CALIBRATION ISO/IEC 17025:2017 FLUID CONTROL RESEARCH ...

FLUID CONTROL RESEARCH INSTITUTEhas 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

KANJIKODE WEST, PALAKKAD, KERALA, INDIA

in the field of

CALIBRATIONCertificate Number: CC-2395

Issue Date: 01/07/2019 Valid Until: 30/06/2021*

*The validity is extended for one year up to 30.06.2022

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)

Name of Legal Identity : FLUID CONTROL RESEARCH INSTITUTE

Signed for and on behalf of NABL

N. VenkateswaranChief Executive Officer

Laboratory Name : FLUID CONTROL RESEARCH INSTITUTE, KANJIKODE WEST, PALAKKAD, KERALA,INDIA

Accreditation Standard ISO/IEC 17025:2017Certificate Number CC-2395 Page No 1 of 97Validity 01/07/2019 to 30/06/2021* Last Amended on 12/09/2019


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

S.No Discipline / Group

Measurand or ReferenceMaterial/Type of instrumentor material to be calibrated

or measured / QuantityMeasured /Instrument

Calibration or MeasurementMethod or procedure

Measurement range andadditional parameters

where applicable(Rangeand Frequency)

* Calibration andMeasurement

Capability(CMC)(±)

Permanent Facility

1

ELECTRO-TECHNICAL-AlternatingCurrent (< 1GHz)(Measure)

AC Current @ 1kHzto 10kHz

Using DMM Fluke8508A by DirectMethod

1 A to 10 A 0.11 % to 0.31 %

2


AC Current @ 1kHzto 10kHz


10 mA to 1 A 0.26 % to 0.11 %

3


AC Current @ 45Hzto 1kHz


1 A to 20 A 0.098 % to 0.12 %

4




100 µA to 1 A 0.098%












Capability(CMC)(±)

5


AC Voltage @100kHz to 1MHz


1 V to 10 V 3.5%

6


AC Voltage @ 1kHzto 100kHz


100 mV to 100 V 0.09%

7


AC Voltage @ 20Hzto 1kHz


10 mV to 100 mV 0.11 % to 0.02 %

8




100 mV to 1000 V 0.02 % to 0.022 %

9

ELECTRO-TECHNICAL-AlternatingCurrent (< 1GHz) (Source)

AC Current @ 45 Hzto 5 kHz

Using MFC Wavetek4808 by DirectMethod

1 mA to 1 A 0.021 % to 0.025 %












Capability(CMC)(±)

10



Using MFC Fluke5520A by DirectMethod

10 A to 20 A 0.09 % to 0.17 %

11


AC Current @ 45Hzto 5 kHz

Using MFC Wavetek4808 by DirectMethod

1 A to 10 A 0.025 % to 0.32 %

12


AC Current @50HzUsing MFC Fluke5520A with currentcoil by DirectMethod

20 A to 1000 A 0.58 % to 0.35 %

13


AC Voltage @ 1 kHzto 100 kHz


10 V to 100 V 0.12 % to 0.25 %

14




30 mV to 10 V 0.45 % to 0.12 %












Capability(CMC)(±)

15


AC Voltage @ 20Hzto 1 kHz


1 mV to 10 mV 0.75 % to 0.075 %

16




100 mV to 1 V 0.019 % to 0.027 %

17




100 V to 1000 V 0.033 % to 0.037 %

18




1 V to 100 V 0.027 % to 0.033 %

19




10 mV to 100 mV 0.075 % to 0.019 %












Capability(CMC)(±)

20

ELECTRO-TECHNICAL-DIRECTCURRENT(Measure)

DC CurrentUsing DMM Fluke8508A by DirectMethod

1 A to 20 A 0.021 % to 0.049 %

21



10 µA to 100 µA 0.04 % to 0.002 %

22



100 µA to 100 mA 0.002 % to 0.0066 %

23



100 mA to 1 A 0.0066 % to 0.021 %

24


DC VoltageUsing DMM Fluke8508A by DirectMethod

0.1 mV to 100 mV 0.54 % to 0.00087 %












Capability(CMC)(±)

25


DC VoltageUsing DMM Fluke8508A by DirectMethod

100 mV to 1000 V 0.0006 % to 0.0009%

26


Resistance (4 Wire)Using DMM Fluke8508A by DirectMethod

1 Gohm to 10 Gohm 0.23 % to 0.24 %

27



1 Mohm to 100Mohm 0.0015 % to 0.027 %

28



1 ohm to 1 Mohm 0.0023 % to 0.0015%

29



100 Mohm to 1Gohm 0.027 % to 0.23 %












Capability(CMC)(±)

30


Resistance(4 Wire)Using DMM Fluke8508A by DirectMethod

0.1 ohm to 1 ohm 0.055 % to 0.0023 %

31


Resistance(4 Wire)Using Micro ohmmeter Tinsley5891by DirectMethod

100 µohm to 1 kohm 4.04 % to 0.40 %

32

ELECTRO-TECHNICAL-DIRECTCURRENT(Source)

DC CurrentUsing MFC Wavetek4808 by DirectMethod

1 mA to 100 mA 0.006%

33


DC CurrentUsing MFC Flukk5520A Source byDirect Method

10 A to 20 A 0.054 % to 0.12 %

34



100 µA to 1 mA 0.014 % to 0.006 %












Capability(CMC)(±)

35



100 mA to 10 A 0.006 % to 0.054 %

36


DC CurrentUsing MFC Fluke5520A with CurrentCoil by DirectMethod

20 A to 1000 A 0.72 % to 0.31 %

37


DC VoltageUsing MFC Wavetek4808 by DirectMethod

1 mV to 10 mV 0.059 % to 0.007 %

38



10 mV to 10 V 0.007 % to 0.001 %

39


DC VoltageUsing MFC Fluke5520A by DirectMethod

10 V to 1000 V 0.0025%












Capability(CMC)(±)

40



100 µV to 1 mV 0.64 % to 0.059 %

41


Resistance (4 Wire)

Using StandardResistors Discretevalues (Gulidline &Fluke) by DirectMethod

1 µohm 0.013%

42


Resistance (4 Wire)


1 Gohm 0.028%

43


Resistance (4 Wire)


1 kohm 0.009%

44


Resistance (4 Wire)


1 Mohm 0.0023%












Capability(CMC)(±)

45


Resistance (4 Wire)


1 ohm 0.0004%

46


Resistance (4 Wire)


10 µohm 0.010%

47


Resistance (4 Wire)


10 kohm 0.009%

48


Resistance (4 Wire)


10 Mohm 0.0045%

49


Resistance (4 Wire)


10 mohm 0.010%












Capability(CMC)(±)

50


Resistance (4 Wire)


10 ohm 0.0004%

51


Resistance (4 Wire)


100 µohm 0.010%

52


Resistance (4 Wire)


100 kohm 0.009%

53


Resistance (4 Wire)


100 mohm 0.009%

54


Resistance (4 Wire)


100 Mohm 0.0146%












Capability(CMC)(±)

55


Resistance (4 Wire)


100 ohm 0.0004%

56


Resistance (4 Wire)


25 ohm 0.009%

57

ELECTRO-TECHNICAL-ELECTRICALEQUIPMENT(Source)

OscilloscopeAmplitude ACVoltage(Sine Wave)@ 50ohm Load and1kHz

Using OscilloscopeCalibrator Wavetek9500/600 by DirectMethod

100 mV to 4.8 V 1.7%

58


OscilloscopeAmplitude ACVoltage(SquareWave) @ 1M ohmLoad and 1kHz


10 mV to 60 V 0.54 % to 0.17 %

59


OscilloscopeAmplitude DCVoltage @ 1M ohmLoad


10 mV to 100 V 0.38 % to 0.08 %












Capability(CMC)(±)

