Directory Details

ACCUVER CALIBRATION LABORATORY CO LLC

Initial Accreditation Date:Jun 18 , 2017

Contacts Info

Address

WH No-C45, Ind Area-1 Al Qusais, Dubai,UAE, Dubai, United Arab Emirates

PO box / Zip Code

56942

Email

qm@accucal.ae tm.dubai@accuvercalibration.com

Website

www.accuvercalibration.com

Phone No.

+971 054 426 7686

Main Field

Calibration Laboratories

Valid Since:Mar 05 , 2025

Download Certificate

Measured Quantity / Calibration Instrument	Calibration Method	Range and Specification	Expanded Measurement	Location	Status
Balance & Scale
Top loading weighing scale					Active
Pressure
pneumatic Pressure (gauge) (Digital and Analogue)	DMS 2016 based on BS EN 837-1:1998	-87 kPa to 0 Mpa	1 kPa	Laboratory/ Customer Premises	Active
pneumatic Pressure (gauge) (Digital and Analogue)	DMS 2016 based on BS EN 837-1:1998	0 MPa to 3 MPa	1.5 kPa	Laboratory/ Customer Premises	Active
Pneumatic Pressure indicators/Transmitters (Digital and Analogue)	Based on DKD-R - 6-1 ,2014 and EURAMET CG 17	-87 kPa to 0 MPa	3 kPa	Laboratory/ Customer Premises	Active
Pneumatic Pressure indicators /Transmitters (Digital and Analogue)	Based on DKD-R - 6-1 ,2014 and EURAMET CG 17	0 to 4 MPa	5 kPa	Laboratory/ Customer Premises	Active
Hydraulic Pressure (gauges) (Digital and Analogue)	DMS 2016 based on BS EN 837-1:1998	0 MPa to 100 MPa	0.09 MPa + 2.0x 10-4 pe	Laboratory/ Customer Premises	Active
Manometer	Based on DKD-R - 6-1 ,2014 and EURAMET CG 17	0 to 70 kPa	2.4 kPa	Laboratory/ Customer Premises	Active
Manometer		(0 to 10 psi)	(0.34 psi)	Laboratory/ Customer Premises	Active
Differential Pressure Gauge		0 to 175 kPa	0.69 kPa	Laboratory/ Customer Premises	Active
Hydraulic/Pneumatic Pressure Chart Recorder	OIML R 109:1993/OIML R 101:1991	0 to 140 MPa	0.6 MPa	Laboratory/ Customer Premises	Active
NIBP- Sphygmomanometer (Analogue)	OIML R 16-1:2002	0 to 20 kPa	0.2 kPa	Laboratory/ Customer Premises	Active
		0 to 100 mmHg	(1.5 mmHg)	Laboratory/ Customer Premises	Active
		20 to 40 kPa	0.31 kPa	Laboratory/ Customer Premises	Active
		100 to 300 mmHg	(2.3 mmHg)	Laboratory/ Customer Premises	Active
NIBP- Sphygmomanometer (Digital)	OIML R 16-2:2002	0 to 20 kPa	0.23 kPa	Laboratory/ Customer Premises	Active
		(0 to 100 mmHg)	( 1.7 mmHg)	Laboratory/ Customer Premises	Active
		20 to 40 kPa	0.36 kPa	Laboratory/ Customer Premises	Active
		(140 to 300 mmHg)	(2.7 mmHg)	Laboratory/ Customer Premises	Active
Temperature & Humidity
Liquid in Glass Thermometer	(CP/06/T-04) based on BIS IS 6274	-30°C to 0°C	0.9 °C	Laboratory	Active
Liquid in Glass Thermometer	(CP/06/T-04) based on BIS IS 6274	0°C to 300°C	1.7 °C	Laboratory	Active
Thermocouple	(CP/06/T-02) based on Euramet cg-8	-80°C to 300°C	0.28 °C	Laboratory/ Customer Premises	Active
		300°C to 600°C	3.7 °C	Laboratory/ Customer Premises	Active
		600°C to 1200°C	4.3 °C	Laboratory/ Customer Premises	Active
RTD	(CP/06/T-01) based on DKD R5-1	-80°C to 50°C	0.14 °C	Laboratory/ Customer Premises	Active
		50°C to 300°C	0.28 °C	Laboratory/ Customer Premises	Active
		300°C to 650°C	0.5 °C	Laboratory/ Customer Premises	Active
Hygrometer/ Humidity/ Temperature Humity meter	(CP/06/T-10) based on Euramet cg-20	10°C to 60°C	0.28 °C	Laboratory/ Customer Premises	Active
