TESTING ISO/IEC 17025:2017 FOR AUTOPARTS AND ...iapht.org/certi/NABL_mechanical.pdfCopper Alloy Zn...

TESTING AND EVALUATION LABORATORY, INSTITUTEFOR AUTOPARTS AND HAND TOOLS TECHNOLOGY

has been assessed and accredited in accordance with the standard

ISO/IEC 17025:2017''General Requirements for the Competence of Testing &

Calibration Laboratories''for its facilities at

A9, PHASE V, FOCAL POINT, LUDHIANA, PUNJAB, INDIA

in the field of

TESTINGCertificate Number: TC-5628

Issue Date: 12/07/2019 Valid Until: 11/07/2021

This certificate remains valid for the Scope of Accreditation as specified in the annexure subject to continuedsatisfactory compliance to the above standard & the relevant requirements of NABL.

(To see the scope of accreditation of this laboratory, you may also visit NABL website www.nabl-india.org)

Signed for and on behalf of NABL

N. VenkateswaranChief Executive Officer

S.No Discipline / Group Product / Material ofTest

Specific TestPerformed

Test MethodSpecificationagainst which testsare performed

Range of Testing/Limits of Detection

Permanent Facility

1 CHEMICAL- METALS& ALLOYS

Aluminium &Aluminium Alloy

Cu ASTM E 1251: 2011 0.1 % to 22 %



Fe ASTM E 1251: 2011 0.1 % to 3.3 %



Mg ASTM E 1251: 2011 0.01 % to 11 %



Mn ASTM E 1251: 2011 0.01 % to 12 %



Ni ASTM E 1251: 2011 0.01 % to 11 %



Pb ASTM E 1251: 2011 0.01 % to 1 %



Si ASTM E 1251: 2011 0.05 % to 25 %



Sn ASTM E 1251: 2011 0.01 % to 1 %



Ti ASTM E 1251: 2011 0.01 % to 0.30 %



Zn ASTM E 1251: 2011 0.01 % to 13 %


Aluminum & its alloys Cr ASTM 1251: 2011 0.01 % to 0.37 %


Carbon steel and lowalloy steel

Al ASTM E 415: 2015 0.010 % to 0.60 %



B ASTM E 415: 2015 0.001 % to 0.01 %

This is annexure to 'Certificate of Accreditation' and does not require any signature.

Laboratory Name TESTING AND EVALUATION LABORATORY, INSTITUTE FOR AUTOPARTS ANDHAND TOOLS TECHNOLOGY, A9, PHASE V, FOCAL POINT, LUDHIANA, PUNJAB ,INDIA

