laboratory name vaidyanatheshwara instruments ...viplgroup.com/images/scope.pdfs.no discipline /...

S.No Discipline / Group Measurand orReferenceMaterial/Type ofinstrument ormaterial to becalibrated ormeasured / QuantityMeasured /Instrument

Measurement rangeand additionalparameters whereapplicable(Rangeand Frequency)

Calibration andMeasurementCapability(CMC)(±)

Calibration orMeasurementMethod orprocedure)

Permanent Facility

1 ELECTRO-TECHNICAL-ALTERNATINGCURRENT (< 1 GHZ)(Measure)

Capacitance (1 kHz) 1 nF to 100 nF 0.056% to 0.061% Direct Method usingLCR Meter


Capacitance (1 kHz) 100 nF to 1 µF 0.05% Direct Method usingLCR Meter


Capacitance (1kHz) 1 µF to 100 µF 0.05% Direct Method usingLCR Meter


Current (300 Hz to 10kHz)

1 A to 20 A 0.079% to 0.102% Direct Method withusing master 8½ DMMFluke 8508 A



100 µA to 100 mA 0.03% Direct Method usingmaster 8½ DMM Fluke8508 A

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

Laboratory Name VAIDYANATHESHWARA INSTRUMENTS, NO. 301/A, 9TH MAIN ROAD, 3RDCROSS, RAJIV GANDHI NAGAR, BENGALURU, KARNATAKA, INDIA

Accreditation Standard ISO/IEC 17025:2017

Certificate Number CC-2473 Page No. : 1 / 90

Validity 27/10/2019 to 26/10/2021 Last Amended on 22/11/2019







100 mA to 1 A 0.041% to 0.079% Direct Method usingmaster 8½ DMM Fluke8508 A


Current (50 Hz) 20 A to 1000 A 0.5% to 1.0% Direct method masterUsing Shunt With DMM


Inductance (1kHz) 100 µH to 100 mH 0.236% to 0.065% Direct Method usingmaster LCR meter


Inductance (1kHz) 100 mH to 10 H 0.065% to 0.073% Direct Method usingLCR Meter


Voltage (20 Hz to 50kHz)

1 mV to 100 mV 0.820% to 0.014% Direct method usingmaster 8½ DMM Fluke8508 A












1 V to 100 V 0.017% to 0.011% Direct Method usingmaster 8½ DMM Fluke8508A



100 mV to 1 V 0.014% to 0.017% Direct method usingmaster 8½ DMM Fluke8508A



100 V to 1000 V 0.01% to 0.007% Direct Method usingmaster 8½ DMM Fluke8508 A


Voltage (50 kHz to 500kHz)


15 ELECTRO-TECHNICAL-ALTERNATINGCURRENT (< 1 GHZ)(Source)

Capacitance (1 kHz) 220 pF to 300 nF 5.79% to 0.27% Direct Method usingmaster StandardCalibrator Fluke 5522A& Decade CapacitanceBox











Capacitance (100 Hz) 1 µF to 30 µF 1.55% to 0.56% Direct Method usingmaster StandardCalibrator Fluke 5522A& Decade CapacitanceBox


Capacitance(1 kHz) 300 nF to 100 µF 0.27% to 1.13% Direct Method usingmaster StandardCalibrator Fluke 5522A& Decade CapacitanceBox


Current (1 kHz) 3.3 mA to 1 A 0.15% to 0.073% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (1 kHz) 30 µA to 330 µA 0.54% to 0.17% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (1 kHz) 330 µA to 3.3 mA 0.17% to 0.15% Direct Method by usingmaster StandardCalibrator Fluke 5522A











Current (10Hz to 1kHz) 330 µA to 3.3 mA 0.25% to 0.26% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (10Hz to 1kHz) 3.3 mA to 3 A 0.26% to 0.23% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (1kHz) 1 A to 10 A 0.073% to 0.12% Direct Method by usingmaster StandardCalibrator Fluke 5522A



3 A to 20 A 0.23% to 0.13% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (50 Hz) 20 A to 1000 A 0.68% to 0.37% Direct Method by usingmaster StandardCalibrator Fluke 5522A& current coil











Inductance (1 kHz) 100 µH to 10 H 2.35 % to 1.14 % Direct Method usingmaster DecadeInductance Box


Power 50 Hz @ UPF 1.2 W to4.8 kW,0.01 A to 20A,120 V to 240 V

0.16% Direct Method usingmaster StandardCalibrator Fluke 5522A


Power 50Hz @ 0.5 Lag, 6 W

to 2.4 kW,0.01 A to20 A,120 V to240 V



Power 50Hz @ 0.8 Lead 9.6W to 3.8 kW,0.01 A to20 A,120 V to 240 V



Power 50Hz @0.2 Lag, 2.4 W

to 960 W,0.01 A to20 A,120 V to240 V












Power Factor 0.2 Lag to UPF 0.003 Direct Method usingmaster StandardCalibrator Fluke 5522A


Power Factor 0.2 Lead to UPF 0.0003 Direct Method usingmaster StandardCalibrator Fluke 5522A



1 V to 30 V 0.080% to 0.042% Direct Method by usingmaster StandardCalibrator Fluke 5522A



100 mV to 1 V 0.086% to 0.080% Direct Method by usingmaster StandardCalibrator Fluke 5522A



30 mV to 100 mV 0.12% to 0.086% Direct Method by usingmaster StandardCalibrator Fluke 5522A











Voltage (100kHz) 30 mV to 30 V 0.452% to 0.054% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Voltage (100kHz) 30 V to 100 V 0.054% to 0.024% Direct Method by usingmaster StandardCalibrator Fluke 5522A



















Voltage (45Hz to10kHz)





43 ELECTRO-TECHNICAL- DIRECTCURRENT (Measure)

Current 1 A to 20 A 0.080% to 0.052% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 1 mA to 100 mA 0.002% to 0.008% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 10 µA to 100 µA 0.0010% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 100 µA to 1 mA 0.001% to 0.002% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 100 mA to 1 A 0.062% to 0.080% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 20 A to 1000 A 1.19% Direct Method using8½ DMM Fluke 8508with Shunt











Resistance 1 Gohm to 10 Gohm 0.116% to 0.133% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 1 Mohm to 10 Mohm 0.001% to 0.002% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 1 mohm to 100 mohm 0.061% to 0.207% Direct Method by Usingmaster LCR Meter &DRB


