تفاصيل جهة الإعتماد

Al Saqr Engineering

Initial Accreditation Date:Sep 07 , 2017

معلومات الاتصال

العنوان

Sharjah, United Arab Emirates

صندوق بريد / الرمز البريدي

9350

البريد الإلكتروني

calibration@alsaqrengg.com

الموقع الإلكتروني

www.abdullabinzayed.com

المجال الرئيسي

Calibration Laboratories

ساري منذ:May 06 , 2024

تحميل الشهادة

Measured Quantity / Calibration Instrument	Calibration Method	Range and Specification	Expanded Measurement	Location	Status
Balance & Scale
Top loading weighing scale					Active
Pressure
Pneumatic pressure Gauge, Pressure Indicating and electrical output devices	DA-P-001 based on DKD-R 6-1:2014	(-97 kPa to 0 Mpa)	0.2 kPa	Laboratory/ Customer Premises	Active
	DA-P-001 based on DKD-R 6-1:2014	>0 kPa to 2 Mpa	0.6 kPa	Laboratory/ Customer Premises	Active
Hydrulic pressure Gauge, Pressure Indicating and electrical output devices	DA-P-002 based on DKD-R 6-1:2014	0 to 20 MPa	9 kPa	Laboratory/ Customer Premises	Active
		> 20 MPa to 70 MPa	23 kPa	Laboratory/ Customer Premises	Active
		> 70 MPa to 280 MPa	0.07 MPa	Laboratory/ Customer Premises	Active
Mass
Conventional Mass/Weights	DA-M-002 based on OIML R 111	1 mg	0.013 mg	Laboratory	Active
		2 mg	0.013 mg	Laboratory	Active
		5 mg	0.014 mg	Laboratory	Active
		10 mg	0.013 mg	Laboratory	Active
		20 mg	0.013 mg	Laboratory	Active
		50 mg	0.014 mg	Laboratory	Active
		100 mg	0.014 mg	Laboratory	Active
		200 mg	0.015 mg	Laboratory	Active
		500 mg	0.015 mg	Laboratory	Active
		1 g	0.015 mg	Laboratory	Active
		2 g	0.017 mg	Laboratory	Active
		5 g	0.022 mg	Laboratory	Active
		10 g	0.021 mg	Laboratory	Active
		20 g	0.026 mg	Laboratory	Active
		50 g	0.033 mg	Laboratory	Active
		100 g	0.089 mg	Laboratory	Active
		200 g	0.11 mg	Laboratory	Active
		500 g	3.0 mg	Laboratory	Active
		1 kg	3.0 mg	Laboratory	Active
		2 kg	3.6 mg	Laboratory	Active
		5 kg	30 mg	Laboratory	Active
		10 kg	71 mg	Laboratory	Active
		20 kg	74 mg	Laboratory	Active
Balance
Mass/ Weighing Scale	DA-M-001 based on Euramet cg 18:2015	0 to 110 g	0.17mg	Customer Premices	Active
		> 110 g to 320 g	0.26 mg	Customer Premices	Active
		> 320 g to 610 g	0.42 mg	Customer Premices	Active
		> 610 g to 1100 g	0.96 mg	Customer Premices	Active
		> 1.1 kg to 4.1 kg	9.7 mg	Customer Premices	Active
		> 4.1 kg to 15 kg	67.0 mg	Customer Premices	Active
		> 15 kg to 30 kg	0.13 g	Customer Premices	Active
		> 30 kg to 60 kg	1.8 g	Customer Premices	Active
		> 60 kg to 100 kg	13.0 g	Customer Premices	Active
		> 100 kg to 500kg	22.0 g	Customer Premices	Active
		> 500 kg to 1000 kg	61.0 g	Customer Premices	Active
Temperature
Partial Immersion Liquid in Glass Thermometers	In-house method DA-T-002	-30 °C to 150 °C	± 0.2 °C	Laboratory	Active
Direct Reading Thermometers, Digital Thermometers, Temperature Indicators, Data Loggers, Chart recorders with sensor	In-house method DA-T-001	"-30 °C to 300 °C	± 0.2 °C	Laboratory/ Customer Premises	Active
		>300 °C to 400 °C	± 0.4 °C	Laboratory/ Customer Premises	Active
		> 400 °C to 650 °C	± 1.8 °C	Laboratory/ Customer Premises	Active
Platinum Resistance Thermometers	In-house method DA-T-007	"-30 °C to 300 °C	± 0.2 °C	Laboratory/ Customer Premises	Active
Platinum Resistance Thermometers		>300 °C to 400 °C	± 0.4 °C	Laboratory/ Customer Premises	Active
Base metal thermocouples		-30 °C to 300 °C	± 0.2 °C	Laboratory/ Customer Premises	Active
		>300 °C to 400 °C	± 0.4 °C	Laboratory/ Customer Premises	Active
		> 400 °C to 650 °C	± 1.8 °C	Laboratory/ Customer Premises	Active
Dry Block Calibrators	In-house method DA-T-006	-30 °C to 300 °C	± 0.2 °C	Laboratory/ Customer Premises	Active
		>300 °C to 400 °C	± 0.4 °C	Laboratory/ Customer Premises	Active
		> 400 °C to 600 °C	± 2.9 °C	Laboratory/ Customer Premises	Active
		>600 °C to 1200 °C	± 9.3 °C	Laboratory/ Customer Premises	Active
Infrared Thermometers, Thermal Imagers	In-house method DA-T-008	50 °C to 250 °C	3.0 °C	Laboratory	Active
Infrared Thermometers, Thermal Imagers	In-house method DA-T-008	>250 °C to 500 °C	3.5 °C	Laboratory	Active
Thermo Hygrometers, Humidity Data Loggers	In-house method DA-T-010	20 %RH to 50 %RH	± 2.6 %RH	Laboratory	Active
		>50 %Rh to 90 %RH	± 3.0 %RH	Laboratory	Active
		0 °C to 50 °C	± 0.2 °C	Laboratory	Active
Liquid bath (using 5 sensors)	In-house method DA-T-003	"-35 °C to 250 °C	± 0.4 °C	Laboratory/ Customer Premises	Active
Chillers, Freezers, Refrigerators, Incubators, Climate Temperature Chambers (using 9 sensors)	In-house method DA-T-004 based on DKD R 5-7 (method A or B)	"-35 °C to 100 °C	± 0.4 °C	Customer Premises	Active
Ovens, Autoclaves, Hot Cabinets, Warmers, Hot Boxes, Furnaces (using 9 sensors)	In-house method DA-T-004 based on DKD R 5-7 (method A or B)	25 °C to 250 °C	0.4 °C	Customer Premises	Active
Measuring location in Ovens, Autoclaves, Hot Cabinets, Warmers, Furnaces (using one sensors)	In-house method DA-T-005 based on DKD R 5-7 (method C)	25 °C to 250 °C	± 0.4 °C	Customer Premises	Active
Measuring location in Dish Washers, Glass Washers (using one sensor)	In-house method DA-T-009	20 °C to 90 °C	± 0.7 °C	Customer Premises	Active
