تفاصيل جهة الإعتماد

Metric Calibration And Testing Laboratory

Initial Accreditation Date:Aug 17 , 2023

معلومات الاتصال

العنوان

PO Box 3504 Warehouse No 12 Industrial Area 15 Sharjah UAE, Sharjah, United Arab Emirates

صندوق بريد / الرمز البريدي

3504

البريد الإلكتروني

info@metriccal.ae murthi@metriccal.ae

الموقع الإلكتروني

www.metriccal.ae

رقم الهاتف

+971 06 546 5550

المجال الرئيسي

Calibration Laboratories

ساري منذ:Aug 17 , 2023

تحميل الشهادة

Measured Quantity / Calibration Instrument	Calibration Method	Range and Specification	Expanded Measurement	Location	Status
Balance & Scale
Top loading weighing scale					Active
Pressure
Vacuum (Digital gauges ,Analogue gauges , Transmitters , Transducers )	Comparison method using MCL-QSD-CP-P-001 based upon DKD-R6-1 : 2014 using Crystal pressure calibrator .	-100 kPa to 0 kPa	0.6 kPa	(Laboratory Premises & Customer Permises)	Active
Pneumatic (Digital gauges, Analogue gauges , Transmitters , Transducers )	Comparison method using MCL-QSD-CP-P-001 based upon DKD-R6-1 : 2014 using Crystal pressure calibrator .	0 to 100 kPa	0.1 kPa	(Laboratory Premises & Customer Permises)	Active
	Comparison method using MCL-QSD-CP-P-001 based upon DKD-R6-1 : 2014 using Crystal pressure calibrator Crystal .	>0.1 MPa to 14 MPa	1.4 kPa	(Laboratory Premises & Customer Permises)	Active
Hydraulic (Digital gauges, Analogue gauges , Transmitters , Transducers )	Comparison method using MCL-QSD-CP-P-001 based upon DKD-R6-1 : 2014 using Crystal pressure calibrator .	0.1 MPa to 14 MPa	10 kPa	(Laboratory Premises & Customer Permises)	Active
Hydraulic (Digital gauges, Analogue gauges , Transmitters , Transducers , Differential Pressure etc.)	Comparison method using MCL- QSD-CP-P-001 based upon DKD- R6-1 : 2014 using Crystal pressure calibrator and Vijay Calibrator .	0 to 100 MPa	10 kPa	(Laboratory Premises & Customer Permises)	Active
Torque
TORQUE / Torque Wrench / Torque Screw Driver/Hand Torque Tool / Torque Spanner (Type-I & II All Classes)	METHOD -Comparsion CRM USED - Torque Tranducer REFERANCE STANDARD.- ISO 6789-1 , ISO 6789-2 INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-TQ-001	0.2 N-m to 2 N-m	0.8 %	Laboratory	Active
		2 N-m to 20 N-m	0.8 %	Laboratory	Active
		20 N-m to 200 N-m	0.8 %	Laboratory	Active
		200 N-m to 2000 N-m	0.8 %	Laboratory	Active
Temperature & Humidity
Resistance Temperature Sensor with Display Unit	METHOD: Comparison with a reference RTD & R-Type thermocouple with indicator REFERENCE STANDARD: DKD-R-5-1 INTERNAL PROCEDURE: MCL-QSD-CP-T-001	-80 °C to 250 °C	0.6 °C	Laboratory Premises	Active
		250 °C to 600 °C	4 °C	Laboratory Premises	Active
		600 °C to 850°C	5 °C	Laboratory Premises	Active
Thermocouple with display unit (Base Metal / Noble Metal )	METHOD: Comparison with a reference RTD & R-Type thermocouple with indicator REFERENCE STANDARD: Euramet cg-8 INTERNAL PROCEDURE: MCL-QSD-CP-T-001	-80 °C to Ambient	1 °C	Laboratory Premises	Active
		Ambient to 250 °C	2 °C	Laboratory Premises	Active
		250 °C to 650 °C	5 °C	Laboratory Premises	Active
		650 °C to 1200 °C	7 °C	Laboratory Premises	Active
Resistance Temperature Sensor without display unit	METHOD: Comparison with a reference RTD &R-Type thermocouple with indicator REFERENCE STANDARD: DKD-R-5-1 INTERNAL PROCEDURE: MCL-QSD-CP-T-002	-80 °C to 250 °C	0.6°C	Laboratory Premises	Active
		250 °C to 600 °C	4 °C	Laboratory Premises	Active
		600 °C to 850°C	5 °C	Laboratory Premises	Active
Platinum Resistance Thermometer with or without display unit	METHOD: Use of Ice Bath REFERENCE STANDARD: DKD-R-5-1 INTERNAL PROCEDURE: MCL-QSD-CP-T-001 and MCL-QSD-CP-T-002	0 °C	0.1 °C	Laboratory Premises	Active
