ISO/IEC 17025:2017 GROUP GODREJ & BOYCE MFG. CO ...GODREJ & BOYCE MFG. CO. LTD., LAWKIM MOTORS GROUP...

GODREJ & BOYCE MFG. CO. LTD., LAWKIM MOTORSGROUP

has been assessed and accredited in accordance with the standard

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

Calibration Laboratories''for its facilities at

CALIBRATION & INSPECTION, PLANT18B 1ST FLOOR, PIROJSHANAGAR, VIKHROLI(E), MUMBAI,MAHARASHTRA, INDIA

in the field of

CALIBRATIONCertificate Number: CC-2634

Issue Date: 28/03/2020 Valid Until: 27/03/2022

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)

Signed for and on behalf of NABL

N. VenkateswaranChief Executive Officer

Laboratory Name :GODREJ & BOYCE MFG. CO. LTD., LAWKIM MOTORS GROUP, CALIBRATION &INSPECTION, PLANT18B 1ST FLOOR, PIROJSHANAGAR, VIKHROLI(E), MUMBAI,MAHARASHTRA, INDIA

Accreditation Standard ISO/IEC 17025:2017Certificate Number CC-2634 Page No 1 of 139Validity 28/03/2020 to 27/03/2022 Last Amended on 04/05/2020

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 /Instrum

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)

3 Phase ActiveEnergy (50Hz) (60Vto 240V)

Using 3 Phase PowerTesting Instrumentby Comparison

AC Current(0.1 to5A) @UPF 0.1%

2


AC Current (10Hz to10kHz)

Using 5790A ACMeasurementStandard andA40/A40A Shunts byAC/DC TransferMethod

2 mA to 20 A 0.023 % to 0.06 %

3



Using 8508A DMMby Direct Method 10 µA to 200 mA 0.3 % to 0.05 %

4



Using 8508A DMMby Direct Method 2 A to 20 A 0.07 % to 0.13 %











Capability(CMC)(±)

5



Using 8508A DMMby Direct Method 200 mA to 2 A 0.05 % to 0.07 %

6


AC Current (50Hz)Using HC 3100Precision PowerTesting Instrumentby Direct Method

20 A to 100 A 0.3 % to 0.1 %

7


AC Power 50Hz(120V, 240V)

Power AnalyserWT3000 by DirectMethod

0.12 W to 0.72 kW(0.1 PF) 3.35 % to 0.4 %

8




0.24 W to 1.44 kW(0.2 PF) 2.92 % to 0.24 %

9




0.48 W to 2.88 kW(0.4 PF) 2.92 % to 0.16 %











Capability(CMC)(±)

10




0.72 W to 4.32 kW(0.6 PF) 2.92 % to 0.13 %

11




0.96 W to 5.76 kW(0.8 PF) 2.92 % to 0.12 %

12




1.2 W to 7.2 kW(UPF) 2.92 % to 0.08 %

13


AC Voltage (10Hz to1kHz)

Using 5790A ACMeasurementStandard by DirectMethod

1 mV to 20 mV 0.72 % to 0.013 %

14




20 mV to 200 mV 0.017 % to 0.004 %











Capability(CMC)(±)

15




20 V to 60 V 0.008 % to 0.0035 %

16




200 mV to 20 V 0.008 % to 0.003 %

17


AC Voltage (1kHz to100kHz)


60 V to 600 V 0.0035 % to 0.06 %

18


AC Voltage (1kHz to1MHz)


20 mV to 200 mV 0.013 % to 0.25 %

19




200 mV to 20 V 0.003 % to 0.13 %











Capability(CMC)(±)

20




6 mV to 20 mV 0.09 % to 0.34 %

21




600 V to 1000 V 0.0038 % to 0.01 %

22




20 V to 60 V 0.003 % to 0.02 %

23




60 V to 1000 V 0.008 % to 0.004 %

24


AC Voltage (HighVoltage)

Using HV Dividerwith KV Meter byDirect Method:

1 kV to 20kV 1.8% to 2%











Capability(CMC)(±)

25


Capacitance (100Hz)Using LCR Meter43100 by DirectMethod

10 µF to 100 µF 0.12 % to 0.5 %

26


Capacitance (1kHz)Using LCR Meter43100 by DirectMethod

1 pF to 1 mF 0.68 % to 0.17 %

27


Inductance (1kHz)Using LCR Meter43100 by DirectMethod

100 µH to 10 H 0.32 % to 0.17 %

28


Oscilloscope -Bandwidth

Using 5502ACalibrator by DirectMethod

Up to 600 MHz 4%

29


Phase AngleUsing Phase AngleMeter by DirectMethod

0 to 120 ° 1.11 ° to 0.61 °











Capability(CMC)(±)

30



120 ° to 360 ° 0.61 ° to 1.11 °

31


Power FactorUsing PowerAnalyser WT3000 byDirect Method

0.1 to UPF 0.03PF

32


Power Single Phase(50Hz) (60V to240V)


1 A to 100 A 0.1%

33


Resistance Using 8508A DMMby Direct Method 1 m ohm to 1 ohm 0.61 % to 0.006 %

34


Resistance Using 8508A DMMby Direct Method 1 ohm to 10 ohm 0.006 % to 0.0013 %











Capability(CMC)(±)

35


Resistance Using 8508A DMMby Direct Method

10 M ohm to 100 Mohm 0.0031 % to 0.02 %

36


Resistance Using 8508A DMMby Direct Method 10 ohm to 10 M ohm 0.0013 % to 0.0031

%

37



100 M ohm to 10 Gohm 0.02 % to 0.23 %

38


RF Power (WithoutVSWR) (1MHz to1GHz)

Using RFMillivoltmeter URV55by Direct Method

-30 dBm to 15 dBm 0.25 dBm to 1.3dBm

39

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



33 mA to 3 A 0.582 % to 2 %











Capability(CMC)(±)

40




10 µA to 200 mA 0.8 % to 0.06 %

41


AC Current (1kHz to10kHz)


20 mA to 200 mA 0.06 % to 0.133 %

42




2 A to 20 A 0.5 % to 3.5 %

43




200 mA to 2 A 0.025 % to 1.7 %

44



Using 5720ACalibrator by DirectMethod with 52120AAmplifier by DirectMethod

2 A to 20 A 0.5 % to 0.11 %

45




20 A to 100 A 0.5 % to 0.11 %











Capability(CMC)(±)

46


AC Current (50Hz)Using 5502ACalibrator withCurrent Coil byDirect Method

100 A to 1000 A 0.703%

47




1 mV to 2 mV 0.57 % to 0.276 %

48




2 mV to 20 mV 0.276 % to 0.03 %

49




20 mV to 200 mV 0.03 % to 0.018 %

50




20 V to 200 V 0.007 % to 0.008 %

51




200 mV to 20 V 0.018 % to 0.007 %











Capability(CMC)(±)

52




10 V to 100 V 0.005 % to 0.02 %

53




200 V to 1000 V 0.06 % to 0.14 %

54




1 mV to 2 mV 0.57 % to 2.3 %

55




2 mV to 20 mV 0.26 % to 1.3 %

56




20 mV to 200 mV 0.03 % to 1.3 %

57




200 mV to 10 V 0.007 % to 0.37 %











Capability(CMC)(±)

58




100 V to 200 V 0.01%

59




200 V to 1000 V 0.008 % to 0.013 %

60


Capacitance (1kHz)Using 5502ACalibrator by DirectMethod

1 µF to 90 µF 0.88 % to 1.18 %

61



1 nF to 9 nF 1.9 % to 1.2 %

62



10 nF to 900 nF 1.2 % to 1.8 %

63


Capacitance (1kHz)Using CapacitanceDecade box byDirect Method

100 pF to 900 pF 7 % to 1.86 %











Capability(CMC)(±)

64



90 µF to 110 mF 0.5 % to 1.5 %

65


Inductance (1kHz)Using DecadeInductance Box byDirect Method

1 mH to 10 H 3.50%

66


ODD Harmonicsdistortion (Current)Upto 41st

Using FlukeMultiproductCalibrator 5502A byDirect Method

100 mA to 6 A 0.75%

67


ODD Harmonicsdistortion (Voltage)Upto 41st order


100 mV to 60 V 0.75%

68


Oscilloscope -Horizontal Deflection(Time Base)


2 nS to 2 S 0.1 % to 0.3 %

69


Oscilloscope -Vertical Deflection(Square Wave@1kHz Freq. & DCFunction)


10 mV to 120 V 0.5%











Capability(CMC)(±)

70


Power 1 Phase (50Hzat 0.1PF) (120V to240V@ 0.1 to 20A)


1.2 W to 480 W 5.0%

71


Power 1 Phase (50Hzat 0.2PF) (120V [email protected] to 20A)


2.4 W to 960 W 2.93%

72


Power 1 Phase (50Hzat 0.5PF) (120V to240V & 0.1 to 20A)


12 W to 1200 W 1.17 % to 1.2 %

73


Power 1 Phase (50Hzat 0.8PF) (120V to240V @ 0.1 to 20A)


9.6 W to 3840 W 2.93%

74


Power 1 Phase (50Hzat UPF) (120V to240V @ 0.01A to20A)


1.1 W to 4800 W 2.92 % to 0.75 %

75


Power FactorUsing 5502ACalibrator by DirectMethod

0.25 PF to 1 PF 0.04PF











Capability(CMC)(±)

76


Resistance Using DecadeResistance Box

0.001 ohm to 0.01ohm 2.6%

77


Resistance Using DecadeResistance Box 0.01 ohm to 0.1 ohm 1.15%

78


Resistance Using DecadeResistance Box 0.1 ohm to 1 ohm 1.15 % to 0.8 %

79


Resistance Using Std Resistorby Direct Method 1 G ohm 0.034%

80


Resistance Using Decade MegaOhm Box 1 G ohm to 1 T ohm 1.2 % to 4.71 %

81


ResistanceUsing 5720ACalibrator by DirectMethod

1 kilo ohm 0.0012%











Capability(CMC)(±)

82



1 mega ohm 0.003%

83


ResistanceUsing FixedResistnace by DirectMethod

1 mili ohm 0.04%

84



1 ohm 0.012%

85



1 ohm to 30 ohm 1.17 % to 0.07 %

86



1.9 kilo ohm 0.0013%

87



1.9 mega ohm 0.003%











Capability(CMC)(±)