Resistance 1 ohm to 100 ohm 0.0015% to 0.0010% Using LCR Meter &DRB


Resistance 10 kohm to 100 kohm 0.0007% to 0.0008% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 10 Mohm to 100 Mohm 0.002% to 0.008% Direct method by usingmaster 8½ DMM Fluke8508 A


Resistance 100 Mohm to 1 Gohm 0.008% to 0.116% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 100 mohm to 150mohm

0.206% Direct Method by Usingmaster LCR Meter &DRB


Resistance 100 ohm to 10 kohm 0.0010% to 0.0007% Direct Method by Usingmaster 8½ DMM Fluke8508 A











Resistance 100 kohm to 1 Mohm 0.0008% to 0.001% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 150 mohm to 1 ohm 0.206% to 0.0015% Direct Method by usingmaste LCR Meter &DRB


Voltage 1 mV to 100 mV 0.44% to 0.0003% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Voltage 1 V to 100 V 0.0002% to 0.0003% Direct Method by usingmaster DMM Fluke8508A


Voltage 100 mV to 1 V 0.0003% to 0.0003% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Voltage 100 V to 1000 V 0.0004% to 0.0004% Direct Method by usingmaster StandardCalibrator Fluke 5522A

64 ELECTRO-TECHNICAL- DIRECTCURRENT (Source)

Current 1 A to 10 A 0.027% to 0.063% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current 1 mA to 100 mA 0.016% to 0.011% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current 10 µA to 100 µA 0.25% to 0.023% Direct Method by usingmaster StandardCalibrator Fluke 5522A













Current 100 µA to 1 mA 0.023% to 0.016% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current 100 mA to 1 A 0.011% to 0.027% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current 20 A to 200 A 0.5% Direct Method usingCurrent Source


Current 200 A to 1000 A 0.66% to 0.32% Direct Method by usingmaster Fluke 5522Awith current coil 5500A


DC Power 10 W to 1 kW,1V to1000V, 1mA to 1000A.

0.08% to 0.45% Using Calibrator Fluke5522A with CurrentCoil Direct Method.


DC Power (1V to1000V, 1mA to 1000A)

1 KW to 19.9 KW 0.45% to 0.65% Using Calibrator Fluke5522A with current coilDirect Method.


Oscilloscope 1 mV to 130 V 0.29% to 0.096% Direct Method


Resistance 0.1 Mohm to 1 Gohm 5.89% to 4.91% Direct Method usingmaster of high stabilityDecade Megohm Box











Resistance 1 Gohm to 100 Gohm 4.91% to 8.61% Direct Method usingmaster of high stabilityDecade Megohm Box


Resistance 1 kohm to 10 kohm 0.0036% to 0.0035% Direct Method usingStandard CalibratorFluke 5522A


Resistance 1 mohm 0.609% Direct Method usingfixed resistor box


Resistance 1 Mohm to 10 Mohm 0.0041% to 0.014% Direct Method usingStandard CalibratorFluke 5522A


Resistance 1 ohm to 10 ohm 0.10% to 0.015% Direct Method usingStandard CalibratorFluke 5522A



















Resistance 100 Gohm to 1 Tohm 5.81% Direct Method usingmaster of high stabilityDecade Megohm Box


Resistance 100 ohm to 1 kohm 0.004% to 0.0036% Direct Method usingStandard CalibratorFluke 5522A


Resistance 100 kohm to 1 Mohm 0.0034% to 0.0041% Direct Method usingStandard CalibratorFluke 5522A




Resistance 150 mohm to 1 ohm 0.611% to 0.10% Direct Method usingStandard CalibratorFluke 5522A:


Resistance 300 Mohm to 1 Gohm 0.38% to 1.78% Direct Method usingStandard CalibratorFluke 5522A


Resistance 50 mohm 0.610% Direct Method usingsing fixed resistor box




Voltage 1 V to 10 V 0.0015% to 0.0016% Direct Method usingmaster StandardCalibrator Fluke 5522A:
















97 ELECTRO-TECHNICAL-ELECTRICALEQUIPMENT (Source)

Amplitude-Sq wave /Oscilloscope (1 kHz)

1 mV to 55 Vp-p 0.6% to 0.3% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Bandwidth -Oscilloscope

50 kHz to 1 GHz 0.23% to 0.87% Direct Method usingmaster StandardCalibrator Fluke 5522A

99 ELECTRO-TECHNICAL-TEMPERATURESIMULATION(Measure)

Temperature Indicator /Recorder / Controller(B type)

600 °C to 1750 °C

0.53°C to 0.39°C Direct Method by usingMaster StandardCalibrator fluke 5522A& 6½ DMM


Temperature Indicator /Recorder / Controller(E type)

-200 °C to 900 °C 0.48°C to 0.27°C Direct Method by usingMaster StandardCalibrator fluke 5522A& 6½ DMM











Temperature Indicator /Recorder / Controller (Jtype)

-200 °C to 1200 °C 0.28°C to 0.31°C Direct Method by usingMaster used- StndCalibrator Fluke 5522A& 6½ DMM


Temperature Indicator /Recorder / Controller(K type)



Temperature Indicator /Recorder / Controller(N type)



Temperature Indicator /Recorder / Controller(R type)

10 °C to 1750 °C 0.67°C to 0.48°C Direct Method by usingMaster StandardCalibrator fluke 5522A


Temperature Indicator /Recorder / Controller(RTD type)

-200 °C to 800 °C 0.05 °C Direct Method by usingMaster StandardCalibrator fluke 5522A& 6½ DMM











Temperature Indicator /Recorder / Controller(S type)

10 °C to 1450 °C 0.56°C to 0.54°C Direct Method by usingMaster StandardCalibrator fluke 5522A& 6½ DMM


Temperature Indicator /Recorder / Controller (Ttype)


108 ELECTRO-TECHNICAL-TEMPERATURESIMULATION (Source)








-200 °C to 1200 °C 0.15°C to 0.25°C Direct Method by usingMaster StandardCalibrator fluke 5522A














Temperature Indicator /Recorder / Controller(N Type )














117 ELECTRO-TECHNICAL- TIME &FREQUENCY(Measure)

Frequency 10 Hz to 1 GHz 0.0011% to 0.0024% Direct Method usingmaster FrequencyCounter Philips- PM6669


Timer 1 sec to 9000 sec 0.06% to 0.05% Comparison Method byusing master DigitalTimer Beltronics - 501