Thermocouple without display unit (Base Metal / Noble Metal )	METHOD: Comparison with a reference RTD &R-Type thermocouple with indicator REFERENCE STANDARD: Euramet cg-8 INTERNAL PROCEDURE: MCL-QSD-CP-T-002	-80 °C to Ambient	1 °C	Laboratory Premises	Active
		Ambient to 250 °C	2 °C	Laboratory Premises	Active
		250 °C to 650 °C	5 °C	Laboratory Premises	Active
		650 °C to 1200 °C	7 °C	Laboratory Premises	Active
Dry Block Calibrators	METHOD: Comparison with a reference RTD &R-Type thermocouple with indicator REFERENCE STANDARD: Euramet cg-13 INTERNAL PROCEDURE: MCL-QSD-CP-T-006	.-90°C to Ambient	0.6 °C	Laboratory Premises and Customer permises	Active
Dry Block Calibrators		Ambient to 1200 °C	4 °C	Laboratory Premises and Customer permises	Active
Liquid Bath	METHOD: Comparison with a reference RTD INTERNAL PROCEDURE: MCL-QSD-CP-T-006	.-90 °C to 250 °C	0.4°C	Laboratory Premises and Customer permises	Active
Environmnetal Chamber / Climatic Chamber / Temperature and Humidity Chambers (Single & Nine Point)	METHOD: Comparison with RTD (Class A) with indicator, and RH Probe REFERENCE STANDARD.-DKD-R5-7 OR EURAMET GUIDELINE NO: 20 INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-T-004 & MCL-QSD-CP-T-009	10 °C to 60 °C	1.2 °C	Customer Premises	Active
		20 % rh to 95 % rh (Single Point at Center)	7 %rh	Customer Premises	Active
Dry Oven, Freezer, Chiller, Refrigerator, Furnace, Hot Cabinet (Single Point )	METHOD: Comparison with a RTD (Class A) with indicator REFERENCE STANDARD: DKD-R5-7, EURAMET GUIDELINE NO: 20 INTERNAL PROCEDURE: MCL-QSD-CP-T-003	.-90 °C to 400 °C	1.5 °C	Laboratory Premises and Customer permises	Active
		400 °C to 1200 °C	5 °C	Laboratory Premises and Customer permises	Active
Dry Oven, Freezer, Chiller, Refrigerator, Furnace, Hot Cabinet (9 Point )	METHOD: Comparison with 9 RTD's (Class A) with indicator REFERENCE STANDARD: DKD-R5-7, EURAMET GUIDELINE NO: 20 INTERNAL PROCEDURE: MCL-QSD-CP-T-004	-30 °C to 400 °C	2 °C	Laboratory Premises and Customer permises	Active
Autoclave (Single Point )	METHOD: Comparison with a RTD (Class A) with indicator INTERNAL PROCEDURE: MCL-QSD-CP-T-003	110 °C to 140 °C	1 °C	Laboratory Premises and Customer permises	Active
Autoclave (5 Point )	METHOD: Comparison with 5 RTD's (Class A) with indicator INTERNAL PROCEDURE: MCL-QSD-CP-T-004	110 °C to 140 °C	1.2 °C	Laboratory Premises and Customer permises	Active
Air Temperature and Relative Humidity Meter	METHOD: Comparison with a RTD (Class A) with indicator and RH reference probe in a Humidity Chamber INTERNAL PROCEDURE: MCL-QSD-CP-T-009	10 °C to 45 °C	0.6°C	Laboratory Premises	Active
Air Temperature and Relative Humidity Meter		10 % rh to 95 % rh	4 %rh	Laboratory Premises	Active
Liquid in Glass Thermometer	METHOD: Comparison with a RTD (Class A) with indicator REFERENCE STANDARD: OIML R 133 INTERNAL PROCEDURE: MCL-QSD-CP-T-008	-10°C to Ambient	0.6°C	Laboratory Premises	Active
Liquid in Glass Thermometer		Ambient to 250°C	1 °C	Laboratory Premises	Active
Temperature Gauge, Temperature Datalogger with Sensor (Paper, Paperless), Pen Type Thermometer	METHOD: Comparison with a reference RTD &R-Type thermocouple with indicator INTERNAL PROCEDURE: MCL-QSD-CP-T-001	-80 °C to Ambient	1 °C	Laboratory Premises	Active
		Ambient to 250 °C	3 °C	Laboratory Premises	Active
		250 °C to 650 °C	5 °C	Laboratory Premises	Active
		650 °C to 1200 °C	7 °C	Laboratory Premises	Active
Temperature Measuring Devices - Transmitter, Transducer, switch, Controller with Sensor's	METHOD: Comparison with a reference RTD & R-Type thermocouple with indicator INTERNAL PROCEDURE: MCL-QSD-CP-T-010	-80 °C to Ambient	1 °C	Laboratory Premises	Active
		Ambient to 250 °C	3 °C	Laboratory Premises	Active