Measuring location in Chillers, Freezers, Refrigerators, Incubators, Climate Temperature Chambers (using one sensor)	In-house method DA-T-005 based on DKD R 5-7 (method C)	"-35 °C to 100 °C	± 0.4 °C	Customer Premises	Active
Measuring location in Muffel Furnace (using one sensors)	In-house method DA-T-005	>300 °C to 400 °C	± 4.1 °C	Laboratory/ Customer Premises	Active
		>400 °C to 600 °C	± 5.9 °C	Laboratory/ Customer Premises	Active
		>600 °C to 1200 °C	± 11.3 °C	Laboratory/ Customer Premises	Active
Measuring location in Humidity Chamber (using one sensor)	In-house method DA-T-005 based on DKD R 5-7 (method C)	20 %RH to 50 %RH	± 2.6 %RH	Customer Premises	Active
Measuring location in Humidity Chamber (using one sensor)	In-house method DA-T-005 based on DKD R 5-7 (method C)	>50 %Rh to 90 %RH	± 3.0 %RH	Customer Premises	Active
Electrical
DC Voltage	Calibration Procedure # DA-E-003 U = Measured Voltage Value	Up to 330mV	31x10¯⁶.U + 2 μV	Laboratory	Active
		> 0.33 V to 3.3 V	15 x10¯⁶.U + 3.2 μV	Laboratory	Active
		> 3.3 V to 33 V	16 x10¯⁶.U + 35 μV	Laboratory	Active
		> 33 V to 330 V	23x10¯⁶.U + 0.25 mV	Laboratory	Active
		> 330 V to 1000V	24x10¯⁶.U + 1.8 mV	Laboratory	Active
AC Voltage		(Up to 32.999 mV ) 10 Hz to 45 Hz	0.66x10¯³.U+7μV	Laboratory	Active
		(Up to 32.999 mV ) >45 Hz to 10 kHz	0.46x10¯³.U+7μV	Laboratory	Active
		(Up to 32.999 mV ) >10 kHz to 20 kHz	0.48x10¯³.U+8μV	Laboratory	Active
		(Up to 32.999 mV ) >20 kHz to 50 kHz	0.70x10¯³.U+8μV	Laboratory	Active
		(Up to 32.999 mV ) >50 kHz to 100 kHz	2.1x10¯³.U+15μV	Laboratory	Active
		(Up to 32.999 mV ) >100 kHz to 500 kHz	4.8x10¯³.U + 50 μV	Laboratory	Active
		(33 mV to 329.999 mV) >10 Hz to 45 Hz	0.41x10¯³.U + 9 μV	Laboratory	Active
		(33 mV to 329.999 mV) >45 Hz to 10 kHz	0.20x10¯³.U + 10 μV	Laboratory	Active
		(33 mV to 329.999 mV) >10 kHz to 20 kHz	0.22x10¯³.U + 15 μV	Laboratory	Active
		(33 mV to 329.999 mV) >20 kHz to 50 kHz	0.44x10¯³.U + 15 μV	Laboratory	Active
		(33 mV to 329.999 mV) >50 kHz to 100 kHz	1.1x10¯³.U + 40 μV	Laboratory	Active
		(33 mV to 329.999 mV) >100 kHz to 500 kHz	2.6x10¯³.U + 78 μV	Laboratory	Active
		(0.33 V to 3.29999 V ) 10 Hz to 45 Hz	0.39x10¯³.U + 80 μV	Laboratory	Active
		(0.33 V to 3.29999 V ) >45 Hz to 10 kHz	0.20x10¯³.U + 60 μV	Laboratory	Active
		(0.33 V to 3.29999 V ) >10 kHz to 20 kHz	0.25x10¯³.U + 0.1 mV	Laboratory	Active
		(0.33 V to 3.29999 V ) >20 kHz to 50 kHz	0.37x10¯³.U + 0.1 mV	Laboratory	Active
		(0.33 V to 3.29999 V ) >50 kHz to 100 kHz	0.86x10¯³.U + 0.2 mV	Laboratory	Active
		(0.33 V to 3.29999 V ) >100 kHz to 500 kHz	3.1x10¯³.U + 1.3 mV	Laboratory	Active
		(3.3 V to 32.9999 V) 10 Hz to 45 Hz	0.59x10¯³.U + 0.75 mV	Laboratory	Active
		(3.3 V to 32.9999 V) >45 Hz to 10 kHz	0.39x10¯³.U + 0.75 mV	Laboratory	Active
		(3.3 V to 32.9999 V) >10 kHz to 20 kHz	0.49x10¯³.U + 1.3 mV	Laboratory	Active
		(3.3 V to 32.9999 V) >20 kHz to 50 kHz	0.62x10¯³.U + 2 mV	Laboratory	Active
		(3.3 V to 32.9999 V) >50 kHz to 100 kHz	1.6x10¯³.U + 3.5 mV	Laboratory	Active
		(33 V to 329.999 V ) 45 Hz to 1 kHz	0.30x10¯³.U + 4 mV	Laboratory	Active
		(33 V to 329.999 V ) >1 kHz to 10 kHz	0.45x10¯³.U + 8 mV	Laboratory	Active
		(33 V to 329.999 V ) >10 kHz to 20 kHz	0.50x10¯³.U + 1.4 mV	Laboratory	Active
		(33 V to 329.999 V ) >20 kHz to 50 kHz	0.56x10¯³.U + 5 mV	Laboratory	Active
		(33 V to 329.999 V ) >50 kHz to 100 kHz	4.1x10¯³.U + 0.1 V	Laboratory	Active
		(330 V to 1020 V) 50 Hz to 1 kHz	0.36x10¯³.U + 10 mV	Laboratory	Active
		(330 V to 1020 V) >1 kHz to 5 kHz	0.31x10¯³.U + 10 mV	Laboratory	Active
		(330 V to 1020 V) >5 kHz to 10 kHz	0.36x10¯³.U + 10 mV	Laboratory	Active
DC Current	Direct Method Calibration Procedure # DA-E-003 I = Measured Current Value	1μA to 329.999 μA	0.26x10¯³.I + 0.02 μA	Laboratory	Active
		0.33 mA to 3.29999 mA	0.14x10¯³.I + 0.05 μA	Laboratory	Active
		3.3 mA to 32.9999 mA	0.21x10¯³.I + 0.25 μA	Laboratory	Active
		33 mA to 329.999 mA	0.21x10¯³.I + 5.5 μA	Laboratory	Active
		0.33 A to 1.09999 A	0.37x10¯³.I + 0.09 mA	Laboratory	Active
		1.1 A to 2.99999 A	0.48x10¯³.I + 0.09 mA	Laboratory	Active
		3 A to 10.9999 A	0.63x10¯³.I + 1.2 mA	Laboratory	Active
		11 A to 20.5 A	1.3x10¯³.I + 2.8 mA	Laboratory	Active
	Calibration Procedure # DA-E-004 Using X50 Turn Current Coil I = Measured Current Value	(X 50 Turn Coil) 10 A to 16.5 A	7.4x10¯³.I + 0.03 A	Laboratory	Active
		(X 50 Turn Coil) 16.5 A to 150 A	6.6x10¯³.I + 0.06 A	Laboratory	Active
		(X 50 Turn Coil) 150 A to 1025 A	6.8x10¯³.I + 0.07 A	Laboratory	Active
AC Current	Direct Method Calibration Procedure # DA-E-003 I = Measured Current Value	(29.00 μA to 329.99 μA ) 10 Hz to 20 Hz	2.7x10¯³.I + 0.11 μA	Laboratory	Active
		(29.00 μA to 329.99 μA ) >20 Hz to 45 Hz	2.1x10¯³.I + 0.12 μA	Laboratory	Active
		(29.00 μA to 329.99 μA ) >45 Hz to 1 kHz	1.8x10¯³.I + 0.12 μA	Laboratory	Active
		(29.00 μA to 329.99 μA ) >1 kHz to 5 kHz	4.0x10¯³.I + 0.18 μA	Laboratory	Active
		(29.00 μA to 329.99 μA ) >5 kHz to 10 kHz	10x10¯³.I + 0.22 μA	Laboratory	Active
		(29.00 μA to 329.99 μA ) >10 kHz to 30 kHz	20x10¯³.I + 0.43 μA	Laboratory	Active