119 ELECTRO-TECHNICAL- TIME &FREQUENCY (Source)

Frequency 1 Hz to 1 GHz 0.004% to 0.006% Direct Method usingmaster StandardCalibrator Fluke 5522A


Timer Marker /Oscilloscope

1 ns to 5 s 0.0003 sec Direct Method usingmaster StandardCalibrator Fluke 5522A

121 MECHANICAL-ACCELERATION ANDSPEED

Acceleration (Peak)@80Hz

6.6 m/s2 2.96% Using Digital VibrationMeter by ComparisonMethod


Acceleration(Peak)@160Hz

10.0 m/s2 2.83% Using Digital VibrationMeter by ComparisonMethod



20.1 m/s2 2.48 % Using Digital VibrationMeter by ComparisonMethod



























4.0 m/s2 3.43 % Using Digital vibrationMeter By ComparisonMethod











Displacement(Peak)@160Hz

0.009 mm 11.87% Using Digital VibrationMeter by ComparisonMethod
































Displacement(Peak)@80 Hz












Stroboscope,tachometer (NonContact Type)

25000 rpm to 45000rpm

0.008% By Comparison methodby using masterTachometer Calibrator











Stroboscope,tachometer (NonContact Type)

60 rpm to 25000 rpm 0.7% to 0.008% By Comparison methodby using masterTachometer Calibrator


Tachometer ( ContactType)

100 rpm to 5000 rpm 1.4% to 0.12% Comparison Method byusing masterTachometer Calibration


Velocity (Peak) @40Hz 82.0 mm/s 2.42% Using Digital VibrationMeter by ComparisonMethod


Velocity (Peak)mm/s@40Hz

16.1 mm/s 2.52% Using Digital VibrationMeter by ComparisonMethod


Velocity (Peak)@40Hz 48.7 mm/s 2.43% Using Digital VibrationMeter by ComparisonMethod


Velocity (Peak)@40Hz 65.1 mm/s 2.42% Using Digital VibrationMeter by ComparisonMethod


Velocity(Peak)@160Hz 39.9 mm/s 2.42% Using Digital VibrationMeter by ComparisonMethod
























160 MECHANICAL-ACOUSTICS

Sound Level Meter 114 dB @ 1kHz 0.82dB Using Sound levelCalibrator

161 MECHANICAL-ACOUSTICS

Sound Level Meter 94 dB @ 1kHz 0.82dB Using Sound levelCalibrator

162 MECHANICAL-DIMENSION (BASICMEASURINGINSTRUMENT,GAUGE ETC.)

3 Point Micrometer,Res : 0.001 mm

0 to 100 mm 3.6µm Using master MasterRing Gauges











Bevel Protractor, Res:1min

0 ° to 360 °

5.66arc of min Using profile projector


Bore Gauge (0.001mm) Upto 2mmTransmisson only

2.4µm Using masterElectronic Dial gaugecalibration Tester


Caliper (Analog / Dial /Digital) Res: 0.01mm

0 mm to 1000 mm 8.6µm Using master CaliperChecker & GaugeBlock


Caliper Checker 0 mm to 1000 mm 8µm Using master GaugeBlock Set & HeightMeasuring System


Coating ThicknessGauge (Res: 0.1 µm)

0 to 2000 µm 3.4µm Using master StandardThickness Foils











Combination Set,Res:1°

0 ° to 180 ° 13.2 arc of min Using Profile Projector


Comparator Dial Stand( Flatness)

Up to 300 mm 7µm Using master Lever dial& Linear height master


Depth Micrometer,Res: 0.001mm

0 mm to 300 mm 4µm Using Master GaugeBlock Set


Depth Vernier ( Analog/ Dial / Digital), Res:0.01mm

0 mm to 600 mm 15.2µm Using master Gaugeblock Set


Dial Calibration Tester /LVDT probe withIndicator, Res:0.001µm

0 to 25mm 1.3µm Using master ULM











Dial Gauge- Plungertype ( Analog / Digital),Res: 0.001mm

0 mm to 1 mm 2.3µm Using masterElectronic Dial GaugeCalibration Tester



0 mm to 10 mm 2.6µm Using masterElectronic Dial gaugeCalibration Tester



0 mm to 50 mm 6.3µm Using masterElectronic DialCalibration GaugeTester


Dial Thickness Gauge,Res: 0.01 mm

Upto 10mm 7µm Using master GaugeBlock Set


Elongation gauge 14.7 mm to 81 mm 24µm Using Digital Caliper byComparison Method











Engineering Square /Angle Plates(Squareness)

Up to 350 mm 7.0µm Using master DigitalDial Gauge & LinearHeight Master


External Micrometer(Analog / Digital /Flange / Point / V Anvil/ Pitch ) , Res : 0.001mm

0 mm to 450 mm 3µm Using master GaugeBlock Set


External Micrometer(Analog / Digital /Flange / Point / V Anvil/ Pitch ) , Res : 0.01mm



Feeler gauge 0.02 mm to 1 mm 2.1µm Using master UniversalLength Machine


Flankiness Gauge 4.89 mm to 33.9 mm 7µm Using Profile ProjectorBy Comparison Method











Foils Upto 2000 µm 1.2µm Using master UniversalLength Machine


Gauge Block Set 0.5 mm to 25 mm 0.12 µm Using master GaugeBlock Grade 'k'comparator system


Gauge Block Set 25 mm to 50 mm 0.12µm Using master GaugeBlock Grade 'k'















Granite Square(Squareness, Flatness)

Upto 600 mm 13.5µm Using Lever DialGauge and Linearheight Master


Groove Dial / LegCaliper (OD & ID)Gauge, Res: 0.025mm

Upto 150 mm 7.0µm Using master GaugeBlock Set


Height Gauge ( Dial /Digital & Analog ) Res:0.01mm

0 mm to 1000 mm 11.8µm Using master CaliperChecker


Height Gauge ( Dial /Digital & Analog ) Res:0.01mm

0 mm to 600 mm 11.2µm Using master CaliperChecker


Height MeasuringSystem, Res: 0.1 µm

0 mm to 1000 mm 4.6µm By using Master GaugeBLock long Set











Internal Micrometer /Stick Micrometer(Including ExtensionRod ) Res: 0.01mm

Upto 300 mm 8µm Using Gauge Block Set& gauge BlockAccessories


Lever Dial Gauge(0.001mm)

0 to 0.14 mm 2.4µm Using masterElectronic Dial gaugeCalibration Tester


Lever Dial Gauge(0.002mm)