Hygrometer/ Humidity/ Temperature Humity meter	(CP/06/T-10) based on Euramet cg-20	60 %RH to 90 %RH	1.6 %RH	Laboratory/ Customer Premises	Active
Non contact thermometer (Ear thermometer,thermal imager,pyrometer)	(CP/06/T-09) based on MSL Guide 22	-15°C to 149°C	1.8°C	Laboratory/ Customer Premises	Active
	(CP/06/T-09) based on MSL Guide 22	149°C to 600°C	2.7°C	Laboratory/ Customer Premises	Active
Drying Oven, Incubator, Chiller/ Freezer/ Refrigerator, Autoclave, Furnace, Hot Cabinet, Environmental Chamber	(CP/06/T-08) based on DKD R.5-7	-80°C to 0°C	0.34 °C	Laboratory/ Customer Premises	Active
	(CP/06/T-08) based on DKD R.5-7	0°C to 250°C	0.89 °C	Laboratory/ Customer Premises	Active
Direct Reading Thermometer	(CP/06/T-03) based on DKD R5-1	-80°C to 300°C	0.22 °C	Laboratory/ Customer Premises	Active
Digital/ Dial Thermometer	(CP/06/T-03) based on EN 13190	-50°C to 200°C	0.9 °C	Laboratory/ Customer Premises	Active
		200°C to 600°C	0.9 °C	Laboratory/ Customer Premises	Active
		600°C to 1200°C	4.0 °C	Laboratory/ Customer Premises	Active
Temperature Datalogger	(CP/06/T-10) based on Euramet cg-20	-25°C to 70°C	0.50°C	Laboratory/ Customer Premises	Active
Dry Block Calibrators	(CP/06/T-05) based on Euramet cg-13	-50°C to 200°C	0.17°C	Laboratory/ Customer Premises	Active
		200°C to 600°C	0.24°C	Laboratory/ Customer Premises	Active
		600°C to 1200°C	4.5 °C	Laboratory/ Customer Premises	Active
Water Bath/ Oil Bath	(CP/06/T-06) based on Euramet cg-13.	30°C to 100°C	0.17°C	Laboratory/ Customer Premises	Active
Water Bath/ Oil Bath	(CP/06/T-06) based on Euramet cg-13.	100°C to 300°C	0.24°C	Laboratory/ Customer Premises	Active
HYGROMETER / HUMIDITY / Temperature Humidity meter	(CP/06/T-10) based on Euramet cg-20	30 to 60 % RH	1.8 % RH	LABORATORY	Active
Measuring Location in Chiller, Freezer, Incubator, Oven, co2 incubator, Dish washers, Glass Washer, Hot cabinet, Autoclave, Refrigerator.	Comparison method (CP-06/T-16) based on (DKD R5-7 (Method C)).	-80 to 200 °C	0.7°C	LABORATORY/ CUSTOMER PREMISES	Active
Measuring location in Furnaces	Comparison method (CP-06/T-14) based on (DKD R5-7 (Method C)).	250 to 500 °C	3.7 °C	LABORATORY/ CUSTOMER PREMISES	Active
Measuring location in Furnaces		500 to 1500 °C	5.0 °C	LABORATORY/ CUSTOMER PREMISES	Active
Measuring Location in Humidity Chambers	Comparison method (CP-06/T-15) based on (DKD R5-7 (Method C)).	20 %RH to 60 %RH	2.4 %RH	LABORATORY/ CUSTOMER PREMISES	Active
Measuring Location in Humidity Chambers		60 %RH to 90 %RH	2.7 % RH	LABORATORY/ CUSTOMER PREMISES	Active
Dimensions
Caliper (Vernier/ Dial/ Digital)	CP/03/DIM-01 Based on IS 3651- 1&2	0-300 mm	13 µm	Laboratory	Active
		>300 mm to 600 mm	23 mm	Laboratory	Active
		>600 mm to 1000 mm	37 mm	Laboratory	Active
External Micrometer (Digital/ Analogue)	CP/03/DIM-02 Based on ISO 3611	0-25 mm	2.7 µm	Laboratory	Active
External Micrometer (Digital/ Analogue)	CP/03/DIM-02 Based on ISO 3611	>25 mm to 100 mm	3.5 µm	Laboratory	Active
Height Gauge (Vernier/ Dial/ Digital)	CP/03/DIM-03 Based On IS 2921	0 - 600 mm	28 µm	Laboratory	Active
Measuring Scale (Steel rule)	CP/03/DIM-20 Based On IS 1269 -1	0-1000 mm	0.13 mm	Laboratory	Active
Feeler Gauge	CP/ 03/DIM-13 Based On IS 3179	0.05 mm to 1 mm	3.3 5.8 µm	Laboratory	Active
Dial Indicator	CP/03/DIM-07,08 Based On IS 11498	0-25 mm	3.0 µm	Laboratory	Active