Accreditation Standard ISO/IEC 17025:2017

Certificate Number TC-5628 Page No. : 1 / 23

Validity 12/07/2019 to 11/07/2021 Last Amended on -







C ASTM E 415 : 2015 0.02 % to 1.5 %



Cr ASTM E 415: 2015 0.010 % to 3.0 %



Cu ASTM E 415: 2015 0.02 % to 1.1 %



Mn ASTM E 415 : 2015 0.05 % to 19 %



Mo ASTM E 415: 2015 0.010 % to 1.0 %



N ASTM E 415: 2015 0.002 % to 0.9 %



Nb ASTM E 415: 2015 0.004 % to 0.15 %



Ni ASTM E 415: 2015 0.01 % to 4.5 %



P ASTM E 415 : 2015 0.002 % to 0.12 %



S ASTM E 415: 2015 0.001 % to 0.4 %



Si ASTM E 415: 2015 0.01 % to 2.1 %



Ti ASTM E 415: 2015 0.001 % to 0.20 %



V ASTM E 415: 2015 0.002 % to 0.5 %


Cast Iron C ASTM E 1999: 2018 1.90 % to 3.80 %











Cast Iron Cr ASTM E 1999: 2018 0.01 % to 2.00 %


Cast Iron Cu ASTM E 1999: 2018 0.015 % to 0.75 %


Cast Iron Mn ASTM E 1999: 2018 0.1 % to 2.0 %


Cast Iron Mo ASTM E 1999: 2018 0.01 % to 0.60 %


Cast Iron Ni ASTM E 1999: 2018 0.020 % to 2.50 %


Cast Iron P ASTM E 1999: 2018 0.001 % to 1.0 %


Cast Iron S ASTM E 1999: 2018 0.010 % to 0.20 %


Cast Iron Si ASTM E 1999: 2018 0.15 % to 3.0 %


Cobalt & its alloys Al DC-176/00/01/01/2019:2019

0.001 % to 1.5 %


Cobalt & its alloys C DC-176/00/01/01/2019:2019

0.002 % to 2.6 %


Cobalt & its alloys Cr DC-179/00/01/01/2019:2019

8.5 % to 35.00 %


Cobalt & its alloys Cu DC-176/00/01/01/2019:2019

0.002 % to 0.15 %


Cobalt & its alloys Fe DC-176/00/01/01/2019:2019

0.005 % to 3.4 %


Cobalt & its alloys Mn DC-176/00/01/01/2019:2019

0.002 % to 2.25 %











Cobalt & its alloys Mo DC-176/00/01/01/2019:2019

0.005 % to 8.5 %


Cobalt & its alloys Ni DC-176/00/01/01/2019:2019

0.005 % to 42.00 %


Cobalt & its alloys P DC-176/00/01/01/2019:2019

0.001 % to 0.05 %


Cobalt & its alloys S DC-176/00/01/01/2019:2019

0.001 % to 0.040 %


Cobalt & its alloys Si DC-176/00/01/01/2019:2019

0.005 % to 2.3 %


Cobalt & its alloys W DC-176/00/01/01/2019:2019

0.05 % to 16.00 %


Copper & Its alloy Al BS EN 15079: 2015 0.01 % to 12.0 %


Copper & its alloy Cr BS EN 15079: 2015 0.0001 % to 2.5 %


Copper & Its alloy Fe BS EN 15079: 2015 0.01 % to 6.5 %


Copper & its alloy Ni BS EN 15079: 2015 0.01 % to 35.00 %


Copper & its alloy P BS EN 15079: 2015 0.002 % to 1.1 %


Copper & Its alloy Pb BS EN 15079: 2015 0.01 % to 22 %


Copper & its alloy Sn BS EN 15079: 2015 0.01 % to 22 %


Copper Alloy Zn BS EN 15079: 2015 0.01 % to 46 %











Nickel & its Alloy Al DC-177/00/01/01/2019:2019

0.005 % to 7.0 %


Nickel & its Alloy B DC-177/00/01/01/2019:2019

0.0001 % to 3.2 %


Nickel & its Alloy C DC-177/00/01/01/2019:2019

0.001 % to 1.5 %


Nickel & its Alloy Co DC-177/00/01/01/2019:2019

0.001 % to 23.00 %


Nickel & its Alloy Cr DC-177/00/01/01/2019:2019

0.001 % to 33.00 %


Nickel & its Alloy Cu DC-177/00/01/01/2019:2019

0.005 % to 50.00 %


Nickel & its Alloy Fe DC-177/00/01/01/2019:2019

0.001 % to 52.00 %