0 to 0.2 mm 3.1µm Using masterElectronic Dial gaugeCalibration Tester


Lever Dial Gauge, 0.01mm

0 to 1 mm 5.3µm Using masterElectronic Dial gaugecalibration Tester


Measuring Pins (Grade 1& 2)

Upto 25 mm 2µm Using Universal lengthMachine











Measuring Tape / PiTape, Res: 0.5 mm1.00 mm lc

Upto 50000 mm (541 + L/100)µm(L inmm)

Using master Scale &Tape CalibrationMachine


Micrometer Head, Res: 0.001mm

Up to 25 mm 1.3µm Using Master LeverDial Gauge & LinearHeight Master


Parallel Block Up to 1000 mm 10µm Using master LeverDial Gauge


Pistol Caliper (Res:0.01 mm)

0 to 100 mm 10µm Using master GaugeBlock Set


Pitch Micrometer, Res :0.01mm

0 to 200 mm 7µm Using master GaugeBlock Set











Plain Plug Gauges 1 mm to 300 mm 1.5µm Using master UniversalLength Machine


Plain Ring Gauges 4 mm to 300 mm 2.3µm Using master UniversalLength Machine


Portable Roughnesstester Ra/ Rz

Up to 100 µm 6.41 µm Using SurfaceRoughness MasterBlock


Radius Gauges 0.5 mm to 25.0 mm 6µm Using master Profileprojector


Setting Rods &Extensions Rods












Snap Gauges / DialSnap Gauges / WidthGauges

10 mm to 300 mm 2.5 µm Using Universal LengthMachine


Spirit Level / FrameLevel, Res : 10µm / m

Upto 0.12 mm/m 15µm/m Using masterElectronic Level


Steel scale / Taperscale Res: 0.5 / 1 mm

0 mm to 1000 mm 271µm Using master scale &Tape CalibrationMachine


Straight Edge 0 mm to 1000 mm 13.5µm Using Linear HeightMaster and lever DialGauge


Tape Scale Calibrator 0 mm to 1000 mm 10.2µm Using Slip Gauge Setand Long Slip Gauges











Taper Thread PlugGauge ( Effective Dia)

0 mm to 100 mm 3µm Using master UniversalLength machine


Taper Thread RingGauge ( Effective Dia)

0 mm to 110 mm 4.8µm Using master UniversalLength Machine


Test Sieves 0.16 mm to 1 mm 5µm Using master profileprojector


Test Sieves 1 mm to 100 mm 18µm Using master profileprojector


Thread Pitch Gauge,Set Pitch Flank Angle

0.3 mm to 6.0 mm 3 µm & 5.1 arc min Using master ProfileProjector











Thread Pitch Gauge,Set Pitch Flank Angle

55 ° to 60 ° 5.1 min of arc Using master ProfileProjector


Thread plug Gauge (Effective Dia)

Up to 300 mm 2.1µm Using master UniversalLength Machine


Thread Ring Gauge (Effective Dia)

3 mm to 300 mm 2µm Using master UniversalLength Machine


Ultra Sonic ThicknessGauge

Upto 200mm 7.3µm Using master GaugeBlock Set


Universal LengthMeasuring Machine

Upto 100 mm 0.7µm Using master GaugeBlock Set











'V' - Block (Parallelism)symmetry, squareness

Up to 200 mm 6.6µm Using master Mandrel& Lever Dial Gauge &Linear Height Master


Weld Fillet Gauge 0 mm to 25 mm 10.1µm for linear & 3min arc

Using Profile projectorBy Comparsion Method


wet / Dry FilmApplicator

0 mm to 200 mm 8.68µm Using Profile ProjectorBy ComparisionMethod


Wire gauge 0.3 mm to 10 mm 8.8 µm Using Profile ProjectorBy ComparisionMethod.

227 MECHANICAL-FORCE PROVINGINSTRUMENTS

Push Pull Gauge ,Force gauge, SpringBalance

10 N to 1000 N 1.4N Using master StainLess Weights andhanger of weights 10,50, 100 N as per VDI /VDE 2624 Part 2.1

228 MECHANICAL-HARDNESS TESTINGMACHINES

Shore Hardness Tester 0 to 100 Shore A&D 2.2 Shore A&D Using RubberHardness TesterASTM-D-2240-15










229 MECHANICAL-PRESSUREINDICATING DEVICES

Digital / Dial VaccumGauges / Transmitters /Transducers.

0 bar to (-) 0.75 bar 0.014 bar Digital Pressure Gaugewith uncertainty of0.0008 bar. Procedurebased on ISO 3567 &ISO 27893 standards.


PRESSURE(HYDRAULIC)Digital /Analog PressureGauges, PressureIndicator WithTransducer /Transmitter, PressureSwitch

0 bar to 1000 bar 0.15 bar Digital Pressure gaugewith uncertainty of0.021 bar. Procedurebased on DKD-R 6-1guidelines.


PRESSURE(HYDRAULIC)Digital /Analog PressureGauges, PressureIndicator WithTransducer /Transmitter & PressureSwitches



PRESSURE(PNEUMATIC) Digital /Dial Gauges / PressureIndicator WithTransmitter /Transducer.

0 bar to 20 bar 0.014 bar Digital Pressure gaugewith uncertainty of0,01bar. Procedurebased on DKD-R 6-1guidelines.











PRESSURE(PNEUMATIC)Pressure gauges,Magnehelic gauges,Differential PressureTransmitters, LowPressure Indicators/Transducers,Barometer

0 mbar to 500 mbar 0.31 mbar Digital Manometer withuncertainty of 0.06mbar. Procedure basedon DKD-R 6-1guidelines.


PRESSURE(PNEUMATIC)Digital /Dial Gauges / PressureIndicator WithTransmitter /Transducer.



PRESSURE(PNEUMATIC)Pressure gauges, Magnehelicgauges, DifferentialPressure Transmitters,Low PressureIndicators/Transducers,Barometer.