88



1.9 ohm 0.011%

89



10 kilo ohm 0.0012%

90



10 mega ohm 0.005%

91



10 mili ohm 0.03%

92



10 ohm 0.003%

93



100 kilo ohm 0.0012%











Capability(CMC)(±)

94



100 mega ohm 0.013%

95



100 mili ohm 0.02%

96



100 ohm 0.0012%

97



19 kilo ohm 0.0012%

98



19 mega ohm 0.006%

99



19 ohm 0.003%











Capability(CMC)(±)

100



190 kilo ohm 0.0013%

101



190 ohm 0.0012%

102



290 M ohm to 1 Gohm 0.5 % to 1.79 %

103



3 M ohm to 30 Mohm 0.07 % to 0.1 %

104



30 M ohm to 290 Mohm 0.1 % to 0.5 %

105



30 ohm to 300 ohm 0.072 % to 0.019 %











Capability(CMC)(±)

106


Resistance Using Decade MegaOhm Box

300 M ohm to 1 Gohm 1.17%

107



300 ohm to 300 kohm 0.019 % to 0.013 %

108

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


300 k ohm to 3 Mohm 0.013 % to 0.07 %

109

ELECTRO-TECHNICAL-DIRECTCURRENT(Measure)

DC CurrentUsing Picoammeter6485 by DirectMethod

0.02 µA to 1 µA 0.55%

110


DC Current Using 8508A DMMby Direct Method 1 µA to 10 µA 0.06 % to 0.006 %











Capability(CMC)(±)

111


DC Current Using 8508A DMMby Direct Method 1 A to 20 A 0.021 % to 0.065 %

112



1 nA to 20 nA 0.94%

113


DC Current Using 8508A DMMby Direct Method 10 µA to 10 mA 0.006 % to 0.0023 %

114


DC Current Using 8508A DMMby Direct Method 10 mA to 1 A 0.0023 % to 0.021 %

115


DC CurrentUsing Power MeterWT3000 by DirectMethod

20 A to 30 A 0.15%

116


DC CurrentUsing DC Shunt and8508A DMM byDirect Method

30 A to 100 A 0.9%











Capability(CMC)(±)

117


DC Power (1V to1000V) (100mA to20A)

Using PowerAnalyser WT3000 byDirect Method

0.1 mW to 20 kW 3.8 % to 0.3 %

118


DC VoltageUsing 5720ACalibrator with8508A byComparison Method

0.1 mV to 1 mV 0.366 % to 0.043 %

119


DC Voltage Using 8508A DMMby Direct Method 0.1 mV to 10 mV 0.13 % to 0.013 %

120



1 mV to 10 mV 0.043 % to 0.004 %

121



10 mV to 100 mV 0.004 % to 0.0014 %

122


DC Voltage Using 8508A DMMby Direct Method 10 mV to 100 mV 0.013 % to 0.0008 %











Capability(CMC)(±)

123


DC Voltage Using 8508A DMMby Direct Method 100 mV to 1000 V 0.0008%

124


DC Voltage (HighVoltage)

Using HV Divider byDirect Method: 1kV to 20kV 1.6% to 2.1%

125

ELECTRO-TECHNICAL-DIRECTCURRENT(Source)

DC CurrentUsing 5720ACalibrator by DirectMethod

1 µA to 10 µA 0.82 % to 0.09 %

126



10 µA to 200 µA 0.09 % to 0.008 %

127


DC CurrentUsing 5502ACalibrator withCurrent Coil byDirect Method

100 A to 1000 A 0.802%

128


DC CurrentUsing 5720ACalibrator with52120A Amplifier byDirect Method

2 A to 20 A 0.023 % to 0.05 %











Capability(CMC)(±)

129



20 A to 100 A 0.05 % to 0.08 %

130



20 mA to 200 mA 0.0044 % to 0.006 %

131



200 µA to 20 mA 0.008 % to 0.0044 %

132



200 mA to 2 A 0.006 % to 0.01 %

133


DC Power @1V to1000V, 1A to 20A

Using MuliproductCalibrator 5502Awith Power Option

1 W to 20 kW 2.93 % to 0.2 %

134


DC VoltageUsing 5720ACalibrator by DirectMethod

100 mV to 100 V 0.0014 % to 0.0007%











Capability(CMC)(±)

135



100 V to 1000 V 0.0007 % to 0.0009%

136

ELECTRO-TECHNICAL-TEMPERATURESIMULATION(Measure)

TemperatureSimulation (B-Type)

Using 8505A DMMby Direct Method 200 °C to 1820 °C 0.061°C

137


TemperatureSimulation (C-Type)


138


TemperatureSimulation (E-Type)

Using 8505A DMMby Direct Method -200 °C to 1000 °C 0.012°C

139


TemperatureSimulation (J-Type)


140


TemperatureSimulation (K-Type)












Capability(CMC)(±)

141


TemperatureSimulation (L-Type)


142


TemperatureSimulation (N-Type)


143


TemperatureSimulation (R-Type)


144


TemperatureSimulation (RTD)


145


TemperatureSimulation (S-Type)


146


TemperatureSimulation (T-Type)












Capability(CMC)(±)

147


TemperatureSimulation (U-Type)


148

ELECTRO-TECHNICAL-TEMPERATURESIMULATION(Source)



200 °C to 1820 °C 0.232°C

149




200 °C to 2320 °C 0.037°C

150




-270 °C to 1000 °C 0.28°C

151




-210 °C to 1200 °C 0.029°C

152




-270 °C to 1372 °C 0.036°C











Capability(CMC)(±)

153




-200 °C to 900 °C 0.016°C

154




-270 °C to 1300 °C 0.047°C

155




-50 °C to 1768 °C 0.155°C

156




-200 °C to 800 °C 0.25°C

157




-50 °C to 1768 °C 0.12°C

158




-270 °C to 400 °C 0.031°C











Capability(CMC)(±)

159




-200 °C to 600 °C 0.026°C

160

ELECTRO-TECHNICAL-TIME &FREQUENCY(Measure)

Digital/Analog Timer/ Stop Watches/TimeInterval Meter/On-offTimer/BreakerTimer/Relay Timer

Using Time IntervalMeter bycomparison Method

1 hr to 5 hr 0.14 s to 6 s

161




1 s to 60 s 0.0252 s to 0.036 s

162




5 hr to 24 hr 6 s to 21 s

163




60 s to 1 hr 0.03 s to 0.14 s

164




200 ms to 1 s 0.0252s











Capability(CMC)(±)

165


FrequencyUsing Timer/CounterCNT91 by DirectMethod

1 Hz to 3 GHz 0.002 % to 0.0008 %

166

ELECTRO-TECHNICAL-TIME &FREQUENCY(Source)

FrequencyUsing 5502ACalibrator by DirectMethod

1 Hz to 2 MHz 0.004%

167



2 MHz to 600 MHz 0.003%

168FLUID FLOW-FLOWMEASURINGDEVICES

Flow Rate (AIR/N2)

Using Fluke Molbloc,Laminar elementand Mass FlowTerminal byComparison Method.

1 slm to 2 slm 0.41% Rdg.


Flow Rate (AIR/N2)


100 sccm to 1 slm 0.41% Rdg.


Flow Rate (AIR/N2)


2 slm to 50 slm 0.40% Rdg.











Capability(CMC)(±)


Flow Rate (AIR/N2)


50 sccm to 100sccm 0.40% Rdg.


Flow Rate (AIR/N2)


50 slm to 100 slm 0.48% Rdg.


Fluid Flow (AIR/N2)


1 sccm to 10 sccm 2.5%


Fluid Flow (AIR/N2)


10 sccm to 50 sccm 0.4%


Fluid Flow (Air/N2)Using Alicat MassFlow Controller bycomparison method

100 slm to 500 slm 4slm

176MECHANICAL-ACCELERATIONAND SPEED

Centrifuge / RPMSource

Using DigitalTachometer byComparison Method

10 RPM to 100 RPM 0.63RPM




100 RPM to 1000RPM 1.52RPM











Capability(CMC)(±)








10000 RPM to 60000RPM 3.71RPM




5000 RPM to 10000RPM 2.85RPM


RPM (Contact)Using DigitalTachometer byComparison Method









RPM (Non-Contact)Using DigitalTachometer byComparison Method


















Capability(CMC)(±)



10000 RPM to 60000RPM 3.71RPM



5000 RPM to 10000RPM 2.85RPM



60000 RPM to 90000RPM 4.26RPM


Vibration Meter /Accelerometer withTransducer

Using VibrationCalibrator byComparison Method

Acceleration: Up to95m/s2 (50Hz to5000Hz)

5.5%




Displacement: Up to1250µm (50Hz to1000Hz)

4.4%




Velocity: Up to239mm/s (50Hz to5000Hz)

4.1%

193 MECHANICAL-ACOUSTICS

Acoustic Pressure(Sound)

Using SoundCalibrator 94 dB &114 dB 1.1dB

194MECHANICAL-DENSITY ANDVISCOSITY

Density Hydrometer/ Specific GravityHydrometer

Using ReferenceDensity Hydrometerby ComparisonMethod as per IS3104 (Part I&II):1982

0.6 g/ml to 1.6 g/ml 0.0012g/ml











Capability(CMC)(±)

195MECHANICAL-DENSITY ANDVISCOSITY

Hydrometer -Density,Hydrometer,TwaddleHydrometer, BaumeHydrometer, SpecificGravity Hydrometer,Brix Hydrometer,Lactometer,Alcometer.

Using WeighingBalance withresolution 0.01 mgby Hydrostaticweighing method asper NISP SP 250-78Standard.

0.6 g/ml to 2.000g/ml 0.0003g/ml

196

MECHANICAL-DIMENSION(BASICMEASURINGINSTRUMENT,GAUGE ETC.)

