Eiac

Emirates Metrology Institute of Abu Dhabi Quality and Conformity Council

Member Since:Feb 15, 2018

Contacts Info

Address

Abu Dhabi United Arab Emirates

PO box / Zip Code

PO Box 853

Email

mohamed.almulla@qcc.abudhabi.ae

Website

Phone No.

Mobile No.

Main Field

Emirates Metrology Institute of Abu Dhabi Quality and Conformity Council LB-CAL-062.pdf

Valid Since: Jun 14, 2024

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Measured Quantity / Calibration Instrument	Calibration Method	Range and Specification	Expanded Measurement	Location	Status
Balance & Scale
Top loading weighing scale					Active
Time and Frequency
General frequency source	CP-E-01	1 MHz to <10 MHz	2.6 x 10-11	Laboratory	Active
General frequency source	CP-E-01	10 MHz to 350 MHz	1.2 x 10-11	Laboratory	Active
Frequency counter or frequency meter	CP-E-09	1 MHz	1.6 x 10-11	Laboratory	Active
		5 MHz	1.6 x 10-11	Laboratory	Active
		10 MHz	1.6 x 10-11	Laboratory	Active
		1 kHz to 1 MHz	1.7 x 10-10	Laboratory	Active
		>1 MHz to 100 MHz	3.3 x 10-11	Laboratory	Active
		>100 MHz to 350 MHz	4.6 x 10-11	Laboratory	Active
Time Interval – Stopwatches and timers	CP-E-13	20 minutes to 100 hours	0.48 s	Laboratory	Active
Time Interval – Local clock	CP-E-15	24 hours	0.76 s	Laboratory	Active
Time scale difference - Local clock vs. UTC	CP-E-15	± 5 minutes	0.76 s	Laboratory	Active
Non-contact tachometer	Procedure CP-E-27 Calibration of Non Contact Tachometers	30.000 rpm to 99.999 rpm	0.0018 rpm	Laboratory	Active
		100.00 rpm to 999.99 rpm	0.0060 rpm	Laboratory	Active
		1,000.0 rpm to 9,999.9 rpm	0.058 rpm	Laboratory	Active
		10,000 rpm to 99,999 rpm	0.58 rpm	Laboratory	Active
		100,000 rpm to 199,800 rpm	5.8 rpm	Laboratory	Active
Mass and Balance
Mass/ Mass Standards	CP-M-02 “Calibration of Mass Standards” and CP-M-03 “Weighing Designs”	500 kg	4.9 g	Laboratory	Active
		200 kg	1.9 g	Laboratory	Active
		100 kg	0.25 g	Laboratory	Active
		50 000 g	80 mg	Laboratory	Active
		20 000 g	10 mg	Laboratory	Active
		10 000 g	1.6 mg	Laboratory	Active
		5 000 g	0.80 mg	Laboratory	Active
		2 000 g	0.30 mg	Laboratory	Active
		1 000 g	0.16 mg	Laboratory	Active
		500 g	0.080 mg	Laboratory	Active
		200 g	0.030 mg	Laboratory	Active
		100 g	0.016 mg	Laboratory	Active
		50 g	0.010 mg	Laboratory	Active
		20 g	0.0080 mg	Laboratory	Active
		10 g	0.0060 mg	Laboratory	Active
		5 g	0.0050 mg	Laboratory	Active
		2 g	0.0040 mg	Laboratory	Active
		1 g	0.0030 mg	Laboratory	Active
		0.5 g	0.0025 mg	Laboratory	Active
		0.2 g	0.0020 mg	Laboratory	Active
		0.1 g	0.0016 mg	Laboratory	Active
		0.05 g	0.0012 mg	Laboratory	Active
		0.02 g	0.0010 mg	Laboratory	Active
		0.01 g	0.0010 mg	Laboratory	Active
		0.005 g	0.0010 mg	Laboratory	Active
		0.002 g	0.0010 mg	Laboratory	Active
		0.001 g	0.0010 mg	Laboratory	Active
Mass/ Electronic Balances	CP-M-01 “Calibration of NAWI’s”, Weights are available in OIML Classes: • E2: 1 mg to 5 kg; max grouped load 11.11 kg. • F1: 1 mg to 50 kg; max grouped load 171.1 kg	170 kg	740 mg	Customer premises	Active
		100 kg	660 mg	Customer premises	Active
		50 kg	140 mg	Customer premises	Active
		20 kg	46 mg	Customer premises	Active
		10 kg	25 mg	Customer premises	Active
		5 kg	3.8 mg	Customer premises	Active
