not take any position with respect to
5、the validity of any patent rights asserted in connection with anyitems mentioned in this document, and does not undertake to insure anyone utilizing a standard against liability forinfringement of any applicable letters patent, nor assume any such liability. Users of a code or standard are expressly
6、advised that determination of the validity of any such patent rights, and the risk of infringement of such rights, isentirely their own responsibility.Participation by federal agency representative(s) or person(s) affiliated with industry is not to be interpreted asgovernment or industry endorsement
7、 of this code or standard.ASME accepts responsibility for only those interpretations of this document issued in accordance with the establishedASME procedures and policies, which precludes the issuance of interpretations by individuals.No part of this document may be reproduced in any form,in an ele
8、ctronic retrieval system or otherwise,without the prior written permission of the publisher.The American Society of Mechanical EngineersThree Park Avenue, New York, NY 10016-5990Copyright 2008 byTHE AMERICAN SOCIETY OF MECHANICAL ENGINEERSAll rights reservedPrinted in U.S.A.CONTENTSForeword viiCommi
9、ttee Roster . ixCorrespondence With the B47 Committee x1 Scope 12 Terminology 13 Details of Construction American Gage Design Standards 34 Official Monogram for Designating Products Made to American Gage DesignStandards 75 Application of American Gage Design Standards to Special Types ofGages Recomm
10、ended Practice. 76 Flush Pin Gages 77 Double-End Built-Up Snap Gages 78 Flat Plug Gages 79 Handles, Bilock, for Flat Plug Gages . 8Figures1 Plain Cylindrical Plug Gages, Details of Construction Range Above0.010 in. to and Including 8.010 in. 92 Plain Cylindrical Plug Gages, Details of Construction R
11、ange Above8.010 in. 243 Thread Plug Gages Details of Construction 264 Plain Ring Gages Details of Construction 405 Thread Ring Gage Locking Device, Details of Construction Range 1 in.to 512in., Inclusive 436 Thread Ring Gages, Details of Construction Range 0.060 in. to andIncluding 4.760 in. 457 Thr
12、ead Ring Gages, Details of Construction Range Above 0.510 in. to andIncluding 12.260 in. . 468 Three-Piece Spline Plug Gage Assembly . 619 Spline Plug Gage Stands 6210 Adjustable Snap Gages, Details of Construction Models A, B, C, and MC 8311 Adjustable Snap Gages, Details of Construction Model E 83
13、12 Model MC Snap Gage Details . 8913 Adjustable Length Gage, Double Sided, Models KA and KB, Details ofConstruction 9814 Adjustable Length Gage, Progressive, Models LA and LB, Details ofConstruction 9915 Adjustable Length Gage, Double Sided, Model KA, Details of Gage Heads 10016 Adjustable Length Ga
14、ge, Double Sided, Model KB, Details of Gage Heads 10117 Adjustable Length Gage, Progressive, Model LA, Details of Gage Heads 10218 Adjustable Length Gage, Progressive, Model LB, Details of Gage Heads 10319 Adjustable Length Gages Details of Spacing Tubes . 10420 Master Disks Styles 1, 2, and 3 10621
15、 Insulating Grips for Master Disks Range Above 1.510 in. to andIncluding 8.010 in. 106iii22 Official Monogram for Designating Products Made to American Gage DesignStandards . 11323 Recommended Design of Taper Plug Gage for Special Applications and Methodof Dimensioning 11324 Recommended Design of Ta
16、per Ring Gage for Special Applications and Methodof Dimensioning 11325 Recommended Design of Bar Type Flush Pin Gage . 11626 Recommended Design of Small Countersink Type Flush Pin Gage Range34in.to 112in. 11627 Recommended Design of Large Countersink Type Flush Pin Gage 11728 Application of Counters
17、ink Type 11729 Recommended Design of Small Built-Up Snap Gage 11830 Recommended Design of Large Built-Up Snap Gage 118Tables1 Handles for Wire Type Plain Cylindrical and Wire Type Thread Plug Gages,Wire Type Design Range Above 0.010 in. to and Including 1.010 in. 102 Wire Type Plug Gage Handles, Det
18、ails of Body 113 Wire Type Plug Gage Handles, Details of Capping Nut . 124 Single-End Wire Type Plug Gage Handles, Details of Body . 135 Wire Type Plug Gage Collet Nuts 146 Wire Type Plug Gage Collet Bushings, Size Ranges . 157 Handles for Plain Cylindrical and Thread Plug Gages, Taper LockDesign Ra
19、nge Above 0.059 in. to and Including 0.230 in. . 168 Handles for Plain Cylindrical and Thread Plug Gages, Taper LockDesign Range Above 0.230 in. to and Including 1.510 in. . 179 Handles and Screws for Plain Cylindrical, Thread, and Spline (Involute, Serrated,Straight-Sided) Plug Gages, Trilock Desig
20、n Range Above 0.760 in. to andIncluding 8.010 in. 1810 Plain Cylindrical Plug Gaging Members, Taper Lock Design RangeAbove 0.059 in. to and Including 0.230 in. . 2011 Plain Cylindrical Plug Gage Blanks, Wire Type Design RangeAbove 0.010 in. to and Including 1.010 in. . 2012 Plain Cylindrical Plug Ga
21、ging Members, Taper Lock Design RangeAbove 0.230 in. to and Including 1.510 in. . 2113 Plain Cylindrical Plug Gaging Members, Trilock Design RangeAbove 0.760 in. to and Including 2.510 in. . 2214 Plain Cylindrical Plug Gaging Members, Trilock Design RangeAbove 2.510 in. to and Including 8.010 in. .