'V' Block Parameter (Flatness /Parallelism /Squareness /Symmetry )

Using ElectronicComparator withProbe & CylindricalMandrel byComparison Method

Length: Up to 300mm 5.4µm

197


Angle Plate(Flatness,Parallelism,Squareness)

Using Digital HeightGauge byComparison Method


198


Bevel / DegreeProtractor /inclinometer/Clinometer(L.C.=1sec)

Using Angle Gaugeby ComparisonMethod

Up to 360 ° 4.0sec











Capability(CMC)(±)

199


Caliper CheckerUsing Slip Gauge Set& Digital HeightGauge byComparison Method

0 to 660 mm 3.7µm

200


centrimeter L.C 0.01mm and CentreDistance Gauge

Using Slip Gauge SetGrade '0' & SlipGauge Accessories,Caliper Checker &2D Height Gauge byComparison Method

Up to 600 mm 10.0µm

201


Coating ThicknessGauge(L.C.=0.001mm)

Using Master Foilsby ComparisonMethod

Up to 6000 µm 3.0µm

202


Combination Set(L.C.=1°)

Using Angle Gaugeby ComparisonMethod

0 to 180 ° 43.7min

203


Comparator Stand (Parameter Flatness )

ElectronicComparator withProbe & Slip GaugeSet by ComparisonMethod

300 X 300mm / Dia.300 mm 3.4µm











Capability(CMC)(±)

204


Cube Mould (parameter -Length /Angle )

Using , DigitalVernier, BevelProtractor byComparison Method

Length:0 to300mm,Angle: to 90°

Length:16.8µm,Angle: 3.6min

205


Cylindrical SettingMaster / O.D. Gauge/ Test Mandrel

Using Slip Gauge SetGrade '0', ElectronicComparator withProbe byComparison Method

200 mm to 500 mm 6.9µm

206


Cylindrical settingmaster/O.D.Gauge/Test Mandrel


3 mm to 200 mm 2.0µm

207


Depth Micrometer(L.C.=0.001mm)

Using Slip Gauge SetGrade '0' byComparison Method

Up to 300 mm 3.5µm

208


Dial / Digimatic /Vernier Caliper(L.C.=0.01mm)

Using CaliperChecker Slip GaugeSet Circular SteelLength Bar Grade '0'by ComparisonMethod

300 mm to 600 mm 10.4µm











Capability(CMC)(±)

209




600 mm to 1000mm 12.3µm

210




Up to 300 mm 9.1µm

211


Dial / Digimatic /Vernier DepthGauge(L.C.=0.01mm)


Up to 300 mm 8.0µm

212


Dial / Digimatic /Vernier HeightGauge(L.C.=0.0001mm)


300 mm to 600 mm 7.3µm

213




600 mm to 1000mm 8.3µm











Capability(CMC)(±)

214



Using Slip Gauge SetGrade '0' CircularSteel Length BarCaliper Checker byComparison Method

Up to 300 mm 3.4µm

215


Dial Bore Gauge /Bore Gauge (ForTransmission)

Using Electronic DialCalibration Tester &ElectronicComparator withProbe byComparison Method

Up to 2 mm 1.4µm

216


Dial Bore Gauge /Bore Gauge(Split/Circular Type)For Transmission

Using Slip Gauge SetGrade '0', SlipGauge AccessoriesSet & ElectronicComparator withProbe byComparison Method

Up to 2 mm 3.0µm

217


Dial CalibrationTester(L.C.=0.0001mm)

Using ElectronicComparator withProbe byComparison Method

Up to 25 mm 1.3µm

218


Dial Comparator /Mikrokator(L.C.=0.0005mm)


-0.05 mm to 0.05mm 1.2µm











Capability(CMC)(±)

219


Dial Indicator (Lever)(L.C.=0.001mm)


Up to 2 mm 1.3µm

220


Dial Indicator(Plunger)(L.C.=0.001mm)

Using Electronic DialCalibration Tester,ElectronicComparator withProbe & Slip GaugeSet by ComparisonMethod

25 mm to 100 mm 2.6µm

221


Dial Indicator(Plunger)(L.C.=0.001mm)

Using DialCalibration Tester,ElectronicComparator withProbe & Slip GaugeSet by ComparisonMethod

Up to 25 mm 2.3µm

222


Dial ThicknessGauge(L.C.=0.001mm)


Up to 100 mm 1.3µm











Capability(CMC)(±)

223


Diamond ConeIndentor (parameterLength / angle )Vickers / Knoop /Rockwel

Using ProfileProjector byComparison Method

Length:0 to100mm,Angle:0 to360°

Length: 16.8µm,Angle: 3.6°

224


Electronic Blue Level/ Spirit Level(L.C.=0.001mm/m)

Using Slip GaugeSet, Sine Bar &Electronic Blue Levelby ComparisonMethod

Length: Up to 400mm 3.21µm/m

225


ElectronicComparator /Indicator with Probe/ LVDT (L.C.=0.1µm)

Using Slip Gauge SetGrade 'K' byComparison Method

Up to 100 mm 0.6µm

226


Engineer's Parallel /Rectangular Block



227


Engineer's Square (ParameterSquareness )

Using Digital 2DHeight Gauge byComparison Method

Up to 600 mm 8.0µm











Capability(CMC)(±)

228


External Micrometer(L.C.=0.001mm)

Using Slip Gauge SetGrade '0', CircularSteel Length BarOptical Flat &Parallels byComparison Method

100 mm to 200 mm 2.6µm

229




200 mm to 400 mm 4.5µm

230




400 mm to 600 mm 6.5µm

231




600 mm to 800 mm 8.9µm

232




800 mm to 1000mm 11.0µm











Capability(CMC)(±)

233




Up to 100 mm 1.8µm

234


Feeler GaugeUsing DigimaticMicrometer byComparison Method

0.01 mm to 2 mm 1.8µm

235


Flakiness Gauge /Elongation Gauge (parameter -length,width, thickness )

Using ProfileProjector & DigitalVernier byComparison Method

0 mm to 100 mm 16.8µm

236


Flakiness SievesUsing ProfileProjector byComparison Method:

0.032 mm to 25 mm 10µm

237


FoilsUsing ElectronicComparator withProbe byComparison Method

0.005 mm to 12 mm 1.3µm











Capability(CMC)(±)

238


Glass Scale(L.C.=0.1mm)


Up to 200 mm 9.0µm

239


Groove Micrometer(L.C.=0.01mm)


Up to 100 mm 6.6µm

240


Hegman GaugeUsing ElectronicComparator withProbe byComparison Method

Up to 100 µm 2.4µm

241


Inside Dial Caliper(L.C.=0.001mm)

Using Slip Gauge Set& Slip GaugeAccessories byComparison Method












Capability(CMC)(±)

242


Inside Micrometer(Extension Rod)

Using Slip Gauge SetGrade '0', SlipGauge AccessoriesCircular Steel,Length Bar,ElectronicComparator withProbe byComparison Method

13 mm to 500 mm 6.4µm

243


Inside Micrometer(Extension Rod)


500 mm to 1000mm 11.0µm

244


Inside MicrometerRange (Two Points)(L.C.=0.01mm)


25 mm to 1050 mm 6.7µm











Capability(CMC)(±)

245


L Square / GraniteSquare

Using Digital HeightGauge byComparison Method


246


Lever Arm / MasterConnecting Rod /PCD / RecieverGauge

Using Slip GaugeSet, 2D HeightGauge, ProfileProjector, LMM, Dig.Vernier, DigimaticMicrometer,ElectronicComparator, Dig.Protractor


Length: 16.8µm,Angle: 3.6min

247


Master Rod / LengthBar

Using Slip Gauge SetGrade '0', CircularSteel, Length Bar,ElectronicComparator withProbe byComparison Method

200 mm to 400 mm 4.6µm

248




25 mm to 200 mm 2.8µm











Capability(CMC)(±)

249




400 mm to 600 mm 7.1µm

250



Using Slip Gauge SetGrade '0', LengthBar, ElectronicComparator withProbe byComparison Method

600 mm to 1000mm 12.3µm

251


Micrometer Head(L.C.=0.001mm)

Using ElectronicComparator &Optical Flat byComparison Method

Up to 50 mm 3.0µm

252


Outside Dial Caliper/ Pistol Caliper(L.C.=0.001mm)

Using Slip Gauge Set& Slip GaugeAccessories byComparison Method

0 to 100 mm 5.8µm

253


Pin Gauge / ThreadMeasuring Wire


0.29 mm to 25 mm 1.4µm











Capability(CMC)(±)

254


Plain Plug Gauge /Height MasterGauge / WidthGauge



255




100 mm to 200 mm 2.5µm

256




200 mm to 300 mm 5.0µm

257


Plain Ring GaugeLength MeasuringMachine byComparison Method


258


Protractor / SetSquare (L.C.=1°)


Up to 360 ° 3.4min











Capability(CMC)(±)

259


Radius Gauge /Radius Template


Up to 40 mm 11.7µm

260


ScaleUsing Scale & TapeCalibrator byComparison Method

Up to 2000 mm 231*[sqrt(L/1000)]µm

261


Sine Bar / SineCenter / Sine Table(Parallelism ,Angle,Parrallelism ofcenter axis tobottom contactplane)

Using Slip Gauge SetGrade '0' DialIndicator (L)ElectronicComparator withProbe and AngleGauge byComparison Method

Angle: 0 to 90 ° 7.7sec

262


Snap Gauge / GapGauge













Capability(CMC)(±)

263




100 mm to 200 mm 3.2µm

264




200 mm to 300 mm 4.0µm

265




300 mm to 400 mm 8.3µm

266


Straight Edge(Straightness)

Using Slip Gauge SetGrade '0' & SurfacePlate by ComparisonMethod

600 mm to 1200mm 17.7µm

267



Using Slip Gauge SetGrade '0' & SurfacePlate by ComparisonMethod












Capability(CMC)(±)

268


Surface PlateUsing ElectronicLevel by ComparisonMethod

1000 mm to 1000mm

1.4*[sqrt(L+W)/125]µm

269


Tape & ScaleCalibrator (L.C.=0.005mm)

Using Slip Gauge Setby ComparisonMethod


270


Tape / Pie Tape(Metallic, Woven,Fiber)

Using Scale & TapeCalibrator byComparison Method

Up to 100 m 232*[sqrt(L/1000)]µm

271


Taper Scale(L.C.=0.1mm)


0.4 mm to 100 mm 10.0µm











Capability(CMC)(±)

272


Template / PlainWork Piece /Inspection Jigs &Fixture

Using Slip GaugeSet, 2D HeightGauge, ProfileProjector, LMM, Dig.Vernier, DigimaticMicrometer,ElectronicComparator, Dig.Protractor byComparison Method