		2 kg	1.5 mg	Customer premises	Active
		1 kg	0.76 mg	Customer premises	Active
		500 g	0.38 mg	Customer premises	Active
		200 g	0.15 mg	Customer premises	Active
		100 g	0.078 mg	Customer premises	Active
		50 g	0.046 mg	Customer premises	Active
		20 g	0.038 mg	Customer premises	Active
		10 g	0.031 mg	Customer premises	Active
		5 g	0.024 mg	Customer premises	Active
		2 g	0.018 mg	Customer premises	Active
		1 g	0.015 mg	Customer premises	Active
		500 mg	0.012 mg	Customer premises	Active
		200 mg	0.010 mg	Customer premises	Active
Temperature
Resistance thermometers with display unit	Comparison with platinum resistance thermometer in a bath. EMI procedure: CP-T-01	-80 °C to 80 °C	0.015 °C	Laboratory	Active
		>80 °C to 150 °C	0.020 °C	Laboratory	Active
		>150 °C to 250 °C	0.025 °C	Laboratory	Active
	Comparison with platinum resistance thermometers, utilizing the Zn fixed point. Applies for thermometers longer than 40 cm. EMI procedure: CP-T-01	>250°C to 419.527 °C (Zn fixed point)	0.025 °C	Laboratory	Active
	Comparison with platinum resistance thermometers, utilizing the Zn and Al fixed points. Applies for thermometers longer than 40 cm. EMI procedure: CP-T-01	>250 °C to 660.323 °C (Al fixed point)	0.025 °C	Laboratory	Active
	Comparison with platinum resistance thermometer in a block calibrator. EMI procedure: CP-T-01	>250 °C to 660 °C	0.15 °C to 0.27 °C	Laboratory	Active
Thermocouples with display unit	Comparison with platinum resistance thermometer in a bath. EMI procedure: CP-T-01	-80 °C to 150 °C	0.2 °C	Laboratory	Active
		>150 °C to 250 °C	0.4 °C	Laboratory	Active
	Comparison with platinum resistance thermometer in a block calibrator. EMI procedure: CP-T-01	>250 °C to 660 °C	0.4 °C to 0.8 °C	Laboratory	Active
Temperature block calibrators	Comparison with platinum resistance thermometer. EMI procedure: CP-T-03	-30 °C to 660 °C	0.2 °C	Laboratory	Active
Platinum Resistance Thermometers	Comparison with platinum resistance thermometers in a bath. EMI procedure: CP-T-04	-80 °C to 80 °C	0.010 °C	Laboratory	Active
		>80 °C to 150 °C	0.015 °C	Laboratory	Active
		>150 °C to 250 °C	0.020 °C	Laboratory	Active
	Comparison with platinum resistance thermometers in Zn fixed point. EMI procedure: CP-T-04	419.527 °C (Zn fixed point)	0.005 °C	Laboratory	Active
	Comparison with platinum resistance thermometers in Al fixed point. EMI procedure: CP-T-04	660.323 °C (Al fixed point)	0.020 °C	Laboratory	Active
	Comparison with platinum resistance thermometers, utilizing the Zn fixed point. Applies for thermometers longer than 40 cm. EMI procedure: CP-T-04	>250°C to 419.527 °C (Zn fixed point)	0.020 °C	Laboratory	Active
	Comparison with platinum resistance thermometers, utilizing the Zn and Al fixed points. Applies for thermometers longer than 40 cm. EMI procedure: CP-T-04	>250 °C to 660.323 °C (Al fixed point)	0.020 °C	Laboratory	Active
	Comparison with platinum resistance thermometers in a block calibrator. EMI procedure: CP-T-04	>250 °C to 660 °C	0.15 °C to 0.27 °C	Laboratory	Active
Air Temperature Sensors	Comparison with reference thermometer in an air chamber. EMI procedure: CP-T-02	10 °C to 70 °C	0.10 °C to 0.30 °C	Laboratory	Active
