Laboratory Name CALI LABS PVT LTD, HX 21 E 7, ARERA COLONY ...

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

Measurement rangeand additionalparameters whereapplicable(Rangeand Frequency)

* Calibration andMeasurementCapability(CMC)(±)

Calibration orMeasurementMethod orprocedure

Permanent Facility

1 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

AC Current 50 Hz 100 m A to 10 A 0.6% to 0.7% Using 6 ½ DMM Fluke

8846A by Direct

measure

2 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

AC Current 50 Hz 100 m A to 10 A 0.6% to 0.7% Using 6 ½ DMM Fluke

8846A by Direct

measure

3 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

AC Current 50 Hz 100 micro A to 100 mA 2.0% to 0.6% Using 6 ½ DMM Fluke

8846A by Direct

measure

4 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

AC Current 50 Hz 100 micro A to 100 mA 2.0% to 0.6% Using 6 ½ DMM Fluke

8846A by Direct

measure

5 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

AC Voltage50 Hz 1 V to 1000 V 0.5% to 0.11% Using 6 ½ DMM Fluke

8846A by Direct

measure

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

Laboratory Name CALI LABS PVT LTD, HX 21 E 7, ARERA COLONY, BHOPAL, MADHYA PRADESH ,INDIA

Accreditation Standard ISO/IEC 17025:2017

Certificate Number CC-2280 Page No. : 1 / 38

Validity 30/06/2019 to 29/06/2021 Last Amended on -





6 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

AC Voltage50 Hz 10 mV to 100 mV 1.5% to 0.5% Using 6 ½ DMM Fluke

8846A by Direct

measure

7 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Measure)

High Voltage 50Hz 1 kV to 5 kV 4.0% Using Motwane HV

Probe with DMM

motwane by Direct

measure

8 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Current 50Hz to

1kHz

1 A to 10 A 0.16% to 0.15% Using Multifunction

calibrator 5500A Fluke

by Direct Method

9 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Current 50Hz to

1kHz

100 micro A to 1 A 0.45% to 0.16% Using Multifunction


by Direct Method

10 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Current 50Hz to

1kHz

100 micro A to 1 A 0.45% to 0.16% Using Multifunction


by Direct Method










11 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Power @50HzAt

UPF to 0.2 PF

0.5 (1V, 0.5A , UPF to

0.2 Lag)@ 50Hz 0.5W

Watt to 6 ( 600V,10 A,

UPF to 0.2 Lag)@

50Hz Watt

0.5% to 2.0% Using Multifunction


by Direct Method

12 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Power @50HzAt

UPF to 0.2 PF

0.5 (1V, 0.5A , UPF to

0.2 Lag)@ 50Hz 0.5W

Watt to 6 ( 600V,10 A,

UPF to 0.2 Lag)@

50Hz Watt



by Direct Method

13 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Voltage 50Hz to

1kHz

10 mV to 10 V 0.45% to 0.06% Using multifunction


by Direct Method

14 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

AC Voltage 50Hz to

1kHz

10 V to 1000 V 0.06% to 0.1% Using Multifunction


by Direct Method

15 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

Phase Angle 0 ° to 90 ° 0.19° Using multifunction


by Direct Method










16 ELECTRO-

TECHNICAL-

ALTERNATING

CURRENT (< 1 GHZ)

(Source)

Power Factor 0.2 PF to 1 PF 0.17PF Using Multifunction


by Direct Method

17 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

DC Current 10 micro A to 10 A 0.7% to 0.2% Using 6 1/2 DMM Fluke

8846A by Direct

measure

18 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

DC High Voltage 1 kV to 5 kV 2% Using motwane HV

probe with DMM

motwane by direct

measure

19 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

DC Voltage 1 mV to 100 mV 1.00% to 0.045% Using 6 1/2 DMM Fluke

8846A / Direct Measure

20 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

DC Voltage 100 mV to 1000 V 0.045% to 0.04% Using 6 1/2 DMM Fluke

8846A / Direct Measure

21 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

Low Resistance 1 m ohm to 10 ohm 1.1% Using 6.5 Digit DMM

and fluke 5500A by V/ I

method.

