Information about Standards
List of Standards for Hardness Testing Machines and Test Equipment

QA-E200008 Rev.5.0
Drawn date：2023-09-25

The following table lists various national standards and international standards on hardness testing machines and test equipment including Japanese Industrial Standards (JIS), ISO International Standards, and other national standards. (The table below is investigated by Mitutoyo as of September, 2023)
Norm
Japan
International
Germany
U.K.
FranceU.S.A.
BrazilNomenclature*
JIS**
ISO**
DIN**
VDI**
BS**
NF**
ASTM**NBR**
1Vickers hardness test－Part 1: Test method

JIS Z 2244-1

2020

ISO 6507-1

2018

DIN EN ISO 6507-1

2018

Vickers hardness test－Verification and calibration of testing machines

JIS B 7725

2020

ISO 6507-2

2018

DIN EN ISO 6507-2

2018--BS EN ISO 6507-1

2018

NF EN ISO 6507-1

2018

BS EN ISO 6507-2

2018

NF EN ISO 6507-2

2018

E92E384

2023
2022

China
GB/T, JB/T**

ABNT NBR NM ISO6507-1

2019

GB/T 4340.1

ABNT NBR NM ISO6507-2

2019

GB/T 4340.2

2019

GB/T 4340.3

India
IS** ＊1

JJG, JJF**2009

JJG 151

2006

IS 1501-1

2020

JJG 151

2006

IS 1754
IS 1501-2IS 1501-2

2002
2020
2020

2012

JJG 148

2006

IS 1501-3

2020

2012
-Vickers hardness test－Calibration of reference blocks

JIS B 7735

2020

ISO 6507-3

2018

DIN EN ISO 6507-3

2018

BS EN ISO 6507-3

2018

NF EN ISO 6507-3

2018

ABNT NBR NM ISO6507-3

Vickers hardness test－Part 2: Tables of hardness values

JIS Z 2244-2

2020

ISO 6507-4

2018

DIN EN ISO 6507-4

2018

BS EN ISO 6507-4

2018

NF EN ISO 6507-4

2018

ABNT NBR NM ISO6507-4

2019

GB/T 4340.4

2022--IS 1501 -4

2020

2 Test methods for Vickers hardness at elevated temperatures
3JIS Z 2252

1991----------------

Rockwell hardness test－Test method

JIS Z 2245

2021

ISO 6508-1

2016

DIN EN ISO 6508-1

2016

BS EN ISO 6508-1

2016

NF EN ISO 6508-1

2016

ABNT NBR NM ISO6508-1

2019

GB/T 230.1

2018

JJG 1122013

IS 1586-1

2018

Rockwell hardness test－Verification and calibration oftesting machines and indenters

JIS B 7726

2017

ISO 6508-2

2015

DIN EN ISO 6508-2

2015

BS EN ISO 6508-2

2015

NF EN ISO 6508-2

2015

ABNT NBR NM ISO6508-2

2019

GB/T 230.2

2022

JJG 1122013

IS 1586-2

2018

Rockwell hardness test－Calibration of reference blocks

JIS B 7730

2017

ISO 6508-3

2015

DIN EN ISO 6508-3

2015

BS EN ISO 6508-3

2015

NF EN ISO 6508-3

2015

ABNT NBR NM ISO6508-3

2019

GB/T 230.3

2022

JJG 1132013

IS 1586-3

2018

JIS K 7202-2
JIS K 7202-2
Annex A (normative)