		250 °C to 650 °C	5 °C	Laboratory Premises	Active
		650 °C to 1200 °C	7 °C	Laboratory Premises	Active
IR Thermometer	METHOD: Comparison with an IR thermometer using a Black Body Source REFERENCE STANDARD: ASTM-E2847-14 INTERNAL PROCEDURE: MCL-QSD-CP-T-005	Ambient to 500 °C	5 °C	Laboratory Premises	Active
IR Thermometer	METHOD: Ice Cavity as reference Black Body Source REFERENCE STANDARD: ASTM E2847-14 INTERNAL PROCEDURE: MCL-QSD-CP-T-005	0 °C	1 °C	Laboratory Premises	Active
Electrical-Measuring
DC Voltage	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-001 (Technical Protocol) m= measured value	0 mV to 100 mV	0.006%*m+3.1 µV	Laboratory Premises & Customer Premises	Active
		> 100 mV to 1 V	0.005%*m+9.2µV	Laboratory Premises & Customer Premises	Active
		> 1 V to 10 V	0.005 % *m+64 µV	Laboratory Premises & Customer Premises	Active
		> 10 V to 100 V	0.0055%*m+0.64 mV	Laboratory Premises & Customer Premises	Active
		> 100 V to 1000 V	0.0055%*m+6.2 mV	Laboratory Premises & Customer Premises	Active
AC Voltage (Frequency 10 Hz to 10 kHz )	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-001 (Technical Protocol) m= measured value	1 mV to 10 mV	0.10%*m+17 µV	Laboratory Premises & Customer Premises	Active
		> 10 mV to 100 mV	0.030%*m+35 µV	Laboratory Premises & Customer Premises	Active
		> 100 mV to 1 V	0.030%*m+36 µV	Laboratory Premises & Customer Premises	Active
		> 1 V to 10 V	0.030%*m+0.62 mV	Laboratory Premises & Customer Premises	Active
		> 10 V to 100 V	0.080%*m+9.3 mV	Laboratory Premises & Customer Premises	Active
AC Voltage (Frequency 45 Hz to 8 kHz)		> 100 V to 1000 V	0.090%*m+78 mV	Laboratory Premises & Customer Premises	Active
DC Current	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-001 (Technical Protocol) m= measured value	0 µA to 100 µA	0.015%*m+16 nA	Laboratory Premises & Customer Premises	Active
		> 100 µA to 1 mA	0.013%*m+0.05 µA	Laboratory Premises & Customer Premises	Active
		> 1 mA to 10 mA	0.010%*m+0.25µA	Laboratory Premises & Customer Premises	Active
	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-001 (Technical Protocol) m= measured value	> 10 mA to 100 mA	0.010%*m+3.4 µA	Laboratory Premises & Customer Premises	Active
		> 100 mA to 400 mA	0.038%*m+70 µA	Laboratory Premises & Customer Premises	Active
		> 400 mA to 1 A	0.038%*m+0.070 mA	Laboratory Premises & Customer Premises	Active
		> 1 A to 3 A	0.060%*m+0.43 mA	Laboratory Premises & Customer Premises	Active
		> 3A to 10 A	0.060%*m+0.86 mA	Laboratory Premises & Customer Premises	Active
		> 10 A to 20 A	0.060%*m+1.7 mA	Laboratory Premises & Customer Premises	Active
DC Current Clamp		> 20 A to 1000 A	0.26%*m+6.0 A	Laboratory Premises & Customer Premises	Active
Resistance (2 Wire and 4 Wire )	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-001 (Technical Protocol) m= measured value	0 Ω to 10 Ω	0.012%*m+0.091 mΩ	Laboratory Premises & Customer Premises	Active
		> 10 Ω to 100 Ω	0.0090%*m+0.72mΩ	Laboratory Premises & Customer Premises	Active
		> 100 Ω to 1 kΩ	0.0090%*m+70mΩ	Laboratory Premises & Customer Premises	Active
		> 1kΩ to 10 kΩ	0.0090%*m+72 mΩ	Laboratory Premises & Customer Premises	Active
		> 10 kΩ to 100 kΩ	0.011%*m+0.72 Ω	Laboratory Premises & Customer Premises	Active
		> 100 kΩ to 1 MΩ	0.015%*m+13 Ω	Laboratory Premises & Customer Premises	Active
		> 1 MΩ to 10 MΩ	0.060%*m+0.15 kΩ	Laboratory Premises & Customer Premises	Active
		> 10 MΩ to 100 MΩ	0.50%*m+7.7 kΩ	Laboratory Premises & Customer Premises	Active
		> 100 MΩ to 1000 MΩ	1.5%*m+0.39 MΩ	Laboratory Premises & Customer Premises	Active
AC Current (Frequency 10 Hz to 1 kHz)	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-001 (Technical Protocol) m= measured value	29 µA to 100 µA	0.13 %*m+0.11 µA	Laboratory Premises & Customer Premises	Active