60


OscilloscopeBandwidth/Flatness(Relative to 50kHz)

Using OscilloscopeCalibrator Wavetek9500/600l by DirectMethod

50 kHz to 600 MHz 4.24%

61


Oscilloscope TimeMarker


10 ns to 10 ms 0.14 % to 0.058 %

62

ELECTRO-TECHNICAL-TEMPERATURESIMULATION(Measure)

RTD Sensor(Pt-100)Using DMM Fluke8508A with ITS-90Table by DirectMethod

-200 °C to 850 °C 0.011°C

63


RTD Sensor(Pt-1000)Using DMM Fluke8508A with ITS-90Table by DirectMethod

-200 °C to 630 °C 0.014°C

64


Thermocouple TType


-150 °C to 400 °C 0.32°C












Capability(CMC)(±)

65


Thermocouple BType


600 °Cto 1820 °C 0.53°C

66


Thermocouple CType


0 °C to 1000 °C 0.39°C

67


Thermocouple EType


-100 °C to 350 °C 0.25°C

68


Thermocouple EType


350 °C to 1000 °C 0.21°C

69


Thermocouple J TypeUsing MFC Fluke5520A by DirectMethod

150 °C to 1200 °C 0.28°C












Capability(CMC)(±)

70



-210 °C to 150 °C 0.31°C

71


Thermocouple KType


120 °C to 1300 °C 0.4°C

72


Thermocouple KType


-200 °C to 120 °C 0.4°C

73


Thermocouple NType


-200 °C to 410 °C 0.4°C

74


Thermocouple NType


410 °C to 1300 °C 0.27°C












Capability(CMC)(±)

75


Thermocouple RType


0 °C to 1000 °C 0.68°C

76


Thermocouple RType


1000 °C to 1767 °C 0.49°C

77


Thermocouple SType


0 °C to 1000 °C 0.47°C

78


Thermocouple SType


1000 °C to 1767 °C 0.46°C

79

ELECTRO-TECHNICAL-TEMPERATURESIMULATION(Source)

RTD Sensor(Pt-100)Using MFC Fluke5520A by DirectMethod

0 °C to 800 °C 0.27°C












Capability(CMC)(±)

80



-200 °C to 0 °C 0.059°C

81



0 °C to 630 °C 0.27°C

82



-200 °C to 0 °C 0.03°C

83


Thermocouple BType


600 °Cto 1820 °C 0.45°C

84


Thermocouple CType


0 °C to 1000 °C 0.37°C












Capability(CMC)(±)

85


Thermocouple EType


-100 °C to 350 °C 0.19°C

86


Thermocouple EType


350 °C to 1000 °C 0.26°C

87



150 °C to 1200 °C 0.28°C

88



-210 °C to 150 °C 0.31°C

89


Thermocouple KType


120 °C to 1372 °C 0.42°C












Capability(CMC)(±)

90


Thermocouple KType


-200 °C to 120 °C 0.35°C

91


Thermocouple NType


-200 °C to 410 °C 0.42°C

92


Thermocouple NType


410 °C to 1300 °C 0.30°C

93


Thermocouple RType


0 °C to 1000 °C 0.68°C

94


Thermocouple RType


1000 °C to 1767 °C 0.49°C












Capability(CMC)(±)

95


Thermocouple SType


0 °C to 1000 °C 0.47°C

96


Thermocouple SType


1000 °C to 1767 °C 0.46°C

97


Thermocouple TType


-150 °C to 400 °C 0.28°C

98

ELECTRO-TECHNICAL-TIME &FREQUENCY(Measure)

FrequencyUsing UniversalCounter Agilent53131A by DirectMethod

1 Hz to 225 MHz 10 mHz to 0.00062MHz

99


TimeUsing UniversalCounter Agilent53131A by DirectMethod

1 s to 5400 s 10.3 µs to 5.4 ms












Capability(CMC)(±)

100

ELECTRO-TECHNICAL-TIME &FREQUENCY(Source)

FrequencyUsing FunctionGenerator Agilent33120A by DirectMethod

1 Hz to 9 kHz 1.0 % to 0.0034 %

101


FrequencyUsing RF SignalGenerator Agilent9310A by DirectMethod

9 kHz to 200 MHz 0.00092 % to 0.0003%

102FLUID FLOW-FLOWMEASURINGDEVICES

Flow Rate (HighPressure Conditions,0-20bar- MediumAir)

Using Critical flowventuri nozzle &Secondary standard

1 kg/h to 1000 kg/h 0.15%



Using Positivedisplacement meter& Secondarystandard

0.5 cu.m/h to 25cu.m/h 0.50%



Using Turbine meter& Secondarystandard

10 cu.m/h to 400cu.m/h 0.30%



Using Gravimetricsystem & Primaryoperating system

4 kg/h to 1000 kg/h 0.10%












Capability(CMC)(±)


Flow Rate (NearAmbient Condition-Medium Air)

Using Thermal MassFlow Meters &Secondary Standard

0.00075 l/min to 650l/min 1%



Using AutomaticPrimary Gas FlowCalibrator/PistonProver & PrimaryOperating System

0.0012 cu.m/h to 3cu.m/h 0.20%



Using Critical FlowVenturi Nozzles &Secondary Standard

0.7 cu.m/h to 400cu.m/h 0.15%



Using Volume meter/Piston Prover &Primary OperatingSystem

0.75 ml/min to 250ml/min 0.30%



Using TurbineMeters & SecondaryStandard

200 cu.m/h to 4000cu.m/h 0.50%



Using Critical FlowVenturi Nozzles &Secondary Standard

400 cu.m/h to 10000cu.m/h 0.25%












Capability(CMC)(±)



Using TurbineMeters & SecondaryStandard

90 cu.m/h to 1000cu.m/h 0.50%



Using Bell Prover &Primary OperatingSystem

0.016 cu.m/h to 0.25cu.m/h 0.30%



Using Bell Prover &Primary OperatingSystem

0.25 cu.m/h to 40cu.m/h 0.12%



Using PositiveDisplacement Meter& SecondaryStandard

0.5 cu.m/h to 160cu.m/h 0.50%


Flow Rate (NearAmbient Condition-Medium N2)

Using Volume meter/Piston Prover &Primary OperatingSystem

0.75 ml/min to 250ml/min 0.30%


Liquid Mass (Oil)Using 2 kg / 60 kgweighing system bygravimetric method

0 kg to 25 kg 0.01%


Liquid Mass (Oil)Using 10000 kgweighing system bygravimetric method

1600 kg to 8000 kg 0.025%












Capability(CMC)(±)



25 kg to 250 kg 0.01%



250 kg to 1600 kg 0.015%


Liquid Mass (Water)Using 2 kg / 60 kgweighing system bygravimetric method

0 kg to 30 kg 0.01%


Liquid Mass (Water)Using 2000 kgweighing system bygravimetric method

200 kg to 2000 kg 0.01%



2000 kg to 20000 kg 0.025%



30kgto 200 kg

0.01%


Liquid Mass Flowrate (Oil)

Using 2 kg / 60 kgweighing system bygravimetric method

0 t/h to 0.8 t/h 0.03%












Capability(CMC)(±)



Using 300 kgweighing system bygravimetric method

0.8 t/h to 5 t/h 0.03%




5 t/h to 80 t/h 0.03%




80 t/h to 500 t/h 0.04%


Liquid Mass FlowRate (Water)


0 t/h to 1 t/h 0.03%




1 t/h to 6 t/h 0.03%




200 t/h to 2500 t/h 0.05%




6 t/h to 200 t/h 0.03%












Capability(CMC)(±)