		(0.33 mA to 3.29999 mA) 10 Hz to 20 Hz	2.4x10¯³.I + 0.25 μA	Laboratory	Active
		(0.33 mA to 3.29999 mA) >20 Hz to 45 Hz	1.5x10¯³.I + 0.25 μA	Laboratory	Active
		(0.33 mA to 3.29999 mA) >45 Hz to 1 kHz	1.8x10¯³.I + 0.12 μA	Laboratory	Active
		(0.33 mA to 3.29999 mA) >1 kHz to 5 kHz	2.4x10¯³.I + 0.18 μA	Laboratory	Active
		(0.33 mA to 3.29999 mA) >5 kHz to 10 kHz	5.9x10¯³.I + 0.22 μA	Laboratory	Active
		(0.33 mA to 3.29999 mA) >10 kHz to 30 kHz	12x10¯³.I + 0.43 μA	Laboratory	Active
		(3.3 mA to 32.9999 mA) 10 Hz to 20 Hz	2.2x10¯³.I+ 4 μA	Laboratory	Active
		(3.3 mA to 32.9999 mA) >20 Hz to 45 Hz	11x10¯³.I+ 4 μA	Laboratory	Active
		(3.3 mA to 32.9999 mA) >45 Hz to 1 kHz	1.1x10¯³.I+ 4 μA	Laboratory	Active
		(3.3 mA to 32.9999 mA) >1 kHz to 5 kHz	1.1 x10¯³.I+ 2 μA	Laboratory	Active
		(3.3 mA to 32.9999 mA) >5 kHz to 10 kHz	2.5 x10¯³.I+ 7 μA	Laboratory	Active
		(3.3 mA to 32.9999 mA) >10 kHz to 30 kHz	4.8 x10¯³.I+ 4.5 μA	Laboratory	Active
		(33 mA to 329.999 mA ) 10 Hz to 20 Hz	2.2x10¯³.I + 30 μA	Laboratory	Active
		(33 mA to 329.999 mA ) >20 Hz to 45 Hz	1.2x10¯³.I + 21 μA	Laboratory	Active
		(33 mA to 329.999 mA ) >45 Hz to 1 kHz	0.54x10¯³.I + 25 μA	Laboratory	Active
		(33 mA to 329.999 mA ) >1 kHz to 5 kHz	1.3x10¯³.I + 53 μA	Laboratory	Active
		(33 mA to 329.999 mA ) >5 kHz to 10 kHz	2.7x10¯³.I + 0.11 mA	Laboratory	Active
		(33 mA to 329.999 mA ) >10 kHz to 30 kHz	5.4x10¯³.I + 0.21 mA	Laboratory	Active
		(0.33 A to 1.09999 A ) 10 Hz to 45 Hz	2.2x10¯³.I + 0.25 mA	Laboratory	Active
		(0.33 A to 1.09999 A ) >45 Hz to 1 kHz	0.69x10¯³.I + 0.2 mA	Laboratory	Active
		(0.33 A to 1.09999 A ) >1 kHz to 5 kHz	8.0x10¯³.I + 1 mA	Laboratory	Active
		(0.33 A to 1.09999 A ) >5 kHz to 10 kHz	35x10¯³.I + 5 mA	Laboratory	Active
		(1.1 A to 2.99999 A ) 10 Hz to 45 Hz	2.2x10¯³.I + 0.4 mA	Laboratory	Active
		(1.1 A to 2.99999 A ) >45 Hz to 1 kHz	0.74x10¯³.I + 0.2 mA	Laboratory	Active
		(1.1 A to 2.99999 A ) >1 kHz to 5 kHz	7.4x10¯³.I + 1.0 mA	Laboratory	Active
		(1.1 A to 2.99999 A ) >5 kHz to 10 kHz	35x10¯³.I + 5.0 mA	Laboratory	Active
		(3 A to 10.9999 A ) 45 Hz to 100 Hz	0.91x10¯³.I + 2.5 mA	Laboratory	Active
		(3 A to 10.9999 A ) >100 Hz to 1 kHz	1.4x10¯³.I + 1.8 mA	Laboratory	Active
		(3 A to 10.9999 A ) >1 kHz to 5 kHz	35x10¯³.I + 6 mA	Laboratory	Active
		(11 A to 20.5 A) 45 Hz to 100 Hz	1.7x10¯³.I + 2.5 mA	Laboratory	Active
		(11 A to 20.5 A) >100 Hz to 1 kHz	2.1x10¯³.I + 3 mA	Laboratory	Active
		(11 A to 20.5 A) >1 kHz to 5 kHz	35x10¯³.I + 4 mA	Laboratory	Active
	Direct Method Calibration Procedure # DA-E-004 Using X50 Turn Current Coil I = Measured Current Value	(10 A to 300 A) 45 Hz to 65 Hz	7.5x10¯³.I + 0.12 A	Laboratory	Active
		(> 300 A to 600 A) 45 Hz to 65 Hz	7.2x10¯³.I + 0.015 A	Laboratory	Active
		(> 600 A to 1000 A) 45 Hz to 65 Hz	7.2x10¯³.I + 0.02 A	Laboratory	Active
Resistance	Direct Method Calibration Procedure # DA-E-003 R = Measured Resistance Value	1 Ω to 10.9999 Ω	0.16 x10¯³.R + 1 mΩ	Laboratory	Active
		11 Ω to 32.9999 Ω	82 x10¯⁶.R + 1.5 mΩ	Laboratory	Active
		33 Ω to 109.9999 Ω	54 x10¯⁶.R + 1.4 mΩ	Laboratory	Active
		110 Ω to 329.9999 Ω	54 x10¯⁶.R + 2 mΩ	Laboratory	Active
		330 Ω to 1.099999 kΩ	40 x10¯⁶.R + 2 mΩ	Laboratory	Active
		1.1 kΩ to 3.299999 kΩ	54 x10¯⁶.R + 20 mΩ	Laboratory	Active
		3.3 kΩ to 10.99999 kΩ	44 x10¯⁶.R + 20 mΩ	Laboratory	Active
		11 kΩ to 32.99999 kΩ	40 x10¯⁶.R + 0.2 Ω	Laboratory	Active
		33 kΩ to 109.9999 kΩ	40 x10¯⁶.R + 0.2 Ω	Laboratory	Active
		110 kΩ to 329.99999 kΩ	58 x10¯⁶.R + 2 Ω	Laboratory	Active
		330 kΩ to 1.099999 MΩ	48 x10¯⁶.R + 2 Ω	Laboratory	Active
		1.1 MΩ to 3.299999 MΩ	0.12 x10¯3.R + 30 Ω	Laboratory	Active
		3.3 MΩ to 10.99999 MΩ	0.17 x10¯³.R + 50 Ω	Laboratory	Active
		11 MΩ to 32.99999 MΩ	0.56 x10¯³.R + 2.5 kΩ	Laboratory	Active
		33 MΩ to 109.9999 MΩ	0.69 x10¯³.R + 3 kΩ	Laboratory	Active
		110 MΩ to 329.9999 MΩ	4.6 x10¯³.R + 0.1 MΩ	Laboratory	Active
		330 MΩ to 1100 MΩ	19 x10¯³.R + 0.5 MΩ	Laboratory	Active
Capacitance	Direct Method Calibration Procedure # DA-E-003 C = Measured Capacitance Value	220 pF to 399.9 pF	44 x10¯³.C + 10 pF	Laboratory	Active
		0.4 nF to 1.0999 nF	35 x10¯³.C + 10 pF	Laboratory	Active
		1.1 nF to 3.2999 nF	18 x10¯³.C + 10 pF	Laboratory	Active
		3.3 nF to 10.9999 nF	6.6 x10¯³.C + 10 pF	Laboratory	Active
		11 nF to 32.9999 nF	6.6 x10¯³.C + 10 pF	Laboratory	Active
		33 nF to 109.999 nF	3.3 x10¯³.C + 10 pF	Laboratory	Active
		110 nF to 329.999 nF	3.3 x10¯³.C + 30 pF	Laboratory	Active
		0.33 μF to 1.09999 μF	18 x10¯³.C + 1 nF	Laboratory	Active
		1.1 μF to 3.29999 μF	8.2 x10¯³.C + 3 nF	Laboratory	Active
		3.3 μF to 10.9999 μF	19 x10¯³.C + 10 nF	Laboratory	Active
		11 μF to 32.9999 μF	9.4 x10¯³.C + 30 nF	Laboratory	Active
		33 μF to 109.999 μF	8.7 x10¯³.C + 0.1 μF	Laboratory	Active
		110 μF to 329.999 μF	8.4 x10¯³.C + 0.3 μF	Laboratory	Active
		0.33 mF to 1.09999 mF	20 x10¯³.C + 1 μF	Laboratory	Active
		1.1 mF to 3.29999 mF	9.9 x10¯³.C + 3 μF	Laboratory	Active
	Direct Method Calibration Procedure # DA-E-003C = Measured Capacitance Value	3.3 mF to 10.9999 mF	20 x10¯³.C + 10 μF	Laboratory	Active