Length: 16.8µm,Angle: 3.6min

273


Test SievesUsing ProfileProjector byComparison Method

0.032 mm to 25 mm 10µm

274


Thread Pitch GaugeUsing ProfileProjector byComparison Method

Flank Angle: Up to90 ° 6'20"

275


Thread Pitch GaugeUsing ProfileProjector byComparison Method

Up to 6 mm 9.0µm











Capability(CMC)(±)

276


Thread Plug Gauge(Parallel, EffectiveDiameter, MajorDiameter)

Using FloatingCarriage DiameterMeasuring Machine,Thread MeasuringWire, CylindricalMaster byComparison Method


277


Thread Plug Gauge(Parallel, EffectiveDiameter,MajorDiameter)


100 mm to 160 mm 4.0µm

278


Thread Plug Gauge(Taper)-EffectiveDiameter,MajorDiameter


Up to 100 mm 3.6µm

279


Thread Ring Gauge(Effective Diameter)

Using LengthMeasuring Machinewith Master SettingRing by ComparisonMethod












Capability(CMC)(±)

280


Ultrasonic ThicknessGauge(L.C.=0.1mm)

Using Steel SlipGauge Set Grade 'K'by ComparisonMethod

Up to 100 mm 71µm

281


V Anvil Micrometer(L.C.=0.001mm)

Using CylindricalSetting Master byComparison Method

Up to 100 mm 8.8µm

282


Vernier Caliper ( Dial/ Digital )L.C.=0.02mm


1000 mm to 2000mm 15.5µm

283


Weld / Hi-Low Gauge/ Bridge Cam Gauge


Length: 0 to 60mm,Angle: 0 to 60°

Length: 16.8µm,Angle: 6'20"

284


Weld Fillet GaugeUsing ProfileProjector byComparison Method

Up to 50 mm 49µm











Capability(CMC)(±)

285


Weld Gauge (Angle)

Using Slip Gauge SetGrade '0', Tape &Scale Calibrator,Profile Projector byComparison Method

Up to 60 ° 6'20"

286


Weld Gauge (Scale /Depth)

Using Slip Gauge SetGrade '0', Tape &Scale Calibrator,Profile Projector byComparison Method

Up to 50 mm 57.7µm

287


Wire GaugeUsing ProfileProjector byComparison Method

0.025 mm to 10 mm 8.0µm

288MECHANICAL-DIMENSION(PRECISIONINSTRUMENTS)

Length MeasuringMachine (L.C.=0.0001mm)




Profile Projector(Angular L.C.=1sec)

Using AngularGraticule / AngleGauge Set byComparison Method

0 to 360 ° 2.35min


Profile Projector(LinearL.C.=0.001mm)

Using Glass Scale /Gauge Block byComparison Method












Capability(CMC)(±)


Profile Projector(Magnification)

Using Glass Scale &Digimatic Caliper byComparison Method

10X, 20X, 50X, 100X 0.28%


Slip Gauge (Carbide)

Using Slip Gauge SetGrade 'K' & Grade '0'Slip GaugeCalibrator byComparison Method

0.5 mm to 25 mm 0.11µm




25 mm to 50 mm 0.14µm




50 mm to 75 mm 0.17µm




75 mm to 100 mm 0.21µm


Slip Gauge (Steel)Using Slip Gauge SetGrade 'K' & SlipGauge Calibrator byComparison Method

0.5 mm to 25 mm 0.15µm











Capability(CMC)(±)



25 mm to 50 mm 0.22µm



50 mm to 75 mm 0.27µm



75 mm to 100 mm 0.39µm


Slip GaugeAccessories

Using Slip Gauge SetGrade '0' DialIndicator (L) byComparison Method

Up to 300 mm 2.0µm


Slip GaugeCalibrator(L.C.=0.01µm)

Using Bridge SlipGauge Set K-Gradeby ComparisonMethod

0 to 100 mm 0.15µm

302MECHANICAL-HARDNESSTESTINGMACHINES

Rubber HardnessTester-IndentationDepth Calibration(Type A, D, AO, AM)

Using DialCalibration Tester &Holding Fixture asper ASTM D2240/ISO 18898

0 to 100 Shore 0.6Shore

303MECHANICAL-MOBILE FORCEMEASURINGSYSTEM

Push Pull GaugeUsing Newtonweights & FrameFixture as perVDI/VDE 2624-2.1

100 N to 500 N 1.29N











Capability(CMC)(±)


Push Pull GaugeUsing Newtonweights & FrameFixture as perVDI/VDE 2624-2.1

5 N to 100 N 0.58N

305

MECHANICAL-PRESSUREBALANCE ORDEAD WEIGHTTESTER

dead weight testerusing 7300 crossfloat method as pereuromet

70 bar to 1750 bar 0.007% of Rdg

306


Hydraulic DeadWeight Tester

Using Piston GaugePC-7300 by CrossFloat Method(Euramet cg-3)

3.5 bar (g) to 70 bar(g) 0.008% Rdg.

307


Hydraulic DeadWeight Tester

Using Piston GaugePC-7300 by CrossFloat Method(Euramet cg-3)

70 bar (g) to 1750bar (g) 0.007% Rdg.

308


Pneumatic DeadWeight Tester

Using Piston GaugePC-7100/7600 byCross Float Method(Euramet cg-3)

0.1 bar (g) to 3.5 bar(g) 0.007% Rdg.

309


Pneumatic DeadWeight Tester

Using Piston GaugePC-7100/7600 byCross Float Method(Euramet cg-3)

5 bar (g) to 70 bar(g) 0.008% Rdg.











Capability(CMC)(±)

310MECHANICAL-PRESSUREINDICATINGDEVICES

Absolute PressureIndicating Devices,Pressure Transmitter

Using Piston GaugePC-7100/7600 byComparison Method(DKD-R-6-1)

0.08 bar (abs) to 3.5bar (abs) 0.015% Rdg.


Absolute PressureIndicating Devices,Pressure Transmitter


3.5 bar (abs) to 70bar (abs) 0.008% Rdg.


Hydraulic PressureIndicating Devices,PressureTransmitter,Pressure Switches.

Using MultifunctionCalibrator withInternal & ExternalSensor byComparison Method(DKD-R-6-1)

100 bar (g) to 1000bar (g) 0.57bar




20 bar (g) to 160 bar(g) 0.07bar






Hydraulic PressureIndicating Devices,Pressure Transmitter

Using Piston GaugePC-7300 byComparison Method(DKD-R-6-1)

2 bar (g) to 70 bar(g) 0.011% Rdg.











Capability(CMC)(±)


Hydraulic PressureIndicating Devices,Pressure Transmitter

Using Piston GaugePC-7300 byComparison Method(DKD-R-6-1)

70 bar (g) to 1750.0bar (g) 0.0092% Rdg.


Pneumatic PressureIndicating Devices,PressureTransmitter,Pressure Switches

Using MultifunctionCalibrator withExternal Sensor

0 to 10 mbar (g) 0.021mbar



Using Low PressureCalibrator

0 mbar (g) to 200mbar (g) 0.17mbar




0.2 bar (g) to 2 bar(g) 0.003bar






Pneumatic PressureIndicating Devices,Pressure Transmitter

Using Low PressureController byComparison Method(DKD-R-6-1)












Capability(CMC)(±)




0.15 bar (g) to 3.5bar (g) 0.0081% Rdg.




3.5 bar (g) to 70 bar(g) 0.008% Rdg.


Vacuum IndicatingDevices, Vacuum,Transmitter, VacuumSwitches


0 to -10 mbar 0.021mbar



Using Low PressureCalibrator, DigitalVacuum Gauge byComparison Method(DKD-R-6-1)

0 to -200 mbar (g) 0.176mbar




-0.2 bar (g) to -0.95bar (g) 1.0mbar




-0.2 bar to -0.95 bar 1.0mbar




-10 mbar to -200mbar 0.2mbar











Capability(CMC)(±)


Vacuum IndicatingDevices, VacuumTransmitter

Using Low PressureController byComparison Method(DKD-R-6-1)

0 mbar (g) to -150mbar (g) 0.022 mbar


Vacuum IndicatingDevices, VacuumTransmitter

Using DWT-P3025-Iby ComparisonMethod (DKD-R-6-1)

-0.15 bar (g) to -0.95bar (g) 0.021% Rdg.

331MECHANICAL-TORQUEGENERATINGDEVICES

Torque WrenchUsing ElectronicTorque WrenchTester as per ISO6789:2003 & 2017

10 Nm to 100 Nm 1.5% of Rdg.

332MECHANICAL-TORQUEGENERATINGDEVICES

Torque WrenchUsing ElectronicWrench Tester asper ISO 6789:2003 &2017

100 Nm to 1000 Nm 1.8% of Rdg.

333 MECHANICAL-VOLUME Burette

Using ElectronicWeighing Balance(d=0.01/0.1/1/10mg) & Distilled Waterby GravimetricMethod as perISO:4787

0.1 ml to 25 ml 0.24µl



25 ml to 50 ml 0.49µl











Capability(CMC)(±)



50 ml to 100 ml 0.94µl

336 MECHANICAL-VOLUME Dispenser


10 ml to 100 ml 3.63µl

337 MECHANICAL-VOLUME

Measuring Cylinder /Jar


0.1 ml to 10 ml 0.3µl




10 ml to 25 ml 0.3µl











Capability(CMC)(±)




100 ml to 500 ml 0.017ml




1000 ml to 5000 ml 0.29ml




25 ml to 100 ml 0.027ml




500 ml to 1000 ml 0.266ml











Capability(CMC)(±)

343 MECHANICAL-VOLUME Pipette


0.1 ml to 5 ml 0.3µl




















Capability(CMC)(±)


Piston OperatedVolumetricApparatus (Micro-Pipette)

Using ElectronicWeighing Balance(d=0.01/0.1mg) &Distilled Water byGravimetric Methodas per ISO 8655-6





10 µl to 100 µl 0.012µl




100 µl to 500 µl 0.09µl



















Capability(CMC)(±)




500 µl to 1000 µl 0.11µl

353 MECHANICAL-VOLUME Volumetric Flask





100 ml to 1000 ml 39.6µl



1000 ml to 5000 ml 0.38ml











Capability(CMC)(±)



25 ml to 100 ml 2.7µl

357MECHANICAL-WEIGHINGSCALE ANDBALANCE

Electronic WeighingBalance (d=0.01mg)