Liquid Volume (Oil)Using 2 kg / 60 kgweighing system bygravimetric method

0 cu.mto 0.03 cu.m 0.03%


Liquid Volume (Oil)Using 300 kgweighing system bygravimetric method

0.03 cu.mto 0.2 cu.m 0.03%



0.2 cu.mto 1.8 cu.m 0.03%



1.8 cu.m to 9 cu.m 0.04%


Liquid Volume(Water)


0to 0.03 cu.m 0.02%




0.03 cu.mto 0.2 cu.m 0.03%




0.2 cu.mto 2 cu.m 0.03%












Capability(CMC)(±)




2 cu.mto 20 cu.m 0.05%


Liquid Volume FlowRate (Oil)


0 cu.m/h to 1 cu.m/h 0.05%




1 cu.m/h to 6 cu.m/h 0.05%




100 cu.m/h to 600cu.m/h 0.05 %




6 cu.m/h to 100cu.m/h 0.05%


Liquid Volume FlowRate (Water)


0 cu.m/h to 1 cu.m/h 0.05%




1 cu.m/h to 6 cu.m/h 0.05%












Capability(CMC)(±)




200 cu.m/h to 2500cu.m/h 0.1%



Using 500 mm flowmeter bycomparison method

2500 cu.m/h to 4500cu.m/h 0.15%



UsingElectromagnetic flowmeters bycomparison method

4500 cu.m/h to15000 cu.m/h 0.5%




6 cu.m/h to 200cu.m/h 0.05%


Velocity (MediumAir)

Using ThermalAnemometer & Pointvelocity measuringsystems

0.5 m/s to 3 m/s 3%



Using Pitot statictube & Point velocitymeasuring systems

3 m/s to 80 m/s 1.1%



Using ThermalAnemometer & Pointvelocity measuringsystems

0.10 m/s to 0.5 m/s 0.015m/s












Capability(CMC)(±)



Using ThermalAnemometer 0.20 m/s to 0.5 m/s 0.015m/s


Volume (MediumAir)

Using PVTt tank(Primary system) byGravimetric method

0 Litre to 2000 Litre 0.10%


Volume (MediumAir)

Using Bell Prover(Primary System) byGravimetric method

0 Litre to 500 Litre 0.10%

157MECHANICAL-ACCELERATIONAND SPEED

Accelerometer /Vibration SensorLinearity

Using ReferenceAccelerometer,AccelerometerCalibration Systemand Shaker as perISO 16063 part 21

1 g pk to 30 g pk 1.25%












Capability(CMC)(±)


Accelerometer /Vibration SensorNominal Sensitivity& Frequencyresponse between2Hz to 15kHz


0.2 g pk to 10 g pk

1.8 @ 2Hz to 1.5 @5Hz to 20Hz1.5 @ 21Hz to 99Hz1.25 @ 100Hz to160Hz1.5 @ 1.61Hz to1kHz1.7 @ >1kHz to2.3 @ 5kHz to 10kHz2.5 @ 10 kHz to 15kHz% to 1.8 @ 2Hz to 1.%


Contact Tachometer,Speed Indicator,Stroboscope

Using VariableSpeed DriveReferenceTachometer

100 rpm to 10000rpm 1.4rpm


LaboratoryCentrifuge/ MSTApparatus /Stroboscope

Using Referencetachometer

10000 rpm to 50000rpm 2.1rpm


LaboratoryCentrifuge/ MSTApparatus /Stroboscope

Using Referencetachometer



Non ContactTachometer, SpeedIndicator

Using CalibratedFunction Generator

10000 rpm to 50000rpm 1.3rpm












Capability(CMC)(±)




50000 rpm to100000 rpm 2.4rpm






Vibration Amplitude-IEPE Amplifier usewith vibration/acoustic sensor (Between 2 Hz to 20k Hz)

Using Spektra CS18System 1 Gain to 1000 Gain 0.3%


Vibration Amplitude-Charge Amplifier usewith vibration/acoustic sensor(between 2 Hz to 20k Hz )

Using Spektra CS18System 1 Gain to 1000 Gain 0.4%


Vibration Amplitude-Impact Hammerused in ModalAnalysis,SensitivityVerification

Using Pendulumtype calibrationsystem, VibrationAnalyzer ,Accelerometer

0.1 pC/N or mV/N to10 pC/N or mV/N 2.8%












Capability(CMC)(±)


Vibration Amplitude-VibrationAnalyzer /Vibration Meter -MultipointAcceleration(5Hz to5kHz)

Using ReferenceAccelerometer, Multimeter, Shaker,MultipointCalibration ofVibration Meter /Vibration AnalyzerUsing Accelerometerand Shaker SystemBy ComparisonMethod

0.1 g(pk) to 15 g(pk) 2.4%


Vibration Amplitude-VibrationAnalyzer /Vibration Meter -Multipoint Velocity(5Hz to 5kHz)


1 mm/s(pk) to 240mm/s(pk) 2.4%












Capability(CMC)(±)


Vibration Amplitude-Vibration Analyzer/Vibration Meter-MultipointDisplacement(5Hz to800Hz)


0.01 mm(pk) to 10mm(pk) 2.4%


Vibration Amplitude-Vibration Analyzer/Vibration Meter-Single PointAcceleration @159.2Hz

Using VibrationExciter &Accelerometer bySingle PointCalibration ofVibration Meter/Vibration Analyzerusing VibrationExciter

9.81 m/s2 to 9.81m/s2 2.7%


Vibration Amplitude-Vibration Analyzer/Vibration Meter-Single [email protected] Hz


9.81 microns to 9.81microns 2.7%












Capability(CMC)(±)


Vibration Amplitude-Vibration Analyzer/Vibration Meter-Single [email protected] Hz


9.81 mm/s to 9.81mm/s 2.7%


Vibration Amplitude-Vibration ExciterCalibration 5Hz to5kHz

Using ReferenceAccelerometer,MultimeterFrequency Counter

0.1 g to 10 g 2.0%


Vibration Amplitude-Vibration Sensor /Accelerometer@100Hz & 160Hz


1 g to 10 g 1.25%

176 MECHANICAL-ACOUSTICS

Acoustic Pressure -Pressure FieldMultifunctionAcoustic Calibrator94dB,104dB &114dB@ 31.5Hz to 16 kHz

Using ReferenceMicrophone ControlUnit byMeasurementmethod

94 dBto 114 dB 0.5dB












Capability(CMC)(±)


Acoustic Pressure -Pressure Field SoundLevelCalibrator/PistonPhone 124dB@250Hz

Using Piston Phone/Acoustic Calibratorand ReferenceMicrophone ControlUnit by Substitutionmethod

124 dB to 124 dB 0.2dB


Acoustic Pressure -Pressure Field SoundLevelCalibrator/PistonPhone 94dB &114dB@1kHz

Using Piston Phone/Acoustic Calibratorand ReferenceMicrophone, SpektraControl Unit bySubstitution method

94 dB to 114 dB 0.2dB


Acoustic PressureFree Field SoundLevel Meter between125 Hz and 20kHz

Using Anechoicchamber, ReferenceMicrophone andSpektra control unitby SubstitutionMethod

80 dB to 84 dB

0.5 @ 125 Hz to 250Hz 0.4 @ 250 Hz to8 khz 0.5 @ > 8kHzto 10 kHz 0.5 @ >10kHz to 20 kHz dBto 0.5 @ 125 Hz to250 Hz


Acoustic Pressure-Pressure Field SoundLevel Meter andMicrophone @250Hz

Using Piston Phone/Acoustic Calibratorand pressure Fieldwith ReferenceCalibrator & SpektraControl Unit

124 dB to 124 dB 0.2dB












Capability(CMC)(±)


Acoustic Pressure-Pressure Field SoundLevel Meter andMicrophone 94dB,114dB @ 1kHz