		11 mF to 32.9999 mF	13 x10¯³.C + 30 μF	Laboratory	Active
		33 mF to 110 mF	17 x10¯³.C + 0.1 mF	Laboratory	Active
Frequency	Direct Method Calibration Procedure # DA-E-003 F = Measured Frequency Value	0.01 Hz to 119.99 Hz	0.92 x10¯⁶.F + 0.1 mHz	Laboratory	Active
		120.0 Hz to 1199.9 Hz	0.60 x10¯⁶.F + 0.01 mHz	Laboratory	Active
		1.200 kHz to 11.999 kHz	53 x10¯⁶.F + 0.5 Hz	Laboratory	Active
		12.00 kHz to 119.99 kHz	6.0 x10¯⁶.F + 0.5 Hz	Laboratory	Active
		120.0 kHz to 1199.9 kHz	3.0 x10¯⁶.F + 0.4 Hz	Laboratory	Active
		1.200 MHz to 2.000 MHz	0.29 x10¯3.F + 0.2 kHz	Laboratory	Active
Insulation Resistance Voltage (50 V to 10 kV)	Direct Method Calibration Procedure # DA-E-002 IR = Measured Insulation Resistance Value	5 MΩ	12 x10¯³.IR + 1 kΩ	Laboratory	Active
		50 MΩ	12 x10¯³.IR + 1 kΩ	Laboratory	Active
		500 MΩ	12 x10¯³.IR + 1 kΩ	Laboratory	Active
		5 GΩ	12 x10¯³.IR + 1 kΩ	Laboratory	Active
Stop Watch/Timer	Direct Method Calibration Procedure # DA-E-012 Comparision Method Using Standard Stop Watch	0.6 sec to 59 min	0.88 sec	Laboratory	Active
DC Power	Direct Method Calibration Procedure # DA-E-009 P = Measured Power Value	(Voltage: (33 mV to 1020 V)) (0.011 mW to 20.91 kW) 0.33 mA to 329.999 mA	0.72 x10¯³.P	Laboratory	Active
		(Voltage: (33 mV to 1020 V)) (0.011 mW to 20.91 kW) 0.33 A to 3 A	0.49 x10¯³.P	Laboratory	Active
		(Voltage: (33 mV to 1020 V)) (0.011 mW to 20.91 kW) 3 A to 20.5 A	1.1 x10¯³.P	Laboratory	Active
AC Power		(Voltage (33 mV to 329.999 mV)) (45 Hz to 65 Hz, PF=1) (0.11 mW to 20.91 kW) 0.33 mA to 8.9999 mA	2.3 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (45 Hz to 65 Hz, PF=1) (0.11 mW to 20.91 kW) 9 mA to 32.999 mA	1.7 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (45 Hz to 65 Hz, PF=1) (0.11 mW to 20.91 kW) 33 mA to 89.999 mA	1.3 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (45 Hz to 65 Hz, PF=1) (0.11 mW to 20.91 kW) 90 mA to 329.999 mA	5.6 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (0.11 mW to 20.91 kW) (45 Hz to 65 Hz, PF=1) 0.33 A to 0.8999 A	2.7 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (0.11 mW to 20.91 kW) (45 Hz to 65 Hz, PF=1) 0.9 A to 2.1999 A	1.9 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (0.11 mW to 20.91 kW) (45 Hz to 65 Hz, PF=1) 2.2 A to 4.4999 A	1.6 x10¯³.P	Laboratory	Active
		(Voltage (33 mV to 329.999 mV)) (0.11 mW to 20.91 kW) (45 Hz to 65 Hz, PF=1) 4.5 A to 20.5 A	1.5 x10¯³.P	Laboratory	Active
		(Voltage (330 mV to 1020 V)) 0.33 mA to 8.9999 mA	1.4 x10¯³.P	Laboratory	Active
		(Voltage (330 mV to 1020 V)) 9 mA to 32.999 mA	1.4 x10¯³.P	Laboratory	Active
		(Voltage (330 mV to 1020 V)) 33 mA to 89.999 mA	0.93 x10¯³.P	Laboratory	Active
		(Voltage (330 mV to 1020 V)) 90 mA to 329.999 mA	1.5 x10¯³.P	Laboratory	Active
		(Voltage (330 mV to 1020 V)) 0.33 A to 0.8999 A	1.3 x10¯³.P	Laboratory	Active
		(45 Hz to 65 Hz, PF=1) (Voltage (330 mV to 1020 V)) (0.11 mW to 20.91 kW) 0.9 A to 2.1999 A	1.6 x10¯³.P	Laboratory	Active
		(45 Hz to 65 Hz, PF=1) (Voltage (330 mV to 1020 V)) (0.11 mW to 20.91 kW) 2.2 A to 4.4999 A	1.4 x10¯³.P	Laboratory	Active
		(45 Hz to 65 Hz, PF=1) (Voltage (330 mV to 1020 V)) (0.11 mW to 20.91 kW) 4.5 A to 20.5 A	1.4 x10¯³.P	Laboratory	Active
		(Voltage (100 V to 1000 V)) (45 Hz to 65 Hz, PF=1) (100 W to 750 kW) 1 A to 50 A	1.3 x10¯³.P	Laboratory	Active
		(Voltage (100 V to 1000 V)) (45 Hz to 65 Hz, PF=1) (100 W to 750 kW) >50 A to 250 A	1.4 x10¯³.P	Laboratory	Active
		(Voltage (100 V to 1000 V)) (45 Hz to 65 Hz, PF=1) (100 W to 750 kW) >250 A to 500 A	1.4 x10¯³.P	Laboratory	Active
		(Voltage (100 V to 1000 V)) (45 Hz to 65 Hz, PF=1) (100 W to 750 kW) >500 A to 750 A	1.4 x10¯³.P	Laboratory	Active
DC Voltage	Direct Method Calibration Procedure # DA-E-001 & DA-E-008 U = Measured Voltage Value	1 mV to 100 mV	85 x10¯⁶.U + 3.5 μV	Laboratory	Active
		>0.1 V to 1 V	38 x10¯⁶.U + 7 μV	Laboratory	Active
		>1 V to 10 V	34 x10¯⁶.U + 50 μV	Laboratory	Active
		>10 V to 100 V	51 x10¯⁶.U + 0.6 mV	Laboratory	Active
		>100 V to 1000 V	59 x10¯⁶.U + 10 mV	Laboratory	Active
		>1 kV to 40 kV	24 x10¯³.U	Laboratory	Active
AC Voltage	Direct Method Calibration Procedure # DA-E-001 U = Measured Voltage Value	(10 mV to 100 mV) 10 Hz – 20 kHz	1.2 x10¯³.U + 0.04 mV	Laboratory/ Customer Premices	Active
		(10 mV to 100 mV) 20 kHz – 50 kHz	2.0 x10¯³.U + 0.05 mV	Laboratory/ Customer Premices	Active
		(10 mV to 100 mV) 50 kHz – 100 kHz	7.9 x10¯³.U + 0.08 mV	Laboratory/ Customer Premices	Active
		(10 mV to 100 mV) 100 kHz – 300 kHz	52 x10¯³.U + 0.5 mV	Laboratory/ Customer Premices	Active
		(> 0.1 V to 1 V) 10 Hz – 20 kHz	1.1 x10¯³.U + 0.3 mV	Laboratory/ Customer Premices	Active
		(> 0.1 V to 1 V) 20 kHz – 50 kHz	2.0 x10¯³.U + 0.5 mV	Laboratory/ Customer Premices	Active
		(> 0.1 V to 1 V) 50 kHz – 100 kHz	7.9 x10¯³.U + 0.8 mV	Laboratory/ Customer Premices	Active
		(> 0.1 V to 1 V) 100 kHz – 300 kHz	52 x10¯³.U + 5 mV	Laboratory/ Customer Premices	Active
		(> 1 V to 10 V) 10 Hz – 20 kHz	1.1 x10¯³.U + 3 mV	Laboratory/ Customer Premices	Active
		(> 1 V to 10 V) 20 kHz – 50 kHz	2.0 x10¯³.U + 5 mV	Laboratory/ Customer Premices	Active