Micrometer Setting Rod	CP/03/DIM-16	25 mm -100 mm	4.4 µm	Laboratory	Active
Coating Thickness Gauge	CP/03/DIM-21 Based on IS 6012	Up to 1030 µm	2.3 µm	Laboratory	Active
Ultrasonic thickness Gauge	CP/03/DIM-22 Based on ASTM E797	0.5 to 100 mm	32 µm	Laboratory	Active
Time and Frequency
Oscilloscope & Time Base	Direct Method Using Waveform Generator	> 10 ns to 100 ns	0.6 ns	Laboratory/ Customer Premises	Active
		> 100 ns to 1 us	5.8 ns	Laboratory/ Customer Premises	Active
		> 1 us to 10 us	0.058 μs	Laboratory/ Customer Premises	Active
		> 10 us to 100 us	0.58 μs	Laboratory/ Customer Premises	Active
		> 100 us to 1 ms	5.8 μs	Laboratory/ Customer Premises	Active
		> 1 ms to 10 ms	58 μs	Laboratory/ Customer Premises	Active
		> 10 ms to 100 ms	0.58 ms	Laboratory/ Customer Premises	Active
		> 100 ms to 1 s	58 ms	Laboratory/ Customer Premises	Active
Oscilloscope & Amplitude		upto 1 V	2.6 mV	Laboratory/ Customer Premises	Active
		> 1 V to 2 V	26 mV	Laboratory/ Customer Premises	Active
		> 2 V to 5 V	0.06 V	Laboratory/ Customer Premises	Active
		> 5 V to 7 V	0.08 V	Laboratory/ Customer Premises	Active
		> 7 V to 10 V	0.12 V	Laboratory/ Customer Premises	Active
Oscilloscope & Frequency		> 1 Hz to 10 Hz	58 mHz	Laboratory/ Customer Premises	Active
		> 10 Hz to 100 Hz	0.6 Hz	Laboratory/ Customer Premises	Active
		> 100 Hz to 1 kHz	5.8 Hz	Laboratory/ Customer Premises	Active
		> 1 kHz to 10kHz	58 Hz	Laboratory/ Customer Premises	Active
		> 10kHz to 100kHz	0.06 kHz	Laboratory/ Customer Premises	Active
		> 100 kHz to 1 MHz	5.8 kHz	Laboratory/ Customer Premises	Active
		> 1 MHz to 5 MHz	5.8 kHz	Laboratory/ Customer Premises	Active
		> 5 MHz to 10 MHz	5.8 kHz	Laboratory/ Customer Premises	Active
		> 10 MHz to 25MHz	5.8 kHz	Laboratory/ Customer Premises	Active
		> 25 MHz to 50 MHz	5.8 kHz	Laboratory/ Customer Premises	Active
		> 50 MHz to 100 MHz	76 kHz	Laboratory/ Customer Premises	Active
Tachometer	Direct Method using non Contact tachometer adpater & Multiproduct Calibrator	60 to 600 rpm	0.2 rpm	Laboratory/ Customer Premises	Active
		601 rpm to 6000 rpm	1.2 rpm	Laboratory/ Customer Premises	Active
		6001 rpm to 12000 rpm	1.8 rpm	Laboratory/ Customer Premises	Active
		12001 rpm to 60000 rpm	2.2 rpm	Laboratory/ Customer Premises	Active
		60001 rpm to 99000 rpm	3.5 rpm	Laboratory/ Customer Premises	Active
Centrifuge / Variable Rotation Speed	Comparasion Method using non Contact tachometer	1 rpm 60 rpm	0.2 rpm	Laboratory/ Customer Premises	Active
		61 rpm to 120 rpm	1.4 rpm	Laboratory/ Customer Premises	Active
		121 to 600 rpm	1.6 rpm	Laboratory/ Customer Premises	Active
		601 to 1200 rpm	2.3 rpm	Laboratory/ Customer Premises	Active
		1201 rpm to 6000 rpm	4.8 rpm	Laboratory/ Customer Premises	Active
		6001 rpm to 12000 rpm	8.2 rpm	Laboratory/ Customer Premises	Active
		12001 rpm to 25000 rpm	16 rpm	Laboratory/ Customer Premises	Active
Stop Watch/ Timer	Inlab Method CP/05/EL-10 complying to NIST960-12	> 0 s to 10 min	1.0 s	Laboratory/ Customer Premises	Active
		> 10 min to 1 hr	1.3 s	Laboratory/ Customer Premises	Active
		> 1 hr to 10 hr	4.2 s	Laboratory/ Customer Premises	Active
		> 10 hr to 15 hr	4.8 s	Laboratory/ Customer Premises	Active
		> 15 hr to 24 hr	35 s	Laboratory/ Customer Premises	Active
		> 24 hr to < 100 hr	40 s	Laboratory/ Customer Premises	Active