Using Piston Phone/Acoustic Calibrator.Pressure Field withReference Calibrator& Spektra ControlUnit

94 dB to 114 dB 0.2dB


Acoustics Power -Sound Sourcebetween125 Hz and16 Khz ( Hemi-anechoic Chamber)

Using HemiAnechoic Chamber,Sound level Meter ,Reference Soundsource as per ISO3745

30 dBA to 140 dBA 1.4dB


Acoustics Pressure -Free Field MeasuringMicrophones withPreamplifiersbetween 125Hz and20kHz

Using Anechoicchamber, ReferenceMicrophone andSpektra control unitby Free fieldCalibration Systemas per IEC61094-8/2012.AndComparison withSubstitution

80 dB to 84 dB

0.4 @ 125Hz to 250Hz0.3 @ 250Hz to 8kHz0.3 @ >8kHz to10kHz0.42 @ >10kHz to20kHz

dB to 0.4 @ 125Hzto 250 Hz

184MECHANICAL-DENSITY ANDVISCOSITY

BrookfieldViscometer

Certified Viscosityliquid

1 mPas/cSt to23000 mPas/cSt 1.0% rdg.


Capillary Viscometer(Kinematic Viscosity)

Using CertifiedViscosity liquid,Const. Temp. bath

1 cSt to 23000 cSt 0.5% rdg.












Capability(CMC)(±)


Density Hydrometer/Specific GravityHydrometer /Alcoholometer /Twaddle Hydrometer/ Baume Hydrometer/ Brix Hydrometer /Arbitrary ScaleHydrometer atSpecifiedTemperature

Using StandardHydrometers ByComparison Method

1.95 g/mlto 2.000 0.0005g/ml


Density Meter Using CertifiedDensity Liquids

0.756 g/ml to 1 55g/ml 0.000025g/ml


Density of unknownSample (DUC) Liquid

Using CertifiedDensity Liquids andAnton Paar DensityMeter

0.756 g/ml to 1.55g/ml 0.000028g/ml


Density/SpecificGravity /Percentage/ArbitraryScale (At SpecifiedTemperature)Hydrometers


1.00 g/ml to 1.18g/ml 0.0004g/ml












Capability(CMC)(±)


Density/SpecificGravity/Percentage/Arbitrary Scale (AtSpecifiedTemperature)Hydrometers

Using StandardHydrometers byComparison Method

0.64 g/ml to 0.98g/ml 0.0004g/ml


Density/SpecificGravity/Percentage/Arbitrary Scale (AtSpecifiedTemperature)Hydrometers


1.20 g/ml to 1.85g/ml 0.0005g/ml


Dynamic/kinematicviscosity of unknownSample (DUC) liquid

Using Falling BallViscometer /Ubbelohde CapillaryViscometer

1 mPas/cSt to 23000mPas/cSt 1.0% rdg.


Falling BallViscometer(Dynamic Viscosity)

Using Certifiedviscosity liquid,Const. temp. bath

1 mPas to 85000mPas 0.7% rdg.


Mass Flow Meter/Densitometer /Density MeasuringInstruments

Using PrecisionBalances andDistilled water ofknown density,Reference DensityMeter, byGravimetric Method

1 g/ml to 2 g/ml 0.00014g/ml












Capability(CMC)(±)


Viscometer forDynamic, KinematicViscosity

Using Ubbelohdecapillaryviscometer/fallingball viscometer

1 mPas/cSt to 60000mPas/cSt 1.0% rdg.


Zahn / Ford / Flow /Sheen Cup

Using UbbelohdeCapillary Viscometer

1 mPas / cStto 60000 mPas / cSt 1.0% rdg.

197

MECHANICAL-DIMENSION(BASICMEASURINGINSTRUMENT,GAUGE ETC.)

Angle /Box Angleplates

Using CoordinateMeasuring Machineby ComparisonMethod

(125 x 75 x 100)mm to (450 x 300 x350) mm

7.0µm

198


Bevel ProtractorUsing Angle GaugeBlocks byComparison Method

0 deg of arc to 360deg of arc 4' of arc

199


Bore Gauge(Transmission Only)L.C:1 µm Probingrange : Upto 2 mm

Using UniversalLength MeasuringMachine byComparison Method

Dia. 6mm to Dia. 600 mm 2.9µm












Capability(CMC)(±)

200


Caliper Checker/StepGauges/CheckMaster

Using CoordinateMeasuring Machineand Gauge Blocks byComparison Method

20 mm to 600 mm 5.54µm

201


Calipers(Vernier/Dial/Digital)L.C.:10 µm

Using Gauge Blocksby ComparionMethod

> 600 mm to 1000mm 10.0µm

202


Calipers(Vernier/Dial/Digital)L.C.:10 µm

Using Gauge Blocksby ComparisonMethod

0 mm to 600 mm 8.0µm

203


Co-OrdinateMeasuring MachineL.C:0.1µm

Using GaugeBlocks/MasterSphere byComparison Method

0 mm to 800 mm 5.26µm












Capability(CMC)(±)

204


Comparator Stand(Flatness)


0 mm to (600x600)mm 6.0µm

205


Depth Micro CheckerUsing Gauge Blocks& MeasuringMachine byComparison Method

2.5 mm to 150 mm 5.36µm

206


Depth Micrometer(Mech./Dial/Digital)LC : 1 µm



207


Dial CalibrationTester L.C:1 µm

Using Gauge Blocks& Mu Checker byComparison Method













Capability(CMC)(±)

208


Dial ThicknessGauge L.C:1 µm

Using '0' GradeGauge Blocks byComparison Method


209


Electronic /LVDTProbe L.C:0.1µm



210


ElectronicComparator / MuChecker L.C:0.01µm



211


Electronic FrameLevel,Inclinometer.Precision Levels

Using ReferenceElectronic FrameLevel by Comparisonmethod.

0 to 2000 µm/m 5.0µm/m












Capability(CMC)(±)

212


External Micrometer(Mech./Dial/Digital)L.C.: 1 µm

Using Gauge Blocks/Long Gauge Blocksby comparisonmethod

>100 mm to 1000mm 5.0µm

213


External Micrometer(Mech./Dial/Digital)L.C.: 1 µm

Using Gauge Blocks/ Long Gauge Blocksby ComparisonMethod


214


Feeler GaugeUsing UniversalLength MeasuringMachine byComparison Method

0.01 mm to 2 mm 3.27µm

215


Gauge BlockCalibratorL.C:0.01µm

Using Gr.”K”GaugeBlocks byComparison Method

0 µm to 200 µm 0.065µm












Capability(CMC)(±)

216


Gauge BlocksUsing Gauge BlockComparator & Gr."K" Gauge Blocks byComparison Method

> 10 mm to 50 mm 0.08

217


Gauge BlocksUsing Gauge BlockComparator & Gr."K"Gauge Blocks byComparison Method

> 50 mm to 100 mm 0.30µm

218


Gauge blocks

Using Gauge BlockComparator & Grade“K” Gauge Blocks byComparison Method.work instructions refWP PSL L01.3

0.1 mm to 10 mm 0.053µm

219


Height Gauge(Dial/Digital) LC : 0.1µm


> 600 mm to 1000mm 4.0µm












Capability(CMC)(±)

220


Height Gauge(Dial/Digital) LC : 0.1µm



221


Height Master

Using Gauge Blocks& CoordinateMeasuring Machineby ComparisonMethod


222


Inside/stickmicrometer (dial/digital) L.C:1 µm

Using UniversalLength MeasuringMachine & GaugeBlocks byComparison Method


223


Lever Type DialGauge

Using UniversalLength MeasuringMachine / GaugeBlocks byComparison

0 mm to 2 mm 1.0µm












Capability(CMC)(±)