22 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

Resistance 10 ohm to 100 k ohm 0.7% to 0.2% Using 6 ½ DMM Fluke

8846A by Direct

measure

23 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

Resistance 100 k ohm to 100 M

ohm

0.2% to 2.4% Using 6 ½ DMM Fluke

8846A by Direct

measure










24 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Measure)

Resistance 100 M ohm to 1 G ohm 2.9% Using 6 ½ DMM Fluke

8846A by Direct

measure

25 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

DC Current 10 micro A to 100

micro A

0.6% to 0.07% Using multifunction


by Direct sourcing

26 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

DC Current 100 mA to 10 A 0.02% to 0.09% Using multifunction


by Direct sourcing

27 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

DC Current 100 micro A to 100 mA 0.07% to 0.02% Using multifunction


by Direct sourcing

28 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

DC Voltage 1 mV to 10 mV 1.0% to 0.1% Using Multifunction


by Direct sourcing

29 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

DC Voltage 1 V to 1000 V 0.015% to 0.01% Using Multifunction


by Direct sourcing

30 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

DC Voltage 10 mV to 1 V 0.1% to 0.015% Using Multifunction


by Direct sourcing

31 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

Resistance 1 m ohm to 10 ohm 1.35% to 2.4% Using shunts & Decade

Box Maxwell, Model

DR 8 Direct sourcing

32 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

Resistance 10 M ohm to 100 M

ohm


calibrator 5500 A Fluke

by Direct sourcing










33 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

Resistance 10 ohm to 100 k ohm 0.2% to 0.02% Using Multifunction


by Direct sourcing

34 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

Resistance 100 k ohm to 10 M ohm 0.02% to 0.08% Using Multifunction


by Direct sourcing

35 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

Resistance 100 M ohm to 300 M

ohm



by Direct sourcing

36 ELECTRO-

TECHNICAL- DIRECT

CURRENT (Source)

Resistance 300 M ohm to 100 G

ohm

3.4% Using Mega Ohm Box

Maxwell, Model DB 231

for calibration of

Meggers upto 5kV by

Direct method

37 ELECTRO-

TECHNICAL- OTHERS

(Measure)

Counter Meter 0 Count to 999999

Count

1.7% to 1% Using Stop Watch and

Fluke Multifunction

calibrator 5500A

38 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

B type Thermocouples 600 ° C to 1750 ° C 0.75° C Using Radix / Fluke

Multifunction calibrator

by Simulation method

39 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

E type Thermocouple -200 ° C to 1000 ° C 0.44° C Using Radix / Fluke












40 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

J type Thermocouple -200 °C to 750 °C 0.2°C Using Radix / Fluke



41 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

K type Thermocouple -200 °C to 1350 °C 0.25°C Using Radix / Fluke



42 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

N type Thermocouple 50 °C to 1750 °C 0.75°C Using Radix / Fluke



43 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

R type Thermocouple 50 °C to 1750 °C 0.41°C Using Radix / Fluke



44 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

RTD -200 °C to 800 °C 0.35°C Using Radix / Fluke












45 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

S type Thermocouple 50 °C to 1750 °C 0.70°C Using Radix / Fluke



46 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION

(Measure)

T type Thermocouple -200 °C to 400 °C 0.27°C Using Radix / Fluke



47 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

B type Thermocouple 600 ° C to 1750 ° C 0.75° C Using Radix / Fluke



48 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

E type Thermocouples -200 ° C to 1000 ° C 0.75° C Using Radix / Fluke



49 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

J type Thermocouples -200 °C to 750 °C 0.75°C Using Radix / Fluke



50 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

K type Thermocouples -200 °C to 1350 °C 0.75°C Using Radix / Fluke












51 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

N type Thermocouples 50 °C to 1750 °C 0.75°C Using Radix / Fluke



52 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

R type Thermocouples 50 °C to 1750 °C 0.75°C Using Radix / Fluke



53 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

RTD -200 °C to 800 °C 0.35°C Using Radix / Fluke



54 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

S type Thermocouples 50 °C to 1750 °C 0.75°C Using Radix / Fluke



55 ELECTRO-

TECHNICAL-

TEMPERATURE

SIMULATION (Source)

T type Thermocouples -200 °C to 400 °C 0.75°C Using Radix / Fluke



56 ELECTRO-

TECHNICAL- TIME &

FREQUENCY

(Measure)

Capacitance 1kHz 1 nF to 100 micro F 3% to 0.7% Using 6 ½ DMM Fluke

8846A by Direct

measure

57 ELECTRO-

TECHNICAL- TIME &

FREQUENCY

(Measure)