2001

ISO 2039-1
ISO 2039-2
ISO 2039-2
Annex A

2001
1987

DIN EN ISO 2039-1
DIN EN ISO 2039-2

2003
2000

BS EN ISO 2039-1
BS EN ISO 2039-2

2003
2000

NF EN ISO 2039-1
NF EN ISO 2039-2

2003
1999

ASTM D785-08

2015

GB/T 3398.1
GB/T 3398.2

2008
2008

JJG 369
JJG 884

1993
1994--1987------

ASTM D785-08

2015

----

Brinell hardness test－Part 1: Test method

JIS Z 2243-1

2018

ISO 6506-1

2014

DIN EN ISO 6506-1

2015

BS EN ISO 6506-1

2014

NF EN ISO 6506-1

2014

ABNT NBR NM6506-1

2019

GB/T 231.1

2018

JJG 150

2005

IS 1500-1

2019

Brinell hardness test－Verification and calibration of testing machines

JIS B 7724

2017

ISO 6506-2

2017

DIN EN ISO 6506-2

2019

BS EN ISO 6506-2

2018

NF EN ISO 6506-2

2018

ABNT NBR NM6506-2

2019

GB/T 231.2

2022

JJG 150

2005

IS 1500-2

2021

ABNT NBR NM6506-3

2019

GB/T 231.3

2022

JJG 1472017

IS 1500-3

2019

2019

GB/T 231.4

2009--IS 1500-4

2019

-

GB/T 4341.1

2014

-

GB/T 4341.2

2016

--

GB/T 4341.3

2016

1991
2003
1991
1991

--

JJG 346
JJG 304
JJG 346
JJG 347

4 Plastics－Determination of hardness－Part 1: Ball indentation method *2
Plastics－Determination of hardness－Part 2: Rockwell hardness
Rockwell－α hardness－Test method
5------

E18

ASTM E10-2022

2018

-

2017

ISO 6506-3

2014

DIN EN ISO 6506-3

2015

Brinell hardness test－Part 2: Table of hardness values

JIS Z 2243-2

2018

ISO 6506-4

2014

DIN EN ISO 6506-4

JIS H 0511
JIS Z 2246

2015
2022

--

Shore hardness test－Verification of testing machines

JIS B 7727

2000

--

Shore hardness test－Calibration of reference blocks

JIS B 7731

2000

Knoop hardness test－Part 1: Test method

JIS Z 2251-1

2020

ISO 4545-1

2017

DIN EN ISO 4545-1

2019

BS EN ISO 4545-1

2018

NF EN ISO 4545-1

2018

GB/T 18449.1

2009

JJG1047

2009

IS 6885-1

2020

JIS B 7734
JIS B 7734
Annex A（infomative）

2020

ISO 4545-2

2017

DIN EN ISO 4545-2

2018

BS EN ISO 4545-2

2017

NF EN ISO 4545-2

2018

GB/T 18449.2

2012

JJG 1047

2009

IS 6885-2

2020

2020

----------------

ISO 4545-3

2017

DIN EN ISO 4545-3

2018

BS EN ISO 4545-3

2017

NF EN ISO 4545-3

2018

GB/T 18449.3

2012

JJG 1048

2009

IS 6885-3

2020

JIS Z 2251-2

2020

ISO 4545-4

2017

DIN EN ISO 4545-4

2018

BS EN ISO 4545-4

2018

NF EN ISO 4545-4

2018

GB/T 18449.4

2022

--

IS 6885-4

2020--ISO 4516

2002

DIN EN ISO 4516

2002--BS EN ISO 4516

2002

NF EN ISO 4516

2002

----

GB/T 9790

2021------ISO 18265

2013-BS EN ISO 18265

2013

NF EN ISO 18265

2013

----

GB/T 33362

2016----2015

2014
2016--ISO 16859-1

DIN EN ISO 18265
DIN EN ISO 16859-1-

BS EN ISO 16859-1

2015

NF EN ISO 16859-1

2015

GB/T 17394.1

2014

JJG 747

1999

ISO 16859-2

2015

DIN EN ISO 16859-2

2016-BS EN ISO 16859-2

2015

NF EN ISO 16859-2

2015

GB/T 17394.2

2022

JJG 747

1999--ISO 16859-3

2015

DIN EN ISO 16859-3

2016

BS EN ISO 16859-3

2015

NF EN ISO 16859-3

2015

GB/T 17394.32022--

DIN 50157-1

2020

Metallic materials－Knoop hardness test－Part 3: Calibration ofreference blocks *2
Knoop hardness test－Part 2: Table of hardness values
8 Metallic and other inorganic coatings－Vickers and Knoop
microhardness tests *2
9 Metallic materials－Conversion of hardness values *2
10
Metallic materials－Leeb hardness test－Part 1: Test method *2
Metallic materials－Leeb hardness test－Part 2: Verification andcalibration of the testing devices *2--