Using StandardWeight of E1 Class(1mg to 500g), E2Weights (1mg to10kg) byComparison Methodas per OIML R76-1

1 mg to 100 g 0.03mg


Electronic WeighingBalance (d=0.1g)

Using StandardWeight of E2 ClassWeights (1mg to10kg), F1 & M1Class Weights (500gto 20kg) byComparison Methodas per OIML R76-1

10 kg to 30 kg 0.24g



Using StandardWeight of E2Weights (1mg to10kg) byComparison Methodas per OIML R76-1

5 kg to 10 kg 0.09g











Capability(CMC)(±)




100 g to 200 g 0.13mg




200 g to 1000 g 0.91mg


Electronic WeighingBalance (d=10mg)


1 kg to 5 kg 8.20mg


Electronic WeighingBalance (d=20g)

Using StandardWeight of F1, M1Class & CI Weights(500g to 20kg) byComparison Methodas per OIML R76-1

100 kg to 200 kg 18.70g











Capability(CMC)(±)




200 kg to 300 kg 28.25g



Using StandardWeight of F1 & M1Class Weights (500gto 20kg) byComparison Methodas per OIML R76-1

30 kg to 50 kg 14.47g




50 kg to 100 kg 14.74g

367 MECHANICAL-WEIGHTS

Weights(Conventional Mass)- F1 Class & Coarser

Using StandardWeights of E1 Class(1mg to 500g) &Electronic Balance(d=0.01mg) byABBA Method as perOIML R111-1

1 g 0.009mg











Capability(CMC)(±)



Using StandardWeights of E2 ClassWeights (500g to10kg) & ElectronicBalance (d=0.001g)by ABBA Method asper OIML R111-1

1 kg 1.63mg




1 mg 0.01mg




10 g 0.02mg




10 mg 0.01mg











Capability(CMC)(±)




100 g 0.019mg




100 mg 0.01mg




2 g 0.010mg




2 kg 8.58mg











Capability(CMC)(±)




2 mg 0.009mg




20 g 0.038mg




20 mg 0.009mg



Using StandardWeights of E1 Class(1mg to 500g) &Electronic Balance(d=0.1mg) by ABBAMethod as per OIMLR111-1

200 g 0.087mg











Capability(CMC)(±)




200 mg 0.008mg




5 g 0.02mg




5 kg 8.81mg




5 mg 0.01mg











Capability(CMC)(±)




50 g 0.02mg




50 mg 0.01mg




500 g 0.820mg




500 mg 0.01mg











Capability(CMC)(±)


Weights(Conventional Mass)- M1 Class & Coarser

Using StandardWeights of E2 & F1class & ClassWeights (500g to10kg) & ElectronicBalance (d=0.1g) byABBA Method as perOIML R111-1

10 kg 94mg


Weights(Conventional Mass)- M1 Class & Coarser

Using StandardWeights of E2, F1Class (20kg to 50kg)& Electronic Balance(d=0.1g) by ABBAMethod as per OIMLR111-1

20 kg 94mg

390

MEDICALDEVICES-DISCHARGEEQUIPMENT/DEVICES

Infusion DeviceAnalyser

Using Syringe Pump& Density Meter andWeighingBalance-200g, Timerby GravimetricMethod

Flow Rate: 10 ml/hrto 1000 ml/hr 0.1%

391


Infusion DeviceAnalyser

Using Syringe Pump& Density Meter andWeighingBalance-200g byGravimetric Method

Flow Volume: 5 ml to400 ml 1µl

392


Leak Test Vital Sign SimulatorProsim 8

0.1 mmHg to 200mmHg 2.3mmHg











Capability(CMC)(±)

393


NIBP Vital Sign SimulatorProsim 8

10 mmHg to 300mmHg

1.35 mmHg to 2.11mmHg

394MEDICALDEVICES-IMAGING/PLOTTERS

Electrical SafetyAnalyzer

Using ResistanceBox by DirectMethod

Earth Resistance:0.001 to 2.000 Ohm 2.50%



Using DifferentialAmplifier &Frequency Counter(Oscilloscope) byDirect Method

ECG Frequency: 1 Hzto 50 Hz 0.1%



Using Differentialamplifier &Frequency Counter(Oscilloscope) byDirect Method

ECG Rate: 1 Hz to 5Hz (30 to 300 BPM) 0.10%



Using AC CurrentLoad Current Shunt,High Precision DMMby ComparisonMethod

Equipment Current:0.1 A to 8 A AC 0.60%



Using HV DecadeResistance Box byDirect Method

InsulationResistance: 0.5 to100.0 MOhm

1%











Capability(CMC)(±)



Using MultiproductCalibrator by DirectMethod

Leakage Current: 10µA to 8 mA 1%



Using AC PowerSource & 6.5 DMMby ComparisonMethod

Voltage: 90 V to 264V AC rms 0.60%

401MEDICALDEVICES-MONITORINGUNIT

Fetal HeartSimulator


ECG Frequency: 1 Hzto 100 Hz 0.10%




Fetal Hearth Rate: 1Hz to 5 Hz (30 to300 BPM)

0.10%




Meternal Heart Rate:1 Hz to 5 Hz (30 to300 BPM)

0.10%



Using 6.5 DMM withDifferential Amplifierby Direct Method

Pressure Accuracy(TOCO): 0.1mV to5.5 mV (0 to 100mmHg)

4%











Capability(CMC)(±)


SPO2 FunctionalTester / SPO2Simulator

Using SPO2 Monitor& FunctionalVerification by DirectMethod

Heart Rate: 1 Hz to 5Hz (30 to 300 BPM) 0.10%


Vital Sign Simulator /Patient MonitorAnalyzers /MultiparameterSimulator

Using PressureGauge byComparison Method

Blood Pressure(NIBP- StaticPressure): 0 to 400mmHg

0.10%



Using 6.5 DMM byDirect Method

Cardiac Output: 13kOhm to 15 kOhm 1%



Using 6.5 DMM withDifferential Amplifierby Direct Method

ECG Amplitude: 50µV to 5.5 mV 1%




ECG Rate: 1 Hz to 5Hz (30 to 300 BPM) 0.10%




Fetal Heart Rate: 1Hz to 5 Hz (30 to300 BPM)

0.10%











Capability(CMC)(±)



Using Power Supply& 6.5 DMM byComparison Method

Invasive BloodPressure ( :50µV to200 mV (0 to 400mmHg)

4%



Using PressureGauge & Timer byComparison Method

Leak Test: 0 mmHgto 2 mmHg 0.04mmHg




Maternal Heart Rate:0.5 Hz to 5 Hz (30 to300 BPM)

0.10%




Respiration Rate: 0.1Ohm to 5 Ohm (10to 120 Brpm)

0.50%




TemperatureSimulation: 1 Ohmto 100 kOhm (0 to40°C)

1%











Capability(CMC)(±)

416

MEDICALDEVICES-PATIENTCONDITIONING/MAINTENANCE

DefibrillatorAnalyzer

Using DefibrillatorUnit & Defib Impulse7000DP byComparison Method

Energy: 0.1 to 400Joule (Load: 50Ohm) 1.5%

417




Heart Rate: 0.5 Hz to5 Hz (30 to 300BPM)

0.10%

418




Pacer Variable Load:50 Ohm to 1500Ohm

0.50%

419


Electro SurgicalAnalyzer

Using current coilwith true RMS meterby direct method

Analyzer outputcurrent: 0.5mA to5500 mA

1%

420




Analyzer output loadresi 0.1Ohm to 5200Ohm

0.5%











Capability(CMC)(±)

421




Analyzer outputpower: 1 W to 500 W 0.60%

422



Using 6.5 DMM bydirect method

Contact qualitymonitor ( 0.1Ohm to475 Ohm

0.50%

423




Vessel sealingmeasuremen 100mA to 1100 mA

1%

424


Gas Flow AnalyzerUsing PressureGauge byComparison Method

Barometric Pressure:12 psi to 16 psi 0.20%

425


Gas Flow AnalyzerUsing Mass FlowController byComparison Method

Flow Rate: Up to 300slm 0.60%











Capability(CMC)(±)

426


Gas Flow AnalyzerUsing PressureGauge byComparison Method

Pressure: 0 to 100psi 0.10%

427


Incubator AnalyzerUsing DigitalTemperatureHumidity Meter byComparison Method

Humidity: 30 to 90%RH 3%

428


Incubator AnalyzerUsing Sound LevelCalibrator by DirectMethod

Sound Level: 94 dB 1.1dB

429


Incubator AnalyzerUsing RTD Sensorwith Indicator byComparison Method

Temperature: 10 to50 °C 0.5°C

430THERMAL-SPECIFIC HEAT& HUMIDITY

Humidity /Thermohygrometer@25°C

Using HumidityChamber withDigital Temp. &Humidity Indicatorwith Sensor

25 %RH to 95 %RH 2.18%RH











Capability(CMC)(±)

431 THERMAL-TEMPERATURE

Glass TypeThermometers

Using SPRT & Flukemake Readout, LowTemperature Bathh(-45°C to 50°C) & OilBath by comparisonmethod.

-40 °C to 50 °C 0.06°C



Using SPRT & Flukemake Readout, LowTemperature Bath &Oil Bath (Amb. to250°C) bycomparison method

50 °C to 250 °C 0.16°C



Using SPRT & Flukemake Readout, LowTemperature Bath(-80°C to 50°C) & OilBath by comparisonmethod

-80 °C to -40 °C 0.10°C


Indicator of BlackBody - Source orFurnace

Using Non-ContactPyrometer bycomparison method

50 °C to 500 °C 2.73°C


Indicator of BlackBody Source /Furnace


500 °C to 1200 °C 3.36°C


Indicator of Dry WellBlocks, MuffleFurnace

Using Standard RType TC withIndicator bycomparison method.