OSCILLOSCOPE & BANDWIDTH (F)	Direct Method Using Waveform Generator	upto 50 MHz	7.1 kHz	Laboratory/ Customer Premises	Active
		>50 MHz upto 100 MHz	7.1 kHz	Laboratory/ Customer Premises	Active
		>100 MHzupto 160 MHz	8.1 kHz	Laboratory/ Customer Premises	Active
STOP WATCH / TIMER	Comparison Method (CP/05/EL-20) with Time Interval Meter Complying to NIST 960-12	> 10 s to 1 hr	0.61 s	Laboratory	Active
Mass
Mass	OIML R111-1.2004	0.001g	0.041 mg	Laboratory	Active
		0.002g	0.041 mg	Laboratory	Active
		0.005g	0.042 mg	Laboratory	Active
		0.01g	0.042 mg	Laboratory	Active
		0.02g	0.042 mg	Laboratory	Active
		0.05g	0.042 mg	Laboratory	Active
		0.1g	0.043 mg	Laboratory	Active
		0.2g	0.045 mg	Laboratory	Active
		0.5g	0.040 mg	Laboratory	Active
		1g	0.050 mg	Laboratory	Active
		2g	0.061 mg	Laboratory	Active
		5g	0.065 mg	Laboratory	Active
		10g	0.085 mg	Laboratory	Active
		20g	0.09 mg	Laboratory	Active
		50g	0.12 mg	Laboratory	Active
		100g	0.23 mg	Laboratory	Active
		200g	0.63 mg	Laboratory	Active
		500g	1.1 mg	Laboratory	Active
		1kg	2.1 mg	Laboratory	Active
		2Kg	3.2 mg	Laboratory	Active
		5kg	4.3 mg	Laboratory	Active
		10kg	5.4 mg	Laboratory	Active
		20kg	11 mg	Laboratory	Active
Balance
Weighing Balance	EUROMET CG 18 V4	1mg to 20g	0.44 mg	Customer Premises	Active
		> 20 g to 200g	0.75 mg	Customer Premises	Active
		> 200 g to 500g	1.6 mg	Customer Premises	Active
		> 500 g to 1000g	2.3 mg	Customer Premises	Active
		> 1 kg to 10 kg	11 mg	Customer Premises	Active
		>10 kg to 60kg	5.3 g	Customer Premises	Active
		> 60 kg to 300kg	8.3 g	Customer Premises	Active
		300 kg to 800 kg	30 g	Customer Premises	Active
		>800 kg to 1000 kg	60 g	Customer Premises	Active
Electrical-Measuring
DC Voltage	Direct Method Using Multi-product Calibrator	Up to 1 mV	4.5 µV	Laboratory	Active
		<1 mV to 10 mV	4.8 µV	Laboratory	Active
		<10 mV to 100 mV	8.2 µV	Laboratory	Active
		<100 mV to 200 mV	13 µV	Laboratory	Active
		<200 mV to 1 V	51 µV	Laboratory	Active
		<1 V to 2 V	83 µV	Laboratory	Active
		<2 V to 10 V	0.37 mV	Laboratory	Active
		<10 V to 20 V	0.75 mV	Laboratory	Active
		<20 V to 100 V	4.0 mV	Laboratory	Active
		<100 V to 200 V	7.7 mV	Laboratory	Active
		<200 V to 1000 V	41 mV	Laboratory	Active
AC Voltage		Up to 20 mV @40 Hz	79 µV	Laboratory	Active
		Upto to 200 mV @56 Hz	0.12 mV	Laboratory	Active
		<200 mV to 2V @56 Hz	1.1 mV	Laboratory	Active
		<2 V to 20 V @56 Hz	11 mV	Laboratory	Active
		<20 V to 200 V @56 Hz	0.15 V	Laboratory	Active
		<200 V to 700 V @56 Hz	0.54 V	Laboratory	Active
		<500 V to 1000 V @ 56 Hz	0.74 V	Laboratory	Active
		Upto 200 mV @ 1 kHz	0.25 mV	Laboratory	Active
		<200 mV to 2V @ 1 kHz	2.3 mV	Laboratory	Active
		<2 V to 20 V @ 1 kHz	19 mV	Laboratory	Active
		<20 V to 200 V @ 1 kHz	0.26 V	Laboratory	Active
		<200 V to 700 V @ 1 kHz	1.7 V	Laboratory	Active
		Up to 200 mV @ 1kHz to 10 kHz	0.26 mV	Laboratory	Active
		<200 mV to 2 V @ 1kHz to 10 kHz	9.1 mV	Laboratory	Active
		<2V to 20 V @ 1kHz to 10 kHz	20 mV	Laboratory	Active
		<20 V to 200 V @ 1kHz to 10 kHz	0.30 V	Laboratory	Active
		Up to 200 mV @ 10 kHz to 100 kHz	2.3 mV	Laboratory	Active
		<200 mV to 2 V @ 10 kHz to 100 kHz	15 mV	Laboratory	Active
		<2 V to 20 V @ 10 kHz to 100 kHz	70 mV	Laboratory	Active