		> 100 µA to 1 mA	0.10%*m+0.42 µA	Laboratory Premises & Customer Premises	Active
		> 1 mA to 10 mA	0.040%*m+3.0 µA	Laboratory Premises & Customer Premises	Active
		> 10 mA to 100 mA	0.040%*m+83µA	Laboratory Premises & Customer Premises	Active
		> 100 mA to 400 mA	0.050%*m+0.26 mA	Laboratory Premises & Customer Premises	Active
		> 400 mA to 1 A	0.050%*m+0.25 mA	Laboratory Premises & Customer Premises	Active
		> 1 A to 3 A	0.050%*m+1.3 mA	Laboratory Premises & Customer Premises	Active
AC Current (Frequency 45 Hz to 400 Hz)		> 3A to 10 A	0.10%*m+3.0 mA	Laboratory Premises & Customer Premises	Active
AC Current (Frequency 45 Hz to 400 Hz)		> 10 A to 20 A	0.15%*m+6.3 mA	Laboratory Premises & Customer Premises	Active
AC Current Clamp (Frequency 45 Hz to 400 Hz)		> 20 A to 1000 A	0.34%*m+6.0 A	Laboratory Premises & Customer Premises	Active
Capacitance		220 pF to 399 pF	0.50%*m+7.7 pF	Laboratory Premises & Customer Premises	Active
		>399 pF to 1 nF	0.50%*m+7.7 pF	Laboratory Premises & Customer Premises	Active
		> 1 nF to 10 nF	0.25%*m+13 pF	Laboratory Premises & Customer Premises	Active
		> 10 nF to 100 nF	0.25%*m+0.12 nF	Laboratory Premises & Customer Premises	Active
		> 100 nF to 1 µF	0.25%*m+1.3 nF	Laboratory Premises & Customer Premises	Active
		> 1 µF to 10 µF	0.25%*m+13 nF	Laboratory Premises & Customer Premises	Active
		> 10 µF to 100µF	0.45%*m+0.12µF	Laboratory Premises & Customer Premises	Active
		> 100 µF to 1 mF	0.45%*m+1.7 µF	Laboratory Premises & Customer Premises	Active
		> 1 mF to 10mF	0.45%*m+17µF	Laboratory Premises & Customer Premises	Active
Frequency		0.01 Hz to 1 Hz	0.0025%*m+0.78 mHz	Laboratory Premises & Customer Premises	Active
		> 1 Hz to 10 Hz	0.0025%*m+0.78 mHz	Laboratory Premises & Customer Premises	Active
		> 10 Hz to 100 Hz	0.0025%*m+0.78 mHz	Laboratory Premises & Customer Premises	Active
		> 100 Hz to 500 Hz	0.0025%*m+0.78 mHz	Laboratory Premises & Customer Premises	Active
		> 500 Hz to 1 kHz	0.0025%*m+1.5 mHz	Laboratory Premises & Customer Premises	Active
		> 1 kHz to 10 kHz	0.0025%*m+9.2 mHz	Laboratory Premises & Customer Premises	Active
		> 10 kHz to 100 kHz	0.0025%*m+93 mHz	Laboratory Premises & Customer Premises	Active
		> 100 kHz to 1000 kHz	0.0025%*m+0.92 Hz	Laboratory Premises & Customer Premises	Active
Temperature Simulation RTD	Direct Calibration using Fluke 5502A as a reference standard uisng MCL-QSD-CP-E-003 (Technical Protocol)	-200 °C to -80 °C	0.04 °C	Laboratory Premises & Customer Premises	Active
		> -80 °C to 0 °C	0.04 °C	Laboratory Premises & Customer Premises	Active
		> 0 °C to 100 °C	0.06 °C	Laboratory Premises & Customer Premises	Active
		> 100°C to 300°C	0.07 °C	Laboratory Premises & Customer Premises	Active
		> 300 °C to 400 °C	0.08 °C	Laboratory Premises & Customer Premises	Active
		> 400 °C to 630 °C	0.09 °C	Laboratory Premises & Customer Premises	Active
		> 630 °C to 800 °C	0.18 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (K- Type Thermocouple)		-200 °C to -100 °C	0.28 °C	Laboratory Premises & Customer Premises	Active
		> -100 °C to -25 °C	0.18 °C	Laboratory Premises & Customer Premises	Active
		> -25 °C to 120 °C	0.16 °C	Laboratory Premises & Customer Premises	Active
		> 120°C to 1000°C	0.23 °C	Laboratory Premises & Customer Premises	Active
		> 1000 °C to 1372 °C	0.33 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (J- Type Thermocouple)		-210 °C to -100 °C	0.24 °C	Laboratory Premises & Customer Premises	Active
		> -100 °C to -30 °C	0.16 °C	Laboratory Premises & Customer Premises	Active
		> -30°C to 150 °C	0.15 °C	Laboratory Premises & Customer Premises	Active
