Last Amended on - Page 1 of 5 I. DIMENSION 1. CALIPER $ L.C. :-10 µm 0 to 300 mm 12.0 µm Using Caliper Checker; Gauge 0 to 1000 mm 12.0 µm Block Set L.C. :-20 µm 0 to 600 mm 16.0 µm 0 to 1000 mm 20.0 µm L.C.:- 50 µm 0 to 300 mm 36.0 µm L.C. :-100 µm 0 to 150 mm 59.0 µm 2. DEPTH GAUGE $ L.C. :- 10 µm Φ Up to 300 mm 11.5 µm Using Depth Micrometer Checker 3. HEIGHT GAUGE $ L.C.:- 10 µm Φ 0 to 600 mm 14.0 µm Using Caliper Checker; Gauge Block Set 0 to 1000 mm 12.0 µm 4. EXTERNAL MICROMETER $ L.C. :-1 µm 0 to 100 mm 1.3 µm Using Gauge Block Set > 100 mm to 300 mm 3.4 µm L.C. :-10 µm 0 to 100 mm 3.7 µm > 100 mm to 500 mm 5.1 µm 5. DEPTH MICROMETER $ L.C.:- 10 µm Up to 300 mm 10.0 µm Using Depth Micrometer Checker 6. MICROMETER SETTING STANDARD $ Up to 475 mm 3.7 µm Using Gauge Block Set & Electronic Comparator
Last Amended on - Page 2 of 5 7. DIAL GAUGE $ (Plunger Type) L.C.: - 1 µm 0 to 25 mm 1.8 µm Using Dial Calibration Tester L.C. : -10 µm 0 to 50 mm 7.2 µm 8. DIAL GAUGE $ (Lever Type) L.C. : - 1 µm 0 to 2 mm 1.8 µm Using Dial Calibration Tester L.C. :- 2 µm 0 to 2 mm 2.1 µm L.C. :- 10 µm 0 to 2 mm 3.4 µm 9. BORE GAUGE WITH DIAL FOR TRANSMISSION ACCURACY $ Up to 1.0 mm 4.0 µm Using Dial Calibration Tester 10. DIAL THICKNESS GAUGE $ L.C. :- 1 µm 0 to 1 mm 1.0 µm Using Gauge Block Set L.C. :- 10 µm 0 to 10 mm 7.0 µm 11. PLAIN PLUG GAUGE & WIDTH GAUGE $ 12. CYLINDRICAL MEASURING PIN $ Up to 200 mm 1.9 µm Using Gauge Block Set Up to 20 mm 1.3 µm Using Gauge Block Set & 13. SNAP GAUGE $ Up to 200 mm 2.5 µm Using Gauge Block Set > 200 mm to 400 mm 3.3 µm 14. CYLINDRICAL SETTING MASTER $ 15. THREAD MEASURING WIRES $ 1 mm to 100 mm 1.5 µm Using Gauge Block Set 0.17 mm to 6.35 mm 1.3 µm Using Gauge Block Set
Last Amended on - Page 3 of 5 16. WIDTH GAUGE $ Up to 50 mm 1.5 µm Using Gauge Block Set 17. PLAIN THREAD PLUG GAUGE $ ( For Effective Diameter) 18. TAPER THREAD PLUG GAUGE $ ( For Effective Diameter) 19. PROBE WITH INDICATOR $ L.C. :- 0.1µm Φ 20. COMPARATOR WITH STAND FLATNESS $ M2 to M100 3.9 µm Using FCDM; Cylindrical Setting Master & TMW M2 to M100 3.9 µm Using FCDM; Cylindrical Setting Master & TMW Up to 10 mm 0.4 µm Using Gauge Block Set Up to Dia. 100 Up to 100 X 100 0.6 µm Using Optical Flat 21. DIAL CALIBRATION TESTER $ L.C. : 0.1 µm Φ Up to 25 mm 1.3 µm Using Gauge Block Set 22. FLOATING CARRIAGE DIAMETER MACHINE $ L.C. : -0.1 µm Φ Up to 200 mm 3.6 µm Using Cyl. Setting Master & 23. V - BLOCK $ Parallelism 0 to 200 mm 9.0 µm Using Square Cylinder & Lever Squareness 13.0 µm Dial Gauge Symmetricity 9.0 µm
Last Amended on - Page 4 of 5 24. FEELER GAUGE / FOILS $ Up to 1 mm 1.3 µm Using Gauge Block Set & Electronic Comparator 25. BEVEL PROTRACTOR $ L.C. :- 5 0 to 90 to 0 5' of arcs Using Angle Gauge Block DEGREE PROTRACTOR $ L.C. :- 1 0 to 90 to 0 43' of arcs Using Angle Gauge Block 26. ANGLE PLATE $ PARALLELISM Up to 450 mm 7.0 µm Using Square Cylinder & Lever FLATNESS 12.0 µm Dial Gauge SQUARENESS 10.0 µm 27. ENGINEERS SQUARE $ SQUARNESS Up to 450 mm 10.0 µm Using Square Cylinder & Lever Dial Gauge 28. THREAD PITCH GAUGE PITCH LENGTH $ 0.3 mm to 6.0 mm 15.0 µm Using Profile Projector 29. RADIUS GAUGE $ Up to 25 mm 15.0 µm Using Profile Projector 30. PISTOL CALIPER $ L.C. :- 100 µm 0 to 50 mm 62.0 µm Using Gauge Block Set 31. COATING THICKNESS METER $ 32. TORQUE WRENCH $ (Type I to Class A,B,C,D,E & Type II to Class A,B,C,D,E,F,G) Up to 1 mm 4.0 µm Using Thickness Foil 2 Nm to 1000Nm 1.7% Using Torque Wrench Tester
Last Amended on - Page 5 of 5 33. ELECTRONIC HEIGHT GAUGE L.C. : 0.1 µm Up to 600 mm 9.7 µm Using Gauge Block Set L.C. : -0.1 µm Φ Up to 1000 mm 6.5 µm 34. PROFILE PROJECTOR Linear L.C. :- 1.0 µm Φ Up to 200 mm 9.2 µm Using Gauge block Angular L.C. : - 1 Φ 0 to 360 1' of arc Using Angle Gauge Block Magnification 10x to 100x 0.3% Using Gauge block 35. SURFACE PLATE 2400 mm x 1600 mm II. PRESSURE AND VACCUM 4.1 L W 150 L & W in mm Using Spirit Level L.C.10µm/mt 1. PRESSURE GAUGE 0 to 7 bar 0.035 bar Using Digital Pressure Gauge ( Hydraulic) 0 to 70 bar 0.35 bar 0 to 700 bar 5.6 bar * Capability is expressed as an uncertainty ( ) at a confidence probability of 95%. $ Only in Permanent Laboratory Only for Site Calibration # The laboratory is also capable for site calibration however, the uncertainty at site depends on the prevailing actual environmental conditions and master equipment used. Φ Laboratory can also calibrate instruments/devices of coarser resolution / least count within the accredited range using same reference standard/ master equipment under the scope of accreditation.