DC Current	Direct Method Using Multi product Calibrator/ Comparison Method	Up to to 100 µA	46 nA	Laboratory	Active
		<100 µA to 200 µA	58 nA	Laboratory	Active
		<200 µA to 1 mA	0.14 µA	Laboratory	Active
		<1 mA to 2 mA	0.25 µA	Laboratory	Active
		<2 mA to 10 mA	0.99 µA	Laboratory	Active
		<10 mA to 20 mA	2.0 µA	Laboratory	Active
		<20 mA to 100 mA	14 µA	Laboratory	Active
		<100 mA to 200 mA	26 µA	Laboratory	Active
		<200 mA to 1 A	0.23 mA	Laboratory	Active
		<1 A to 2 A	0.45 mA	Laboratory	Active
		<2 A to 10 A	5.7 mA	Laboratory	Active
		<10 A to 30 A	60 mA	Laboratory	Active
	Direct Method Using Multi product Calibrator and Current Coil Station	<10 A to 300 A	0.77 A	Laboratory	Active
		<300 A to 1000 A	0.78 A	Laboratory	Active
		<1000 A to 1250 A	0.97 A	Laboratory	Active
AC Current	Direct Method Using Multi product Calibrator/Comparison Method	Up to 25 µA @ 40 Hz	0.31 µA	Laboratory	Active
		<25 µ to 20 mA @ 40 Hz	20 µA	Laboratory	Active
		Up to 200 µA @ 56 Hz	0.46 µA	Laboratory	Active
		<200 µA to to 2 mA @ 56 Hz	2.0 µA	Laboratory	Active
		<2 mA to 10 mA @ 56 Hz	12 µA	Laboratory	Active
		<10 mA to 200 mA @ 56 Hz	0.19 mA	Laboratory	Active
		<200 mA to 2 A @ 56 Hz	3.1 mA	Laboratory	Active
		<2 A to 20 A @ 56 Hz	25 mA	Laboratory	Active
		< 10 A to 30A @ 50 Hz	69 mA	Laboratory	Active
		Up to 200 µA @ 1 kHz	2.1 µA	Laboratory	Active
		<200 µA to to 2 mA @ 1 kHz	18 µA	Laboratory	Active
		<2 mA to 20 mA @ 1 kHz	0.12 mA	Laboratory	Active
		<20 mA to 200 mA @ 1 kHz	1.5 mA	Laboratory	Active
		<200 mA to 2 A @ 1 kHz	15 mA	Laboratory	Active
		<2 A to 20 A @ 1 kHz	94 mA	Laboratory	Active
		Up to 200 µA @ 1 kHz to 10 kHz	2.2 µA	Laboratory	Active
		<200 µA to to 2 mA @ 1 kHz to 10 kHz	17 µA	Laboratory	Active
		<2 mA to 20 mA @ 1 kHz to 10 kHz	0.12 mA	Laboratory	Active
		<20 mA to 200 mA @ 1 kHz to 10 kHz	1.5 mA	Laboratory	Active
		< 10 A to 300 A @ 56 Hz	0.77 A	Laboratory	Active
		<300 A to 1000 A @ 56 Hz	0.8 A	Laboratory	Active
		<1000 A to 1250 A @ 56 Hz	0.98 A	Laboratory	Active
Capacitance	Direct Method Using Multi product Calibrator	1 nF	32 pF	Laboratory	Active
		10 nF	37 pF	Laboratory	Active
		20 nF	92 pF	Laboratory	Active
		50 nF	0.19 nF	Laboratory	Active
		100 nF	0.92 nF	Laboratory	Active
		1 uF	4.8 µF	Laboratory	Active
		10 uF	0.12 µF	Laboratory	Active
		100 uF	0.71 µF	Laboratory	Active
		1 mF	16 µF	Laboratory	Active
		10 mF	0.30 mF	Laboratory	Active
Frequency		Up to 100 Hz	2.3 mHz	Laboratory	Active
		<100 Hz to 1 kHz	23 mHz	Laboratory	Active
		<1 kHz to 10 kHz	0.23 Hz	Laboratory	Active
		<10 kHz to 100 kHz	2.3 Hz	Laboratory	Active
		<100 kHz to 1000 kHz	24 Hz	Laboratory	Active
		<1 MHz to 10 MHz	58 kHz	Laboratory	Active
Resistance 2 Wire	Direct Method Using Multi Product Calibrator	100 mΩ to 1 Ω	41 mΩ	Laboratory	Active
		<1 Ω to 10 Ω	41 mΩ	Laboratory	Active
		<10 Ω to 100 Ω	45 mΩ	Laboratory	Active
		<100 Ω to 1 kΩ	0.11 Ω	Laboratory	Active
		<1 kΩ to 10 kΩ	0.99 Ω	Laboratory	Active
		<10 kΩ to 100 kΩ	9.7 Ω	Laboratory	Active
		<100 kΩ to 1 MΩ	0.18 kΩ	Laboratory	Active
		<1 MΩ to 10 MΩ	4.8 kΩ	Laboratory	Active
		<10 MΩ to 100 MΩ	0.61 MΩ	Laboratory	Active
		<100 MΩ to 1 GΩ	12 MΩ	Laboratory	Active
Resistance 4 Wire	Direct Method Using Multi product Calibrator	100 mΩ to 1Ω	5.9 mΩ	Laboratory	Active
		<1 Ω to 10 Ω	7.0 mΩ	Laboratory	Active
		<10 Ω to 100 Ω	12 mΩ	Laboratory	Active