Capacitance 1kHz 100 micro F to 300

micro F


8846A by Direct

measure










58 ELECTRO-

TECHNICAL- TIME &

FREQUENCY

(Measure)


micro F


8846A by Direct

measure

59 ELECTRO-

TECHNICAL- TIME &

FREQUENCY

(Measure)

Digital / Analog Stop

Watch / Timer

10 sec to 59 min 1.51sec to 2sec Using Digital Time

interval meter by

Comparison Method

60 ELECTRO-

TECHNICAL- TIME &

FREQUENCY

(Measure)

Frequency 10 Hz to 1 M Hz 0.8%% to 1.40% Using 6 ½ DMM Fluke

8846A by Direct

measure

61 ELECTRO-

TECHNICAL- TIME &

FREQUENCY (Source)

Capacitance 1kHz 0.5 n F to 100 micro F 3% to 0.7% Using Multifunction


by Direct Method

62 ELECTRO-

TECHNICAL- TIME &

FREQUENCY (Source)


micro F



by Direct Method

63 ELECTRO-

TECHNICAL- TIME &

FREQUENCY (Source)

Frequency 10 Hz to 100 k Hz 0.015% to 0.065% Using Multifunction


by Direct Method

64 MECHANICAL-

ACCELERATION AND

SPEED

Tachometer / RPM 1000 to 20000 rpm 0.35% Using Non contact

Tachometer &

Mechanical Tacho-

generator










65 MECHANICAL-

ACCELERATION AND

SPEED

Tachometer / RPM up to 1000 rpm 0.38% Using Non contact

Tachometer &

Mechanical Tacho-

generator

66 MECHANICAL-

ACOUSTICS

Sound Level Meter 1 kHz 94dB to 1 kHz

114dB

0.85 dB Using Sound level

calibrator

67 MECHANICAL-

DENSITY AND

VISCOSITY

Hydrometer 0.7 sp.gr. to 1.0 sp.gr. 0.0012 sp. gr. Using Standard

Hydrometer

68 MECHANICAL-

DENSITY AND

VISCOSITY

Hydrometer 1.0 sp. gr. to 1.8 sp. gr. 0.0016 sp.gr. Using Standard

Hydrometer

69 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Ball Type Micrometer

L.C. 0.001 mm

0 to 25 mm 2 µm Using Slip Gauge Set

Grade 0

70 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Bevel Protractor L.C. 5

Min

0 to 360 deg 1.5 min Using Angle Gauge

Block & Surface Plate

71 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Calipers

(Vernier/Dial/Digital)

L.C. 0.01 mm

0 to 1000 mm 18µm Using Caliper Checker

& Length Bar Set, Slip

Gauge Set










72 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Calipers


L.C. 0.01 mm

0 to 300 mm 13 µm Using Caliper Checker


Gauge Set

73 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Calipers


L.C. 0.01 mm



Gauge Set

74 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Calipers


L.C. 0.02 mm



Gauge Set

75 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Depth Gauge


L.C. 0.01 mm

0 to 300 mm 10.3µm Using Slip Gauge Set ,

Length Bar Set &

Surface Plate

76 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Depth Micrometer L.C.

0.001 mm

0 to 300 mm 9µm Using Slip Gauge Set &

Length Bar Set ,

Surface Plate










77 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Dial Thickness Gauge

L.C. 0.001 mm

0 to 25 mm 2µm Using Slip Gauge Set

Grade 0

78 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

External Micrometer

L.C. 0.001 mm

0 to 100 mm 4µm Using Slip Gauge Set /

Length Bar Set

79 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

External Micrometer

L.C. 0.001 mm


Length Bar Set

80 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

External Micrometer

L.C. 0.01 mm


Length Bar Set

81 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

External Micrometer

L.C. 0.010 mm


Length Bar Set










82 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Feeler / Leaf Gauge up to to 2 mm 3µm Using Comparator

Stand with Digital Dial

83 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Height Gauge


L.C. 0.01 mm

0 to 1000 mm 15.1µm Using Caliper Checker

/ Length Bar Set &

Surface Plate

84 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Height Gauge


L.C. 0.01 mm


/ Length Bar Set &

Surface Plate

85 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Height Gauge


L.C. 0.01 mm


/ Length Bar Set &

Surface Plate

86 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Internal Micrometer

(Extension Rods)

50 to 100 mm 4µm Using Slip Gauge Set,

Length Bar &

Comparator Stand with

Digital Dial










87 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Internal Micrometer

L.C. 0.01 mm


Length Bar &


Digital Dial

88 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Internal Micrometer

L.C. 0.01 mm


Length Bar &


Digital Dial

89 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Lever Dial Gauge L.C.