Nickel & its Alloy Mn DC-177/00/01/01/2019:2019

0.001 % to 3.00 %


Nickel & its Alloy Mo DC-177/00/01/01/2019:2019

0.001 % to 35.00 %


Nickel & its Alloy N DC-177/00/01/01/2019:2019

0.0004 % to 0.03 %


Nickel & its Alloy Nb DC-177/00/01/01/2019:2019

0.001 % to 8.00 %


Nickel & its Alloy Si DC-177/00/01/01/2019:2019

0.001 % to 6.00 %


Nickel & its Alloy Ti DC-00/01/01/2019:2019

0.0005 % to 6.5 %


Stainless Steel Al ASTM E 1086: 2014 0.001 % to 0.20 %











Stainless Steel C ASTM E 1086: 2014 0.01 % to 0.8 %


Stainless Steel Cr ASTM E 1086: 2014 8.00 % to 33 %


Stainless steel Cu ASTM E 1086: 2014 0.05 % to 4.00 %


Stainless Steel Mn ASTM E 1086: 2014 0.10 % to 2.0 %


Stainless Steel Mo ASTM E 1086: 2014 0.03 % to 11.00 %


Stainless Steel Nb ASTM E 1086: 2014 0.01 % to 2.8 %


Stainless Steel Ni ASTM E 1086: 2014 0.30 % to 45.00 %


Stainless Steel P ASTM E 1086: 2014 0.003 % to 0.05 %


Stainless Steel S ASTM E 1086: 2014 0.003 % to 0.40 %


Stainless Steel Si ASTM E 1086: 2014 0.10 % to 1.4 %


Stainless Steel Ti ASTM E 1086: 2014 0.01 % to 0.60 %


Titanium & titaniumAlloy

Al DC-179/00/01/01/2019:2019

0.0005 % to 9.00 %



C DC-179/00/01/01/2019:2019

0.001 % to 0.017 %



Cr DC-179/00/01/01/2019:2019

0.0005 % to 2.20 %












Cu DC-179/00/01/01/2019:2019

0.0005 % to 2.5 %



Fe DC-179/00/01/01/2019:2019

0.001 % to 2.00 %



Mn DC-179/00/01/01/2019:2019

0.0005 % to 5.50 %



Mo DC-179/00/01/2019:2019

0.001 % to 17.00 %



Nb DC-179/00/01/01/2019:2019

0.01 % to 7.5 %



Ni DC-179/00/01/01/2019:2019

0.005 % to 0.08 %



Si DC-179/00/01/01/2019:2019

0.001 % to 0.75 %



Sn DC-179/00/01/01/2019:2019

0.001 % to 12.00 %



V DC-179/00/01/01/2019:2019

0.001 % to 4.5 %



W DC-179/00/01/01/2019:2019

0.005 % to 1.00 %



Zr DC-179/00/01/01/2019:2019

0.001 % to 5.5 %


Tool Steel C dc-29/02/21/01/2017:2017

0.35 % to 2.2 %


Tool Steel Co DC-29/02/21/02/2017:2017

0.01 % to 10.0 %


Tool Steel Cr DC-29/02/21/02/2017:2017

0.10 % to 14.0 %











Tool Steel Mn DC-29/02/21/02/2017:2017

0.10 % to 2.5 %


Tool Steel Mo DC-29/02/21/02/2017:2017

0.02 % to 6.0 %


Tool SteeL Ni DC-29/02/21/02/2017:2017

0.01 % to 2.0 %


Tool Steel P DC-29/02/21/02/2017:2017

0.002 % to 0.30 %


Tool Steel Si DC-29/02/21/01/2017:2017

0.10 % to 1.5 %


Tool Steel V DC-29/02/21/02/2017:2017

0.01 % to 19.0 %


Tool Steel W DC-29/02/21/02/2017:2017

0.01 % to 19.0 %


Zinc & its Zinc Alloy Al DC-178/00/01/01/2019:2019

0.0001 % to 7.5 %


Zinc & its Zinc Alloy Cd DC-178/00/01/01/2019:2019

0.00005 % to 0.65 %


Zinc & its Zinc Alloy Cu DC-178/00/01/01/2019:2019

0.00005 % to 15.00 %


Zinc & its Zinc Alloy Fe DC-178/00/01/01/2019:2019

0.0003 % to 0.25 %


Zinc & its Zinc Alloy Mg DC-178/00/01/01/2019:2019

0.00001 % to 10.00 %


Zinc & its Zinc Alloy Mn DC-178/00/01/01/2019:2019

0.0001 % to 1.00 %


Zinc & its Zinc Alloy Ni DC-178/00/01/01/2019:2019

0.0003 to 0.06