Metallic materials－Leeb hardness test－Part 3: Calibration of reference
test blocks *211 Hardness testing with portable measuring instruments operating withmechanical penetration depth－Test method *3
Hardness testing with portable measuring instruments operating withmechanical penetration depth－
Verification and calibration of the testing devices *3

----

-

-

Tension / compression testing machines－Calibration and verification ofthe force-measuring system

-----

-

-

JIS B 7728

2013

JIS B 7721

2014

2015

BS EN ISO 6506-4

2014

NF EN ISO 6506-4

2014--------ABNT NBR NM6506-4----------DIN 50157-22020

DIN 50158-1

2008

DIN 50158-2

2008

DIN 50159-1

2022

-----

E92
E384

A956/A956M-17a

2023
2022

2017

------------------------------------

GB/T 34205

2017--------A 1038

2019

--

JJF 1436

2013--

DIN 50159-2

2022

---

VDI/VDE 2616-1
VDI/VDE 2616-2

2012
2014

--------------ISO 376

2011

DIN EN ISO 376

2011--BS EN ISO 376

2011

NF EN ISO 376

2011

E74-18e1

2018

ABNT NBR ISO 376

2021

GB/T 13634

2019

JJG 734

2001

IS 4169

2014

ISO 7500-1

2018

DIN EN ISO 7500-1

2018

BS EN ISO 7500-1

2018

NF EN ISO 7500-1

2018

E42021ABNT NBR NM ISO7500-1

2023

GB/T 16825.1

2022

JJF 1296.1
JJF 1296.2
JJF 1296.3

2011
2011
2011

DIN EN ISO 7500-1
Supplementary sheet 1

2022

--

DIN EN ISO 7500-1
Supplementary sheet 2

2022

DIN EN ISO 7500-1
Supplementary sheet 3

1999

2018
-18 Metallic materials－Verification of static uniaxial testing machines－
Part 2: Tension creep testing machines－
Verification of the applied force *2

NF EN ISO 6506-3-

13 Hardness testing with the UCI method Part 1: Test method *3
Hardness testing with the UCI method Part 2: Verification andcalibration of the testing devices *3
14 Hardness testing of metallic materials (HBT, HVT etc.) *3
15 Hardness testing of plastics and elastomers *3
16 Calibration of force-proving instruments used for the verificationof uniaxial testing machines
172014-12 Hardness testing with portable measuring instruments operating withelectrical penetration depth－Test method *3
Hardness testing with portable measuring instruments operating withelectrical penetration depth－Verification and calibrationof the testing devices *3

BS EN ISO 6506-3-

JIS B 7736

Knoop hardness test－Verification and calibration of testing machines

19--

Brinell hardness test－Calibration of reference blocks

Titanium and titanium alloys－Brinell hardness test for titanium sponge
6 Shore hardness test－Test method

