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ASME B89.1.6 2002 R2012

ASME B89.1.6 2002 R2012

$98.04

ASME B89.1.6 Measurement of Plain Internal Diameters for use as a Master Rings or Ring Guages

Published By Publication Date Number of Pages
ASME 2002 36
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This Standard is intended to establish uniform practices for the measurement of master rings or ring gages using horizontal methods. The standard includes requirements for geometric qualities of master rings or ring gages, the important characteristics of the comparison equipment, environmental conditions, and the means to assure that measurements are made with an acceptable level of accuracy. This Standard does not include measurement methods for rings below 1 mm (0.040 in.). The measurement method on these very small rings should be agreed upon prior to manufacture or calibration between the manufacturer/laboratory and customer.

PDF Catalog

PDF Pages PDF Title
5 CONTENTS
FIGURES
TABLES
NONMANDATORY APPENDICES
6 FOREWORD
7 COMMITTEE ROSTER
8 CORRESPONDENCE WITH THE B89 COMMITTEE
9 1 SCOPE
2 DEFINITIONS
10 3 REFERENCES
11 4 REQUIREMENTS OF MASTER RINGS AND RING GAGES
4.1 General
4.2 Design
4.3 Material
4.4 Surface Roughness
4.5 Geometric Requirements
4.5.1 General
12 4.5.2 Roundness
4.5.3 Straightness and Taper
4.6 Face Perpendicularity of Rings
4.7 Tolerance Classes
1 Surface Roughness Limits for Master Rings and Ring Gages
13 4.8 Identification
5 CALIBRATION OF AN IDENTIFIED DIAMETER
5.1 General
5.2 Location of Calibrated Diameter
5.3 Contact Force
2 Limits for Roundness, Taper, or Straightness for Master Rings and Ring Gages
14 5.4 Tilt Tables
1 Location of Calibrated Diameter
3 Diameter Tolerances for Classes and Sizes for Master Rings and Ring Gages
15 5.5 Measurements Using a Mechanical Comparator
5.5.1 Dual Sphere Contact Probe Configuration
5.5.1.1 Mastering to a Ring Gage
4 Face Squareness Error/Cosine Error Relationship
16 5.5.1.2 Mastering to a Gage Block Assembly
5.5.2 Single Sphere Contact Probe Configuration
5.5.2.1 Mastering to a Ring Gage
17 5.5.2.2 Mastering to Gage Blocks
5.5.3 Non-Contact Measurement Issues.
6 ENVIRONMENT
6.1 General
2 Typical Gage Block Combination Techniques for Ring Gage Measurements
18 6.2 Cleanliness
6.3 Vibration
6.4 Temperature
6.5 Humidity
6.6 Illumination
21 A EFFECTS OF FORM AND FORM ERRORS ON SIZE GEOMETRY
A1 INTRODUCTION
29 B MEASUREMENT UNCERTAINTY
B1 INTRODUCTION
B2 GENERAL
B3 EXAMPLE
B4 RELEVANT INPUTS FOR APPENDIX EXAMPLE
B5 MASTER GAGE CALIBRATION
30 B6 LONG TERM REPRODUCIBILITY OF MECHANICAL COMPARISON
B7 THERMAL UNCERTAINTIES
31 B8 ELASTIC DEFORMATION
B9 SCALE CALIBRATION
32 B10 INSTRUMENT GEOMETRY
B11 ARTIFACT GEOMETRY
33 C ISO CYLINDRICAL RING BLANK DESIGN
C1 RING GAUGES
C1.1 Plain Ring Gauges

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