Zinc & its Zinc Alloy Pb DC-178/00/01/01/2019:2019

0.0001 % to 3.00 %


Zinc & its Zinc Alloy Sn DC-178/00/01/01/2019:2019

0.0003 % to 2.5 %


Zinc & its Zinc Alloy Ti DC-178/00/01/01/2019:2019

0.002 % to 0.02 %

115 MECHANICAL-MECHANICALPROPERTIES OFMETALS

Carbon steel forforgings

Blue fracture test IS 10138: 2017 Qualitative


Carbon steel forforgings

Freedom from defects IS 1875: 2014 Qualitative


Carbon steel forgings Dimension tolerance,mass per meter

IS 1875: 2014 10 mm to 450 mm


Cold rolled steel strips Dimensions andtolerances

IS 5872: 2015 5 mm to 450 mm


Combination SideCutting Plier

Bend test IS 3650: 2016 Qualitative



Cutting Test IS 2615: 2013 Qualitative












Dimension IS 3650: 2016 2 mm to 450 mm



Handle Load test IS 2615: 2013 Qualitative



Insulation test IS 2615: 2013 Qualitative



Shock Test IS 2615: 2013 Qualitative



Torsion Test IS 2615: 2013 4 Nm to 15.8 Nm



Tube gripping test IS 2615: 2013 Qualitative


Ferrous Material , Alloy& Products (Steel ,Stainless Steel ,Castiron)

% Elongation IS 1608: 2018 1 KN to 1900 KN












% Reduction on area IS 1608: 2018 2 % to 78 %



% Reduction on area ISO 6892-1: 2018 2 % to 78 %



Bend Test IS 1599: 2012 Qualitative(MandrelSize :-50,60,80,100,120,160,180,200,240,300,320,360,400,480,40,45,55,65,70,85,90,75,95,108,112,128,135,145150,175,1,2,3,4,5,6,8,9,10,12,15,16,18,20,21,25 mmDiameter)



Brinell Hardness Test IS 1500 ( Part - 1):2013

140 HBW (5/750) to450 HBW (5/750)



Charpy Impact Test VNotch ( - 75 Degrees Cupto ambienttemperature)

IS 1757 ( Part-1 ): 2014 2 J to 300 J



Charpy Impact U Notch IS 1499: 1977 2 J to 300 J












Izod Impact test IS 1598 : 2015 2 J to 168 J



Micro vicker hardnessTest

IS 1501 ( Part -1): 2013 90 HV 0.2 to 800 HV0.2



Micro Vicker HardnessTester

IS 1501 ( Part -1): 2013 90 HV 0.1 to 450 HV0.1



Rockwell hardnessTest (HRB)

IS 1586 ( Part - 1):2018

70 HRB to 100 HRB



Rockwell Hardness test(HRC)

IS 1586 ( Part - 1 ):2018

20 HRC to 70 HRC



Ultimate TensileStrength

IS 1608: 2018 1 KN to 1900 KN



Vicker Hardness Test IS 1501 ( Part -1): 2013 100 HV 5 to 850 HV 5












Yield Strength IS 1608: 2018 1 KN to 1900 KN


Ferrous material ,Alloys& products

Vicker hardness test IS 1501 ( Part -1): 2013 180 HV 20 to 850 HV20


Ferrous material Alloys& products (Steel,Stainless Steel)

Ericsen Cupping test IS 10175: 2012 0.2 mm to 4 mm


Ferrous material, alloy& products

Micro Vicker HardnessTest

IS 1501 ( Part -1): 2013 90 HV 1 to 850 HV 1


Ferrous material, alloysproducts

Micro Vicker hardnesstest

IS 1501 ( Part -1): 2013 90 HV 0.3 to 800 HV0.3


Ferrous material, alloysproducts

Micro Vicker HardnessTest

IS 1501 ( Part -1): 2013 90 HV 0.5 to 800 HV0.5


Ferrous material, alloys& products












Ferrous materials,alloys & products

Brinell Hardness test IS 1500 (Part - 1): 2013 140 HBW (10/3000) to450 HBW (10/3000)