7

2001

-----------------

ISO 7500-2

2006

DIN EN ISO 7500-2

2007--BS EN ISO 7500-2

2006

NF EN ISO 7500-2

2007

----

GB/T16825.2

2018

JJF 1296.1
JJF 1296.2
JJF 1296.3

2011
2011
2011

--JIS Z 2271

2019

ISO 204

2023

DIN EN ISO 204

2019

--

BS EN ISO 204

2023

NF EN ISO 204

2023

--

ABNT NBR ISO
4965-1

2016

GB/T 2039

2012

---

-

JIS D 4421

1996--------------------JIS G 0557

2019

ISO 18203

2016

DIN EN ISO 18203

2022

--

BS EN ISO 18203

2022

NF EN ISO 18203

2022

----

GB/T 9450

2005

JJF 1721

2018--JIS G 0558

2020

ISO 3887

2017

DIN EN ISO 3887

2018--BS EN ISO 3887

2018

NF EN ISO 3887

2018

----

GB/T 224

2019----JIS G 0559

2019

ISO 18203

2016

DIN EN ISO 18203

2022--BS EN ISO 18203

2022

NF EN ISO 18203

2022

----

GB/T 5617

2005------ISO 18203

2016

DIN EN ISO 18203

2022

--

BS EN ISO 18203

2022

NF EN ISO 18203

2022------------

ISO 4507

2000

DIN EN ISO 4507

2007

--

BS EN ISO 4507

2007

NF EN ISO 4507

2007--------------DIN EN ISO 18203

2022

--

BS EN ISO 18203

2022

NF EN ISO 18203

2022--------------DIN EN ISO 18203

2022

-

-

BS EN ISO 18203

2022

NF EN ISO 18203

2022----------JIS G 0561
JIS G 0562
JIS G 0563

2020
1993
1993

ISO 642
ISO 18203
-

1999
2016
-

DIN EN ISO 642
DIN EN ISO 18203
-

2000
2022
--

-

BS EN ISO 642
BS EN ISO 18203
-

1999
2022
-

NF EN ISO 642
NF EN ISO 18203
-

1999
2022
---

-

GB/T 225
GB/T 11354
-

2006
2005
--

-

-

-

JIS K 6250

2019

ISO 23529

2016

DIN ISO 23529

2020

--

BS ISO 23529

2016

NF ISO 23529

2017

--

ABNT NBR ISO23529

2014

GB/T 2941

2006------ISO 4498

2010

DIN EN ISO 4498

2010

--

BS EN ISO 4498

2010

NF EN ISO 4498

2010

----

GB/T 9097

2016--IS 15703

2018----------------

GB/T 9097

2016--------------------

GB/T 3850

2015

---

-

JIS K 6253-1

2012

ISO 48-1

2018

----

BS ISO 48-1

2018

NF ISO 48-1

2018

----

GB/T 23651

2009

----

Rubber, vulcanized or thermoplastic－Determination of hardness－Part 2: IRHD method (hardness between 10 IRHD and 100 IRHD)

JIS K 6253-2

2012

ISO 48-2

2018

DIN ISO 48-2

2021

--

BS ISO 48-2

2018

NF ISO 48-2

2018

----

GB/T 6031

2017

----

Rubber, vulcanized or thermoplastic－Determination of hardness－
Part 3: Dead-load hardness using the very low rubber hardness(VLRH) scale *2--

ISO 48-3

2018

DIN ISO 48-3

2021

--

BS ISO 48-3

2018

NF ISO 48-3

2018----------JIS K 6253-3

2023

ISO 48-4

2018

DIN ISO 48-4

2021

--

BS ISO 48-42018NF ISO 48-4

2018

ASTM D2240-15

2021

-

-

GB/T 531.1

2008--IS 13360-5

2013

JIS K 7215

1986

ISO 868

2003

DIN EN ISO 868

2003--BS EN ISO 868

2003

NF EN ISO 868

2003

----

GB/T 2411

2008

---

-

JIS K 6253-4

2012

ISO 48-5

2018

---

-

BS ISO 48-5

2018

NF ISO 48-5

2018

---

-

GB/T 531.2

2009

-

-

IS 3400-2

2019

Rubber, vulcanized or thermoplastic－Determination of hardness－
Part 6: Apparent hardness of rubber-covered rollers by IRHD method *2--

ISO 48-6

2018

----

BS ISO 48-62018

NF ISO 48-6

2018----------

Rubber, vulcanized or thermoplastic－Determination of hardness－
Part 7: Apparent hardness of rubber-covered rollers by Shore-type
durometer method *2--

ISO 48-7

2018

----

BS ISO 48-7

2018

NF ISO 48-7

2018----------

Rubber, vulcanized or thermoplastic－Determination of hardness－
Part 8: Apparent hardness of rubber-covered rollers by Pusey
and Jones method *2--ISO 48-8