		(> 1 V to 10 V) 50 kHz – 100 kHz	7.9 x10¯³.U + 8 mV	Laboratory/ Customer Premices	Active
		(> 1 V to 10 V) 100 kHz – 300 kHz	52 x10¯³.U + 50 mV	Laboratory/ Customer Premices	Active
		(> 10 V to 100 V) 10 Hz – 20 kHz	1.1 x10¯³.U + 30 mV	Laboratory/ Customer Premices	Active
		(> 10 V to 100 V) 20 kHz – 50 kHz	2.0 x10¯³.U + 50 mV	Laboratory/ Customer Premices	Active
		(> 10 V to 100 V) 50 kHz – 100 kHz	7.9 x10¯³.U + 80 mV	Laboratory/ Customer Premices	Active
	Direct Method Calibration Procedure # DA-E-001 U = Measured Voltage Value	(> 100 V to 1000 V) 10 Hz – 20 kHz	1.1 x10¯³.U + 0.3 V	Laboratory/ Customer Premices	Active
		(> 100 V to 1000 V) 20 kHz – 50 kHz	2.0 x10¯³.U + 0.5 V	Laboratory/ Customer Premices	Active
		(> 100 V to 1000 V) 50 kHz – 100 kHz	7.9 x10¯³.U + 0.8 V	Laboratory/ Customer Premices	Active
		(1 kV to 28 kV) 50 Hz to 60 Hz	58 x10¯³.U	Laboratory/ Customer Premices	Active
DC Current	Direct Method Calibration Procedure # DA-E-001 (I = Measured Current Value)	1 μA to 100 μA	0.9 x10¯³.I + 25 nA	Laboratory/ Customer Premices	Active
		0.1 mA to 1 mA	0.64 x10¯³.I + 50 nA	Laboratory/ Customer Premices	Active
		1 mA to 10 mA	0.81 x10¯³.I + 2 μA	Laboratory/ Customer Premices	Active
		10 mA to 100 mA	0.64 x10¯³.I + 5 μA	Laboratory/ Customer Premices	Active
		0.1 A to 1 A	1.0 x10¯³.I + 0.2 mA	Laboratory/ Customer Premices	Active
		1 A to 3 A	1.4 x10¯³.I + 0.6 mA	Laboratory/ Customer Premices	Active
		3 A to 10 A	1.8 x10¯³.I + 0.8 mA	Laboratory/ Customer Premices	Active
AC Current		(1 μA to 100 μA) 10 Hz – 5 kHz	1.6 x10¯³.I + 0.04 μA	Laboratory	Active
		(1 μA to 100 μA) 5 kHz – 10 kHz	5.2 x10¯³.I + 0.25 μA	Laboratory	Active
		(> 0.1 mA to 1 mA) 10 Hz – 5 kHz	1.6 x10¯³.I + 0.4 μA	Laboratory	Active
		(> 0.1 mA to 1 mA) 5 kHz – 10 kHz	5.6 x10¯³.I + 2.5 μA	Laboratory	Active
		(> 1 mA to 10 mA) 10 Hz – 5 kHz	1.6 x10¯³.I + 4 μA	Laboratory	Active
		(> 1 mA to 10 mA) 5 kHz – 10 kHz	5.2 x10¯³.I + 25 μA	Laboratory	Active
		(> 10 mA to 100 mA) 10 Hz – 5 kHz	1.6 x10¯³.I + 0.04 mA	Laboratory	Active
		(> 10 mA to 100 mA) 5 kHz – 10 kHz	5.2 x10¯³.I + 0.25 mA	Laboratory	Active
		(0.1 A to 1 A) 10 Hz – 1 kHz	1.8 x10¯³.I + 0.4 mA	Laboratory	Active
		(1 A to 3 A) 10 Hz – 1 kHz	2.5 x10¯³.I + 1.8 mA	Laboratory	Active
		(3 A to 10 A) 10 Hz – 5 kHz	2.4 x10¯³.I + 6 mA	Laboratory	Active
		(3 A to 10 A) 1 Ω to 10 Ω	0.48 x10¯³.R + 3 mΩ	Laboratory	Active
Resistance	Direct Method Calibration Procedure # DA-E-001 R= Measured Resistance Value	10 Ω to 100 Ω	0.17 x10¯³.R + 4 mΩ	Laboratory	Active
		0.1 kΩ to 1 kΩ	0.15 x10¯³.R + 10 mΩ	Laboratory	Active
		1 kΩ to 10 kΩ	0.13 x10¯³.R + 0.1 Ω	Laboratory	Active
		10 kΩ to 100 kΩ	0.13 x10¯³.R + 1 Ω	Laboratory	Active
		0.1 MΩ to 1 MΩ	0.13 x10¯³.R + 10 Ω	Laboratory	Active
		1 MΩ to 10 MΩ	0.5 x10¯³.R + 0.1 kΩ	Laboratory	Active
		10 MΩ to 100 MΩ	9.4 x10¯³.R + 10 kΩ	Laboratory	Active
		0.1 GΩ to 1 GΩ	23 x10¯³.R + 0.1 MΩ	Laboratory	Active
Capacitance	Direct Method Calibration Procedure # DA-E-001 C= Measured Capacitance Value	0.1 nF to 1 nF	53 x10¯³.C + 8 pF	Laboratory	Active
		1 nF to 10 nF	18 x10¯³.C + 50 pF	Laboratory	Active
		10 nF to 100 nF	18 x10¯³.C + 0.5 nF	Laboratory	Active
		0.1 μF to 1 μF	18 x10¯³.C + 5 nF	Laboratory	Active
		1 μF to 10 μF	17 x10¯³.C + 0.05 μF	Laboratory	Active
		10 μF to 100 μF	17 x10¯³.C + 0.5 μF	Laboratory	Active
		0.1 mF to 1mF	18 x10¯³.C + 5 μF	Laboratory	Active
		1 mF to 10 mF	17 x10¯³.C + 0.05 mF	Laboratory	Active
		10 mF to 100 mF	49 x10¯³.C + 0.2 mF	Laboratory	Active
Frequency	Direct Method Calibration Procedure # DA-E-001 F= Measured Frequency Value	3 Hz to 5 Hz	2.3 x10¯³.F	Laboratory	Active
		5 Hz to 10 Hz	1.2 x10¯³.F	Laboratory	Active
		10 Hz to 40 Hz	0.35 x10¯³.F	Laboratory	Active
		40 Hz to 300 kHz	0.12 x10¯³.F	Laboratory	Active
		300 kHz to 1 MHz	0.12 x10¯³.F	Laboratory	Active
Temperature Measurement RTD	Direct Method Calibration Procedure # DA-E-010	-200 °C to -80°C	0.12°C	Laboratory/ Customer Premices	Active
		-80°C to 0°C	0.13°C	Laboratory/ Customer Premices	Active
		0°C to 100°C	0.14°C	Laboratory/ Customer Premices	Active
		100°C to 300°C	0.17°C	Laboratory/ Customer Premices	Active
		300°C to 400°C	0.17°C	Laboratory/ Customer Premices	Active
		400°C to 630°C	0.19°C	Laboratory/ Customer Premices	Active
		630°C to 800°C	0.29°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type B	Direct Method Calibration Procedure # DA-E-010	600°C to 800°C	0.52°C	Laboratory/ Customer Premices	Active
		800°C to 1000°C	0.41°C	Laboratory/ Customer Premices	Active
		1000°C to 1550°C	0.37°C	Laboratory/ Customer Premices	Active
		1550°C to 1820°C	0.41°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type C		0°C to 150°C	0.37°C	Laboratory/ Customer Premices	Active
		150°C to 650°C	0.33°C	Laboratory/ Customer Premices	Active
		650°C to 1000°C	0.38°C	Laboratory/ Customer Premices	Active
		1000°C to 1800°C	0.59°C	Laboratory/ Customer Premices	Active
		1800°C to 2316°C	0.98°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type E		-250°C to -100°C	0.59°C	Laboratory/ Customer Premices	Active