650 °C to 900 °C 1.86°C











Capability(CMC)(±)



Using Standard RType TC withIndicator bycomparison method

900 °C to 1200 °C 2.3°C


Indicator of LiquidBaths, Dry WellBlocks,Incubators(non-medical purpose),Ovens

Using SPRT & Flukemake Readout bycomparison method

-40 °C to 50 °C 0.10°C




50 °C to 250 °C 0.10°C




-80 °C to -40 °C 0.10°C


Indicator of LiquidBaths, Dry WellBlocks, Ovens


250 °C to 650 °C 0.4°C











Capability(CMC)(±)


Indicator ofRefrigerators,Incubators(non-medical purpose),Ovens, Furnace, DryWell Blocks, LiquidBath

Using Standard PRTwith MiliK Indicatorby comparisonmethod

-35 °C to 50 °C 0.10°C


Infrared / Non-ContactThermometers

Using Non-ContactPyrometer & BlackBody Furnace (e=0.95) (Amb to 500°Cby ComparisonMethod

50 °C to 500 °C 2.6°C



Using Non-ContactPyrometer withBlack Body Furnace(e= 0.95) (300°C to1200°C) byComparison Method

500 °C to 1200 °C 3.72°C


RTD / ThermocoupleTemperature Sensorwith and withoutIndicators,TemperatureGauges

Using SPRT & Flukemake readout, LowTemperature Bath &Oil Bath (Amb to650°C) bycomparison method

250 °C to 650 °C 0.35°C



Using SPRT & Flukemake readout, LowTemperature Bath &Oil Bath (- 45°C to50°C)by comparisonmethod

-40 °C to 50 °C 7m°C











Capability(CMC)(±)



Using SPRT & Flukemake readout, LowTemperature Bath &Oil Bath (Amb to250°C) bycomparison method

50 °C to 250 °C 0.10°C



Using Standard RType TC withIndicator & Dry WellBath (150°C to1200°C) bycomparison method

650 °C to 900 °C 1.98°C



Using SPRT & Flukemake readout, LowTemperature Bath &Oil Bath (-80°C to50°C) by comparisonmethod.

-80 °C to -40 °C 0.10°C



Using Standard RType TC withIndicator & Dry WellBath (150°C to1200°C) bycomparison method

900 °C to 1200 °C 2.3°C


SPRT's, PRT's, RTD's& RTD Based DigitalThermometer, TC &TC Based Indicators

Using Fluke makeMaintenanceApparatus 9210,TPW Cell & Flukemake readout bycomparison method

0.01 °C 2.07m°C











Capability(CMC)(±)



Using Fluke makeMaintenanceApparatus 9260,Indium Cell & Flukemake readout fixpoint by comparisonmethod

156.598 °C 3.52m°C



Using LiquidNitrogen, SPRT &Fluke make readoutat fix point

-196.075 °C 8.4m°C



Using Fluke makeMaintenanceApparatus 9260, TinCell & Fluke makereadout fix point bycomparison method.

231.928 °C 3.99m°C



Using Fluke makeMaintenanceApparatus 9260,Zinc Cell & Flukemake readout fixpoint by comparisonmethod

419.527 °C 5.24m°C



Using Fluke makeMaintenanceApparatus 9260,Aluminium Cell &Fluke make readoutfix point bycomparison method.

660.323 °C 8.06m°C











Capability(CMC)(±)

Site Facility

1


3 Phase ActiveEnergy (50Hz) (60Vto 240V)


AC Current(0.1 to5A) @UPF 0.1%

2



Using 5790A ACMeasurementStandard andA40/A40A Shunts byAC/DC TransferMethod

2 mA to 20 A 0.023 % to 0.06 %

3



Using 8508A DMMby Direct Method 10 µA to 200 mA 0.3 % to 0.05 %

4



Using 8508A DMMby Direct Method 2 A to 20 A 0.07 % to 0.13 %











Capability(CMC)(±)

5



Using 8508A DMMby Direct Method 200 mA to 2 A 0.05 % to 0.07 %

6


AC Current (50Hz)Using HC 3100Precision PowerTesting Instrumentby Direct Method

20 A to 100 A 0.3 % to 0.1 %

7




0.12 W to 0.72 kW(0.1 PF) 3.35 % to 0.4 %

8




0.24 W to 1.44 kW(0.2 PF) 2.92 % to 0.24 %

9




0.48 W to 2.88 kW(0.4 PF) 2.92 % to 0.16 %











Capability(CMC)(±)

10




0.72 W to 4.32 kW(0.6 PF) 2.92 % to 0.13 %

11




0.96 W to 5.76 kW(0.8 PF) 2.92 % to 0.12 %

12




1.2 W to 7.2 kW(UPF) 2.92 % to 0.08 %

13




1 mV to 20 mV 0.72 % to 0.013 %

14




20 mV to 200 mV 0.017 % to 0.004 %











Capability(CMC)(±)

15




20 V to 60 V 0.008 % to 0.0035 %

16




200 mV to 20 V 0.008 % to 0.003 %

17




60 V to 600 V 0.0035 % to 0.06 %

18




20 mV to 200 mV 0.013 % to 0.25 %

19




200 mV to 20 V 0.003 % to 0.13 %











Capability(CMC)(±)

20




6 mV to 20 mV 0.09 % to 0.34 %

21




600 V to 1000 V 0.0038 % to 0.01 %

22




20 V to 60 V 0.003 % to 0.02 %

23




60 V to 1000 V 0.008 % to 0.004 %

24


AC Voltage (HighVoltage)

Using HV Dividerwith KV Meter byDirect Method

1 kV to 100 kV 1.8 % to 2 %











Capability(CMC)(±)

25


Capacitance (100Hz)Using LCR Meter43100 by DirectMethod

10 µF to 100 µF 0.12 % to 0.5 %

26


Capacitance (1kHz)Using LCR Meter43100 by DirectMethod

1 pF to 1 mF 0.68 % to 0.17 %

27


Inductance (1kHz)Using LCR Meter43100 by DirectMethod

100 µH to 10 H 0.32 % to 0.17 %

28


Oscilloscope -Bandwidth


Up to 600 MHz 4%

29



0 to 120 ° 1.11 ° to 0.61 °











Capability(CMC)(±)

30



120 ° to 360 ° 0.61 ° to 1.11 °

31


Power FactorUsing PowerAnalyser WT3000 byDirect Method

0.1 to UPF 0.03PF

32


Power Single Phase(50Hz) (60V to240V)


1 A to 100 A 0.1%

33


Resistance Using 8508A DMMby Direct Method 1 m ohm to 1 ohm 0.61 % to 0.006 %

34


Resistance Using 8508A DMMby Direct Method 1 ohm to 10 ohm 0.006 % to 0.0013 %











Capability(CMC)(±)

35



10 M ohm to 100 Mohm 0.0031 % to 0.02 %

36


Resistance Using 8508A DMMby Direct Method 10 ohm to 10 M ohm 0.0013 % to 0.0031

%

37



100 M ohm to 10 Gohm 0.02 % to 0.23 %

38


RF Power (WithoutVSWR) (1MHz to1GHz)

Using RFMillivoltmeter URV55by Direct Method

-30 dBm to 15 dBm 0.25 dBm to 1.3dBm

39




33 mA to 3 A 0.582 % to 2 %











Capability(CMC)(±)

40




10 µA to 200 mA 0.8 % to 0.06 %

41




20 mA to 200 mA 0.06 % to 0.133 %

42




2 A to 20 A 0.5 % to 3.5 %

43




200 mA to 2 A 0.025 % to 1.7 %

44




2 A to 20 A 0.5 % to 0.11 %

45




20 A to 100 A 0.5 % to 0.11 %











Capability(CMC)(±)

46


AC Current (50Hz)Using 5502ACalibrator withCurrent Coil byDirect Method

100 A to 1000 A 0.703%

47




1 mV to 2 mV 0.57 % to 0.276 %

48




2 mV to 20 mV 0.276 % to 0.03 %

49




20 mV to 200 mV 0.03 % to 0.018 %

50




20 V to 200 V 0.007 % to 0.008 %

51




200 mV to 20 V 0.018 % to 0.007 %











Capability(CMC)(±)

52




10 V to 100 V 0.005 % to 0.02 %

53




200 V to 1000 V 0.06 % to 0.14 %

54




1 mV to 2 mV 0.57 % to 2.3 %

55




2 mV to 20 mV 0.26 % to 1.3 %

56




20 mV to 200 mV 0.03 % to 1.3 %

57




200 mV to 10 V 0.007 % to 0.37 %











Capability(CMC)(±)

58




100 V to 200 V 0.01%

59




200 V to 1000 V 0.008 % to 0.013 %

60



1 µF to 90 µF 0.88 % to 1.18 %

61



1 nF to 9 nF 1.9 % to 1.2 %

62



10 nF to 900 nF 1.2 % to 1.8 %

63


Capacitance (1kHz)Using CapacitanceDecade box byDirect Method

100 pF to 900 pF 7 % to 1.86 %











Capability(CMC)(±)

64



90 µF to 110 mF 0.5 % to 1.5 %

65


Inductance (1kHz)Using DecadeInductance Box byDirect Method

1 mH to 10 H 3.50%

66


ODD Harmonicsdistortion (Current)Upto 41st


100 mA to 6 A 0.75%

67


ODD Harmonicsdistortion (Voltage)Upto 41st order


100 mV to 60 V 0.75%

68


Oscilloscope -Horizontal Deflection(Time Base)


2 nS to 2 S 0.1 % to 0.3 %

69


Oscilloscope -Vertical Deflection(Square Wave@1kHz Freq. & DCFunction)


10 mV to 120 V 0.5%











Capability(CMC)(±)

70


Power 1 Phase (50Hzat 0.1PF) (120V to240V@ 0.1 to 20A)


1.2 W to 480 W 5.0%

71


Power 1 Phase (50Hzat 0.2PF) (120V [email protected] to 20A)


2.4 W to 960 W 2.93%

72


Power 1 Phase (50Hzat 0.5PF) (120V to240V & 0.1 to 20A)


12 W to 1200 W 1.17 % to 1.2 %

73


Power 1 Phase (50Hzat 0.8PF) (120V to240V @ 0.1 to 20A)


9.6 W to 3840 W 2.93%

74


Power 1 Phase (50Hzat UPF) (120V to240V @ 0.01A to20A)


1.1 W to 4800 W 2.92 % to 0.75 %

75


Power FactorUsing 5502ACalibrator by DirectMethod

0.25 PF to 1 PF 0.04PF











Capability(CMC)(±)

76


Resistance Using DecadeResistance Box

0.001 ohm to 0.01ohm 2.6%

77


Resistance Using DecadeResistance Box 0.01 ohm to 0.1 ohm 1.15%

78


Resistance Using DecadeResistance Box 0.1 ohm to 1 ohm 1.15 % to 0.8 %

79


Resistance Using Std Resistorby Direct Method 1 G ohm 0.034%

80


Resistance Using Decade MegaOhm Box 1 G ohm to 1 T ohm 1.2 % to 4.71 %

81



1 kilo ohm 0.0012%











Capability(CMC)(±)