2018

DIN ISO 48-8

2021--BS ISO 48-8

2018

NF ISO 48-8

2018----------JIS K 6253-5

2012

ISO 48-9

2018

DIN ISO 48-9

2021

--

BS ISO 48-9

2018

NF ISO 48-9

2018

ASTM D2240-15

2021

----

2019

-ISO 21509

2006

DIN EN ISO 21509

2015

--

BS EN ISO 21509

2015

NF EN ISO 21509

2015------

2003
2008

IS 3400-2-

JJG 304（A)JJG 1039（D)----ISO 9015-1

2001

DIN EN ISO 9015-1

2011

--

BS EN ISO 9015-1

2011

NF EN ISO 9015-1

2011------------

ISO 9015-2

2016

DIN EN ISO 9015-2

2016

--

BS EN ISO 9015-2

2016

NF EN ISO 9015-2

2016

----

GB/T 27552

2021------

ISO 14577-1

2015

DIN EN ISO 14577-1

2015--BS EN ISO 14577-1

2015

NF EN ISO 14577-1

2015

----

GB/T 21838.1

2019

---

-

Metallic materials－Instrumented indentation test for hardness andmaterials parameters－Part 2: Verification and calibration of testingmachines *2--ISO 14577-2

2015

DIN EN ISO 14577-2

2015

--

BS EN ISO 14577-2

2015

NF EN ISO 14577-2

2015----------

Metallic materials－Instrumented indentation test for hardness andmaterials parameters－Part 3: Calibration of reference blocks *2--ISO 14577-3

2015

DIN EN ISO 14577-3

2015--BS EN ISO 14577-3

2015

NF EN ISO 14577-3

2015----------

Metallic materials－Instrumented indentation test for hardness andmaterials parameters－Part 4: Test method for metallic andnon-metallic coatings *2--ISO 14577-4

2016

DIN EN ISO 14577-4

2017--BS EN ISO 14577-4

2016

NF EN ISO 14577-4

2017----------

Metallic materials－Instrumented indentation test for hardness andmaterials parameters－Part 5: Linear elastic dynamic instrumentedindentation testing (DIIT) *2--

ISO 14577-5

2022

---

-

BS ISO 14577-5

2022------------

Mettalic materials－Uniaxial creep testing in tension－Method of test

20 Method of hardness test for brake linings, pads and clutch facingsof automobiles
21 Methods of measuring case depth hardened by carburizing
treatment for steel
22Steels－Determination of depth of decarburization
23 Steel－Determination of case depth after flame hardening orinduction hardening
24 Steel－Determination of the thickness of surface－hardened layers *2
25 Sintered ferrous materials, carburized or carbonitrided－Determinationand verification of case-hardening depth by a micro-hardness test *2
26 Iron and steel－Determination of the conventional depth ofhardening after surface heating; German version EN 10328:2005 *3
27 Hardness depth of heat-treated parts; determination of theeffective depth of hardening after nitriding *3
28 Method of hardenability test for steel (End quenching method)
29 Method of measuring nitrided case depth for iron and steel
30 Method of measuring surface hardness for nitrided iron and steel
31 Rubber－General procedures for preparing and conditioning
test pieces for physical test methods
32 Sintered metal materials, excluding hardmetals－Determination ofapparent hardness and microhardness *2
33 Sintered metal materials, excluding hardmetals－Determination of apparent
hardness－Part 1: Materials of essentially uniform section hardness *3
34 Sintered metal materials, excluding hardmetals－Determinationof apparent hardness－Part 2: Case-hardened ferrous materials,
surface enriched by carbon or carbon and nitrogen *3
35 Rubber, vulcanized or thermoplastic-－Determination of hardeness－
Part 1: General guidanceRubber, vulcanized or thermoplastic－Determination of hardness－
Part 3: Durometer method
Testing Methods for Durometer Hardness of Plastics
Rubber, vulcanized or thermoplastic－Determination of hardness－
Part 4: IRHD pocket meter method