236 MECHANICAL-TORQUEMEASURINGDEVICES

Torque Wrench (Type-I)Class B,C,D,E andType II class A B C D

200 Nm to 1000 Nm 1.2 % Using Torque wrenchCalibration System asper IS/ISO 6789











Torque Wrench (Type-I)Class B,C,D,E, TypeII, A B C D

0 Nm to 20 Nm 0.36 % Using Torque wrenchCalibration System asper IS/ISO 6789


Torque Wrench (Type-I)Class B,C,D,E, TypeII, Class A, B, C, D

20 Nm to 200 Nm 1.5% Using Torque wrenchCalibration System asper IS/ISO 6789,

239 MECHANICAL- UTM,TENSION CREEPAND TORSIONTESTING MACHINE

Universal TestingMachine (CompressionMode)

100 N to 1000 KN 0.80% Using master ProvingRing and load cells asper IS 1828 Part 12015


Universal TestingMachine (CompressionMode)

200 kN to 2000 KN 0.80 % Using master ProvingRing and load cells asper IS 1828 Part 12015


Universal TestingMachine (TensileMode)

0.5 KN to 50 KN 0.99% Using master LoadCells as per IS 1828Part 1 2015

242 MECHANICAL-VOLUME

DENSITYHydrometer ,L.C= 0.0005 g/ ml

0.600 g / ml to 1.8 g/ ml 0.0009 g/ml using referencehydrometer andcalibration liquid ofappropriate density.











Measuring Cylinder 10 ml 0.8 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.1 mg)


Measuring Cylinder 100 ml 1.9 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.001 g)


Measuring Cylinder 1000 ml 11.5 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.001g)











Measuring Cylinder 2000 ml 12.0 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01g)















Measuring Cylinder 500 ml 10.5 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodbased on ISO4787:2010 & ISO20461 with Electronicweighing Balance (Readability : 1 mg)




Micropipette 1 µl 0.01 µl Using Weights ofAccuracy Class E1 &Distilled water byGravimetric methodson ISO 8655( part 6):2002 with using masterMicro Balance (Readability : 0.001 mg)















Micropipette 1000 µl 6.20 µl Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 8655( part 6):2002 with using masterMicro Balance (Readability : 0.01 mg )











Micropipette 2 µl 0.01µl Using Weights ofAccuracy Class E1 &Distilled water byGravimetric methodson ISO 8655( part 6):2002 with using masterMicro Balance (Readability : 0.001 mg)


Micropipette 20 µl 0.04 µl Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 8655( part 6):2002 with using masterMicro Balance (Readability : 0.01 mg /0.1 mg)













Micropipette 2000 µl 12.5 µl Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 8655( part 6):2002 with using masterMicro Balance (Readability : 0.01 mg /0.1 mg)















Micropipette 500 µl 3.10 µl Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 8655( part 6):2002 with using masterMicro Balance (Readability : 0.01 mg )




Pipette & burette 10 ml 0.03 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01 mg)











Pipette & burette 100 ml 0.21 mlml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.1 mg)


Pipette & burette 25 ml 0.06ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01 mg )















Volumetric ( Flask /Beaker)

10 ml 0.03ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01 mg)



100 ml 0.21 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.1 mg)












1000 ml 2.2 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01 g)



20 ml 0.06 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01 mg)


















5 ml 0.02 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.01 mg )



50 ml 0.11 ml Using Weights ofAccuracy Class E2 &Distilled water byGravimetric methodson ISO 4787:2010 &ISO 20461 with masterusing Balance (Readability : 0.1 mg )













280 MECHANICAL-WEIGHING SCALEAND BALANCE

ELECTRONICWEIGHING BALANCE( Class I) Readability :0.0001 mg

1 mg to 2.1 g 0.003mg Using StandardWeights of acccuracyClass E1 andprocedure based OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class Ii) Readability :1 mg

1 mg to 1 kg 0.002 g Using StandardWeights of accuracyClass E1 & E2, andprocedure as per OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class III) Readability :100 mg

0.1 g to 20 kg 0.10 g Using StandardWeights of AccuracyClass E2 & F1.Procedure as per OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class III)Readability :10 g

10 g to 100 kg 10.0 g Using StandardWeights of accuracyClass M1 andprocedure as per OIMLR76:2006











ELECTRONICWEIGHING BALANCEReadability : 1 g

1 g to 100 kg 1.0 g Using StandardWeights of accuracyClass M1, andprocedure as per OIMLR76:2006.



1 mg to 5.1 g 0.005 mg Using StandardWeights of accuracyClass E1 andprocedure as per OIMLR-76: 2006.



1 mg to 200 g 0.06 mg Using StandardWeights of accuracyClass E1 andprocedure as per OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE( Class I)Readability :0.01 mg



ELECTRONICWEIGHING BALANCE(Class II)Rwadability:10 mg

0.1 mg to 5 kg 0.011 g Using StandardWeights of AccuracyClass E1& E2 .Procedure as per OIMLR 76:2006.












0.1 g to 35 kg 0.97 g Using StandardWeights of accuracyClass F1& M1.Peocedure as perOIML R-76: 2006.



0.1 mg to 10 kg 0.037 g Using StandardWeights of AccuracyClass E1& E2.Procedure as per OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class III) Readability :50 g

2 kg to 500 kg 20.0 g Using StandardWeights of accuracyClass F2. Peocedureas per OIML R76:2006


Electronic WeighingBalance (ClassIII)Readability: 100 mg

0.1 mg to 2 kg 0.011 mg Using Weights ofAccuracy Class E1&E2 . Procedure as perOIML R 76:2006.


ELECTRONICWEIGHING BALANCE(Class IV)Readability :100 g

2 kg to 1000 kg 50.0 g Using StandardWeights of accuracyClass M1, procedureas per OIML R76:2006

294 MECHANICAL-WEIGHTS

MASS - Weights (E2Class & Coarser)

1 g 0.004 mg Using StandardWeights of accuracyClass E1 andElectronic weighingBalance(d: 0.001mg).Procedure as per OIMLR 111-1 guidelines.












1 mg 0.002 mg Using StandardWeights of accuracyClass E1 andElectronic weighingBalance (d: 0.001mg).Procedure as per OIMLR 111-1 guidelines.



10 g 0.012mg Using StandardWeights of accuracyClass E1 andElectronic weighingBalance(d: 0.01mg).Procedure as per OIMLR 111-1 guidelines.



10 mg 0.002 mg Using StandardWeights of accuracyClass E1 andElectronic weighingBalance(d: 0.001mg).Procedure as per OIMLR 111-1 guidelines.















200 mg 0.003 mg Using StandardWeights of accuracyClass E1 andElectronic weighingBalance(d: 0.001mg).Procedure as per OIMLR 111- 1, 2004.























MASS - Weights (F1Class & Coarser)

1 kg 0.001 g Using StandardWeights of accuracyClass E1 andElectronic weighingBalance(d: 1mg).Procedure as per OIMLR 111-1 guidelines.