		-100°C to -25°C	0.22°C	Laboratory/ Customer Premices	Active
		-25°C to 350°C	0.20°C	Laboratory/ Customer Premices	Active
		350°C to 650°C	0.23°C	Laboratory/ Customer Premices	Active
		650°C to 1000°C	0.28°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type J		-210°C to -100°C	0.33°C	Laboratory/ Customer Premices	Active
		-100°C to -30°C	0.21°C	Laboratory/ Customer Premices	Active
		-30°C to 150°C	0.19°C	Laboratory/ Customer Premices	Active
		150°C to 760°C	0.22°C	Laboratory/ Customer Premices	Active
		760°C to 1200°C	0.28°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type K		-200°C to -100°C	0.40°C	Laboratory/ Customer Premices	Active
		-100°C to -25°C	0.24°C	Laboratory/ Customer Premices	Active
		-25°C to 120°C	0.22°C	Laboratory/ Customer Premices	Active
		120°C to 1000°C	0.33°C	Laboratory/ Customer Premices	Active
		1000°C to 1372°C	0.48°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type L		-200°C to -100°C	0.44°C	Laboratory/ Customer Premices	Active
		-100°C to 800°C	0.33°C	Laboratory/ Customer Premices	Active
		800°C to 900°C	0.24°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type N		-200°C to -100°C	0.48°C	Laboratory/ Customer Premices	Active
		-100°C to -25°C	0.28°C	Laboratory/ Customer Premices	Active
		-25°C to 120°C	0.25°C	Laboratory/ Customer Premices	Active
		120°C to 410°C	0.25°C	Laboratory/ Customer Premices	Active
		410°C to 1300°C	0.34°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type R		0°C to 250°C	0.67°C	Laboratory/ Customer Premices	Active
		250°C to 400°C	0.43°C	Laboratory/ Customer Premices	Active
		400°C to 1000°C	0.41°C	Laboratory/ Customer Premices	Active
		1000°C to 1767°C	0.48°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type S		0°C to 250°C	0.56°C	Laboratory/ Customer Premices	Active
		250°C to 1000°C	0.44°C	Laboratory/ Customer Premices	Active
		1000°C to 1400°C	0.45°C	Laboratory/ Customer Premices	Active
		1400°C to 1767°C	0.55°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type T		-250°C to -150°C	0.74°C	Laboratory/ Customer Premices	Active
		-150°C to 0°C	0.30°C	Laboratory/ Customer Premices	Active
		0°C to 120°C	0.23°C	Laboratory/ Customer Premices	Active
		120°C to 400°C	0.21°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type U		-200°C to 0°C	0.66°C	Laboratory/ Customer Premices	Active
Thermocouple Simulation Type U		0°C to 600°C	0.44°C	Laboratory/ Customer Premices	Active
Temperature Measurement RTD Simulation PT 385,100Ω	Direct Method Calibration Procedure # DA-E-010	-200 °C to -100°C	0.10°C	Laboratory/ Customer Premices	Active
		-100°C to 0°C	0.10°C	Laboratory/ Customer Premices	Active
		0°C to 100°C	0.10°C	Laboratory/ Customer Premices	Active
		100°C to 300°C	0.15°C	Laboratory/ Customer Premices	Active
		300°C to 600°C	0.18°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type B	Direct Method Calibration Procedure DA-E-010	600°C to 800°C	0.57°C	Laboratory/ Customer Premices	Active
		800°C to 1000°C	0.47°C	Laboratory/ Customer Premices	Active
		1000°C to 1550°C	0.43°C	Laboratory/ Customer Premices	Active
		1550°C to 1820°C	0.46°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type C		0°C to 150°C	0.43°C	Laboratory/ Customer Premices	Active
		150°C to 650°C	0.39°C	Laboratory/ Customer Premices	Active
		650°C to 1000°C	0.44°C	Laboratory/ Customer Premices	Active
		1000°C to 1800°C	0.63°C	Laboratory/ Customer Premices	Active
		1800°C to 2316°C	1.00°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type E		-250°C to -100°C	0.62°C	Laboratory/ Customer Premices	Active
		-100°C to -25°C	0.30°C	Laboratory/ Customer Premices	Active
		-25°C to 350°C	0.30°C	Laboratory/ Customer Premices	Active
		350°C to 650°C	0.31°C	Laboratory/ Customer Premices	Active
		650°C to 1000°C	0.35°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type J		-210°C to -100°C	0.39°C	Laboratory/ Customer Premices	Active
		-100°C to -30°C	0.30°C	Laboratory/ Customer Premices	Active
		-30°C to 150°C	0.30°C	Laboratory/ Customer Premices	Active
		150°C to 760°C	0.32°C	Laboratory/ Customer Premices	Active
		760°C to 1200°C	0.37°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type K		-200°C to -100°C	0.45°C	Laboratory/ Customer Premices	Active
		-100°C to -25°C	0.31°C	Laboratory/ Customer Premices	Active
		-25°C to 120°C	0.31°C	Laboratory/ Customer Premices	Active
		120°C to 1000°C	0.39°C	Laboratory/ Customer Premices	Active
		1000°C to 1372°C	0.53°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type L		-200°C to -100°C	0.49°C	Laboratory/ Customer Premices	Active
		-100°C to 800°C	0.39°C	Laboratory/ Customer Premices	Active
		800°C to 900°C	0.32°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type N		-200°C to -100°C	0.52°C	Laboratory/ Customer Premices	Active
		-100°C to -25°C	0.35°C	Laboratory/ Customer Premices	Active
		-25°C to 120°C	0.33°C	Laboratory/ Customer Premices	Active
		120°C to 410°C	0.33°C	Laboratory/ Customer Premices	Active
		410°C to 1300°C	0.40°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type R		0°C to 250°C	0.70°C	Laboratory/ Customer Premices	Active