224


Long SlipGauge/Length Bar

Using ULM &MasterGauge Blocks ByComparison Method

100 mm to 500 mm 3.99µm

225


Measuring ScaleL.C:0.5mm

Using Tape andScale Calibrator byComparison Method.work instructions refWP PSL L28.1

0 mm to 1000 60µm

226


Measuring Tape/PieTape L.C:1 mm

Using Tape andScale Calibrator byComparison Method

> 1 m to 100 m200+(200x sqrt ( L))µm . L- length inmm

227


Pin GaugeUsing UniversalLength MeasuringMachine byComparison Method

0.5 mm to 20 mm 0.5µm












Capability(CMC)(±)

228


Plain Plug GaugeUsing UniversalLength MeasuringMachine byComparison Method

Dia. 1 mm to Dia.100 mm 1.0µm

229


Plain Ring gauge

Using UniversalLength MeasuringMachine & SettingRings byComparison Method

200 mm to 300 mm 6.0µm

230


Plain Ring gauge



231


Plain Ring gauge














Capability(CMC)(±)

232


Plunger type dialgauge (Analog /digital) L.C:1 µm


0 mm to 100 mm 1.24µm

233


Precision ParallelBlocks(Parallelism)


50 mm to 500 mm 6.0µm

234


Profile ProjectorAngle L.C: 1'

Using Angle GaugeBlocks byComparison Method

0 ° to 360 ° 1' of Arc

235


Profile ProjectorLinear L.C:1 µmMagnification: Upto50X

Using Glass Scale byComparison Method 0 mm to 300 mm 2.0µm












Capability(CMC)(±)

236


Profile projectorMagnification

Using Glass Scale byComparison Method 2X to 50X 0.05%

237


Radius GaugesUsing ProfileProjector byComparison Method

0.5 mm to 50 mm 4.0µm

238


Reference SpheresUsing universalLength MeasuringMachine ByComparison Method

0.4 mm to 50 mm 0.37µm

239


Setting Rod /Extension Rod


20 mm to 600 mm 2.9µm












Capability(CMC)(±)

240


Straight EdgeUsing CoordinateMeasuring Machineby ComparisonMethod

200 mm to 2000mm 7.0µm

241


Suface RoughnessSpecimens /Masters

Using SurfaceRoughness Tester byComparison Method

0.01 to 15 7%

242


Surface RoughnessTester

Using SurfaceRoughness Masterby ComparisonMethod

0.01 to 15 7%

243


Tape and ScaleCalibrator L.C:1 µm


0 mm to 1000 mm 10µm












Capability(CMC)(±)

244


Test sievesUsing ProfileProjector byComparison Method

0.005 mm to 25 mm 4µm

245


Thread MeasuringWires


Dia. 0.15 mm to Dia.7.0 mm 0.3µm

246


Thread Pitch GaugeUsing ProfileProjector byComparison Method

0 ° to 90 ° 10' of Arc

247


Thread Pitch GaugeUsing ProfileProjector byComparison Method

0.2 mm to 8.0 mm 4.0µm












Capability(CMC)(±)

248


Thread Plug Gauge

Using UniversalLength MeasuringMachine and ThreadMeasuring Wire byComparison Method


249


Thread Ring GaugeUsing UniversalLength MeasuringMachine byComparison Method


250


Three Point InternalMicrometer L.C:1 µm

Using Ring Gaugesby ComparisonMethod

Dia. 3 mm toDia.100 mm 3.5µm

251


Universal LengthMeasuring MachineL.C:0.1 µm

Using Long K GradeGauge Blocks byComparison Method

>100 mm to 680mm

0.20+(L/200)µm. L -Length in mm












Capability(CMC)(±)

252


Universal LengthMeasuring MachineL.C:0.1 µm

Using K Grade SlipGauges & Long KGrade Gauge Blocksby ComparisonMethod

0 mm to 100 mm 0.15+(L/200)µm, L -length in mm

253


V - Block SymmetryAngle,Flatness,Parallelism


0 to 120 ° 80'' of arc, 5.36 µm

254MECHANICAL-FORCEPROVINGINSTRUMENTS

Load cell. Provingring, ForceMeasuringInstruments

Using MorehouseUniversal CalibratingMachine and 200kNLoadcell byComparison Methodas per ISO 376

5 kN to 200 kN 0.06% rdg.

255

MECHANICAL-PRESSUREBALANCE ORDEAD WEIGHTTESTER

Hydraulic Pressure -Dead Weight Tester

Using Ded WeightTester(BUDENBERG) byEffective Areadeterminationthrough Cross- Floatas per EURAMETcg-3

1 bar (g)to 60 bar (g) 0.0058% rdg.












Capability(CMC)(±)

256


Hydraulic Pressure -Dead Weight Testers

Using Dead WeightTester (Budenberg)by ComparisonMethod throughCross Float as perEURAMET cg-3

>60 bar (g) to 1200bar (g) 0.0075% rdg.

257



Using Dead WeightTester(Budenberg)by ComparisonMethod throughCross Float as perEURAMET cg-3

1 bar (g)to 60 bar (g) 0.0060% rdg.

258


Hydraulic Pressure –Dead Weight Testers

Using Dead WeightTester (Budenberg)by Effective AreaDeterminationthrough Cross Floatas per EURAMETcg-3

>60 bar (g) to 1200bar (g) 0.0073% rdg.

259


Pneumatic PressureDead Weight Tester

Using Dead WeightTester (Ruska) byComparison Methodthrough Cross Floatas per EURAMETcg-3

(0.14 to 70) bar 0.004% rdg.












Capability(CMC)(±)

260MECHANICAL-PRESSUREINDICATINGDEVICES

Analog / DigitalPressure Gauges,PressureTransducers /Transmitters,Indicator of PressureSwitch, Barometer

Using DigitalPressure (Druck)Comparison Methodas per DKD-R6-1

100 mbar (abs)to 2600 mbar (abs) 0.02% rdg.




2 bar (abs)to 20 bar (abs) 0.02% rdg.


Hydraulic Pressure –Analog/ DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitch

Using Dead WeightTester (Budenberg)by ComparisonMethod as per DKD-R6-1

1 bar (g) to 100 bar(g) 0.0062% rdg.












Capability(CMC)(±)


Hydraulic Pressure –Analog/ DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitch


20 bar (g)to 1200 bar (g) 0.0075% rdg.


Hydraulic Pressure –Analog/ DigitalPressure Gauges,Transducers /Transmitters,Indicator of PressureSwitch

Using PrecisionPressure Calibrator(Beamex)Comparison Methodas per DKD-R6-1

20 bar (g) to 250 bar(g) 0.02% rdg.


Hydraulic Pressure –Analog/ DigitalVacuum Gauges,Vacuum Transducers/ Transmitters,Indicator of PressureSwitch


100 bar (g) to 1000bar (g) 0.017% rdg.


PneumaticDigital/AnalogVacuum Gauges/Transducers/Transmitters,Indicator of PressureSwitch


-0.98 bar (g) to-0.015 bar (g) 0.012% rdg.












Capability(CMC)(±)


Pneumatic Pressure– Analog/ DigitalPressure Gauges,Transducerss/Transmitters,Indicator of PressureSwitch


10 bar (g) to 100 bar(g) 0.017% rdg.


Pneumatic PressureAnalog/ DigitalGauges, PressureTransducers/Transmitters,Indicator of PressureSwitch


0.1 bar (g)to 2 bar (g) 0.017% rdg.



Using Dead WeightTester(Pressurements) byComparison Methodas per DKD-R6-1

0.2 mbar to 10 mbar 0.5% rdg.




10 mbar (g)to 100 mbar (g) 0.03% rdg.