0.01 mm

upto to 1.6 mm 6µm Using Dial Calibration

Tester

90 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Lever Dial Gauge

L.C.0.001 mm

upto to 1.0 mm 2µm Using Dial Calibration

Tester

91 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Measuring Pin 0.1 to 20 mm 1.2µm Using Comparator











92 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Measuring Scale L.C. 1

mm

upto to 1000 mm 117µm Using Steel Scale /

Tape Calibrator

93 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Measuring Tape / Pi-

Tape

0 to 50 meter 117vL µm L in mtr Using Steel Tape /

Tape calibrator L.C. 1

mm

94 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Micrometer Setting

Standard

> 25 to 100 mm 1.8µm Using Comparator

Stand with Digital Dial,

Slip Gauges and

Length Bar

95 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Micrometer Setting

Standard

>100 to 300 mm 4µm Using Comparator


Slip Gauges and

Length Bar

96 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Micrometer Setting

Standard



Slip Gauges and

Length Bar










97 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Micrometer Setting

Standard



Slip Gauges and

Length Bar

98 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Pin Pointed Micrometer

L.C. 0.001 mm

0 to 25 mm 2µm Using Slip Gauge Set

Grade 0

99 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Pistol Caliper L.C. 0.1

mm

upto to 100 mm 75µm Using Slip Gauge Set

100 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Plain Plug Gauge /

Width Gauge / Height

Setting Block

> 100 to 250 mm 3µm Using Comparator


& Slip Gauge Set

101 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Plain Plug Gauge /

Width Gauge / Height

Setting Block

3 to 100 mm 3µm Using Comparator


& Slip Gauge Set










102 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Plunger Dial Gauge

L.C. 0.001 mm

upto to 25 mm 4µm Using Dial Calibration

Tester, Slip Gauge Set

103 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Plunger Dial Gauge

L.C. 0.01 mm

upto to 50 mm 5.9µm Using Dial Calibration

Tester, Slip Gauge Set

104 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Snap Gauge >100 to 250 mm 3µm Using Slip Gauge Set &

Feeler Gauge

105 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Snap Gauge 2 to 100 mm 3µm Using Slip Gauge Set &

Feeler Gauge

106 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Spirit Level Sensitivity

0.01 mm/m

± 1 mm 9 µm/m Using Surface plate &

Tilting fixture and

Digital Dial Gauge










107 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Surface Plate 3000 to 3000 mm 3 µm Using Spirit Level

108 MECHANICAL-

DIMENSION (BASIC

MEASURING

INSTRUMENT,

GAUGE ETC.)

Thickness Foils 0.005 to 2 mm 1.5µm Using Comparator


109 MECHANICAL-

PRESSURE

INDICATING DEVICES

Hydraulic Pressure

Gauge / Digital /

Analog Pressure

Gauge / Pressure

Indicator

0 bar to 30 bar 0.8% of rdg to 0.8% of

rdg

Using Digital Pressure

Gauge

110 MECHANICAL-

PRESSURE

INDICATING DEVICES

Hydraulic Pressure

Gauge / Digital /

Analog Pressure

Gauge / Pressure

Indicator

30 bar to 600 bar 0.8% of rdg to 0.8% of

rdg

Using digital pressure

gauge

111 MECHANICAL-

PRESSURE

INDICATING DEVICES

Vacuum Gauge /

Indicator

(-) 0.9 bar to 0 bar 0.8% of rdg to 0.8% of

rdg

Using Digital Vacuum

Gauge by Direct

Comparison DKD-R-6-

1

112 MECHANICAL-

VOLUME

Glasswares - Pipette,

Burette, Measuring

Cylinder, Volumetric

Flask, Conical Flask

10 ml to 1000 ml 0.05ml Using Standard E1

Class Weights and

Micro Balance, L.C.

0.01 mg










113 MECHANICAL-

VOLUME


Burette, Measuring



100 microlitre to 10 ml 0.34 microlitre Using Standard E1

Class Weights with

Micro Balance , L.C.