		250°C to 400°C	0.48°C	Laboratory/ Customer Premices	Active
		400°C to 1000°C	0.46°C	Laboratory/ Customer Premices	Active
		1000°C to 1767°C	0.53°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type S		0°C to 250°C	0.60°C	Laboratory/ Customer Premices	Active
		250°C to 1000°C	0.49°C	Laboratory/ Customer Premices	Active
		1000°C to 1400°C	0.50°C	Laboratory/ Customer Premices	Active
		1400°C to 1767°C	0.59°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type T		-250°C to -150°C	0.76°C	Laboratory/ Customer Premices	Active
		-150°C to 0°C	0.36°C	Laboratory/ Customer Premices	Active
		0°C to 120°C	0.31°C	Laboratory/ Customer Premices	Active
		120°C to 400°C	0.30°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type U		-200°C to 0°C	0.69°C	Laboratory/ Customer Premices	Active
Thermocouple Measure Type U		0°C to 600°C	0.40°C	Laboratory/ Customer Premices	Active
Dimensions
All types of Caliper Digital / Dial / Vernier	Calibartion Procedure DA-D-001: BS EN ISO 13385-1: 2019 For determining error of indicated size Comparison with calliper checker / gauge blocks	0 mm to 300 mm	20 µm	Laboratory	Active
All types of Caliper Digital / Dial / Vernier		> 300 mm to 600 mm	25 µm	Laboratory	Active
External Micrometer Digital / Dial / Analog	Procedure DA-D-002: ISO 3611 For determining error of indicated size Comparison with gauge blocks	0 mm to 25 mm	2.5 μm	Laboratory	Active
		> 25 mm to 100 mm	4.0 μm	Laboratory	Active
		> 100 mm to 400 mm	8.0 μm	Laboratory	Active
		> 400 mm to 600 mm	11.0 μm	Laboratory	Active
Dial Test Indicator/ Lever Type Dial Gauges	Procedure DA-D-007: JIS 7533, IS 11498 For determining error of indicated displacement Comparison with ULM scale	0 mm to 1 mm	2.0 μm	Laboratory	Active
Tubular Micrometer/ Inside Micrometer Digital / Dial / Analog	Procedure DA-D-004: BS 959: 2008 For determining error of indicated size Comparison with gauge blocks and scale of the universal length measuring machine (ULM).	0 mm to 300 mm	7.0 μm	Laboratory	Active
		> 300 mm to 600 mm	12.0 μm	Laboratory	Active
Micrometer Setting Standard	Procedure DA-D-005: ISO 3611 For determining length using universal length measuring machine (ULM)	25 mm to 100 mm	2.0 μm	Laboratory	Active
		> 100 mm to 200 mm	3.0 μm	Laboratory	Active
		> 200 mm to 300 mm	4.5 μm	Laboratory	Active
		> 300 mm to 400 mm	6.0 μm	Laboratory	Active
		> 400 mm to 500 mm	7.0 μm	Laboratory	Active
		> 500 mm to 600 mm	8.0 μm	Laboratory	Active
Plunger Dial Gauge Digital / Dial Indicators	DA-D-006 : JIS 7503 For determining error of indicated displacement Comparison with ULM scale	0 mm to 50 mm	3.0 μm	Laboratory	Active
Plunger Dial Gauge Digital / Dial Indicators		0 mm to 100 mm	5.0 μm	Laboratory	Active
Bore Gauge Digital / Dial	Procedure DA-D-008: JIS B 7515 For determining error of indicated diameter Comparison with ULM	18 mm to 400 mm	7 μm	Laboratory	Active
Inside Micrometer (Caliper Type)	Procedure DA-D-037 For determining error of indicated size Comparison with reference gauge blocks using gauge block accessories	5 mm to 50 mm	4.0 μm	Laboratory	Active
Depth Micrometer Digital / Dial / Analog	Calibartion Procedure DA-D-003: BS 6468: 2008 For determining error of indicated depth Comparison with gauge blocks and Depth Micro Checker	0 mm to 25 mm	3.0 μm	Laboratory	Active
		> 25 mm to 50 mm	3.5 μm	Laboratory	Active
		> 50 mm to 100 mm	6.0 μm	Laboratory	Active
		> 100 mm to 300 mm	7.0 μm	Laboratory	Active
Digital / Dial Thickness Gauge	Procedure DA-D-011 For determining error of indicated size Comparison with calibrated gauge blocks	0 mm to 25 mm / 0.001 mm	3 μm	Laboratory	Active
Digital / Dial Thickness Gauge		0 mm to 50 mm / 0.01mm	7 μm	Laboratory	Active
Thread Plug Gauges	Procedure DA-D-019: EURAMET cg-10 For determining Simple Pitch Diameter using ULM	1 mm to 100 mm	4 μm	Laboratory	Active
Thread Plug Gauges		> 100 mm to 200 mm	5 μm	Laboratory	Active
Depth Gauge (Dial / Digital / Vernier)	Procedure DA-D-014: BS EN ISO 13385-2: 2020 For determining error of indicated depth Comparison with gauge blocks and depth micro checker	0 mm to 300 mm	20 μm	Laboratory	Active
Height Gauge Digital / Dial / /Analog	Procedure DA-D-012: BS EN ISO 13225 : 2012 For determining error of indicated vertical size Comparison with calliper checker / gauge blocks	0 mm to 300 mm	20 μm	Laboratory	Active
Height Gauge Digital / Dial / /Analog		300 mm to 600 mm	25 μm	Laboratory	Active
Thread Ring Gauges	DA-D-018: EURAMET cg-10 For determining Simple Pitch Diameter using ULM	3 mm to 100 mm	4 μm	Laboratory	Active
Thread Ring Gauges		> 100 mm to 180 mm	5 μm	Laboratory	Active
Feeler Gauge	Procedure DA-D-013: BS 957 For determining thickness Comparison method using universal length measuring machine (ULM)	Up to 1 mm	3.5 μm	Laboratory	Active
Taper Thread Plug Gauges	Procedure DA-D-017: JIS B0262 and EURAMET cg-10 For determining Simple Pitch Diameter using ULM	3 mm to 100 mm	4.5 μm	Laboratory	Active
Taper Thread Ring Gauges	Procedure DA-D-016: JIS B0262 and EURAMET cg-10 For determining Simple Pitch Diameter using ULM	7 mm to 100 mm	4.6 μm	Laboratory	Active