		> 150°C to 760 °C	0.17 °C	Laboratory Premises & Customer Premises	Active
		> 760 °C to 1200 °C	0.21 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (N- Type Thermocouple)		-200 °C to -100 °C	0.34 °C	Laboratory Premises & Customer Premises	Active
		> -100 °C to -25 °C	0.20 °C	Laboratory Premises & Customer Premises	Active
		> -25 °C to 120 °C	0.18 °C	Laboratory Premises & Customer Premises	Active
		> 120°C to 410 °C	0.18 °C	Laboratory Premises & Customer Premises	Active
		> 410 °C to 1300 °C	0.24 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (R- Type Thermocouple)		0 °C to 250 °C	0.49 °C	Laboratory Premises & Customer Premises	Active
		> 250 °C to 400 °C	0.32 °C	Laboratory Premises & Customer Premises	Active
		> 400 °C to 1000 °C	0.30 °C	Laboratory Premises & Customer Premises	Active
		> 1000 °C to 1767 °C	0.34 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (S- Type Thermocouple)		0 °C to 250 °C	0.42 °C	Laboratory Premises & Customer Premises	Active
		> 250 °C to 1000 °C	0.33 °C	Laboratory Premises & Customer Premises	Active
		> 1000 °C to 1400 °C	0.33 °C	Laboratory Premises & Customer Premises	Active
		> 1400 °C to 1767 °C	0.39 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (B- Type Thermocouple)		600°C to 800 °C	0.41 °C	Laboratory Premises & Customer Premises	Active
		> 800 °C to 1000 °C	0.33 °C	Laboratory Premises & Customer Premises	Active
		> 1000 °C to 1550 °C	0.29 °C	Laboratory Premises & Customer Premises	Active
		> 1550 °C to 1820 °C	0.30 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (C- Type Thermocouple)		0 °C to 150 °C	0.27 °C	Laboratory Premises & Customer Premises	Active
		> 150 °C to 650 °C	0.24 °C	Laboratory Premises & Customer Premises	Active
		> 650 °C to 1000 °C	0.27 °C	Laboratory Premises & Customer Premises	Active
		> 1000°C to 1800 °C	0.41 °C	Laboratory Premises & Customer Premises	Active
		> 1800 °C to 2316°C	0.67°C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (E- Type Thermocouple)		-250 °C to -100 °C	0.40°C	Laboratory Premises & Customer Premises	Active
		> -100 °C to -25 °C	0.16°C	Laboratory Premises & Customer Premises	Active
		> -25 °C to 350 °C	0.15°C	Laboratory Premises & Customer Premises	Active
		> 350 °C to 650 °C	0.16°C	Laboratory Premises & Customer Premises	Active
		> 650 °C to 1000 °C	0.19°C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (L- Type Thermocouple)		-200 °C to -100 °C	0.31°C	Laboratory Premises & Customer Premises	Active
		> -100 °C to 800 °C	0.23°C	Laboratory Premises & Customer Premises	Active
		> 800 °C to 900 °C	0.17°C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (T- Type Thermocouple)		-250 °C to -150 °C	0.51°C	Laboratory Premises & Customer Premises	Active
		> -150 °C to 0°C	0.22°C	Laboratory Premises & Customer Premises	Active
		> 0 °C to 120°C	0.16°C	Laboratory Premises & Customer Premises	Active
		> 120 °C to 400 °C	0.15°C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (U- Type Thermocouple)		-200 °C to 0 °C	0.45°C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (U- Type Thermocouple)		> 0 °C to 600 °C	0.23°C	Laboratory Premises & Customer Premises	Active
High Voltage Calibration of Measuring Devices AC Voltage (0.01 Hz to 60 Hz)-Calibration of High voltage Probe	Direct Calibration using Vitrek 4700 as a reference standard uisng MCL-QSD-CP-E-008 (Technical Protocol) m= measured value	1 kV to 10 kV	0.12%*m+0.15 kV	Laboratory Premises & Customer Premises	Active
		> 10 kV to 75 kV	0.10%*m+1.2 kV	Laboratory Premises & Customer Premises	Active
High Voltage Calibration of Measuring Devices DC Voltage - Calibration of High Voltage Probe		1 kV to 10 kV	0.030%*m+0.10 kV	Laboratory Premises & Customer Premises	Active