		<100 Ω to 1 kΩ	95 mΩ	Laboratory	Active
		<1 kΩ to 10 kΩ	0.95 Ω	Laboratory	Active
		<10 kΩ to 100 kΩ	9.6 Ω	Laboratory	Active
AC Power ( 1 Phase )	Direct Method Using 3 phase Energy/Power Calibrator - single phase (30V to 300V, 0.5 A to 6 A, ±0.5 to 1 pf)	Up to 100 W	3.1 W	Laboratory	Active
		< 100 W to 500 W	3.2 W	Laboratory	Active
		< 500W to 1000 W	3.7 W	Laboratory	Active
		< 1000 W to 1800 W	4.8 W	Laboratory	Active
	p.f. Lead & Lag	± 0.5 to 1	0.7 %	Laboratory	Active
AC POWER ( 3Phase )	Direct Method Using 3 phase Energy/Power - 3 phase (30 to 300V L-N, 0.5 to 6 A per phase, ±0.5 to 1 pf)	Up to to 300 W	8.1 W	Laboratory	Active
		< 300 W to 1000 W	8.4 W	Laboratory	Active
		< 1000W to 1500 W	8.7 W	Laboratory	Active
		< 1500 W to 3000 W	10 W	Laboratory	Active
		< 3000 W to 5400 W	14 W	Laboratory	Active
	p.f. Lead & Lag	± 0.5 to 1	2.1 %	Laboratory	Active
Energy (1-Ph/ 3-Ph)	Direct Method Using 3 phase Energy/Power Calibrator - 3 phase and 1 phse (30V to 300V L-N, 0.5 A to 6 A per phase, ±0.5 to 1 pf)	Up to 300 Whr	1.2 Wh	Laboratory	Active
		< 300 W/ hr to 1.5 kW/hr	1.6 Wh	Laboratory	Active
		< 1.5 kW/hr to 3.0 kW/hr	1.7 Wh	Laboratory	Active
		<3.0 kW/hr to 5.4 kW/ hr	3.2 Wh	Laboratory	Active
Insulation Resistance	Direct Method Using Resistance Box/ Insulation Resistance upto @500V	Up to 100 kΩ	5.9 Ω	Laboratory	Active
		<100 kΩ to 1 MΩ	14 kΩ	Laboratory	Active
		<1 MΩ to 5 MΩ	58 kΩ	Laboratory	Active
		<5 MΩ to 10 MΩ	0.12 MΩ	Laboratory	Active
		<10 MΩ to 20 MΩ	0.25 MΩ	Laboratory	Active
		<20 MΩ to 50 MΩ	0.61 MΩ	Laboratory	Active
		<50 MΩ to 100 MΩ	1 .5 MΩ	Laboratory	Active
	Direct Method Using Resistance Box upto @5 kV	10 M Ω	0.1 MΩ	Laboratory	Active
		100 M Ω	1.2 MΩ	Laboratory	Active
		1 GΩ	12 MΩ	Laboratory	Active
		10 GΩ	0.12 GΩ	Laboratory	Active
Earth Bond Resistance/Earth Resistance	Direct Method Using Reference Resistances	Up to 4 Ω	52 mΩ	Laboratory	Active
		4 to 10 Ω	58 mΩ	Laboratory	Active
		10 to 100 Ω	0.14 Ω	Laboratory	Active
		100 to 400 Ω	0.5 Ω	Laboratory	Active
		400 to 1000 Ω	1.3 Ω	Laboratory	Active
		1000 to 2000 Ω	2.4 Ω	Laboratory	Active
		2000 to 3000 Ω	3.6 Ω	Laboratory	Active
Electrical-Source
DC Voltage	Direct Method Using Reference Multimeter	Up to 1 mV	4.4 µV	Laboratory	Active
		<1 mV to 10 mV	5.2 µV	Laboratory	Active
		<10 mV to 100 mV	11 µV	Laboratory	Active
		<100 mV to 0.5 V	38 µV	Laboratory	Active
		<0.5 V to 1 V	57 µV	Laboratory	Active
		<1 V to 5 V	0.44 mV	Laboratory	Active
		<5 V to 10 V	3.7 mV	Laboratory	Active
		<10 to 50 V	50 mV	Laboratory	Active
		<50 to 100 V	57 mV	Laboratory	Active
		<100 to 500 V	71 mV	Laboratory	Active
		<500 to 1000 V	71 mV	Laboratory	Active
AC Voltage		Upto 10 mV @ 45 Hz	47 µV	Laboratory	Active
		Upto to 100 mV @ 50 Hz	0.26 mV	Laboratory	Active
		< 100 mV to 0.5 V @ 50 Hz	1.9 mV	Laboratory	Active
		< 0.5 V to 1 V @ 50 Hz	3.7 mV	Laboratory	Active
		< 1 V to 5 V @ 50 Hz	20 mV	Laboratory	Active
		< 5 V to 10 V @ 50 Hz	37 mV	Laboratory	Active
		< 10 V to 50 V @ 50 Hz	1.2 V	Laboratory	Active
		< 50 V to 100 V @ 50 Hz	1.2 V	Laboratory	Active
		< 100 V to 500 V @ 50 Hz	4.9 V	Laboratory	Active
		< 500 V to 1000 V @ 50 Hz	9.4 V	Laboratory	Active
		Upto 200 V @ 1 kHz	1.4 V	Laboratory	Active
		<200 V to 1000 V @ 1 kHz	1.4 V	Laboratory	Active
		Upto 2mV @ 10 kHz	48 µV	Laboratory	Active