22、2315 Plain Cylindrical Plug Gages, Annular Design Range Above 8.010 in. to andIncluding 12.010 in. . 2516 Thread Plug Gaging Members, Taper Lock Design Range From No. 0 to No. 12,Inclusive 2717 Thread Plug Gaging Members, Wire Type Design Range Above 0.030 in. toand Including 1.010 in. 2818 Thread P
23、lug Gaging Members, Taper Lock Design Range From14in. to andIncluding l12in. . 2919 Thread Plug Gaging Members, Trilock Design Range Above34in. to andIncluding 212in. 3020 Thread Plug Gaging Members, Trilock Design Range Above 212in. to andIncluding 8 in. 3121 Thread Plug Gaging Members, Annular Des
24、ign Range Above 8.010 in. . 3222 Fine-Pitch Instrument Thread Plug Gaging Members, Taper LockDesign Range No. 0 to 112in., Inclusive . 3323 Fine-Pitch Instrument Thread Plug Gaging Members, Trilock Design RangeAbove 112in. to and Including 212in. . 34iv24 Thread-Setting Plug Gaging Members, Truncate
25、d Type Range No. 0 to 112in.,Inclusive 3525 Thread-Setting Plug Gaging Members, Truncated Type Range Above 112in.to and Including 212in. . 3626 Thread-Setting Plug Gaging Members, Truncated Type Range Above 212in.to and Including 612in. . 3727 Taper Pipe-Thread Plug Gaging Members (L-1) Range116in.
26、to andIncluding 6 in. 3828 Taper Pipe-Thread Plug Gaging Members for L-3 and Minor Diameter Check(6 Step) . 3929 Plain Ring Gages Range Above 0.010 in. to and Including 1.510 in. . 4130 Plain Ring Gages Range Above 1.510 in. to and Including 12.260 in. 4231 Holders for Thread Ring Gages 4432 Thread
27、Ring Gages Range No. 0 to and Including 434in.; Also Fine-PitchInstrument Thread Ring Gages, No. 0 to and Including No. 12 . 4733 Thread Ring Gages Range Above 4.760 in. to and Including 8.510 in. . 4934 Thread Ring Gages Range Above 8.510 in. to and Including 12.260 in. 5035 Fine-Pitch Instrument T
28、hread Ring Gages Range Above 0.240 in. to andlncluding 2.510 in. 5136 Thread Ring Gage Adjusting Screws . 5337 Thread Ring Gage Sleeves . 5438 Thread Ring Gage Locking Screws . 5539 Solid, Nonadjustable Thread-Setting and Master (Reference) Ring GageBlanks Range 0.059 in. to 6.010 in. 5640 Taper Pip
29、e-Thread Ring Gages L1and L2 Range116in. to 8 in., Inclusive(Standard Basic Notch Design) 5840A Taper Pipe-Thread Ring Gages Step Limit Design 5941 Plug and Ring Gages for Checking Handles and Gaging Member Taper Shanksof Taper Lock Plug Gages Range Above 0.059 in. to and Including1.510 in. 6042 Han
30、dles for Spline Plug Gages Range Above 1.5 in. to and Including 8 in. . 6343 Washers for Spline Plug Gaging Members (Cup Type, Small) RangeAbove 1.5 in. to and Including 5 in. . 6344 Washers for Spline Plug Gaging Members (Cup Type, Large) RangeAbove 5 in. to and Including 8 in. . 6345 Involute, Ser
31、rated, and Straight-Sided Spline Composite and Sector PlugGages Range to and Including 2 in. . 6446 Involute, Serrated, and Straight-Sided Spline Composite and Sector PlugGaging Members Range Above 1.5 in. to and Including 8 in. 6547 Involute, Serrated, and Straight-Sided Spline Composite and Sector
32、 PlugGaging Members, Pilot Type Range Above 1.5 in. to and Including 8 in. . 6648 Involute, Serrated, and Straight-Sided Spline Tapered-Tooth Composite andSector Plug Gages, Master and Working Range to and Including 8 in. 6749 Involute and Serrated Spline Composite and Sector Ring Gages Range toand
33、Including 8 in. 6850 Involute and Serrated Spline Composite and Sector Ring Gages, PilotType Range Above 1.5 in. to and Including 8 in. . 6951 Straight-Sided Spline Composite Ring Gages, Prong Type, for Space Widths0.070 in. or Less Range to and Including 1 in. . 7052 Straight-Sided Spline Composite
34、 Ring Gages, Prong Type, for Space WidthsGreater Than 0.070 in. Range to and Including 6 in. . 7153 Straight-Sided Spline Composite Alignment Ring Gages, Double-End ProngType Range Above l in. to and lncluding 6 in. 7254 Built-Up Double-End Snap Gages for Tooth Thickness of Straight-SidedExternal Sp
35、lines . 7355 Machine Taper Plug Gages, With Tang . 74v56 Machine Taper Ring Gages, With Tang . 7657 Machine Taper Plug Gages, Without Tang 7858 Machine Taper Ring Gages, Without Tang 8159 Sizes of Combination Drills and Countersinks for Machine Taper Plug Gages . 8260 Plain Adjustable Snap Gages, Mo