500 g 0.001 g Using StandardWeights of accuracyClass E1 andElectronic weighingBalance(d: 1mg).Procedure as per OIMLR 111-1 guidelines.

















MASS - Weights (M1Class & Coarser)



MASS -WEIGHTS(AccuracyClass F2 and coarser)

5 kg 10.0mg Using E2 ClassStandard Weights andElectronic weighingbalance(d: 10mg).Procedure as per OIMLR111-1.


MASS - Weights(E2Class & Coarser)












MASS Weights (E2Class & Coarser)



Weights (E2 Class &Coarser)


317 OPTICAL- OPTICAL Lux / Light Meter 100 lx to 10000 lx 3.5% Using Light Chamberand Lux Meter ByComparison Method

318 THERMAL- SPECIFICHEAT & HUMIDITY

Humidity (Digital &Analog Thermohygrometer)Temperature &Humidity Meter,Humidity Indicator,Humidity &TemperatureTransmitter withIndicator

20 %RH to 95 %RH@25 ºC

1.48%RH Using StandardHumidity Meter withHumidity Generator











Humidity (Digital &Analog Thermohygrometer)Temperature &Humidity Meter,Humidity Indicator,Humidity &TemperatureTransmitter withIndicator

5 °C to 50 °C@60%RH 0.36°C Using StandardHumidity Meter withHumidity Generator

320 THERMAL-TEMPERATURE

Glass Thermometer -80 °C to 150 °C 0.72°C Using SPRT withIndicator & oil


Indicators of Oil Baths /Low & High Temp Bath/ Dry bath / furnace /oven/ incubators /autoclave for industrialapplications - singleposition

140 °C to 600 °C 0.35°C Using SPRT & S- TypeThermocouple withdigital Indicator


Indicators of Oil Baths /Low & High Temp Bath/ Dry bath /furnace/oven/ incubators /autoclave for industrialapplications - singleposition

-95 °C to 140 °C 0.17°C Using SPRT & S-TypeThermocouple withdigital indicator











Indicators of Oil Baths /Low & High Temp Bath/ Dry bath/ furnace /oven / autoclave /incubators for industrialapplications - singleposition

600 °C to 1200 °C 2.47°C Using SPRT & S-TypeThermocouple withdigital Indicator


Non-ContactThermometerPyrometer

50 °C to 650 °C 6.19°C Using Standard Non-Contact IR Pyrometer,Black Body (Emissivity0.950)


Non-ContactThermometerPyrometer

650 °C to 1200 °C 7.88°C Using Standardr Non-Contact IR Pyrometer,Black Body (Emissivity0.950)


Temperature (Digital &Analog Thermohygrometer)Temperature &Humidity Meter,Humidity Indicator,Humidity &TemperatureTransmitter withIndicator

5 °C to 50 °C 0.18 °C Using SPRT withIndicator & temperatureGenerator











Thermocouples & RTDSensors/ TemperatureSensors with indicators/ Temperature gauges /Transmitters /Temperature Switches& Transmitters withIndicatators

140 °C to 600 °C 0.64°C Using SPRT withIndicator & Dry BlockBath



600 °C to 1200 °C 2.53°C Using Fluke S TypeThermocouple withIndicator & Dry BlockBath



-95 °C to 140 °C 0.18°C Using SPRT withIndicator & Dry blockBath










Site Facility


Capacitance (1 kHz) 1 nF to 100 nF 0.056% to 0.061% Direct Method usingLCR Meter


Capacitance (1 kHz) 100 nF to 1 µF 0.05% Direct Method usingLCR Meter


Capacitance (1kHz) 1 µF to 100 µF 0.05% Direct Method usingLCR Meter



1 A to 20 A 0.079% to 0.102% Direct Method withusing master 8½ DMMFluke 8508 A



100 µA to 100 mA 0.03% Direct Method usingmaster 8½ DMM Fluke8508 A












100 mA to 1 A 0.041% to 0.079% Direct Method usingmaster 8½ DMM Fluke8508 A


Current (50 Hz) 20 A to 1000 A 0.5% to 1.0% Direct method masterUsing Shunt With DMM


Inductance (1kHz) 100 µH to 100 mH 0.236% to 0.065% Direct Method usingmaster LCR meter


Inductance (1kHz) 100 mH to 10 H 0.065% to 0.073% Direct Method usingLCR Meter



1 mV to 100 mV 0.820% to 0.014% Direct method usingmaster 8½ DMM Fluke8508 A












1 V to 100 V 0.017% to 0.011% Direct Method usingmaster 8½ DMM Fluke8508A



100 mV to 1 V 0.014% to 0.017% Direct method usingmaster 8½ DMM Fluke8508A





Voltage (50 Hz) 1 kV to 25 kV 6.33% to 7.72% Direct Method by usingmaster H.V probeFluke 80K-40 withDMM Fluke 17B


Voltage (50 kHz to 500kHz)












Capacitance (1 kHz) 220 pF to 300 nF 5.79% to 0.27% Direct Method usingmaster StandardCalibrator Fluke 5522A& Decade CapacitanceBox


Capacitance (100 Hz) 1 µF to 30 µF 1.55% to 0.56% Direct Method usingmaster StandardCalibrator Fluke 5522A& Decade CapacitanceBox


Capacitance(1 kHz) 300 nF to 100 µF 0.27% to 1.13% Direct Method usingmaster StandardCalibrator Fluke 5522A& Decade CapacitanceBox


Current (1 kHz) 3.3 mA to 1 A 0.15% to 0.073% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (1 kHz) 30 µA to 330 µA 0.54% to 0.17% Direct Method by usingmaster StandardCalibrator Fluke 5522A











Current (1 kHz) 330 µA to 3.3 mA 0.17% to 0.15% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (10Hz to 1kHz) 330 µA to 3.3 mA 0.25% to 0.26% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (10Hz to 1kHz) 3.3 mA to 3 A 0.26% to 0.23% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current (1kHz) 1 A to 10 A 0.073% to 0.12% Direct Method by usingmaster StandardCalibrator Fluke 5522A



3 A to 20 A 0.23% to 0.13% Direct Method by usingmaster StandardCalibrator Fluke 5522A











Current (50 Hz) 20 A to 1000 A 0.68% to 0.37% Direct Method by usingmaster StandardCalibrator Fluke 5522A& current coil


Inductance (1 kHz) 100 µH to 10 H 2.35 % to 1.14 % Direct Method usingmaster DecadeInductance Box