Rubber, vulcanized or thermoplastic－Determination of hardness－
Part 5: Calibration and verification of hardness testers
36 Destructive tests on welds in metallic materials－Hardness testing－Part 1: Hardness test on arc welded joints *2
37 Destructive tests on welds in metallic materials－Hardness testing－Part 2: Microhardness testing of welded joints *2
38 Metallic materials－Instrumented indentation test for hardness andmaterials parameters－Part 1: Test method *2This information is based on our survey, as of September 2023.
*The names of these standards are based on JIS standards. Refer to ＊3 and ＊4 for the names of standards other than JIS standards.
**JIS：Japan Industrial Standard、ISO：International Organization for Standardization、DIN：Deutsche Normen、VDI：Verein Deutscher Ingenieure、BS：British Standards、NF：Norme Franaise、ANSI/ASME：American National Standards Institute/American Society of Mechanical Engineers、Federal：Federal Specifications and Standards、
NBR：Brazilian National Standards、GB/T、JJG、JJF：Chinese National Standard、 JB/T：Chinese Industrial Standard、IS：Indian Standard＊1: For IS (Indian Standard), we noted the year of establishment.
＊2: The names of these standards are based on ISO standards.
＊3: The names of these standards are translated into English by Mitutoyo Corporation.

Information about Standards
List of Standards for Hardness Testing Machines and Test Equipment

QA-E200008 Rev.5.0
Drawn date：2023-09-25

The following table lists various national standards and international standards on hardness testing machines and test equipment including Japanese Industrial Standards (JIS), ISO International Standards, and other national standards. (The table below is investigated by Mitutoyo as of November, 2022)
Norm
Japan
International
GermanyU.K.
FranceU.S.A.
BrazilNomenclature*
JIS**
ISO**
DIN**
VDI**
BS**
NF**
ASTM**NBR**
39 Plastics－Instrumented micro-indentation test for hardness measurement
ISO/TS 19278
2019
PD ISO/TS 19278
2019*240 Testing method for barcol hardness of glass fiber reinforced plasticsJIS K 7060
1995
DIN EN 59
2016
BS EN 59
2016
41 Testing methods for fracture toughness of fine ceramics atJIS R 1607
2015
room temperature
42 Plastics erasers
JIS S 6050
2008
43 Methods of test for woods
JIS Z 2101
2009
44 Testing Method of Maximum Hardness in Weld Heat－Affected Zone
JIS Z 3101
1990
45 Method of Hardness Test for Deposited Metal
JIS Z 3114
1990
46 Method of Taper Hardness Test in Weld Heat－Affected Zone
JIS Z 3115
1973
47 Methods for the calibration of vibration and shock pick-ups－Basic
JIS B 0908
1991
ISO 16063-1
2016
ISO 16063-1
2016
concepts
48 Methods for the calibration of vibration and shock transducers－
ISO 16063-11
1999
BS ISO 16063-11
1999
Part 11: Primary vibration calibration by laser interferometry *2
49 Methods for the calibration of vibration and shock transducers－
ISO 16063-21
2003
DINI ISO 16063-21
2016
BS ISO 16063-21
2003
Part 21: Vibration calibration by comparison to a reference transducer *2
50 Methods for the calibration of vibration and shock transducers－
ISO 16063-22
2005
DINI ISO 16063-22
2015
BS ISO 16063-22
2005
Part 22: Shock calibration by comparison to a reference transducer *2
51 Methods for the calibration of vibration and shock transducers－
ISO 16063-16
2014
DINI ISO 16063-16
2015
BS ISO 16063-16
2014
Part 16: Calibration by Earth's gravitation *2