Plain Plug Gauges	Procedure DA-D-015: ASME B89.1.5 & EURAMET cg-6 For determining diameter Comparison with ULM scale / gauge block using ULM	1 mm up to 50 mm	1.2 μm	Laboratory	Active
		> 50 mm up to 100 mm	1.8 μm	Laboratory	Active
		> 100 mm up to 200 mm	3.0 μm	Laboratory	Active
		> 200 mm up to 300 mm	4.5 μm	Laboratory	Active
		> 300 mm up to 400 mm	6.0 μm	Laboratory	Active
Plain Ring Gauges	Procedure DA-D-020: BS 4064 & EURAMET cg-6 For determining diamater Comparison with reference ring gauge using ULM	3 mm up to 50 mm	2.5 μm	Laboratory	Active
		> 50 mm up to 100 mm	2.8 μm	Laboratory	Active
		> 100 mm to 200 mm	3.7 μm	Laboratory	Active
		> 200 mm to 300 mm	4.7μm	Laboratory	Active
		> 300 mm to 400 mm	6.0 μm	Laboratory	Active
Height Measuring System/Digital Height Gauge Resolution: 0.001 mm or better	Procedure DA-D-025 based on BS EN ISO 13225: For determining error of indicated vertical size Comparison with caliper checker or gauge blocks	0 mm to 600 mm	4.5 + (0.008 × L) μm ; L: mm	Laboratory / Customer Premises	Active
Thread Measuring Cylinder / Pins	Procedure DA-D-021: BS EN ISO 3777 and BS 5590 For determining diameter Comparison with ULM scale / reference gauge block using ULM	Up to 6.35 mm	1.0 μm	Laboratory	Active
Cylindrical Standards / Measuring Pins	Procedure DA-D-022 : IS 11103 For determining diameter Comparison with ULM scale / reference gauge block using ULM	up to 20 mm	1.1 μm	Laboratory	Active
Test Sieves	Procedure DA-D-026: ISO 3310-1 For determining aperture size using digital calliper	5 mm to 125 mm	0.05 mm	Laboratory	Active
Coating Thickness Gauge	Procedure DA-D-029 For determining error of indicated thickness Comparison with calibrated foil set standards	0 mm to 1.046 mm	15 μm	Laboratory	Active
Steel Scale	Procedure DA-D-023: IS 1480, IS 1269 and OIML R035-1 Measurement of line spacing using length measuring machine equipped with optical magnification unit.	0 mm to 1000 mm	0.82 mm	Laboratory	Active
Measuring Tape	In-House Calibartion Procedure DA-D-023 based on IS 1480, IS 1269 and OIML R035-1 Measurement of line spacing using length measuring machine equipped with optical magnification unit. Stitching is carried out after length of 1000 mm.	0 m to 50 m	0.8 + (0.12 × L) mm ; L: m	Laboratory	Active
Long gauge Blocks / Lenght Bars	Procedure DA-D-005: ISO 3650: 1998 Measurement of central length by mechanical comparison to reference long gauge blocks using universal length measuring machine (ULM	125 mm to 200 mm	3.0 μm	Laboratory	Active
		> 200 mm to 300 mm	4.5 μm	Laboratory	Active
		> 300 mm to 400 mm	6.0 μm	Laboratory	Active
		> 400 mm to 500 mm	7.0 μm	Laboratory	Active
		> 500 mm to 600 mm	8.0 μm	Laboratory	Active
Micrometer Head	Procedure DA-D-032: IS 9483 For determining error of indicated size Comparison with ULM scale	0 mm to 25 mm	3 μm	Laboratory	Active
Gauge blocks: (Steel, Tungsten Carbide and Ceramic)	Procedure DA-D-009: ISO 3650: 1998 Measurement of central length by mechanical comparison.	0.5 mm to 10 mm	0.14 μm	Laboratory	Active
		> 10 mm to 25 mm	0.17 μm	Laboratory	Active
		> 25 mm to 50 mm	0.26 μm	Laboratory	Active
		> 50 mm to 75 mm	0.37 μm	Laboratory	Active
		> 75 mm to 100 mm	0.46 μm	Laboratory	Active
Taper Plain Ring Gauges	Procedure DA-D-031: IS 9529, 2251, 9475 For determining diamater Comparison with reference ring gauge using ULM	3 mm to 100 mm	3.0 μm	Laboratory	Active
Taper Plain Plug Gauges	Procedure DA-D-030: IS 9529, 2251, 9475 For determining diameter Comparison with ULM scale / gauge block using ULM	Up to 100 mm	3.0 μm	Laboratory	Active
		> 100 mm to 200 mm	4.0 μm	Laboratory	Active
		> 200 mm to 300 mm	5.0 μm	Laboratory	Active
Thickness Foil	Procedure DA-D-028: For determining thickness Comparison method using universal length measuring machine (ULM)	up to 1.5 mm	4 μm	Laboratory	Active
Snap Gauge	Procedure DA-D-033: IS 3455 For determining face spacing Comparison with reference ring gauge using ULM	3 mm to 50 mm	2.5 μm	Laboratory	Active
		> 50 mm to 100 mm	2.8 μm	Laboratory	Active
		> 100 mm to 200 mm	3.7 μm	Laboratory	Active
		> 200 mm to 300 mm	4.7 μm	Laboratory	Active
Torque
Torque Indicating and Hand Setting Torque Tools	In-House calibration procedure DA-TW-001 based on ISO 6789-1 and ISO 6789-2	80 in-lb to 1000 in-lb (9,04 N.m to 112,98 N.m)	0.0058	Laboratory	Active
		20 ft.lb to 250 ft.lb (27,12 N.m to 338,96 N.m)	0.0031	Laboratory	Active
		30 ft.lb to 600 ft.lb (40,67 N.m to 813,5 N.m)	0.01	Laboratory	Active
Flow
Volume Flow Rate (Medium: Diesel Fuel)	Procedure DA-F-001 based on BS EN ISO 7278-2:1996 , BS EN ISO 4267-2:1996 , OIML R 117-1:2019 , OIML R 117-2:2019	100 l/min to 600 l/min	0.15% of full scale	Laboratory/ Customer Premises	Active
Volume Flow Rate (Medium: Diesel Fuel)		> 600 l/min to 1200 l/min	0.18% of full scale	Laboratory/ Customer Premises	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)

تفاصيل جهة الإعتماد

Al Saqr Engineering

العنوان

صندوق بريد / الرمز البريدي

البريد الإلكتروني

الموقع الإلكتروني

Calibration Laboratories

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