		> 10 kV to 100 kV	0.050%*m+1.0 kV	Laboratory Premises & Customer Premises	Active
High Voltage Calibration of Measuring Devices AC Voltage - Calibration of High Voltage Probe	Direct Calibration using Fluke 80k-40 as a reference standard uisng MCL-QSD-CP-E-008 (Technical Protocol) m= measured value	0 kV to 28 kV	5.0%*m+1.2 kV	Laboratory Premises & Customer Premises	Active
High Voltage Calibration of Measuring Devices DC Voltage - Calibration of High Voltage Probe		0 kV to 40 kV	2.0%*m+1.0 kV	Laboratory Premises & Customer Premises	Active
Insulation tester	Direct Calibration using Decade Resistance Box as a reference standard uisng MCL-QSD-CP-E-004 (Technical Protocol) m= measured value	0 kΩ to 100 kΩ	0.10%*m+0.71 kΩ	Laboratory Premises & Customer Premises	Active
		> 100 kΩ to 1 MΩ	0.10%*m+0.01 MΩ	Laboratory Premises & Customer Premises	Active
		> 1MΩ to 5 MΩ	0.10%*m+0.01 MΩ	Laboratory Premises & Customer Premises	Active
		> 5 MΩ to 10 MΩ	0.10%*m+0.01 MΩ	Laboratory Premises & Customer Premises	Active
		> 10 MΩ to 50 MΩ	1.0% *m+0.94 MΩ	Laboratory Premises & Customer Premises	Active
		> 50 MΩ to 100 MΩ	1.0%*m+0.94 MΩ	Laboratory Premises & Customer Premises	Active
		> 100 MΩ to 400 MΩ	1.0%*m+24 MΩ	Laboratory Premises & Customer Premises	Active
		> 400 MΩ to 1 GΩ	1.0%*m+24 MΩ	Laboratory Premises & Customer Premises	Active
		> 1 GΩ to 10 GΩ	1.0%*m+0.58 GΩ	Laboratory Premises & Customer Premises	Active
		> 10GΩ to 100 GΩ	1.0%*m+5.9 GΩ	Laboratory Premises & Customer Premises	Active
Energy meter (Digital & Analog) (Single Phase)	Direct Calibration using DRTS66 as a reference standard uisng MCL-QSD-CP-E-005 (Technical Protocol) m= measured value	Voltage = 0 V to 600 V Frequency = 45 Hz to 65 Hz Current = 0 A to 128 A Power Factor = 1 (Constant)	0.040%*m+5.0 Wh	Laboratory Premises & Customer Premises	Active
Energy meter (Digital & Analog) (Three Phase)	Direct Calibration using DRTS66 as a reference standard uisng MCL-QSD-CP-E-006 (Technical Protocol) m= measured value	Voltage = 0 V to 300 V Frequency = 45 Hz to 65 Hz Current = 0 A to 64 A Power Factor = 1 (Constant)	0.040%*m+6.0 Wh	Laboratory Premises & Customer Premises	Active
AC Power meter (Single Phase )	Direct Calibration using DRTS66 as a reference standard uisng MCL-QSD-CP-E-009 (Technical Protocol)	Voltage = 0 V to 600 V Frequency = 45 Hz to 65 Hz Current = 0 A to 128 A Power Factor = 1 (Constant)	0.040%*m+5.0 Wh	Laboratory Premises & Customer Premises	Active
DC Power meter (Single Phase)	Direct Calibration using DRTS66 as a reference standard uisng MCL-QSD-CP-E-009 (Technical Protocol) m= measured value	Voltage = 0 V to 600 V Current = 0 A to 128 A	0.40%*m+5.0 W	Laboratory Premises & Customer Premises	Active
AC Power meter (Three Phase )		Voltage = 0 V to 300 V Frequency = 45 Hz to 65 Hz Current = 0 A to 64 A Power Factor = 1 (Constant)	0.040%*m+7.0 W	Laboratory Premises & Customer Premises	Active
DC Power meter (Three Phase )		Voltage = 0 V to 300 V Current = 0 A to 64 A *Power	0.40%*m+7.0 W	Laboratory Premises & Customer Premises	Active
DC Voltage	METHOD - Direct CRM USED - Fluke 8846A REFERANCE STANDARD.- Euramet Cg-15 Ver 3.0. INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-002	0 mV to 100 mV	8.8 µV	Laboratory Premises & Customer Premises	Active
		>100 mV to 1 V	45 µV	Laboratory Premises & Customer Premises	Active
		>1 V to 10 V	0.34 mV	Laboratory Premises & Customer Premises	Active
		>10 V to 100 V	5.3 mV	Laboratory Premises & Customer Premises	Active
		>100 V to 1000 V	60 mV	Laboratory Premises & Customer Premises	Active
