SFS-ISO 1132-2:en

Soveltamisala

Suomenkielistä soveltamisalaa ei ole saatavissa.

This part of ISO 1132 establishes guidelines for measurement of dimensions, running accuracy and internal clearance of rolling bearings. The purpose is to outline the fundamentals of various measuring and gauging principles which may be used in order to clarify and comply with the definitions of ISO 1132-1 and ISO 5593. The measuring and gauging methods described in this part of ISO 1132 may differ amongst themselves and do not provide for a unique interpretation. It is recognized that there are other adequate measuring and gauging methods and that technical development may result in even more convenient methods. Therefore, this part of ISO 1132 does not imply any obligation to apply any particular method. However, the methods specified may be referred to in cases of dispute.

Tämän julkaisun valmistelusta Suomessa vastaa Metalliteollisuuden Standardisointiyhdistys ry, puh. 09 19 231 (vaihde).

Sisällysluettelo

Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols
5 General conditions

5.1 Measuring equipment
5.2 Masters and indicators
5.3 Arbors
5.4 Temperature
5.5 Measuring force and radius of measuring stylus
5.6 Coaxial measuring load
5.7 Measurement zone
5.8 Preparation before measuring
5.9 Reference face for measurements

6 Measuring and gauging principles and methods

6.1 General
6.2 Format of clauses
6.3 Caution

7 Principles of measuring bore diameter

7.1 Measurement of single bore diameter
7.2 Functional gauging of smallest single bore diameter of thrust needle roller and cage assembly and thrust washer
7.3 Measurement of single bore diameter of rolling element complement
7.4 Measurement of smallest single bore diameter of rolling element complement
7.5 Functional gauging of smallest single bore diameter of rolling element complement
7.6 Functional gauging of smallest single bore diameter of rolling element complement (radial needle roller and cage assemblies)

8 Principles of measuring outside diameter

8.1 Measurement of single outside diameter
8.2 Measurement of single outside diameter of rolling element complement
8.3 Functional gauging of largest single outside diameter of rolling element complement

9 Principles of measuring width and height

9.1 Measurement of single ring width
9.2 Measurement of single outer ring flange width
9.3 Measurement of actual bearing width (primary method)
9.4 Measurement of actual bearing width (alternative method)
9.5 Measurement of actual bearing height (thrust bearings)
9.6 Measurement of actual effective width of inner subunit (tapered roller bearings)
9.7 Measurement of actual effective width of outer ring (tapered roller bearings)

10 Principles of measuring ring and washer chamfer dimension

10.1 Measurement of single chamfer dimension (primary method)
10.2 Functional gauging of single chamfer dimension (alternative method)

11 Principles of measuring raceway parallelism

11.1 Measurement of parallelism of inner ring raceway with respect to the face
11.2 Measurement of parallelism of outer ring raceway with respect to the face

12 Principles of measuring surface perpendicularity

12.1 Measurement of perpendicularity of inner ring face with respect to the bore (method A)
12.2 Measurement of perpendicularity of inner ring face with respect to the bore (method B)
12.3 Measurement of perpendicularity of outer ring outside surface with respect to the face
12.4 Measurement of perpendicularity of outer ring outside surface with respect to the flange back face

13 Principles of measuring thickness variation

13.1 Measurement of variation in thickness between inner ring raceway and bore
13.2 Measurement of variation in thickness between outer ring raceway and outside surface
13.3 Measurement of variation in thickness between shaft washer raceway and back face
13.4 Measurement of variation in thickness between raceway and back face of central shaft washer
13.5 Measurement of variation in thickness between housing washer raceway and back face

14 Principles of measuring radial runout

14.1 Measurement of radial runout of inner ring of assembled bearing (primary method)
14.2 Measurement of radial runout of inner ring of assembled bearing (alternative method)
14.3 Measurement of radial runout of outer ring of assembled bearing (primary method)
14.4 Measurement of radial runout of outer ring of assembled bearing (alternative method)
14.5 Measurement of asynchronous radial runout of inner ring of assembled bearing

15 Principles of measuring axial runout

15.1 Measurement of axial runout of inner ring of assembled bearing
15.2 Measurement of axial runout of outer ring of assembled bearing
15.3 Measurement of axial runout of outer ring flange back face of assembled bearing