0.01 g

114 MECHANICAL-

VOLUME


Burette, Measuring



1000 ml to 2000 ml 0.05ml Using Standard F2

Class Weights above

200 g with Micro

Balance, L.C. 0.1 mg

115 MECHANICAL-

VOLUME

Micro Pipette 10 microlitre to 100

microlitre

0.25 microlitre Using Standard E1

class Weights with

micro balance, L.C.

0.01 mg

116 MECHANICAL-

VOLUME

Micro Pipette 100 microlitre to 1000

µl

0.34 microlitre Using Standard E1

class Weights with

micro balance, L.C.

0.01 mg

117 MECHANICAL-

WEIGHING SCALE

AND BALANCE

Electronic Weighing

Balance

5g to 80 g 0.03mg Using Standard E1

Class Weights

118 MECHANICAL-

WEIGHING SCALE

AND BALANCE

Electronic Weighing

Balance

>300g to 3kg 40mg Using Standard F2

Class Weights L.C. 0.1

g

119 MECHANICAL-

WEIGHING SCALE

AND BALANCE

Electronic Weighing

Balance

>3kg to 30kg 2g Using F2 Class

Weights L.C. 1 g

120 MECHANICAL-

WEIGHING SCALE

AND BALANCE

Electronic Weighing

Balance

80g to 200 g 0.3mg Using Standard E1

Class Weights










121 MECHANICAL-

WEIGHING SCALE

AND BALANCE

Electronic Weighing

Balance

up to 5g 0.03mg Using Standard E1

Class Weights

122 MECHANICAL-

WEIGHING SCALE

AND BALANCE

Spring Balance 30kg 20g Using F2 class

Weights, L.C. 1 g

123 MECHANICAL-

WEIGHTS

Using weights M1 class

and coarser

1 mg to 10 mg 0.01 mg Using standard E1

class weights with

micro balance

124 MECHANICAL-

WEIGHTS

Weight F1 class and

Coarser

100 g 0.09mg Using Standard E1

Class weights with

micro balance

125 MECHANICAL-

WEIGHTS

Weight M1 class and

Coarser

500 g 6mg Using Standard F2

Class Weights with

micro balance

126 MECHANICAL-

WEIGHTS

weight, M1 Class and

crosser

10kg 74mg Using Standard F2

Class weights with

micro balance

127 MECHANICAL-

WEIGHTS

Weights E2 class and

Coarser

200 g 0.10mg Using Standard E1

Class weights with

micro balance

128 MECHANICAL-

WEIGHTS

Weights E2 class and

Coarser

50 g 0.03 mg Using Standard E1

Class weights with

micro balance

129 MECHANICAL-

WEIGHTS

Weights F1 class and

Coarser

1g to 20g 0.03mg Using Standard E1

Class weights with

micro balance










130 MECHANICAL-

WEIGHTS

Weights F1 class and

Coarser

20mg to 500mg 0.01mg Using Standard E1

Class weights with

micro balance

131 MECHANICAL-

WEIGHTS

Weights M1 class and

Coarser

1 kg 9 mg Using Standard F2

Class Weights with

micro balance

132 MECHANICAL-

WEIGHTS


Coarser

2 kg 13 mg Using Standard F2

Class Weights with

micro balance

133 MECHANICAL-

WEIGHTS


Coarser

5 kg 68mg Using Standard F2

Class Weights with

micro balance

134 THERMAL- SPECIFIC

HEAT & HUMIDITY

Humidity Meter with in

Built or external sensor,

Thermo- Hygrometer

20% RH to 95% RH @

25 degree C

1.9 % RH Using digital

Hygrometer and

Humidity generator with

chamber

135 THERMAL-

TEMPERATURE

Liquid in Glass

Thermometer, Dial /

Digital Thermometer ,

RTD / Thermocouple

with or without

Temperature Indicator

>25 degree C to 80

degree C

0.27 degree C Using Fluke RTD (Pt

100), 6 1/2 DMM &

Fluke Dry Well / Liquid

Baths

136 THERMAL-

TEMPERATURE

Liquid in Glass

Thermometer, Dial /


RTD / Thermocouple

with or without


>80 degree C to 300

degree C


100), 6 1/2 DMM &


Baths










137 THERMAL-

TEMPERATURE

Liquid in Glass

Thermometer, Dial /


RTD / Thermocouple

with or without


-30 degree C to 25

degree C


100), 6 1/2 DMM &


Baths

138 THERMAL-

TEMPERATURE

Thermocouple With or

Without Temperature

Indicator

300 degree C to 1000

degree C

1.9 degree C Using S type

Thermocouple, 6 1/2

DMM & Tubular

Furnace










Site Facility

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

AC Current 50 Hz 100 m A to 10 A 0.6% to 0.7% Using 6 ½ DMM Fluke8846A by Directmeasure