Ferrousmaterials,alloys &products



Hand operated squaredrive socket wrenchand driving square forhand socket wrencheswith attachment




Torque Testing IS 6131: 2013 4 Nm to 2000 Nm



Workmanship & Finish IS 6131: 2013 Qualitative(Qualitative)


Hot Roll Steel plate Dimension & tolerance IS 6240: 2013 5 mm to 450 mm











Hot Roll Steel Plate Strain ageembrittlement test

IS 6240: 2013 Qualitative(Qualitative)


Hot rolled bars forproduction of brightbars

Adhesion test by knife IS 2629: 2016 Qualitative


Hot rolled bars for theproduction of brightbars

Dimensions &tolerance

IS 7283: 2017 10 mm to 450 mm


Hot rolled bars of brightbars

Freedom from defects IS 7283: 2017 Qualitative


Hot Rolled medium andhigh tensile StructuralSteel



Multi slip joint Plier Dimensions IS 6118: 2016 2 mm to 500 mm


Multi slip joint Plier Handle load test IS 6118: 2016 400 N to 1250 N











Multi slip joint Plier Permanent set test IS 6118: 2016 1 mm to 4 mm


Open jaw wrenches Dimensions IS 2028: 2004 2 mm to 450 mm


Open jaw wrenches Torque testing IS 6131: 2013 4 Nm to 2000 Nm


Open jaw wrenches Workmanship & finish IS 6131: 2013 Qualitative(Qualitative)


Reinforced bar Dimension IS 1786: 2013 8 mm to 32 mm


Reinforced Bar Mass per meter IS 1786: 2013 0.02 Kg to 10 Kg


Reinforced bar Re Bend Test IS 1786 : 2013 Qualitative( Range 8mm to 32 mm)











Ring Spanner Dimension IS 2029: 2013 2 mm to 450 mm


Ring Spanner Torque testing IS 6131: 2013 4 Nm to 2000 Nm


Ring Spanner Workmanship & Finish IS 6131: 2013 Qualitative(Qualitative)


Single ended open jawwrenches

Dimensions IS 6149: 2016 2 mm to 450 mm



Longitudinal Play IS 6149: 2016 Qualitative(Qualitative)



Torque testing IS 6149: 2016 4 Nm to 2000 Nm



Transverse Play IS 6149: 2016 Qualitative(Qualitative)












Workmanship & finish IS 6149: 2016 Qualitative(Qualitative)


Steel for hardening &tempering

Freedom from defects IS 5517: 2014 Qualitative(Qualitative)


Steel for hardening &tempering

Hardenability test IS 3848: 2014 Qualitative(Qualitative)


Steel for hardening andtempering

Dimensions IS 5517: 2014 10 mm to 450 mm


Structural Steel Mass per meter IS 2062: 2016 0.02 Kg to 10 Kg


Structural Steel Y-groove Crack abilityTest

IS 10842: 2011 Qualitative(Qualitative)


Sub assembly/ancillaries/accessories : threadedfasteners (Bolt ,Screw)

Proof Load Bolts IS 1367 ( Part - 3 ):2017

1 KN to 1900 KN












Proof load of nut IS 1367 ( Part - 6 ):2015

1 KN to 1900 KN



Wedge tensile load IS 1367 ( Part - 3 ):2017

1 KN to 1900 KN

185 MECHANICAL-METALLOGRAPHYTEST

Ferrous material ,alloys& products

Depth ofDecarburization bymicroscopic &hardness method

IS 6396: 2000(RA2018)

5 micron to 800 micron



Designation of graphiteform ,Size &distribution byComparision methodGrey iron ,Cast iron &SGI iron

IS 7754: 1975. (RA2018)

Qualitative(Range100X)



Determination of casedepth of steel bymicroscopic &Hardness method

IS 6416: 1988( RA2018)

100 micron to 5000micron



Estimation of AverageGrain size bycomparision method

ASTM E 112 : 2013 Qualitative(ASTM No.1.0-10.0 At 100x)