Capability(CMC)(±)




2 bar (g)to 20 bar (g) 0.017% rdg.


Pneumatic PressureAnalog/ DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitch

Using Dead WeightTester (Ruska) byComparison Methodas per DKD-R6-1

0.14 bar (abs)to 70 bar (abs) 0.0045% rdg.




0.25 bar (abs)to 20 bar (abs) 0.0075% rdg.












Capability(CMC)(±)




0.25 bar (g)to 20 bar (g) 0.008% rdg.






Pneumatic PressureAnalog/ DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitch, Barometers














Capability(CMC)(±)


Pneumatic PressureAnalog/ DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitchs

Using Dead WeightTester (Ruska) byComparison Methodas per DKD-R6-1

0.14 bar (g)to 70 bar (g) 0.004% rdg.


Pneumatic PressureAnalog/DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitch


-10 mbar (g) to +10mbar (g) 0.5% rdg.


Pneumatic VacuumAnalog/ DigitalGauges, VacuumTransducers/Transmitters,Indicator of PressureSwitch


-0.98 bar (g) to-0.015 bar (g) 0.017% rdg.

280MECHANICAL-TORQUEMEASURINGDEVICES

Torque WrenchUsing TorqueTransducer as perISO 6789

2 Nm to 1500 Nm 0.1% rdg.












Capability(CMC)(±)

281MECHANICAL-TORQUEMEASURINGDEVICES

Torque Transducers,Torque Meter,Torque Master,Torque MeasuringInstruments

Using 1500 mmNorbar Beam andCertified Beam asper BS 7882

10 Nm to 1500 Nm 0.02% rdg.

282MECHANICAL-WEIGHINGSCALE ANDBALANCE

StandardWeights(Calibrationof E1 class andcoarser)

E1 standard weights& 220 g Semi MicroBalance, d=0.01mg

200 g 0.04 g


Micro pipettevolumemeasurement(contain and delivery type)

Precision Radwag (0to 11)g/0.001 mgweighingbalance,ISO 8655part 6

(1 to 10)µl ,(>10 to100)µl,(>100 to 1000)µl,(>1000 to 5000)µl,(5000 to 10000) µl

0.2µl,2µl,6µl,6µl,6µl


Newton WeightE1 Std. weights, 11g micro balance andCertified 'g' value

0.1 N 0.0001 mN


Newton weightE1 Std. weights, 220g micro balance andCertified 'g' value

0.2 N 0.0001 mN



0.5 N 0.0002 mN












Capability(CMC)(±)



1 N 0.0003 mN


Newton WeightE1 Std. weights, 2.5kg balance andCertified 'g' value

10 N 0.005 mN


Newton weightE1 Std. weights, 64kg balance andCertified 'g' value

100 N, 200 N 0.2 mN


Newton weightF1 standard weights& 150 kg sartoriousbalance & certified‘g’ value

1000 N 0.0024 mN



2 N 0.0005 mN


Newton WeightE1 Std. weights, 2.5kg balance andCertified 'g' value

20 N 0.006 mN


Newton WeightF1 standard weights& 3000 kg Mettlerbalance & certified‘g’ value

2000 N 0.003 mN












Capability(CMC)(±)


Newton weightE1 Std. weights, 2.5kg balance andCertified 'g' value

5 N 0.0024 mN


Newton WeightE1 Std. weights, 64kg balance andCertified 'g' value:

50 N 0.026 mN


Newton WeightE1 Std. weights, 64kg balance andCertified 'g' value

500 N 0.6 mN


Newton WeightF1 standard weights& 3000 kg Mettlerbalance & certified‘g’ value

5000 N 0.01 mN


Newton WeightsE1 Std. weights, 11g micro balance andCertified 'g' value

0.01 N to 0.05 N 0.00007 mN












Capability(CMC)(±)


Sp.gravitybottle,Pipettes,Burettes,Measuring FlasksGlass/Plastic/Metallicwares/Dispensette,volumemeasurements(contain and deliverytype)

Precision sartorious(0 to 220 ) g/0.01mg weighingbalance, ISO 4787

(>10 to 100)ml 0.046 ml



Precision sartorious(0 to 2.5 ) kg/0.1 mgweighing balance,ISO 4787

(>100 to 2000) ml 0.2 ml



Precision sartorious(0 to 5 ) kg/1 mgweighing balance,ISO 4787:

(>2000 to 4000) ml 0.3 ml












Capability(CMC)(±)



Precision sartorious(0 to 64 ) kg/10 mgweighing balance,ISO 4787

(>4000 to 5000) ml 0.5 ml



E1 standard weights& 11 g microbalance, d=0.001mg

1 g 0.004 mg




1 mg to 500 mg 0.002 mg




10 g 0.007 mg




100 g 0.03 mg












Capability(CMC)(±)




2 g to 5 g 0.005 mg




20 g to 50 g 0.02 mg



E1 standard weights& 2.5 kg sartoriouscomparator d=0.1mg

1 kg 0.20 mg



E1 standard weights& 64 kg sartoriouscomparator d=10mg

10 kg 9 mg




2 kg 0.8 mg



E1 standard weights& 64 kg sartoriouscomparator d=10mg:

20 kg 11 mg



E1 standard weights& 5 kg sartoriouscomparator d=1 mg

5 kg 2 mg












Capability(CMC)(±)




500 g 0.15 mg


StandardWeights(Calibrationof E2 class andcoarser):

E1 standard weights& 64 kg sartoriouscomparator d=10mg

50 kg 30 mg


StandardWeights(Calibrationof F1 class andcoarser)

F1 standard weights& 600 kg sartoriouscomparator d=1 g

100 kg 820 mg




200 kg 830 mg




500 kg 900 mg


Volume Jars, provertanks/jars, volumemeasurements(Contain anddelivery type)

Precision sartorious(0 to 3000) kg/0.001kg weighingbalance, ISO 4787

(>100 to 250)liter 14 ml












Capability(CMC)(±)



Precision sartorious(0 to 3000) kg/0.001kg weighingbalance, ISO 4787

(>20 to 100) liter 5 ml



Precision sartorious(0 to 64 ) kg/10 mgweighing balance,ISO 4787

(>5 to 20) litre 2 ml


Weighing Scale d =0.001 mg

Using E1 Std.Weights based onOIML R-76-1

0 g to 11 g 0.004mg




0 g to 20 g 0.011mg


Weighing Scale d =0.001mg


0 g to 2 g 0.005mg




0 g to 220 g 0.05mg












Capability(CMC)(±)


Weighing Scale d =0.05 kg

Using F1 and M1Std. Weights basedon OIML R-76-1

0 kg to 2000 kg 0.1kg




0 kg to 2.5 kg 0.0013g


Weighing Scale d =10 mg


0 kg to 64 kg 0.150g



Using F1 Std.Weights based onOIML R-76-1

0 kg to 600 kg 0.05g


Weighing Scale d =2 kg

Using M1 Std.Weights based onOIML R-76-1

0 kg to 20000 kg 1.2kg


Weighing Scale d= 1mg


0 kg to 5 kg 0.005g












Capability(CMC)(±)

332 THERMAL-TEMPERATURE

Liquid-In-GlassThermometer, RTD,Thermocouple,Thermistor,TemperatureIndicator/Transmitter With Sensor, Temp.Gauges

Using SPRT with 8½DMM & TemperatureSource: AlcoholBath, Oil Baths, byComparison Method

25 °C to 300 °C 0.043°C


Liquid-In-GlassThermometer, RTD,Thermocouple,Thermistor,TemperatureIndicator/Transmitter With Sensor, Temp.Gauges

Using SPRT with 8½DMM & TemperatureSource: AlcoholBath, Oil Baths, byComparison Method