AC Current 50 Hz 100 m A to 10 A 0.6% to 0.7% Using 6 ½ DMM Fluke8846A by Directmeasure


AC Current 50 Hz 100 micro A to 100 mA 2.0% to 0.6% Using 6 ½ DMM Fluke8846A by Directmeasure


AC Current 50 Hz 100 micro A to 100 mA 2.0% to 0.6% Using 6 ½ DMM Fluke8846A by Directmeasure


AC High Voltage 1 kV to 100 kV 2.8% Using High VoltageDivider with kV meterMake – Udeyraj byDirect/ Comparisonmethod










Site Facility


AC Voltage50 Hz 1 V to 1000 V 0.5% to 0.11% Using 6 ½ DMM Fluke8846A by Directmeasure


AC Voltage50 Hz 10 mV to 100 mV 1.5% to 0.5% Using 6 ½ DMM Fluke8846A by Directmeasure


High Voltage 50Hz 1 kV to 20 kV 4.2% Using Motwane HVProbe with DMMmotwane By Directmeasure

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

AC Current 50Hz to1kHz

1 A to 10 A 0.16% to 0.15% Using Multifunctioncalibrator 5500A Flukeby Direct Method



100 micro A to 1 A 0.45% to 0.16% Using Multifunctioncalibrator 5500A Flukeby Direct Method










Site Facility



100 micro A to 1 A 0.45% to 0.16% Using Multifunctioncalibrator 5500A Flukeby Direct Method


AC Power @50HzAtUPF to 0.2 PF

0.5 (1V, 0.5A , UPF to0.2 Lag)@ 50Hz 0.5WWatt to 6 ( 600V,10 A,UPF to 0.2 Lag)@50Hz Watt

0.5% to 2.0% Using Multifunctioncalibrator 5500A Flukeby Direct Method


AC Power @50HzAtUPF to 0.2 PF

0.5 (1V, 0.5A , UPF to0.2 Lag)@ 50Hz 0.5WWatt to 6 ( 600V,10 A,UPF to 0.2 Lag)@50Hz Watt



AC Voltage 50Hz to1kHz

10 mV to 10 V 0.45% to 0.06% Using multifunctioncalibrator 5500A Flukeby Direct Method


AC Voltage 50Hz to1kHz

10 V to 1000 V 0.06% to 0.1% Using Multifunctioncalibrator 5500A Flukeby Direct Method










Site Facility


Phase Angle 0 ° to 90 ° 0.19° Using multifunctioncalibrator 5500A Flukeby Direct Method


Power Factor 0.2 PF to 1 PF 0.17PF Using Multifunctioncalibrator 5500A Flukeby Direct Method

18 ELECTRO-TECHNICAL- DIRECTCURRENT (Measure)

DC Current 10 micro A to 10 A 0.7% to 0.2% Using 6 1/2 DMM Fluke8846A by Directmeasure


DC High Voltage 1 kV to 5 kV 2% Using motwane HVprobe with DMMmotwane by directmeasure


DC High Voltage 1 kV to 70 kV 2.0% Using High VoltageDivider with kV meter .Make – Udeyraj byDirect/ Comparisonmethod


DC Voltage 1 mV to 100 mV 1.00% to 0.045% Using 6 1/2 DMM Fluke8846A / Direct Measure










Site Facility


DC Voltage 100 mV to 1000 V 0.045% to 0.04% Using 6 1/2 DMM Fluke8846A / Direct Measure


Low Resistance 1 m ohm to 10 ohm 1.1% Using 6.5 Digit DMMand fluke 5500A by V/ Imethod.