Estimation of AverageGrain size bycomparision method

IS 4748 : 2009 Qualitative(ASTM No.1.0-10.0 At 100x)












Examination of microstructure (Greyiron,cast iron,melleable iron, SGIiron,low alloy steel,Case hardening steel ,Carbon tool steel)

ASM handbook Volume-9 Edition 2004: 2004

Qualitative(50X ,100X,200X 500X , 1000X)



Examination of microstructure (Greyiron,cast iron,melleable iron, SGIiron,low alloy steel,Case hardening steel ,Carbon tool steel)

ASM handbook Volume-9 Edition 1995: 1995

Qualitative(50X ,100X,200X 500X , 1000X)



Macroetch test ASTM E 381 : 2017 Qualitative(Plate I ,II, &III Visual & 10X)



Macroetch test IS 11371 (RA 2003):1985

Qualitative(Plate I ,II, &III Visual & 10X)



Measurement ofcoating thickness bymicroscopic thicknessby microscopic method

IS 3203: 1997( RA2018)

10 micron to 1000micron



Measurement ofcoating thickness bymicroscopic thicknessby microscopic method

IS 3203: 2016 10 micron to 1000micron



Non metallic Inclusionrating by Method 'A'

IS 4163 : 2004 0.5 to 3.0













ISO 4967: 2013 0.5 to 3.0




ASTM E 45: 2018 0.5 to 3.0

199 NON-DESTRUCTIVE-METALS & ALLOYS

Ferro magneticmaterial pipes & tubes

Magnetic ParticleTesting

IS 6752: 2014 Qualitative(Up to 3mmDepth)


Metal & alloys Liquid penetrantTesting

EN 10228 :1999 ,ASME section V Article6 2019 , ASTM E 165/165M-2012 ,IS 3658:2010 : 2019

Qualitative(Flaw opento the surface)


Metals & Alloys Magnetic particleTesting

EN 10228 -12016,ASTM E1444:2016 ASME SECV 2017 ART 7, ART 25SE 709 IS 7743 :RA2011 IS 10138 :RA2017 IS 3703 :RA2004: 2016

Qualitative(Up to 3mmDepth)


Metals & Alloys Radiography Testing ASME section V article2 2017ASME B 16.34:2017 , ASTM E 390Volume (1,2,3):2015,ASTM E 155: 2015 ,ASTM E 446: 2015 ,ASTM E 64 :2017 ,IS4853 :2013 , IS 1182:2014: 2017

Qualitative(Internal flawrecommended upto 40mm equivalentthickness of steel)











Metals & Alloys Ultrasonic Testing ASME SEC V ART 5 ,ASME SEC V ART 23SB 548, SE 609, SA388, SA 213, SA 435,SA 577, SA 578, SE273ASTM E 114IS9565: 2017

Qualitative(Recommended Range of testingcasting 5 - 300 mmforging 5- 1000mmwelding 5 - 100mmplate 5 - 300 mm)


Metals & Alloys Ultrasonic ThicknessGauging

ASME sec V Art 23 SE797: 2017

Qualitative(1 mm to199.9 mm thicknessFlat surface & = dia 50mm. LC= 0.1 mm)










Site Facility


Ferro magneticmaterial pipes & tubes

Magnetic ParticleTesting

IS 6752: 2014 Qualitative(Up to 3mmDepth)


Metal & alloys Liquid penetrantTesting

EN 10228 :1999 ,ASME section V Article6 2019 , ASTM E 165/165M-2012 ,IS 3658:2010 : 2019

Qualitative(Flaw opento the surface)


Metals & Alloys Magnetic particleTesting

EN 10228 -12016,ASTM E1444:2016 ASME SECV 2017 ART 7, ART 25SE 709 IS 7743 :RA2011 IS 10138 :RA2017 IS 3703 :RA2004: 2016

Qualitative(Up to 3mmDepth)