-70 °C to 25 °C 0.043°C


RH Indicator,Transmitter,Hygrometer, RHindicator withsensor(RelativeHumidity) @ 10°C to60°C

UsingHumidity/Temperature Generator byComparison Method

10 %RH to 95 %RH 0.7%RH


RH/TemperatureIndicator,Transmitter, ThermoHygrometer(Temperature) @50%RH

UsingHumidity/Temperature Generator byComparison Method

5 °C to 70 °C 0.14°C












Capability(CMC)(±)


RTD, Thermocouple,TemperatureIndicator/Transmitter With Sensor

Using SPRT with 8½DMM & TemperatureSource: Dry BlockCalibrator byComparison Method

300 °C to 660 °C 0.06°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors - Fp of InCell

Using SPRT/HTPRT,Thermometerbridge, RealizationFurnace/Apparatususing Fixed Point byFixed Point Method

156.5985 °C 5.56m°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors - Tp of HgCell

Using SPRT/HTPRT,Thermometerbridge, RealizationFurnace/Apparatususing Fixed Point byFixed Point method

- 38.8344 °C 6.75m°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors - Tp ofWater Cell


0.01 °C 4.09m°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors – Fp of AgCell


961.78 °C 10.9m°C












Capability(CMC)(±)


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors – Fp of AlCell


660.323 °C 9.4m°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors – Fp of SnCell


231.928 °C 5.23m°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors – Fp of ZnCell


419.527 °C 6.6m°C


SPRTs, HTPRTs,PRTs, TCs andTemperatureIndicators withSensors – Mp of GaCell


29.7646 °C 4.04m°C


SPRTs, PRTs &Thermocouples,TemperatureIndicator withSensors

Using SPRT with 8½DMM & TemperatureSource : Liquid N2Apparatus byComparison Method

B.P of Liquid N2 (-)196 °C 0.083°C












Capability(CMC)(±)


TemperatureIndicator WithSensor OfFurnace/Dry BlockCalibrator

Using STC withDigital TemperatureIndicator Singleposition Calibration

600 °C to 1200 °C 1.6°C


TemperatureIndicator WithSensor OfOven/Furnace/DryBlockCalibrator/Chamber

Using RTD withDigital TemperatureIndicator Singleposition Calibration

-70 °C to 660 °C 0.20°C












Capability(CMC)(±)

Site Facility

1



Using DMM 34401Aby Direct Method 0.1 A to 1.0 A 0.85 % to 0.17 %

2



Using DMM 34401Aby Direct Method 1 A to 3 A 0.17 % to 0.35 %

3


AC Power 50HzSingle phase @UPF15V to 1000V 0.5Ato 20A

Using Digital PowerMeter YokogawaWT1030M by DirectMethod

15 W to 12.8 kW 1.1%

4



Using DMM 34401Aby Direct Method 1 V to 750 V 0.12 % to 0.15 %












Capability(CMC)(±)

5



Using DMM 34401Aby Direct Method 10 mV to 1 V 0.55 % to 0.12 %

6




1 A to 20 A 0.10 % to 0.18 %

7




190 µA to 1 A 0.21 % to 0.10 %

8


AC Current @1kHzto 5kHz


1 A to 20 A 0.65 % to 3.5 %

9


AC Current @1kHzto 5kHz


20 mA to 1 A 0.11 % to 0.65 %












Capability(CMC)(±)

10


AC Current @50HzUsing MFC Fluke5520A with currentcoil by DirectMethod

20 A to 1000 A 0.58 % to 0.35 %

11




30 mV to 100 V 0.45 % to 0.25 %

12


AC Voltage @ 45 Hzto 1 kHz


1 mV to 33 mV 0.75 % to 0.04 %

13




33 mV to 330 V 0.04 % to 0.03 %

14




330 V to 1000 V 0.03 % to 0.037 %












Capability(CMC)(±)

15


DC Current Using DMM 34401Aby Direct Method 1 mA to 10 mA 0.3 % to 0.1 %

16


DC Current Using DMM 34401Aby Direct Method 10 mA to 100 mA 0.1 % to 0.07 %

17


DC Current Using DMM 34401Aby Direct Method 100 mA to 2 A 0.07 % to 0.17 %

18


DC Resistance Using DMM 34401Aby Direct Method 1 Mohm to 10 Mohm 0.015 % to 0.048 %

19


DC Resistance Using DMM 34401Aby Direct Method

10 Mohm to 100Mohm 0.048 % to 1.0 %












Capability(CMC)(±)

20


DC Resistance Using DMM 34401Aby Direct Method 10 ohm to 100 ohm 0.13 % to 0.015 %

21


DC ResistanceUsing Micro ohmmeter Tinsley5891by DirectMethod

100 µohm to 10kohm 4.04 % to 0.40 %

22


DC Resistance Using DMM 34401Aby Direct Method 100 ohm to 1 Mohm 0.015%

23


DC Voltage Using DMM 34401Aby Direct Method 1 mV to 100 mV 0.43 % to 0.1 %

24


DC Voltage Using DMM 34401Aby Direct Method 1 V to 1000 V 0.007%












Capability(CMC)(±)

25


DC Voltage Using DMM 34401Aby Direct Method 100 mV to 1 V 0.1 % to 0.007 %

26


DC CurrentUsing MFC Fluke5520A by DirectMethod

190 µA to 3 A 0.050%

27


DC CurrentUsing MFC Fluke5520A with CurrentCoil by DirectMethod

20 A to 1000 A 0.72 % to 0.31 %

28


DC CurrentUsing MFC Fluke5520A by DirectMethod

3 A to 20 A 0.050 % to 0.31 %

29



0.3 mV to 100 mV 0.8 % to 0.0041 %












Capability(CMC)(±)

30



100 mV to 1000 V 0.0041 % to 0.0024%

31


Resistance (4 Wire)Using MFC Fluke5520A by DirectMethod

10 Mohm to 100Mohm 0.016 % to 0.071 %

32



100 Mohm to 300Mohm 0.071 % to 0.39 %

33



2 ohm to 10 Mohm 0.12 % to 0.016 %

34



300 Mohm to 1000Mohm 0.39 % to 1.9 %












Capability(CMC)(±)

35


OscilloscopeAmplitude ACVoltage(Sine Wave)@ 50ohm Load and1kHz


100 mV to 4.8 V 1.7%

36


OscilloscopeAmplitude ACVoltage(SquareWave) @ 1M ohmLoad and 1kHz


10 mV to 60 V 0.54 % to 0.17 %

37


OscilloscopeAmplitude DCVoltage @ 1M ohmLoad


10 mV to 100 V 0.38 % to 0.08 %

38


OscilloscopeBandwidth/Flatness(Relative to 50kHz)

Using OscilloscopeCalibrator Wavetek9500/600l by DirectMethod

50 kHz to 600 MHz 4.24%

39


Oscilloscope TimeMarker


10 ns to 10 ms 0.14 % to 0.058 %












Capability(CMC)(±)

40


Thermocouple TType


-150 °C to 400 °C 0.32°C

41


Thermocouple BType


600 °Cto 1820 °C 0.53°C

42


Thermocouple CType


0 °C to 1000 °C 0.39°C

43


Thermocouple EType


-100 °C to 350 °C 0.25°C

44


Thermocouple EType


350 °C to 1000 °C 0.21°C












Capability(CMC)(±)

45



150 °C to 1200 °C 0.28°C

46



-210 °C to 150 °C 0.31°C

47


Thermocouple KType


120 °C to 1300 °C 0.4°C

48


Thermocouple KType


-200 °C to 120 °C 0.4°C

49


Thermocouple NType


-200 °C to 410 °C 0.4°C












Capability(CMC)(±)