Resistance 10 ohm to 100 k ohm 0.7% to 0.2% Using 6 ½ DMM Fluke8846A by Directmeasure


Resistance 100 k ohm to 100 Mohm

0.2% to 2.4% Using 6 ½ DMM Fluke8846A by Directmeasure


Resistance 100 M ohm to 1 G ohm 2.9% Using 6 ½ DMM Fluke8846A by Directmeasure

27 ELECTRO-TECHNICAL- DIRECTCURRENT (Source)

DC Current 10 micro A to 100micro A

0.6% to 0.07% Using multifunctioncalibrator 5500A Flukeby Direct sourcing


DC Current 100 mA to 10 A 0.02% to 0.09% Using multifunctioncalibrator 5500A Flukeby Direct sourcing


DC Current 100 micro A to 100 mA 0.07% to 0.02% Using multifunctioncalibrator 5500A Flukeby Direct sourcing










Site Facility


DC Voltage 1 mV to 10 mV 1.0% to 0.1% Using Multifunctioncalibrator 5500A Flukeby Direct sourcing


DC Voltage 1 V to 1000 V 0.015% to 0.01% Using Multifunctioncalibrator 5500A Flukeby Direct sourcing


DC Voltage 10 mV to 1 V 0.1% to 0.015% Using Multifunctioncalibrator 5500A Flukeby Direct sourcing


Resistance 1 m ohm to 10 ohm 1.35% to 2.4% Using shunts & DecadeBox Maxwell, ModelDR 8 Direct sourcing


Resistance 10 M ohm to 100 Mohm

0.08% to 0.6% Using Multifunctioncalibrator 5500 A Flukeby Direct sourcing


Resistance 10 ohm to 100 k ohm 0.2% to 0.02% Using Multifunctioncalibrator 5500 A Flukeby Direct sourcing


Resistance 100 k ohm to 10 M ohm 0.02% to 0.08% Using Multifunctioncalibrator 5500 A Flukeby Direct sourcing


Resistance 100 M ohm to 300 Mohm

0.6% to 1.0% Using Multifunctioncalibrator 5500 A Flukeby Direct sourcing










Site Facility


Resistance 300 M ohm to 100 Gohm

3.4% Using Mega Ohm BoxMaxwell, Model DB 231for calibration ofMeggers upto 5kV byDirect method

39 ELECTRO-TECHNICAL-TEMPERATURESIMULATION(Measure)

B type Thermocouples 600 ° C to 1750 ° C 0.75° C Using Radix / FlukeMultifunction calibratorby Simulation method


E type Thermocouple -200 ° C to 1000 ° C 0.44° C Using Radix / FlukeMultifunction calibratorby Simulation method


J type Thermocouple -200 °C to 750 °C 0.2°C Using Radix / FlukeMultifunction calibratorby Simulation method


K type Thermocouple -200 °C to 1350 °C 0.25°C Using Radix / FlukeMultifunction calibratorby Simulation method










Site Facility


N type Thermocouple 50 °C to 1750 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method


R type Thermocouple 50 °C to 1750 °C 0.41°C Using Radix / FlukeMultifunction calibratorby Simulation method


RTD -200 °C to 800 °C 0.35°C Using Radix / FlukeMultifunction calibratorby Simulation method


S type Thermocouple 50 °C to 1750 °C 0.70°C Using Radix / FlukeMultifunction calibratorby Simulation method


T type Thermocouple -200 °C to 400 °C 0.27°C Using Radix / FlukeMultifunction calibratorby Simulation method










Site Facility

48 ELECTRO-TECHNICAL-TEMPERATURESIMULATION (Source)

B type Thermocouple 600 ° C to 1750 ° C 0.75° C Using Radix / FlukeMultifunction calibratorby Simulation method


E type Thermocouples -200 ° C to 1000 ° C 0.75° C Using Radix / FlukeMultifunction calibratorby Simulation method


J type Thermocouples -200 °C to 750 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method


K type Thermocouples -200 °C to 1350 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method


N type Thermocouples 50 °C to 1750 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method


R type Thermocouples 50 °C to 1750 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method










Site Facility


RTD -200 °C to 800 °C 0.35°C Using Radix / FlukeMultifunction calibratorby Simulation method


S type Thermocouples 50 °C to 1750 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method


T type Thermocouples -200 °C to 400 °C 0.75°C Using Radix / FlukeMultifunction calibratorby Simulation method

57 ELECTRO-TECHNICAL- TIME &FREQUENCY(Measure)

Capacitance 1kHz 1 nF to 100 micro F 3% to 0.7% Using 6 ½ DMM Fluke8846A by Directmeasure


Capacitance 1kHz 100 micro F to 300micro F














Site Facility


Digital / Analog StopWatch / Timer

10 sec to 59 min 1.51sec to 2sec Using Digital Timeinterval meter byComparison Method