Metals & Alloys Ultrasonic Testing ASME SEC V ART 5 ,ASME SEC V ART 23SB 548, SE 609, SA388, SA 213, SA 435,SA 577, SA 578, SE273ASTM E 114IS9565: 2017

Qualitative(Recommended Range of testingcasting 5 - 300 mmforging 5- 1000mmwelding 5 - 100mmplate 5 - 300 mm)


Metals & Alloys Ultrasonic ThicknessGauging

ASME sec V Art 23 SE797: 2017

Qualitative(1 mm to199.9 mm thicknessFlat surface & = dia 50mm. LC= 0.1 mm)






DEPARTMENT OF METROLOGY AND CALIBRATIONLABORATORY, INSTITUTE FOR AUTOPARTS AND HAND

TOOLS TECHNOLOGYhas been assessed and accredited in accordance with the standard

ISO/IEC 17025:2017''General Requirements for the Competence of Testing &

Calibration Laboratories''for its facilities at

A9, PHASEV, FOCAL POINT, LUDHIANA, PUNJAB, INDIA

in the field of

CALIBRATIONCertificate Number: CC-2308

Issue Date: 07/08/2019 Valid Until: 06/08/2021

This certificate remains valid for the Scope of Accreditation as specified in the annexure subject to continuedsatisfactory compliance to the above standard & the relevant requirements of NABL.

(To see the scope of accreditation of this laboratory, you may also visit NABL website www.nabl-india.org)

Signed for and on behalf of NABL

Chief Executive Officer

S.No Discipline / Group Quantity Measured/Instrument

Range / Frequency * CalibrationMeasurementCapability(±)

Remarks

Permanent Facility

1 MECHANICAL-DIMENSION (BASICMEASURINGINSTRUMENT,GAUGE ETC.)

Calipers(Vernier/Dial/Digital) L.C. 0.01/0.020mm

0 to 450 mm 17µm Using slip gauges


Depth Gauge(Vernier/Dial/Digital)L.C. 0.01mm

0 to 300 mm 17µm Using Slip Gauges


Dial Gauge (LeverType) L.C. 0.001mm &L.C. 0.010mm

0 to 10 mm 1.90 µm (L.C. 0.001mm)6.0 µm (L.C. 0.010mm)

Using ULM


Dial Gauges (PlungerType) L.C. 0.001mm

0 to 10 mm 1.90 µm Using ULM


External MicrometersL.C. 0.001/0.010mm

0 to 100 mm 3.6 µm Using Slip Gauges


Feeler Gauge 0 to 1 mm 2.1 µm Using ULM


Laboratory Name DEPARTMENT OF METROLOGY AND CALIBRATION LABORATORY, INSTITUTEFOR AUTOPARTS AND HAND TOOLS TECHNOLOGY, A9, PHASEV, FOCAL POINT,LUDHIANA, PUNJAB , INDIA


Certificate Number CC-2308 Page No. : 1 / 4




Remarks


Gauges Block Steel 0.5 to 100 mm 0.30 µm to 0.66 µm Using ComparatorBlock , Gauges Blocks


Height gauges(Vernier/Dial/Digital)L.C. 0.01/0.020 mm

0 to 450 mm 18.1 µm Using slip Gauges


Micrometer Setting Rod 0 to 75 mm 2.7 µm Using ULM


Plain Plug Gauge 3 to 100 mm 3.0 µm Using ULM


Plain Ring Gauge 20 to 100 mm 7.7 µm Using ULM


Snap Gauges 5 to 100 mm 3.0 µm Using Slip Gauges








Remarks


Thread Plug Gauge(Major Diameter &Effective Diameter)

5 to 100 mm 2.91 µm Using ULM ,Threadmeasuring Wires


Thread Ring Gauge(Minor Diameter &Effective Diameter)

20 to 100 mm 5.90 µm Using ULM








Remarks

Site Facility


Surface Plate (Grade0,1,2,3)

100 to 2500 mm 2.0 Sq.root(L+W)/125,L&W in mm

Using ElectronicLeveler






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