82



1 mega ohm 0.003%

83



1 mili ohm 0.04%

84



1 ohm 0.012%

85



1 ohm to 30 ohm 1.17 % to 0.07 %

86



1.9 kilo ohm 0.0013%

87



1.9 mega ohm 0.003%











Capability(CMC)(±)

88



1.9 ohm 0.011%

89



10 kilo ohm 0.0012%

90



10 mega ohm 0.005%

91



10 mili ohm 0.03%

92



10 ohm 0.003%

93



100 kilo ohm 0.0012%











Capability(CMC)(±)

94



100 mega ohm 0.013%

95



100 mili ohm 0.02%

96



100 ohm 0.0012%

97



19 kilo ohm 0.0012%

98



19 mega ohm 0.006%

99



19 ohm 0.003%











Capability(CMC)(±)

100



190 kilo ohm 0.0013%

101



190 ohm 0.0012%

102



290 M ohm to 1 Gohm 0.5 % to 1.79 %

103



3 M ohm to 30 Mohm 0.07 % to 0.1 %

104



30 M ohm to 290 Mohm 0.1 % to 0.5 %

105



30 ohm to 300 ohm 0.072 % to 0.019 %











Capability(CMC)(±)

106


Resistance Using Decade MegaOhm Box

300 M ohm to 1 Gohm 1.17%

107



300 ohm to 300 kohm 0.019 % to 0.013 %

108

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


300 k ohm to 3 Mohm 0.013 % to 0.07 %

109



0.02 µA to 1 µA 0.55%

110


DC Current Using 8508A DMMby Direct Method 1 µA to 10 µA 0.06 % to 0.006 %











Capability(CMC)(±)

111


DC Current Using 8508A DMMby Direct Method 1 A to 20 A 0.021 % to 0.065 %

112



1 nA to 20 nA 0.94%

113


DC Current Using 8508A DMMby Direct Method 10 µA to 10 mA 0.006 % to 0.0023 %

114


DC Current Using 8508A DMMby Direct Method 10 mA to 1 A 0.0023 % to 0.021 %

115


DC CurrentUsing Power MeterWT3000 by DirectMethod

20 A to 30 A 0.15%

116


DC CurrentUsing DC Shunt and8508A DMM byDirect Method

30 A to 100 A 0.9%











Capability(CMC)(±)

117


DC Power (1V to1000V) (100mA to20A)

Using PowerAnalyser WT3000 byDirect Method

0.1 mW to 20 kW 3.8 % to 0.3 %

118


DC Voltage Using 8508A DMMby Direct Method 0.1 mV to 10 mV 0.13 % to 0.013 %

119


DC Voltage Using 8508A DMMby Direct Method 10 mV to 100 mV 0.013 % to 0.0008 %

120


DC Voltage Using 8508A DMMby Direct Method 100 mV to 1000 V 0.0008%

121


DC Voltage (HighVoltage)

Using HV Divider byDirect Method 1 kV to 20 kV 1.6 % to 2.1 %

122



1 µA to 10 µA 0.82 % to 0.09 %











Capability(CMC)(±)

123



10 µA to 200 µA 0.09 % to 0.008 %

124


DC CurrentUsing 5502ACalibrator withCurrent Coil byDirect Method

100 A to 1000 A 0.802%

125



2 A to 20 A 0.023 % to 0.05 %

126



20 A to 100 A 0.05 % to 0.08 %

127



20 mA to 200 mA 0.0044 % to 0.006 %

128



200 µA to 20 mA 0.008 % to 0.0044 %











Capability(CMC)(±)

129



200 mA to 2 A 0.006 % to 0.01 %

130


DC Power @1V to1000V, 1A to 20A

Using MuliproductCalibrator 5502Awith Power Option

1 W to 20 kW 2.93 % to 0.2 %

131



0.1 mV to 1 mV 0.75 % to 0.075 %

132



1 mV to 10 mV 0.075 % to 0.006 %

133



10 mV to 100 mV 0.006 % to 0.0014 %

134



100 mV to 100 V 0.0014 % to 0.0007%











Capability(CMC)(±)

135



100 V to 1000 V 0.0007 % to 0.0009%

136




137




138




139




140














Capability(CMC)(±)

141




142




143




144




145




146














Capability(CMC)(±)

147




148




200 °C to 1820 °C 0.232°C

149




200 °C to 2320 °C 0.037°C

150




-270 °C to 1000 °C 0.28°C

151




-210 °C to 1200 °C 0.029°C

152




-270 °C to 1372 °C 0.036°C











Capability(CMC)(±)

153




-200 °C to 900 °C 0.016°C

154




-270 °C to 1300 °C 0.047°C

155




-50 °C to 1768 °C 0.155°C

156




-200 °C to 800 °C 0.25°C

157




-50 °C to 1768 °C 0.12°C

158




-270 °C to 400 °C 0.031°C











Capability(CMC)(±)

159




-200 °C to 600 °C 0.026°C

160




1 hr to 5 hr 0.14 s to 6 s

161




1 s to 60 s 0.0252 s to 0.036 s

162




5 hr to 24 hr 6 s to 21 s

163




60 s to 1 hr 0.03 s to 0.14 s

164




200 ms to 1 s 0.0252s











Capability(CMC)(±)

165


FrequencyUsing Timer/CounterCNT91 by DirectMethod

1 Hz to 3 GHz 0.002 % to 0.0008 %

166



1 Hz to 2 MHz 0.004%

167



2 MHz to 600 MHz 0.003%


Flow rate (AIR/N2)Using Alicat MassFlow Controller bycomparison method

0.5 slm to 5 slm 0.04slm



5 slm to 50 slm 0.4slm



50 sccm to 500sccm 4sccm











Capability(CMC)(±)


Flow rate (Air/N2)Using Alicat MassFlow Controller bycomparison method

50 slm to 100 slm 0.8slm


Flow Rate (Water)Using GE-PT 878Ultrasonic Clampwith Indicator byComparison Method

1.2 m3/hr to 3000m3/hr 3%


Fluid Flow (Air/N2)Using Alicat MassFlow Controller bycomparison method

100 slm to 500 slm 4slm


Fluid Flow (AIR/N2)Using Alicat MassFlow Controller bycomparison method

5 sccm to 5 slm 0.7%
















10000 RPM to 60000RPM 3.71RPM











Capability(CMC)(±)




5000 RPM to 10000RPM 2.85RPM




Acceleration: Up to95m/s2 (50Hz to5000Hz)

5.5%




Displacement: Up to1250µm (50Hz to1000Hz)

4.4%




Velocity: Up to239mm/s (50Hz to5000Hz)

4.1%

183




300 mm to 600 mm 7.3µm

184




600 mm to 1000mm 8.3µm

185



Using Slip Gauge SetGrade '0' CircularSteel Length BarCaliper Checker byComparison Method

Up to 300 mm 3.4µm











Capability(CMC)(±)

186


Dial CalibrationTester(L.C.=0.0001mm)


Up to 25 mm 1.3µm

187


Microscope(Magnification)

Using Glass Scale byComparison Method Up to 1000X 0.28%

188



Using Slip Gauge SetGrade '0' 0 to 1000 mm 13.1µm

189



Using ( Slip GaugeSet Grade '0' up to45 mm width) (Electeonic levelmore than 45 mmwidth)

1000 mm to 2000mm 21.6µm

190


Surface Plate Using ElectronicLevel

2500 mm to 2500mm

1.4*sqrt[(L+W)/125]µm











Capability(CMC)(±)

191


Tape & ScaleCalibrator (L.C.=0.005mm)

Using Slip Gauge Setby ComparisonMethod



Length MeasuringMachine (L.C.=0.0001mm)




Profile Projector(Angular L.C.=1sec)

Using AngularGraticule / AngleGauge Set byComparison Method

0 to 360 ° 2.35min


Profile Projector(LinearL.C.=0.001mm)

Using Glass Scale /Gauge Block byComparison Method



Profile Projector(Magnification)

Using Glass Scale &Digimatic Caliper byComparison Method

10X, 20X, 50X, 100X 0.28%


Slip GaugeCalibrator(L.C.=0.01µm)

Using Bridge SlipGauge Set K-Gradeby ComparisonMethod

0 to 100 mm 0.15µm











Capability(CMC)(±)


Verification ofUniaxial TestingMachine (Universal,Tensile,Compression TestingMachines)

Using Class 0 orclass 1 Loadcell withIndicator as per IS1828 part I 2015 &ISO 7500-I

Compression: 10 Nto 100 kN 0.34%


Verification ofUniaxial TestingMachine (Universal,Tensile,Compression TestingMachines)

Using Class 0 orclass 1 Loadcell withIndicator as per IS1828 part I 2015 &ISO 7500-I

Tension: 10 N to 100kN 0.34%




100 bar (g) to 1000bar (g) 0.57bar



















Capability(CMC)(±)







Using Low PressureCalibrator

0 mbar (g) to 200mbar (g) 0.17mbar




0.2 bar (g) to 2 bar(g) 0.003bar








0 to -10 mbar 0.021mbar











Capability(CMC)(±)




0 to -200 mbar (g) 0.176mbar




-0.2 bar (g) to -0.95bar (g) 1.0mbar




-0.2 bar to -0.95 bar 1.0mbar




-10 mbar to -200mbar 0.2mbar




1 mg to 100 g 0.03mg











Capability(CMC)(±)



Using StandardWeight of E2 ClassWeights (1mg to10kg), F1 & M1Class Weights (500gto 20kg) byComparison Methodas per OIML R76-1

10 kg to 30 kg 0.24g




5 kg to 10 kg 0.09g




100 g to 200 g 0.13mg




200 g to 1000 g 0.91mg











Capability(CMC)(±)


Electronic WeighingBalance (d=10mg)


1 kg to 5 kg 8.20mg




100 kg to 200 kg 18.70g




200 kg to 300 kg 28.25g




30 kg to 50 kg 14.47g




50 kg to 100 kg 14.74g











Capability(CMC)(±)