16 Principles of measuring radial clearance

16.1 Measurement of radial internal clearance (method A)

Annex A Cross-reference to clauses in ISO 1132-1 (normative)

Näytä kaikki

Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols
5 General conditions

5.1 Measuring equipment
5.2 Masters and indicators
5.3 Arbors
5.4 Temperature
5.5 Measuring force and radius of measuring stylus
5.6 Coaxial measuring load
5.7 Measurement zone
5.8 Preparation before measuring
5.9 Reference face for measurements

6 Measuring and gauging principles and methods

6.1 General
6.2 Format of clauses
6.3 Caution

7 Principles of measuring bore diameter

7.1 Measurement of single bore diameter
7.2 Functional gauging of smallest single bore diameter of thrust needle roller and cage assembly and thrust washer
7.3 Measurement of single bore diameter of rolling element complement
7.4 Measurement of smallest single bore diameter of rolling element complement
7.5 Functional gauging of smallest single bore diameter of rolling element complement
7.6 Functional gauging of smallest single bore diameter of rolling element complement (radial needle roller and cage assemblies)

8 Principles of measuring outside diameter

8.1 Measurement of single outside diameter
8.2 Measurement of single outside diameter of rolling element complement
8.3 Functional gauging of largest single outside diameter of rolling element complement

9 Principles of measuring width and height

9.1 Measurement of single ring width
9.2 Measurement of single outer ring flange width
9.3 Measurement of actual bearing width (primary method)
9.4 Measurement of actual bearing width (alternative method)
9.5 Measurement of actual bearing height (thrust bearings)
9.6 Measurement of actual effective width of inner subunit (tapered roller bearings)
9.7 Measurement of actual effective width of outer ring (tapered roller bearings)

10 Principles of measuring ring and washer chamfer dimension

10.1 Measurement of single chamfer dimension (primary method)
10.2 Functional gauging of single chamfer dimension (alternative method)

11 Principles of measuring raceway parallelism

11.1 Measurement of parallelism of inner ring raceway with respect to the face
11.2 Measurement of parallelism of outer ring raceway with respect to the face

12 Principles of measuring surface perpendicularity

12.1 Measurement of perpendicularity of inner ring face with respect to the bore (method A)
12.2 Measurement of perpendicularity of inner ring face with respect to the bore (method B)
12.3 Measurement of perpendicularity of outer ring outside surface with respect to the face
12.4 Measurement of perpendicularity of outer ring outside surface with respect to the flange back face

13 Principles of measuring thickness variation

13.1 Measurement of variation in thickness between inner ring raceway and bore
13.2 Measurement of variation in thickness between outer ring raceway and outside surface
13.3 Measurement of variation in thickness between shaft washer raceway and back face
13.4 Measurement of variation in thickness between raceway and back face of central shaft washer
13.5 Measurement of variation in thickness between housing washer raceway and back face

14 Principles of measuring radial runout

14.1 Measurement of radial runout of inner ring of assembled bearing (primary method)
14.2 Measurement of radial runout of inner ring of assembled bearing (alternative method)
14.3 Measurement of radial runout of outer ring of assembled bearing (primary method)
14.4 Measurement of radial runout of outer ring of assembled bearing (alternative method)
14.5 Measurement of asynchronous radial runout of inner ring of assembled bearing

15 Principles of measuring axial runout

15.1 Measurement of axial runout of inner ring of assembled bearing
15.2 Measurement of axial runout of outer ring of assembled bearing
15.3 Measurement of axial runout of outer ring flange back face of assembled bearing

16 Principles of measuring radial clearance

16.1 Measurement of radial internal clearance (method A)

Annex A Cross-reference to clauses in ISO 1132-1 (normative)

Tuoteryhmä(t)

21.100.20 Vierintälaakerit »

Sidokset

Velvoittavat viittaukset

ISO 104:- Rolling bearings — Thrust bearings — Boundary dimensions, general plan.
ISO 1132-1:2000 Rolling bearings — Tolerances — Part 1: Terms and definitions.
ISO 15241:2001 Rolling bearings — Symbols for quantities.

Tekninen komitea

ISO/TC 4/SC 4 (SFS-julkaisut) Rolling bearings - Vocabulary, boundary dimensions and geometrical product specifications »

Vahvistuspäivä

07.05.2012

Julkaisupäivä

25.05.2012

Painos

1

Sivumäärä

49

Julkaisun kieli

englanti