Power 50 Hz @ UPF 1.2 W to4.8 kW,0.01 A to 20A,120 V to 240 V



Power 50Hz @ 0.5 Lag, 6 W

to 2.4 kW,0.01 A to20 A,120 V to240 V



Power 50Hz @ 0.8 Lead 9.6W to 3.8 kW,0.01 A to20 A,120 V to 240 V












Power 50Hz @0.2 Lag, 2.4 W

to 960 W,0.01 A to20 A,120 V to240 V



Power Factor 0.2 Lag to UPF 0.003 Direct Method usingmaster StandardCalibrator Fluke 5522A


Power Factor 0.2 Lead to UPF 0.0003 Direct Method usingmaster StandardCalibrator Fluke 5522A






100 mV to 1 V 0.086% to 0.080% Direct Method by usingmaster StandardCalibrator Fluke 5522A
















Voltage (100kHz) 30 V to 100 V 0.054% to 0.024% Direct Method by usingmaster StandardCalibrator Fluke 5522A

























Current 1 A to 20 A 0.080% to 0.052% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 1 mA to 100 mA 0.002% to 0.008% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 10 µA to 100 µA 0.0010% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 100 µA to 1 mA 0.001% to 0.002% Direct method by usingmaster 8½ DMM Fluke8508 A











Current 100 mA to 1 A 0.062% to 0.080% Direct method by usingmaster 8½ DMM Fluke8508 A


Current 20 A to 1000 A 1.19% Direct Method using8½ DMM Fluke 8508with Shunt


Resistance 1 Gohm to 10 Gohm 0.116% to 0.133% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 1 Mohm to 10 Mohm 0.001% to 0.002% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 1 mohm to 100 mohm 0.061% to 0.207% Direct Method by Usingmaster LCR Meter &DRB


Resistance 1 ohm to 100 ohm 0.0015% to 0.0010% Using LCR Meter &DRB


Resistance 10 kohm to 100 kohm 0.0007% to 0.0008% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 10 Mohm to 100 Mohm 0.002% to 0.008% Direct method by usingmaster 8½ DMM Fluke8508 A


Resistance 100 Mohm to 1 Gohm 0.008% to 0.116% Direct Method by Usingmaster 8½ DMM Fluke8508 A











Resistance 100 mohm to 150mohm

0.206% Direct Method by Usingmaster LCR Meter &DRB


Resistance 100 ohm to 10 kohm 0.0010% to 0.0007% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 100 kohm to 1 Mohm 0.0008% to 0.001% Direct Method by Usingmaster 8½ DMM Fluke8508 A


Resistance 150 mohm to 1 ohm 0.206% to 0.0015% Direct Method by usingmaste LCR Meter &DRB


Voltage 1 kV to 20 kV 1.70% to 1.67% Direct Method by usingmaster H.V probeFluke 80K-40 withDMM Fluke 17B




Voltage 1 V to 100 V 0.0002% to 0.0003% Direct Method by usingmaster DMM Fluke8508A















Voltage 20 kV to 40 kV 1.67% to 1.65% Direct Method by usingmaster H.V probeFluke 80K-40 withDMM Fluke 17B




Current 1 mA to 100 mA 0.016% to 0.011% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current 10 µA to 100 µA 0.25% to 0.023% Direct Method by usingmaster StandardCalibrator Fluke 5522A




Current 100 µA to 1 mA 0.023% to 0.016% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Current 100 mA to 1 A 0.011% to 0.027% Direct Method by usingmaster StandardCalibrator Fluke 5522A











Current 20 A to 200 A 0.5% Direct Method usingCurrent Source


DC Power 10 W to 1 kW,1V to1000V, 1mA to 1000A.

0.08% to 0.45% Using Calibrator Fluke5522A with CurrentCoil Direct Method.


DC Power (1V to1000V, 1mA to 1000A)

1 KW to 19.9 KW 0.45% to 0.65% Using Calibrator Fluke5522A with current coilDirect Method.


Oscilloscope 1 mV to 130 V 0.29% to 0.096% Direct Method


Resistance 0.1 Mohm to 1 Gohm 5.89% to 4.91% Direct Method usingmaster of high stabilityDecade Megohm Box


Resistance 1 Gohm to 100 Gohm 4.91% to 8.61% Direct Method usingmaster of high stabilityDecade Megohm Box



























Resistance 100 Gohm to 1 Tohm 5.81% Direct Method usingmaster of high stabilityDecade Megohm Box


Resistance 100 ohm to 1 kohm 0.004% to 0.0036% Direct Method usingStandard CalibratorFluke 5522A


Resistance 100 kohm to 1 Mohm 0.0034% to 0.0041% Direct Method usingStandard CalibratorFluke 5522A













Resistance 150 mohm to 1 ohm 0.611% to 0.10% Direct Method usingStandard CalibratorFluke 5522A:


Resistance 300 Mohm to 1 Gohm 0.38% to 1.78% Direct Method usingStandard CalibratorFluke 5522A


Resistance 50 mohm 0.610% Direct Method usingsing fixed resistor box




Voltage 1 V to 10 V 0.0015% to 0.0016% Direct Method usingmaster StandardCalibrator Fluke 5522A:

















Amplitude-Sq wave /Oscilloscope (1 kHz)

1 mV to 55 Vp-p 0.6% to 0.3% Direct Method by usingmaster StandardCalibrator Fluke 5522A


Bandwidth -Oscilloscope

50 kHz to 1 GHz 0.23% to 0.87% Direct Method usingmaster StandardCalibrator Fluke 5522A



600 °C to 1750 °C

0.53°C to 0.39°C Direct Method by usingMaster StandardCalibrator fluke 5522A& 6½ DMM



-200 °C to 1200 °C 0.28°C to 0.31°C Direct Method by usingMaster used- StndCalibrator Fluke 5522A& 6½ DMM





Temperature Indicator /Recorder / Controller(N type)
















-200 °C to 800 °C 0.05 °C Direct Method by usingMaster StandardCalibrator fluke 5522A& 6½ DMM
























-200 °C to 1200 °C 0.15°C to 0.25°C Direct Method by usingMaster StandardCalibrator fluke 5522A





Temperature Indicator /Recorder / Controller(N Type )
























Frequency 10 Hz to 1 GHz 0.0011% to 0.0024% Direct Method usingmaster FrequencyCounter Philips- PM6669


Timer 1 sec to 9000 sec 0.06% to 0.05% Comparison Method byusing master DigitalTimer Beltronics - 501