221


Flow Gas Flow AnalyzerVT Plus HF 2 lpm to 20 lpm 2.3lpm

222


Flow using gas flowanalyser vt plus hf 4 lpm to 60 lpm 1.1lpm

223


FlowGas Flow AnalyzerVT Plus HF & RTDSensor withIndicator

50 lpm 2.3%

224


Flow Rate Infusion DeviceAnalyzer IDA 5

0.1 ml/hr to 1500ml/hr 1.32%

225


Leak Test Vital Sign SimulatorProsim 8

0.1 mmHg to 200mmHg 2.3mmHg

226


NIBP Vital Sign SimulatorProsim 8

10 mmHg to 300mmHg

1.35 mmHg to 2.11mmHg











Capability(CMC)(±)

227


Occlusion Infusion DeviceAnalyzer IDA 5 0 psi to 45 psi 0.5psi

228


Oxygen Percentage Gas Flow AnalyzerVT Plus HF 0 % to 100 % 2.4%

229


Pressure (PEEP) Gas Flow AnalyzerVT Plus HF

4 cmH2O to 30cmH2O 1.2cmH2O

230


Respiration Rate Gas Flow AnalyzerVT Plus HF 4 bpm to 100 bpm 1.3bpm

231


Vacuum (Pressure) Pressure Gauge 0 bar to -1 bar 1.1%

232


Volume Infusion DeviceAnalyzer IDA 5 0.06 ml to 9999 ml 1.4%











Capability(CMC)(±)

233


Volume Accuracy Gas Flow AnalyzerVT Plus HF 0.1 ml to 1000 ml 3.6%


Chasis LeakageUsing electricalSafety Analyser ESA615 by DirectMethod

10 uA to 10 mA 5%


Chasis Leakage Electrical SafetyAnalyzer ESA 615

Less than 100µA NC,to Less than 500µASFC

5%


Ground WireResistance

Using electricalSafety Analyser ESA615 by DirectMethod

0.1 ohms to 2 ohms 2.6%



Electrical SafetyAnalyzer ESA 615 Less than 3 Ohm 2%


Heart Rate Vital Sign SimulatorProsim 8 10 bpm to 300 bpm 1.2%


Insulation Test(optional 500V)


0.5 Mohms to 100Mohms 2%











Capability(CMC)(±)


Insulation Test(Optional 500V)

Electrical SafetyAnalyzer ESA 615 Less than 2 Ohm 2%


Lux Lux Meter 25000 Lux to200000 lux 2.81Lux


Patient LeadLeakage (Mains onPatient applied partIsolation Test)


10 uA to 10 mA 5%


Patient LeadLeakage Current(Mains on Patientapplied partIsolation Test)

Electrical SafetyAnalyzer ESA 615

Less than 100µA BF,Less than 1000µA CF 5%


Patient LeakageUsing electricalSafety Analyser ESA615 by DirectMethod

1 µA to 10 mA 5%


Amplitude Vital Sign SimulatorProsim 8 ±5 % 4.3%


Heart Rate Vital Sign SimulatorProsim 8 20 bpm to 300 bpm 1.2%











Capability(CMC)(±)


IABP Vital Sign SimulatorProsim 8

0 mmHg to 300mmHg 1.2%


NIBP (Dynamic) Vital Sign SimulatorProsim 8

15 mmHg to 255mmHg 1.5%


NIBP Leak Test Vital Sign SimulatorProsim 8

Less than or equal to15 mmHg/min 0.2mmHg/min


Respiration Rate Vital Sign SimulatorProsim 8

10 bpm

to 150 bpm5.9%


Temperature Vital Sign SimulatorProsim 8 30 °C to 42 °C 0.4°C


Weighing Balance(Repeatability,Linearity,Eccentricity)

Standard weights

0 to 100g (LC:0.01mg); 100g o 200 g(LC:0.1 mg); 200g to1000g (LC:1mg); 1Kg to 5 Kg(LC:0.01g); 5 Kg to10 Kg (LC:0.1g); 10Kg to 30 Kg(LC:0.1g); 30 Kg to300 Kg (LC:20g)

0.02 mg; 0.07 mg;0.82 mg; 0.0087 g;0.09 g; 0.14 g; 19.05g











Capability(CMC)(±)

253


Chasis Leakage Electrical SafetyAnalyzer ESA 615 1 µA to 10 mA 5%

254


CurrentDefibrillatorAnalyzer Impulse7000 DP

1 mA to 200 mA 1.2%

255


Discharge TimeDefibrillatorAnalyzer Impulse7000 DP

0.1 sec to 100.0 sec 0.08sec

256




0.2 Ohm to 2000Ohm 2.6%

257


Heart RateDefibrillatorAnalyzer Impulse7000 DP

10 bpm to 300 bpm 1.2%











Capability(CMC)(±)

258


Isolation Test(Optional 500V)


0.5 MOhm to 100MOhm 2%

259


Output EnergyDefibrillatorAnalyzer Impulse7000 DP

2 joules to 270 joules 0.6 % to 3.2 %

260


Output Power ElectrosurgicalAnalyzer QA ES II 0 Watt to 300 watt 5.8%

261


Oxygen Percentage Gas Flow AnalyzerVT Plus HF 0 % to 100 % 2.4%

262


Pacer OutputDefibrillatorAnalyzer Impulse7000 DP

10 mA to 100 mA 0.12 % to 1.16 %











Capability(CMC)(±)

263


Pacer RateDefibrillatorAnalyzer Impulse7000 DP

5 ppm to 300 ppm 1.2%

264


Patient LeadLeakage Current(Mains on Patientapplied partIsolation Test)

Electrical SafetyAnalyzer ESA 615 10 µA to 10 mA 5%

265


Patient Leakage Electrical SafetyAnalyzer ESA 615 10 µA to 10 mA 5%

266


PressureVital sign simulator& Pressure guage bydirect method

10 mmHg to 500mmHg 4%

267


pressure (PEEP) Gas Flow AnalyzerVT Plus HF

0 cmH2O to 30cmH2O 1.2cmH2O











Capability(CMC)(±)

268


Pulse RateDefibrillatorAnalyzer Impulse7000 DP

30 ppm to 300 ppm 0.17 % to 1.16 %

269


Pulse WidthDefibrillatorAnalyzer Impulse7000 DP

5 msec to 100.0msec 0.029%

270


Respiration Rate Gas Flow AnalyzerVT Plus HF 4 bpm to 100 bpm 0.6bpm

271


Time Interval stop watch directmethod 1 min to 60 min 0.64min

272


Volume Accuracy Gas Flow AnalyzerVT Plus HF 0 LPM to 60 LPM 3.55%











Capability(CMC)(±)

273THERMAL-SPECIFIC HEAT& HUMIDITY

Humidity Chamberat 25°C

Using Humidity andTemp. Data Loggerby mapping method(minimum ninepoints).

25 %RH to 95 %RH 2.53%RH



Using Standard PRTwith MiliK Indicator,Low TemperatureBath (-30°C to140°C) & Oil Bath(-30°C to 140°C) bycomparison method

-25 °C to 50 °C 0.12°C



Using Standard PRTwith MiliK Indicator,Low TemperatureBath & Oil Bath(Amb. to 250°C) bycomparison method.

50 °C to 250 °C 0.16°C


Indicator of BlackBody - Source orFurnace


50 °C to 500 °C 2.73°C


Indicator of BlackBody Source /Furnace


500 °C to 1200 °C 3.36°C



Using Standard SType TC with MiliKIndicator & Dry WellBath

650 °C to 900 °C 1.98°C











Capability(CMC)(±)



Using Standard SType TC with MiliKIndicator bycomparison method

900 °C to 1200 °C 2.6°C


Indicator ofIncubators(non-medicalpurpose),Ovens,Furnace, Dry WellBlocks, Liquid Bath.


50 °C to 250 °C 0.10°C


Indicator of Ovens,Furnace, Dry WellBlocks.

Using Standard PRTwith MiliK Indicatorby comparisonmethod .

250 °C to 650 °C 0.40°C


Indicator ofRefrigerators,Incubators(non-medical purpose),Ovens, Furnace, DryWell Blocks, LiquidBath


-35 °C to 50 °C 0.10°C



Using Non-ContactPyrometer & BlackBody Furnace (e=0.95) (Amb to 500°Cby ComparisonMethod

50 °C to 500 °C 2.6°C











Capability(CMC)(±)



Using Non-ContactPyrometer withBlack Body Furnace(e= 0.95) (300°C to1200°C) byComparison Method

500 °C to 1200 °C 3.72°C

285 THERMAL-TEMPERATURE Ovens, Furnace

Using Standard RTD& Standard N TypeTC with MultiChannel DataLogger by MappingMethod ( multipoints)

300 °C to 1200 °C 3.2°C


Refrigerators,Incubators(non-medical purpose),Ovens, Furnace

Using Standard RTD& Standard N TypeTC with MultiChannel DataLogger by (minimum 9 location)by Mapping Method

-80 °C to 300 °C 1.17°C



Using Standard PRTwith MiliK Indicator,Low TemperatureBath , Oil Bath & DryWell Bath (Amb to650°C) bycomparison method

250 °C to 650 °C 0.40°C











Capability(CMC)(±)



Using Standard PRTwith MiliK Indicator,Low TemperatureBath, Oil Bath & DryWell Bath (Amb to250°C)

50 °C to 250 °C 0.10°C



Using Standard SType TC with MiliKIndicator & Dry WellBath (150°C to1200°C) bycomparison method

650 °C to 900 °C 1.98°C



Using Standard SType TC with MiliKIndicator & Dry WellBath (150°C to1200°C) bycomparison method

900 °C to 1200 °C 2.6°C


RTD / ThermocoupleTemperature Sensorwith and withoutIndicators,TemperatureGauges,temperature ofthermohygrometer.

Using Standard PRTwith MiliK Indicator,Low TemperatureBath, ThermalChamber, Oil Bath &Dry Well Bath h (-30°C to 140°C) bycomparison method

-25 °C to 50 °C 0.10°C

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

ISO/IEC 17025:2017 GROUP GODREJ & BOYCE MFG. CO ...GODREJ & BOYCE MFG. CO. LTD., LAWKIM MOTORS GROUP...

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Transcript of ISO/IEC 17025:2017 GROUP GODREJ & BOYCE MFG. CO ...GODREJ & BOYCE MFG. CO. LTD., LAWKIM MOTORS GROUP...