SPRT Calibration at ITS-90 Fixed Points	Triple point of mercury (Hg). EMI procedure: CP-T-10	234.3156 K	0.6 mK	Laboratory	Active
	Triple point of water. EMI procedure: CP-T-10	0.01 °C	0.3 mK	Laboratory	Active
	Melting point of Gallium (Ga) EMI procedure: CP-T-10	29.7646 °C	0.6 mK	Laboratory	Active
	Freezing point of Indium (In). EMI procedure: CP-T-10	156.5985 °C	1.7 mK	Laboratory	Active
	Freezing point of Tin (Sn). EMI procedure: CP-T-10	231.928 °C	1.6 mK	Laboratory	Active
	Freezing point of Zinc (Zn). EMI procedure: CP-T-10	419.527 °C	1.9 mK	Laboratory	Active
	Freezing point of Aluminium (Al). EMI procedure: CP-T-10	660.323 °C	16 mK	Laboratory	Active
SPRT Calibration at ITS-90 Fixed Point Sub-Ranges	Fixed points Hg to H2O EMI procedure: CP-T-10	234.3156 K to 273.16 K	0.7 mK	Laboratory	Active
	Fixed points H2O to Ga EMI procedure: CP-T-10	0.01 °C to 29.746 °C	0.7 mK	Laboratory	Active
	Fixed points Ga to In EMI procedure: CP-T-10	29.7646 °C to 156.5985 °C	1.8 mK	Laboratory	Active
	Fixed points In to Sn EMI procedure: CP-T-10	156.5985 °C to 231.928 °C	2.0 mK	Laboratory	Active
	Fixed points Sn to Zn EMI procedure: CP-T-10	231.928 °C to 419.527 °C	3.0 mK	Laboratory	Active
	Fixed points Zn to Al EMI procedure: CP-T-10	419.527 °C to 660.323 °C	3 mK to 16 mK	Laboratory	Active
Calibration of Climatic Chambers	DKD-R 5-7. EMI procedure: CP-T-05	-40 °C to 140 °C	0.2 °C	Customer’s Premises	Active
Calibration of Autoclaves	EMI procedure: CP-T-06	110 °C to 140 °C	0.2 °C	Customer’s Premises	Active
Base metal thermocouples	Comparison calibration in baths and furnaces. EMI procedure: CP-T-07	-70 °C to 250 °C	0.2 °C to 0.4 °C	Laboratory	Active
Base metal thermocouples		>250 °C to 1100 °C	0.6 °C to 1.3 oC	Laboratory	Active
Noble metal thermocouples		-50 °C to 250 °C	0.2 °C to 0.4°C	Laboratory	Active
Noble metal thermocouples		>250 °C to 1100 °C	0.6 °C to 1.0 °C	Laboratory	Active
Humidity
Calibration of dew point meters for relative humidity	Calibration in chamber of humidity generator. EMI procedure: CP-T-02	10 %rh to 95 %rh at air temperature from 10 °C to 45 °C	0.3 %rh to 1.0 %rh	Laboratory	Active
Calibration of dew point meters for relative humidity		10 %rh to 95 %rh at air temperature from 45 °C to 70 °C	0.4 %rh to 1.6 %rh	Laboratory	Active
Calibration of relative humidity meters for relative humidity		10 %rh to 95 %rh at air temperature from 10 °C to 45 °C	0.4 %rh to 1.1 %rh	Laboratory	Active
		10 %rh to 95 %rh at air temperature from 45 °C to 70 °C	0.5 %rh to 1.7 %rh	Laboratory	Active
Calibration of climatic chambers, humidity measurements	DKD-R 5-7. EMI procedure: CP-T-05	10 %rh to 90 %rh at air temperature from 10 °C to 50 °C	0.6 %rh to 2 %rh	Customer’s Premises	Active
Electrical
Solid state DC voltage standards	Procedure CP-E-03 Calibration of voltage reference standards	10 V	7.3 μV	Laboratory	Active
Solid state DC voltage standards		1.018 V	2.6 μV	Laboratory	Active
DC resistance standards	Procedure CP-E-20 Using MI 6010D Bridge and Range Extender R = Measured Value	100 μΩ to <1 mΩ	8.8 ×10-6·R	Laboratory	Active
		1 mΩ to <10 mΩ	6.6×10-6·R	Laboratory	Active
		10 mΩ to <100 mΩ	3.4 ×10-6·R	Laboratory	Active
		100 mΩ to <1 Ω	0.30 ×10-6·R	Laboratory	Active
		1 Ω to 10 Ω	0.28 ×10-6·R	Laboratory	Active
		>10 Ω to <100 Ω	0.33 ×10-6 R	Laboratory	Active