		<2 mV to 10 mV @ 10 kHz	54 µV	Laboratory	Active
		< 10 mV to 100 mV @ 10 kHz	0.15 mV	Laboratory	Active
		< 100 mV to 1 V @10 kHz	1.1 mV	Laboratory	Active
		< 1 V to 10 V @ 10 kHz	27 mV	Laboratory	Active
		< 10 V to 100 V @ 10 kHz	1.3 V	Laboratory	Active
		Upto 20 mV @ 10 kHz to 100 kHz	90 µV	Laboratory	Active
		<20 mV to 200 mV @ 10 kHz to 100 kHz	30 mV	Laboratory	Active
		<200 mV to 2 V @ 10 kHz to 100 kHz	37 mV	Laboratory	Active
DC Current	Direct Method Using Reference Multimeter /Comparasion Method	Up to 10 µA	35 nA	Laboratory	Active
		<10 µA to 100 µA	0.12 nA	Laboratory	Active
		<100 µA to 0.5 mA	0.55 μA	Laboratory	Active
		<0.5 mA to 1 mA	0.93 μA	Laboratory	Active
		<1 mA to 5mA	8.2 μA	Laboratory	Active
		<5 mA to 10 mA	12 μA	Laboratory	Active
		<10 mA to <50 mA	47 μA	Laboratory	Active
		<50 mA to 100 mA	88 μA	Laboratory	Active
		<100 mA to 200 mA	0.18 mA	Laboratory	Active
		<200 mA to 0.4 A	0.35 mA	Laboratory	Active
		0.4 A to 0.5 A	0.62 mA	Laboratory	Active
		<0.5 A to 1 A	5.5 mA	Laboratory	Active
		<1 A to 2 A	8.0 mA	Laboratory	Active
		<2 A to 3 A	9.3 mA	Laboratory	Active
		<3 A to 5 A	14 mA	Laboratory	Active
		<5 A to 10 A	22 mA	Laboratory	Active
		< 10 µA to 50 µA @ 50 Hz	0.16 µA	Laboratory	Active
		< 50 µA to 100 µA @ 50 Hz	0.24 µA	Laboratory	Active
		< 100 µA to 0.5 mA @ 50 Hz	1.0 µA	Laboratory	Active
		< 0.5 mA to 1 mA @ 50 Hz	1.6 µA	Laboratory	Active
		< 1 mA to 5mA @ 50 Hz	16 µA	Laboratory	Active
		< 5 mA to 10 mA @ 50 Hz	24 µA	Laboratory	Active
		< 10 mA to 50 mA @ 50 Hz	0.10 mA	Laboratory	Active
		< 50 mA to 100 mA @ 50 Hz	0.16 mA	Laboratory	Active
		< 100 mA to 200 mA @ 50 Hz	0.99 mA	Laboratory	Active
		< 200 mA to 0.4 A @ 50 Hz	1.2 mA	Laboratory	Active
		0.4 A to 0.5 A @ 50 Hz	1.3 mA	Laboratory	Active
AC Current		Up to 100 µA @ 45 Hz	0.34 µA	Laboratory	Active
		<100 µA to 0.5 mA @ 45 Hz	1.6 µA	Laboratory	Active
		<0.5 mA to 1 mA @ 45 Hz	6.1 µA	Laboratory	Active
		<1 mA to 5mA @ 45 Hz	19 µA	Laboratory	Active
		<5 mA to 10 mA @ 45 Hz	30 µA	Laboratory	Active
		<10 mA to 50 mA @ 45 Hz	0.13 mA	Laboratory	Active
		<50 mA to 100 mA @ 45 Hz	0.22 mA	Laboratory	Active
		< 100 mA to 0.4 A @ 1 kHz	0.96 mA	Laboratory	Active
		<200 mA to 0.4 A @ 50 Hz	2.1 mA	Laboratory	Active
		0.4 A to 0.5 A @ 50 Hz	2.2 mA	Laboratory	Active
		<0.5 A to 1 A @ 50 Hz	4.3 mA	Laboratory	Active
		<1 A to 2 A @ 50 Hz	7.8 mA	Laboratory	Active
		<2 A to 3 A @ 50 Hz	12 mA	Laboratory	Active
		<3 A to 5 A @ 50 Hz	22 mA	Laboratory	Active
		<5 A to 10 A @ 50 Hz	39 mA	Laboratory	Active
		Up to 40 µA @ 1 kHz	0.25 µA	Laboratory	Active
		<40 uA to 1 mA @ 1 kHz	6.2 µA	Laboratory	Active
		<1 mA to 10 mA @ 1 kHz	26 µA	Laboratory	Active
		<10 mA to 100 mA @ 1 kHz	0.17 mA	Laboratory	Active
		<100 mA to 0.4 A @ 1 kHz	0.96 mA	Laboratory	Active
		0.4 A to 1A @ 1 kHz	1.9 mA	Laboratory	Active
		<1 A to 3 A @ 1 kHz	8.0 mA	Laboratory	Active
		<3 A to 5 A @ 1 kHz	16 mA	Laboratory	Active
		<5 A to 10 A @ 1 kHz	27 mA	Laboratory	Active
Capacitance	Direct Method Using Reference Multimeter	Up to 1 nF	59 pF	Laboratory	Active
		1 nF to 10 nF	0.25 nF	Laboratory	Active
		< 10 nF to 100 nF	2.7 nF	Laboratory	Active
		< 100 nF to 1 µF	25 nF	Laboratory	Active
		< 1 µF to 10 µF	0.19 µF	Laboratory	Active
		< 10 µF to 100 µF	1.9 µF	Laboratory	Active