China
GB/T, JB/T**India
IS** ＊1

JJG, JJF**-----

IS 13360-5

2018

-

GB/T 3854

2017------------

GB/T 1941-2009------

GB/T 20485.1

2008

-----

GB/T 20485.11

2006

-----

GB/T 20485.21

2007

-----

GB/T 20485.22

2008

-----

GB/T 20485.162018----

Methods for the calibration of vibration and shock transducers－
Part 17: Primary calibration by centrifuge *2--

ISO 16063-17

2016

---

-

BS ISO 16063-17

2016

-----

-

GB/T 13823.14

1995

--

-

-

Methods for the calibration of vibration and shock pick-ups－
Part 8: Primary calibration by dual centrifuge *2--

ISO 5347-8

1993

---

-

-

-

-

-

-

-

---

-

-

-

-

-

Methods for the calibration of vibration and shock transducers－
Part 31: Testing of transverse vibration sensitivity *2--

ISO 16063-31

2009------------

GB/T 20485.31

2011

--

-

-

Methods for the calibration of vibration and shock pick-ups－
Part 12: Testing of transverse shock sensitivity *2--

ISO 5347-12

1993

---

-

BS ISO 16063-31

2009

----

-

-

GB/T 13823.9

1994

--

-

-

Methods for the calibration of vibration and shock pick-ups－
Part 13: Testing of base strain sensitivity *2--

ISO 5347-13

1993------------------

Methods for the calibration of vibration and shock transducers－
Part 32: Resonance testing－Testing the frequency and thephase response of accelerometers by means of shock excitation *2--

ISO 16063-32

2016------

--

-

-

-

-

GB/T 13823.12

1995

--

-

-

Methods for the calibration of vibration and shock pick-ups－
Part 15: Testing of acoustic sensitivity *2--

ISO 5347-15

1993

--

-

-

BS ISO 16063-32

2016

---

-

-

-

GB/T 13823.17

1996

---

-

Methods for the calibration of vibration and shock pick-ups－
Part 16: Testing of mounting torque sensitivity *2--

ISO 5347-16

1993------------

GB/T 13823.5

1992

---

-

Methods for the calibration of vibration and shock transducers－
Part 34: Testing of sensitivity at fixed temperatures *2--

ISO 16063-34

2019--------------

-

-

-

-

Methods for the calibration of vibration and shock pick-ups－
Part 18: Testing of transient temperature sensitivity *2--

ISO 5347-18

1993

----

BS ISO 16063-34

2019------

GB/T 13823.15

1995

----

Methods for the calibration of vibration and shock transducers－
Part 33: Testing of magnetic field sensitivity *2--ISO 16063-33

2017

----

BS ISO 16063-33

2017------

GB/T 20485.33

2018

--

-

-

-

-

ISO 16063-12

2002

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-

BS ISO 16063-12

2002

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-

GB/T 20485.12

2008

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---ISO 5347-22

1997

---

-

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GB/T 13823.20

2008

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JIS B 7737

1995

ISO 21940-212022

DIN ISO 21940-21

2013

--

BS ISO 21940-21

2012--------JJF1570

2016--

52 Methods for the calibration of vibration and shock transducers－
Part 12: Primary vibration calibration by the reciprocity method *2
53 Methods for the calibration of vibration and shock pick-ups－
Part 22: Accelerometer resonance testing－General methods *2
54Balancing machines

This information is based on our survey, as of September 2023.
*The names of these standards are based on JIS standards. Refer to ＊3 and ＊4 for the names of standards other than JIS standards.
**JIS：Japan Industrial Standard、ISO：International Organization for Standardization、DIN：Deutsche Normen、VDI：Verein Deutscher Ingenieure、BS：British Standards、NF：Norme Franaise、ANSI/ASME：American National Standards Institute/American Society of Mechanical Engineers、Federal：Federal Specifications and Standards、
NBR：Brazilian National Standards、GB/T、JJG、JJF：Chinese National Standard、 JB/T：Chinese Industrial Standard、IS：Indian Standard＊1: For IS (Indian Standard), we noted the year of establishment.
＊2: The names of these standards are based on ISO standards.
＊3: The names of these standards are translated into English by Mitutoyo Corporation.