Frequency 10 Hz to 1 M Hz 0.8%% to 1.40% Using 6 ½ DMM Fluke8846A by Directmeasure

62 ELECTRO-TECHNICAL- TIME &FREQUENCY (Source)

Capacitance 1kHz 0.5 n F to 100 micro F 3% to 0.7% Using Multifunctioncalibrator 5500A Flukeby Direct Method





Frequency 10 Hz to 100 k Hz 0.015% to 0.065% Using Multifunctioncalibrator 5500A Flukeby Direct Method

65 MECHANICAL-DIMENSION (BASICMEASURINGINSTRUMENT,GAUGE ETC.)

Profile Projector (LinearScale) L.C. 0.001 mm

upto to 200 mm 2.5µm Using Slip Gauge Set










Site Facility


Profile Projector(Angular Scale) L.C. 1Min

upto to 360 deg 3 Min of arc Using Slip Gauge Set,Angle Gauge,Cylindrical Pin byComparison Method


Profile Projector(Magnification)

10X to 100X 0.2% Using Slip Gauge Set,Angle Gauge,Cylindrical Pin byComparison Method


Straight Edge Up to 2 mtr 18 µm Using Slip Gauge Set,Surface Plate, SpiritLevel & Feeler Gauge


Surface Plate 3000 to 3000 mm 3 µm Using Spirit Level

70 MECHANICAL-PRESSUREINDICATING DEVICES

Hydraulic PressureGauge / Digital /Analog PressureGauge / PressureIndicator

0 bar to 30 bar 0.8% of rdg to 0.8% ofrdg

Using Digital PressureGauge










Site Facility


Hydraulic PressureGauge / Digital /Analog PressureGauge / PressureIndicator

30 bar to 600 bar 0.8% of rdg to 0.8% ofrdg

Using digital pressuregauge


Vacuum Gauge /Indicator

(-) 0.9 bar to 0 bar 0.8% of rdg to 0.8% ofrdg

Using Digital VacuumGauge by DirectComparison DKD-R-6-1

73 MECHANICAL- UTM,TENSION CREEPAND TORSIONTESTING MACHINE

Verification of UniaxialTesting MachinesCompression

100kN to 500kN 0.60% Using class I range ofForce ProvingInstrument


Verification of UniaxialTesting MachinesTension Mode

100N to 10kN 0.65% Using StandardsNewton Weights (TrueForce Method), UsingClass I range of ForceProving Instrument



10kN to 100kN 0.65% Using StandardsNewton Weights (TrueForce Method), UsingClass I range of ForceProving Instrument










Site Facility



1N to 100N 0.65% Using StandardsNewton Weights (TrueForce Method) Class Irange of Force ProvingInstrument

77 MECHANICAL-WEIGHING SCALEAND BALANCE

Electronic WeighingBalance

5g to 80 g 0.03mg Using Standard E1Class Weights



>300g to 3kg 40mg Using Standard F2Class Weights L.C. 0.1g



>3kg to 30kg 2g Using F2 ClassWeights L.C. 1 g



80g to 200 g 0.3mg Using Standard E1Class Weights



up to 5g 0.03mg Using Standard E1Class Weights

82 THERMAL- SPECIFICHEAT & HUMIDITY

Humidity indicator ofRH Chamber

20% RH to 95% RH @25 degree C

1.9% RH Using digitalHygrometer singleposition calibration (atmeasuring location inDUC)










Site Facility

83 THERMAL-TEMPERATURE

RTD / ThermocoupleWith or WithoutTemperature Indicator,Dial / DigitalThermometer

-25 degree C to 300degree C

0.22 degree C Using RTD (Pt 100), 61/2 DMM & Dry BlockCalibrator


Temperature Indicatorwith sensor of Freezer,Oven, Chamber,Furnace

30 degree C to 250degree C

1.2 degree C Using RTD (Pt 100), , 61/2 DMM multipleposition calibration (atmeasuring location inDUC)


Temperature Indicatorwith sensor of Oven,Chamber, Furnace


1.9 degree C Using RTD (Pt 100), Stype Thermocouple, 61/2 DMM multipleposition calibration (atmeasuring location inDUC)


Thermocouple With orWithout TemperatureIndicator, Dial / DigitalThermometer


1.8 degree C S type Thermocouple,6 1/2 DMM & Dry BlockCalibrator

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






Laboratory Name CALI LABS PVT LTD, HX 21 E 7, ARERA COLONY ...

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