AC Voltage (Frequency 10 Hz to 50 kHz)	METHOD - Direc CRM USED - Fluke 8846A REFERANCE STANDARD Euramet Cg-15 Ver 3.0. INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-002	5 mV to 10 mV	72 µV	Laboratory Premises & Customer Premises	Active
		> 10 mV to 100 mV	0.20 mV	Laboratory Premises & Customer Premises	Active
		>100 mV to 1 V	2.0 mV	Laboratory Premises & Customer Premises	Active
		>1 V to 10 V	20 mV	Laboratory Premises & Customer Premises	Active
		>10 V to 100 V	0.20 V	Laboratory Premises & Customer Premises	Active
		>100 V to 1000 V	0.96 V	Laboratory Premises & Customer Premises	Active
DC Current		0 µA to 100 µA	88 nA	Laboratory Premises & Customer Premises	Active
		> 100 µA to 1 mA	0.64 µA	Laboratory Premises & Customer Premises	Active
		> 1 mA to 10 mA	8.2 µA	Laboratory Premises & Customer Premises	Active
		> 10 mA to 100 mA	64 µA	Laboratory Premises & Customer Premises	Active
		> 100 mA to 400 mA	0.26 mA	Laboratory Premises & Customer Premises	Active
		> 400 mA to 1A	0.82 mA	Laboratory Premises & Customer Premises	Active
		> 1 A to 3 A	4.2 mA	Laboratory Premises & Customer Premises	Active
		> 3 A to 10 A	19 mA	Laboratory Premises & Customer Premises	Active
Resistance (2-wire or 4-wire) include Decade resistance box	METHOD - Direct CRM USED - Fluke 8846A REFERANCE STANDARD.- Euramet Cg-15 Ver 3.0. INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-002	0 Ω to 10 Ω	4.7 mΩ	Laboratory Premises & Customer Premises	Active
		> 10 Ω to 100 Ω	17 mΩ	Laboratory Premises & Customer Premises	Active
		> 100 Ω to 1kΩ	0.13 Ω	Laboratory Premises & Customer Premises	Active
		> 1 kΩ to 10 kΩ	1.3 Ω	Laboratory Premises & Customer Premises	Active
		> 10 kΩ to 100 kΩ	13 Ω	Laboratory Premises & Customer Premises	Active
		> 100 kΩ to 1 MΩ	0.13 kΩ	Laboratory Premises & Customer Premises	Active
		> 1 MΩ to 10 MΩ	4.8 kΩ	Laboratory Premises & Customer Premises	Active
		> 10 MΩ to 100 MΩ	0.94 MΩ	Laboratory Premises & Customer Premises	Active
		> 100 MΩ to 1000 MΩ	24 MΩ	Laboratory Premises & Customer Premises	Active
AC Current (Frequency 10 Hz to 10 kHz	METHOD - Direct CRM USED - Fluke 8846A REFERANCE STANDARD.- Euramet Cg-15 Ver 3.0. INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-002	5 µA to 100 µA	1.3 µA	Laboratory Premises & Customer Premises	Active
		> 100 µA to 1 mA	5.2 µA	Laboratory Premises & Customer Premises	Active
		> 1 mA to 10 mA	0.13 mA	Laboratory Premises & Customer Premises	Active
		> 10 mA to 100 mA	0.53 mA	Laboratory Premises & Customer Premises	Active
		> 100 mA to 400 mA	4.3 mA	Laboratory Premises & Customer Premises	Active
		> 400 mA to 1A	13 mA	Laboratory Premises & Customer Premises	Active
AC Current Frequency 10 Hz to 1 kHz	METHOD - Direct CRM USED - Fluke 8846A REFERANCE STANDARD.- Euramet Cg-15 Ver 3.0. INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-002	> 1 A to 3 A	7.4 mA	Laboratory Premises & Customer Premises	Active
AC Current Frequency 10 Hz to 1 kHz		> 3 A to 10 A	25 mA	Laboratory Premises & Customer Premises	Active
Capacitance		0 nF to 1 nF	55 pF	Laboratory Premises & Customer Premises	Active
		> 1 nF to 10 nF	0.18 nF	Laboratory Premises & Customer Premises	Active
		> 10 nF to 100 nF	1.8 nF	Laboratory Premises & Customer Premises	Active
		>100 nF to 1 µF	18 nF	Laboratory Premises & Customer Premises	Active
		> 1µF to 10 µF	0.18 µF	Laboratory Premises & Customer Premises	Active
		> 10 µF to 100µF	1.8 µF	Laboratory Premises & Customer Premises	Active
		> 100µF to 1 mF	18 µF	Laboratory Premises & Customer Premises	Active
		> 1 mF to 10mF	0.18 mF	Laboratory Premises & Customer Premises	Active
Frequency		3 Hz to 10 Hz	8.2 mHz	Laboratory Premises & Customer Premises	Active
		> 10 Hz to 40 Hz	16 mHz	Laboratory Premises & Customer Premises	Active
		> 40 Hz to 300 kHz	68 Hz	Laboratory Premises & Customer Premises	Active