36、dels A and B Details of Frame 8461 Plain Adjustable Snap Gages, Model C Details of Frame . 8662 Plain Adjustable Snap Gages, Model MC Details of Frame . 8863 Adjustable Snap Gages, Extended Anvil, Model E Details of Frame 9064 Models A, B, C, and E Snap Gage, and Models K and L Adjustable Length Gag
37、eAdjusting Screws . 9265 Models A, B, C, and E Snap Gage, and Models K and L Adjustable Length GageLocking Screws . 9266 Models A, B, C, and E Snap Gage, and Models K and L Adjustable Length GageLocking Bushings and Nuts . 9367 Model A Snap Gage Gaging Pins 9368 Models B, C, and E Snap Gage, and Mod
38、els K and L Adjustable Length GageGaging Buttons . 9469 Model C Snap Gage and Model L Adjustable Length Gage Anvils 9470 Model C Snap Gage and Model L Adjustable Length Gage Anvil Screws . 9571 Model E Snap Gage Anvil and Anvil Screws . 9672 Models A, B, C, E, and MC Snap Gage, and Models KA, KB, LA
39、, and LBAdjustable Length Gage Marking Disks . 9773 Adjustable Length Gages, Parts List . 10574 Recommended Applicability of Adjustable Length Gage as Related to ProductTolerance . 10575 Master Disks Range Above 0.105 in. to and Including 0.365 in. . 10776 Master Disks Range Above 0.365 in. to and I
40、ncluding 1.510 in. . 10877 Master Disks Range Above 1.510 in. to and Including 2.510 in. . 10978 Master Disks Range Above 2.510 in. to and Including 8.010 in. . 11079 Insulating Grips for Master Disks Range Above 0.105 in. to andIncluding 1.510 in. 11180 Separator Plates for Master Disks Range Above
41、 1.510 in. to andIncluding 8.010 in. 11281 Tie Rods for Master Disks Range Above 1.510 in. to and Including 8.010 in. 11282 Recommended Design of Flat Plug Gages Range Above 1.510 in. to andIncluding 8.010 in. 11483 Recommended Design of Barrel Type Flush Pin Gage 11584 Flat Plug Gage Additional Spe
42、cifications 11985 Handle for Flat Plug Gage . 119Mandatory AppendicesI Conversion Table From Inch to Millimeter . 121II Metric Equivalents of Selected Tables 124viFOREWORDThe original American Gage Design Committee was formed in 1926 to consolidate, for thebenefit of industry at large, the many inde
43、pendent efforts at gage standardization that were inprogress at the time.In March 1930, the standards developed were published as Miscellaneous Publication No. 100of the National Bureau of Standards, entitled “Plain and Thread Plug and Ring Gage Blanks,Recommended Commercial Standards,“ and were sub
44、sequently promulgated by the Departmentof Commerce as Commercial Standard CS8-30. They were later approved by the AmericanStandards Association (now the American National Standards Institute) as American StandardB47-1932.The first revision was designated CS8-33 and also approved as ASA B47-1933. A s
45、econd revisionwas made in 1940, and a third revision was published as CS8-51, effective April 15, 1951. ASupplement was issued to CS8-51 in 1955 and preparation of a fourth revision in supplementform was approved in 1961. It was decided, however, to issue a new document instead of addinganother supp
46、lement and, in 1961, the American Gage Design Committee, operating under theguidance of a Chairman, Secretary, Executive Committee, and seven technical subcommittees,prepared the last revision of this document published by the U.S. Department of Commerce asCommercial Standard CS8-61.In 1962, the Ame
47、rican Standards Association accepted the responsibility for distribution andmaintenance of the American Gage Design Standard CS8-61, Gage Blanks. The AmericanStandards Association designated this standard as ASA B47.1-1962.U.S.A. Standards Committee B47 was organized and staffed at a meeting held in
48、 Dearborn,Michigan, in January 1969. This Committee functions under the new designation AmericanNational Standards Committee B47. Seven subcommittees worked on the revision of the B47.1-1962document.In 1975, the dial indicator standardization was transferred from the jurisdiction of the B47.1Standar
49、ds Committee to that of ANSI Standards Committee B89.An American Standard implies a consensus of those substantially concerned with its scopeand provisions. An American Standard is intended as a guide to aid the manufacturer, theconsumer, and the general public. The existence of an American Standard does not in any respectpreclude anyone, whether he has approved the standard or not, from manufacturing, marketing,purchasing, or usi