		< 100 µF to 1 mF	19 µF	Laboratory	Active
		< 1 mF to 10 mF	0.13 mF	Laboratory	Active
Frequency	Direct Method Using Reference Multimeter /Comparasion Method	Up to 10 Hz	0.58 Hz	Laboratory	Active
		10 Hz to 50 Hz	0.58 Hz	Laboratory	Active
		<50 Hz to 100 Hz	0.58 Hz	Laboratory	Active
		<100 Hz to 1 kHz	0.58 Hz	Laboratory	Active
		<1 kHz to 10 kHz	0.58 kHz	Laboratory	Active
		<10 kHz to 100 kHz	0.58 kHz	Laboratory	Active
		<100 kHz to 300 kHz	1.2 kHz	Laboratory	Active
		<300 kHz to 999 kHz	3.4 kHz	Laboratory	Active
Resistances/ Decade resistance boxes	Direct Method Using Reference Multimeter/Comparison Method	Up to 1Ω	4.4 mΩ	Laboratory	Active
		<1 Ω to 10 Ω	5.1 mΩ	Laboratory	Active
		<10Ω to 100Ω	26 mΩ	Laboratory	Active
		<100 Ω to 1 kΩ	0.24 Ω	Laboratory	Active
		<1 kΩ to 10 kΩ	2.4 Ω	Laboratory	Active
		<10 kΩ to 100 kΩ	13 Ω	Laboratory	Active
		<100 kΩ to 1 MΩ	0.15 kΩ	Laboratory	Active
		<1 MΩ to 10 MΩ	5.3 kΩ	Laboratory	Active
		<10 MΩ to 100 MΩ	0.93 MΩ	Laboratory	Active
		<100 MΩ to 300 MΩ	3.1 MΩ	Laboratory	Active
		<300 MΩ to 1000 MΩ	22 MΩ	Laboratory	Active
Inductance -Measuring Instruments	Direct Method Using Multi product Calibrator	1 mH	64 µH	Laboratory	Active
		10 mH	0.12 mH	Laboratory	Active
		19 mH	0.18 mH	Laboratory	Active
		29 mH	0.24 mH	Laboratory	Active
		50 mH	0.36 mH	Laboratory	Active
		100 mH	0.67 mH	Laboratory	Active
		1 H	8.5 mH	Laboratory	Active
		10 H	60 mH	Laboratory	Active
Low Resistance Ohm Meter -Measuring Instruments	Direct 4 wire measurement using Precision Decade Resistance box (Upto 10 A)	1 mΩ to 10 mΩ	96 µΩ	Laboratory	Active
		>10 mΩ to 100 mΩ	0.6 mΩ	Laboratory	Active
	Direct 4 wire measurement using Precision Decade Resistance box (Upto 1.6 A)	100 mΩ to 500 mΩ	3.0 mΩ	Laboratory	Active
		500 mΩ to 1000 mΩ	6.0 mΩ	Laboratory	Active
	Direct 4 wire measurement using Precision Decade Resistance box (Upto 200 mA)	1 Ω to 5 Ω	11 mΩ	Laboratory	Active
		>5 Ω to 10 Ω	59 mΩ	Laboratory	Active
		>10 Ω to 100 Ω	0.11 Ω	Laboratory	Active
		>100 Ω to 500 Ω	0.66 Ω	Laboratory	Active
		>500 Ω to 1000 Ω	0.85 Ω	Laboratory	Active
		>1000 Ω to 2000 Ω	1.4 Ω	Laboratory	Active
Low/Shunt/Contact Resistance -Sourcing Instruments	V/I method using Multiproduct Calibrator and Reference Multimeter (Up to 20 A)	up to 100 mΩ	0.67 mΩ	Laboratory	Active
		>100 mΩ to 1000 mΩ	1.9 mΩ	Laboratory	Active
		>1000 mΩ to 10 Ω	0.10 Ω	Laboratory	Active
Volume
Liquid Volume /Piston operated volumetric apparatus( pipettes / Dispensers / Repeaters /Dilutors )	Gravimetric method ( ISO 8655-6:2002)	10 μl < V < 100 μl	0.16 μl	Laboratory	Active
		100μl < V < 1 ml	1.4 μl	Laboratory	Active
		1 < V < 10 ml	3.9 μl	Laboratory	Active
Torque
Torque tools/ Indicating and Hand Torque Tools	Based on ISO 6789 1 & 2	0.05 N·m to 0.5 N·m	0.008	Laboratory	Active
		0.5 N·m to 5 N·m	0.006	Laboratory	Active
		5 N·m to 50 N·m	0.005	Laboratory	Active
		50 N·m to 500 N·m	0.006	Laboratory	Active
		500 N·m - 2000 N·m	0.005	Laboratory	Active

Services	Approved Amount ()	Quantity	Amount ()
Accreditation Application
Document Review
Pre - Assessment Visit
Accreditation Assessment Visit
Follow Up Visit
Surveillance Visit
Extension in scope / Special Visit
Accreditation Certificate
Accreditation Symbols
Lifting of Suspension
Accreditation Re-Assessment Visit
Outside UAE (Fees apply)