Frequency 1 Hz to 1 GHz 0.004% to 0.006% Direct Method usingmaster StandardCalibrator Fluke 5522A


Timer Marker /Oscilloscope

1 ns to 5 s 0.0003 sec Direct Method usingmaster StandardCalibrator Fluke 5522A


Centrifuge / CentrifugalMotor / Speed (Non-Contact)

10 RPM to 15000 RPM 1.1% to 1.2% By Comparison methodby using Tachometer


Bench Centre(Parallelity andcoaxiality)

Upto 500mm 7.0µm Using Taper Mandrel


Height MeasuringSystem, Res: 0.1µm

0 mm to 1000 mm 5.4µm Using Gauge Block Set











Profile Projector / VideoMeasuring System /Micro Scope

0 ° to 360 ° 50 min of arc Using Glass Anglegauge, Glass Scale


Profile Projector / VideoMeasuring System /Micro Scope

Mag.: 10x to 100x 0.6% Using Glass Anglegauge, Glass Scale


Profile Projector / VideoMeasuring System /Micro Scope (L.C.0.001 mm)

0 mm to 200 mm 2.4 µm Using Glass Anglegauge, Glass Scale


Surface Plate ( Granite/ Cast Iron SurfacePlate)

6000 mm to 2000 mm 2.0 sqrt(L+ W/150)µm,L W in mm

Using Electronic Level


Tape Scale Calibrator 0 mm to 1000 mm 10.2µm Using Slip Gauge Setand Long Slip Gauges


Brinell HardnessTesting Machine

HBW 5/750 & HBW10/3000

7.1% & 3.65% Using StandardHardness BlocksIS:1500 (Part 2):2013











Rockwell Hardness HRA, HRBW, HRC 1.0 HRA, 1.2 HRBW,0.85 HRC

Using StandardHardness Blocks IS1586(Part2):2018


Vickers HardnessTesting Machine

HV1, HV5, HV10,HV30

5.12%HV1, 3.72 HV5,2.5%HV10, 2.0% HV30

Using StandardHardness BlocksIS:1501(Part2)2013


Digital / Dial VaccumGauges / Transmitters /Transducers.

0 bar to (-) 0.75 bar 0.014 bar Digital Pressure Gaugewith uncertainty of0.0008 bar. Procedurebased on ISO 3567 &ISO 27893 standards.


PRESSURE(HYDRAULIC)Digital /Analog PressureGauges, PressureIndicator WithTransducer /Transmitter, PressureSwitch



PRESSURE(HYDRAULIC)Digital /Analog PressureGauges, PressureIndicator WithTransducer /Transmitter & PressureSwitches












PRESSURE(PNEUMATIC) Digital /Dial Gauges / PressureIndicator WithTransmitter /Transducer.

0 bar to 20 bar 0.014 bar Digital Pressure gaugewith uncertainty of0,01bar. Procedurebased on DKD-R 6-1guidelines.


PRESSURE(PNEUMATIC)Pressure gauges,Magnehelic gauges,Differential PressureTransmitters, LowPressure Indicators/Transducers,Barometer



PRESSURE(PNEUMATIC)Digital /Dial Gauges / PressureIndicator WithTransmitter /Transducer.












PRESSURE(PNEUMATIC)Pressure gauges, Magnehelicgauges, DifferentialPressure Transmitters,Low PressureIndicators/Transducers,Barometer.




1 mg to 2.1 g 0.003mg Using StandardWeights of acccuracyClass E1 andprocedure based OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class Ii) Readability :1 mg

1 mg to 1 kg 0.002 g Using StandardWeights of accuracyClass E1 & E2, andprocedure as per OIMLR-76: 2006.



0.1 g to 20 kg 0.10 g Using StandardWeights of AccuracyClass E2 & F1.Procedure as per OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class III)Readability :10 g

10 g to 100 kg 10.0 g Using StandardWeights of accuracyClass M1 andprocedure as per OIMLR76:2006












1 mg to 5.1 g 0.005 mg Using StandardWeights of accuracyClass E1 andprocedure as per OIMLR-76: 2006.





ELECTRONICWEIGHING BALANCE( Class I)Readability :0.01 mg



ELECTRONICWEIGHING BALANCE(Class II)Rwadability:10 mg

0.1 mg to 5 kg 0.011 g Using StandardWeights of AccuracyClass E1& E2 .Procedure as per OIMLR 76:2006.



0.1 g to 35 kg 0.97 g Using StandardWeights of accuracyClass F1& M1.Peocedure as perOIML R-76: 2006.












0.1 mg to 10 kg 0.037 g Using StandardWeights of AccuracyClass E1& E2.Procedure as per OIMLR-76: 2006.


ELECTRONICWEIGHING BALANCE(Class III) Readability :50 g

2 kg to 500 kg 20.0 g Using StandardWeights of accuracyClass F2. Peocedureas per OIML R76:2006


Electronic WeighingBalance (ClassIII)Readability: 100 mg

0.1 mg to 2 kg 0.011 mg Using Weights ofAccuracy Class E1&E2 . Procedure as perOIML R 76:2006.


ELECTRONICWEIGHING BALANCE(Class IV)Readability :100 g

2 kg to 1000 kg 50.0 g Using StandardWeights of accuracyClass M1, procedureas per OIML R76:2006


Humidity Chambers /Climatic Chamber /EnvironmentalChamber/HumidityGenerator/HumiditySource(Single or MultiPoint)

20 %RH to 95 %RH@25°C& 10°C to 50°C@ 50%RH

2.6%RH, 0.7°C Using Data Loggers byMulti channel Method











Thermal FreezersChambers / Ovens /Incubators (IndustrialPurpose) &Furnace,Cold room,Freezer, Deep Freezer,TemperatureChamber,Hot Air Oven,Furnace, Liquid Bath,Muffle Furnace (MultiPoint)

-80 °C to 200 °C 1.6°C Using RTD / TC anddata Logger (Mapping)


Thermal Freezers/Chambers / Ovens /Incubators (IndustrialPurpose) & Furnance -multipoint

200 °C to 1200 °C 2.5°C Using RTDThermometer & N TypeThermocouples withMultichannelTemperature Recorder



140 °C to 600 °C 0.64°C Using SPRT withIndicator & Dry BlockBath












600 °C to 1200 °C 2.53°C Using Fluke S TypeThermocouple withIndicator & Dry BlockBath



-95 °C to 140 °C 0.18°C Using SPRT withIndicator & Dry blockBath






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