		> 300kHz to 1000 kHz	0.13 kHz	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (RTD)	METHOD - Direct CRM USED - Fluke 8846A REFERANCE STANDARD.- Euramet Cg-11 Ver 2.0 INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-003	-200 °C to 800 °C	0.034 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (K- Type Thermocouple)		-200 °C to 1372 °C	0.50 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (J- Type Thermocouple)		-210 °C to 1200 °C	0.36 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (N- Type Thermocouple)		-200 °C to 1300 °C	0.50 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (R- Type Thermocouple)		0 °C to 1700 °C	0.69 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (S- Type Thermocouple)		-250 °C to 1700 °C	0.58 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device(B- Type Thermocouple)		600 °C to 1820 °C	0.54 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (C- Type Thermocouple)		1000 °C to 2316 °C	0.99 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (E- Type Thermocouple)		-250 °C to 1000 °C	0.61 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (L- Type Thermocouple)		-200 °C to 900 °C	0.47 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (T- Type Thermocouple)		-250 °C to 400 °C	0.75 °C	Laboratory Premises & Customer Premises	Active
Temperature Measuring Device (U- Type Thermocouple)		-200 °C to 600 °C	0.68 °C	Laboratory Premises & Customer Premises	Active
Decade Resistance box	METHOD - Direct method CRM USED - Fluke 1550C REFERANCE STANDARD.- SANAS -TG-02-02 INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-007	0 kΩ to 250 kΩ	16 kΩ	Laboratory Premises & Customer Premises	Active
		> 250 kΩ to 1MΩ	59 kΩ	Laboratory Premises & Customer Premises	Active
		> 1MΩ to 5MΩ	0.29 MΩ	Laboratory Premises & Customer Premises	Active
		> 5MΩ to 10MΩ	0.58 MΩ	Laboratory Premises & Customer Premises	Active
		> 10MΩ to 50MΩ	2.9 MΩ	Laboratory Premises & Customer Premises	Active
	METHOD - Direct method CRM USED - Fluke 1550C REFERANCE STANDARD.- SANAS -TG-02-02 INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-007	> 50MΩ to 100MΩ	5.8 MΩ	Laboratory Premises & Customer Premises	Active
		> 100MΩ to 400MΩ	24 MΩ	Laboratory Premises & Customer Premises	Active
		> 400MΩ to 1 GΩ	59 MΩ	Laboratory Premises & Customer Premises	Active
		> 1 GΩ to 10 GΩ	0.58 GΩ	Laboratory Premises & Customer Premises	Active
		> 10GΩ to 100 GΩ	5.9 GΩ	Laboratory Premises & Customer Premises	Active
		> 100GΩ to 1TΩ	0.24 TΩ	Laboratory Premises & Customer Premises	Active
High Voltage AC Voltage (50 Hz to 60Hz)-Calibration of High voltage Source	METHOD - Direct CRM USED - Vitrek 4700 REFERANCE STANDARD.- IEC 60060:2010 . INTERNAL PROCEDURE NUMBER - MCL-QSD-CP-E-008	0 kV to 10 kV	0.15 kV	Laboratory Premises & Customer Premises	Active
		> 10 kV to 100 kV	1.2 kV	Laboratory Premises & Customer Premises	Active
High Voltage DC Voltage Calibration of High Voltage Source		1 kV to 10 kV	0.03 % U + 0.10 kV	Laboratory Premises & Customer Premises	Active
High Voltage DC Voltage Calibration of High Voltage Source		>10kV to 100 kV	0.05 % U + 1.0 kV	Laboratory Premises & Customer Premises	Active
High Voltage Calibration of Measuring Devices AC Voltage Calibration of High Voltage Source	Direct Calibration using Fluke 80k-40 as a reference standard uisng MCL-QSD-CP-E-008 (Technical Protocol)	0 kV to 28 kV	5.0%*m+1.2 kV	Laboratory Premises & Customer Premises	Active
High Voltage Calibration of Measuring Devices DC Voltage - Calibration of High Voltage Source		0 kV to 40 kV	2.0%*m+1.0 kV	Laboratory Premises & Customer Premises	Active

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