50


Thermocouple NType


410 °C to 1300 °C 0.27°C

51


Thermocouple RType


0 °C to 1000 °C 0.68°C

52


Thermocouple RType


1000 °C to 1767 °C 0.49°C

53


Thermocouple SType


0 °C to 1000 °C 0.47°C

54


Thermocouple SType


1000 °C to 1767 °C 0.46°C












Capability(CMC)(±)

55



0 °C to 800 °C 0.27°C

56



-200 °C to 0 °C 0.059°C

57



0 °C to 630 °C 0.27°C

58



-200 °C to 0 °C 0.03°C

59


Thermocouple BType


600 °Cto 1820 °C 0.45°C












Capability(CMC)(±)

60


Thermocouple CType


0 °C to 1000 °C 0.37°C

61


Thermocouple EType


-100 °C to 350 °C 0.19°C

62


Thermocouple EType


350 °C to 1000 °C 0.26°C

63



150 °C to 1200 °C 0.28°C

64



-210 °C to 150 °C 0.31°C












Capability(CMC)(±)

65


Thermocouple KType


120 °C to 1372 °C 0.42°C

66


Thermocouple KType


-200 °C to 120 °C 0.35°C

67


Thermocouple NType


-200 °C to 410 °C 0.42°C

68


Thermocouple NType


410 °C to 1300 °C 0.30°C

69


Thermocouple RType


0 °C to 1000 °C 0.68°C












Capability(CMC)(±)

70


Thermocouple RType


1000 °C to 1767 °C 0.49°C

71


Thermocouple SType


0 °C to 1000 °C 0.47°C

72


Thermocouple SType


1000 °C to 1767 °C 0.46°C

73


Thermocouple TType


-150 °C to 400 °C 0.28°C

74


FrequencyUsing UniversalCounter Agilent53131A by DirectMethod

1 Hz to 225 MHz 10 mHz to 0.00062MHz












Capability(CMC)(±)

75


TimeUsing UniversalCounter Agilent53131A by DirectMethod

1 s to 5400 s 10.3 µs to 5.4 ms

76


FrequencyUsing FunctionGenerator Agilent33120A by DirectMethod

1 Hz to 9 kHz 1.0 % to 0.0034 %

77


FrequencyUsing RF SignalGenerator Agilent9310A by DirectMethod

9 kHz to 200 MHz 0.00092 % to 0.0003%


Liquid Mass FlowRate

Using 80 mm coriolismass flow meter bycomparison method

0 t/h to 150 t/h 0.1%


Liquid velocityUsing clamp-onultrasonic flowmeter bycomparison method

0 m/s to 10 m/s 1%


Liquid Volume FlowRate

Using 80 mm coriolismass flow meter bycomparison method

0 cu.m/h to 150cu.m/h 0.15%












Capability(CMC)(±)


Site Calibration ofFlow Meters(Medium Air)

Using Thermal massflow meters &Secondary standardby Comparisonmethod

0.00075 l/min to 650l/min 1%


Site Calibration ofFlow Meters(Medium Air)

Using Thermal massflow meters &Secondary standardby Comparisonmethod

0.00075 l/min to 650l/min 1%

83


Profile ProjectorLinear L.C:1 µmMagnification: Upto50X

Using Glass Scale byComparison Method 0 mm to 300 mm 2.0µm

84


Profile projectorMagnification

Using Glass Scale byComparison Method 2X to 50X 0.05%

85


Tape and ScaleCalibrator L.C:1 µm


0 mm to 1000 mm 10µm












Capability(CMC)(±)

86



Using Dead WeightTester(Budenberg)by ComparisonMethod throughCross Float as perEURAMET cg-3

1 bar (g)to 60 bar (g) 0.0060% rdg.








2 bar (abs)to 20 bar (abs) 0.02% rdg.


Hydraulic Pressure –Analog/ DigitalPressure Gauges,Transducers /Transmitters,Indicator of PressureSwitch


20 bar (g) to 250 bar(g) 0.02% rdg.












Capability(CMC)(±)


Hydraulic Pressure –Analog/ DigitalVacuum Gauges,Vacuum Transducers/ Transmitters,Indicator of PressureSwitch


100 bar (g) to 1000bar (g) 0.017% rdg.


Pneumatic Pressure– Analog/ DigitalPressure Gauges,Transducerss/Transmitters,Indicator of PressureSwitch


10 bar (g) to 100 bar(g) 0.017% rdg.




0.1 bar (g)to 2 bar (g) 0.017% rdg.
















Capability(CMC)(±)




2 bar (g)to 20 bar (g) 0.017% rdg.


Pneumatic PressureAnalog/DigitalPressure Gauges,PressureTransducers/Transmitters,Indicator of PressureSwitch


-10 mbar (g) to +10mbar (g) 0.5% rdg.


Pneumatic VacuumAnalog/ DigitalGauges, VacuumTransducers/Transmitters,Indicator of PressureSwitch


-0.98 bar (g) to-0.015 bar (g) 0.017% rdg.




0 g to 11 g 0.004mg












Capability(CMC)(±)




0 g to 20 g 0.011mg


Weighing Scale d =0.001mg


0 g to 2 g 0.005mg




0 g to 220 g 0.05mg


Weighing Scale d =0.05 kg

Using F1 and M1Std. Weights basedon OIML R-76-1

0 kg to 2000 kg 0.1kg




0 kg to 2.5 kg 0.0013g




0 kg to 64 kg 0.150g



Using F1 Std.Weights based onOIML R-76-1

0 kg to 600 kg 0.05g












Capability(CMC)(±)


Weighing Scale d =2 kg

Using M1 Std.Weights based onOIML R-76-1

0 kg to 20000 kg 1.2kg


Weighing Scale d= 1mg


0 kg to 5 kg 0.005g


Calibration ofFreezer, DeepFreezer, Chamber,Oven, Auto Clave &Incubator(for nonmedical purposeonly)

Using Nine PRTs(Minimum) with DataLogger Multi positionCalibration(Mapping)

-40 °C to 180 °C 0.6°C


Relative HumidityIndicator ofChamber@25°C

Thermo HygrometerMake-NovasinaHygrodat 100 bySingle positionCalibration

10 %RH to 95 %RH@ 25 °C 0.7%RH


RTD, Thermocouple,Thermistor,TemperatureIndicator/Transmitter with Sensor

Using RTD & TC withDigital TemperatureIndicator &TemperatureSource: Dry BlockCalibrators byComparison Method

-40 °C to 600 °C 0.6°C












Capability(CMC)(±)


RTD, Thermocouple,Thermistor,TemperatureIndicator/Transmitter with Sensor

Using RTD & TC withDigital TemperatureIndicator &TemperatureSource: Dry BlockCalibrators byComparison Method

600 °C to 700 °C 1.3°C


TemperatureIndicator WithSensor Of DeepFreezer,Refrigerator,Incubator, LiquidBath,Oven, AutoClave,Dry Block,Furnace(for nonmedical purposeonly)

Using STC withDigital TemperatureIndicator, RTD withTemp. IndicatorSingle positionCalibration

-40 °C to 600 °C 0.2°C


TemperatureIndicator WithSensor Of DeepFreezer,Refrigerator,Incubator, LiquidBath,Oven, AutoClave,Dry Block,Furnace(for nonmedical purposeonly)

Using STC withDigital TemperatureIndicator, RTD withTemp. IndicatorSingle positionCalibration

600 °C to 1200 °C 1.6°C





* CMCs represent expanded uncertainties expressed at approximately the 95% level of confidence, using a coverage factor of k = 2.

Date post:	26-Feb-2022
Category:	Documents
Upload:	others
View:	10 times
Download:	3 times

CALIBRATION ISO/IEC 17025:2017 FLUID CONTROL RESEARCH ...

Documents