		100 Ω to <1 kΩ	0.26 ×10-6 R	Laboratory	Active
		1 kΩ to 10 kΩ	0.27 ×10-6 R	Laboratory	Active
	Procedure CP-E-17. Using MI 6000B Bridge R = Measured Value	>10 kΩ to 100 kΩ	2.0 ×10-6·R	Laboratory	Active
		>100 kΩ to 1 MΩ	4.0 ×10-6·R	Laboratory	Active
		>1 MΩ to 10 MΩ	12 ×10-6·R	Laboratory	Active
		>10 MΩ to 100 MΩ	19 ×10-6·R	Laboratory	Active
		>100 MΩ to 1 GΩ	60 ×10-6·R	Laboratory	Active
DC resistance Calibration of Resistor Decades	Procedure CP-E-23 Calibration of Resistors and Decade Resistors by Direct Reading R = measured resistance value	0.1 Ω/step	0.05 mΩ	Laboratory	Active
		1 Ω/step	50 ×10-6·R	Laboratory	Active
		10 Ω/step	10 ×10-6·R	Laboratory	Active
		100 Ω/step	7.0 ×10-6·R	Laboratory	Active
		1 kΩ/step	7.0 ×10-6·R	Laboratory	Active
DC resistance ratio	Procedure CP-E-12 Calibration of DCC Resistance Bridges and Range Extender	0.1:1 to 10:1	0.08 ×10-6	Laboratory	Active
		10:1 Range Extender	2.9 ×10-6	Laboratory	Active
		100:1 Range Extender	5.8 ×10-6	Laboratory	Active
		1000:1 Range Extender	10 ×10-6	Laboratory	Active
DC Voltage Calibration of Measuring Instruments	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-24 Calibration of Process Calibrators U = Measured Value	0 mV to 200 mV	5.8 ×10-6 U + 1.0 μV	Laboratory	Active
		>0.2 V to 2 V	5.0 ×10-6 U + 1.0 μV	Laboratory	Active
		>2 V to 10 V	3.6 ×10-6 U + 2.6 μV	Laboratory	Active
		>10 V to 22 V	3.8 ×10-6 U + 3.8 μV	Laboratory	Active
		>22 V to 220 V	5.4 ×10-6 U + 39 μV	Laboratory	Active
		>220 V to 1000 V	10 ×10-6 U + 0.31 mV	Laboratory	Active
	Procedure CP-E-06 Calibration of 8.5 digit Digital Multimeters Using MI 8000A bridge U = Measured Value	0 mV to 200 mV	0.62 μV	Laboratory	Active
		>0.2 V to 2 V	0.40 ×10-6 U + 0.51 μV	Laboratory	Active
		>2 V to 10 V	0.57 ×10-6 U + 0.17 μV	Laboratory	Active
		>10 V to 30 V	1.3 ×10-6 U	Laboratory	Active
		>30 V to 300 V	1.9 ×10-6 U	Laboratory	Active
		>300 V to 1000V	6.6 ×10-6 U	Laboratory	Active
DC Voltage Calibration of sources	Procedure CP-E-18 Calibration of Calibrators Procedure CP-E-24 Calibration of Process Calibrators U = Measured Value	0 mV to 200 mV	3.4 ×10-6 U + 0.88 μV	Laboratory	Active
		>0.2 V to 2 V	5.4 ×10-6 U + 0.55 μV	Laboratory	Active
		>2 V to 20 V	5.6 ×10-6 U + 0.55 μV	Laboratory	Active
		>20 V to 200 V	8.3 ×10-6 U + 30 μV	Laboratory	Active
		>200 V to 1000V	11 ×10-6 U + 0.42 mV	Laboratory	Active
	Procedure CP-E-04 Calibration of High Performance Calibrators Using MI 8000A bridge U = Measured Value	0 mV to 200 mV	0.62 μV	Laboratory	Active
		>0.2 V to 2 V	0.40 ×10-6 U + 0.51 μV	Laboratory	Active
		>2 V to 10 V	0.57 ×10-6 U + 0.16 μV	Laboratory	Active
		>10 V to 30 V	1.3 ×10-6 U	Laboratory	Active
		>30 V to 300 V	1.9 ×10-6 U	Laboratory	Active
		>300 V to 1000V	6.6 ×10-6 U	Laboratory	Active
AC Voltage Calibration of Measuring Instruments	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-26 Calibration of Touch Current and Protective Conductor Current Measuring Instruments U = Measured Value	(600 µV to 2.2 Mv) 10 Hz to 20 Hz	0.15 ×10-3 U + 1.3 μV	Laboratory	Active
		(600 µV to 2.2 Mv) >20 Hz to 40 Hz	0.11 ×10-3 U + 1.3 μV	Laboratory	Active
		(600 µV to 2.2 Mv) >40 Hz to 20 kHz	94 ×10-6 U + 1.3 μV	Laboratory	Active
		(600 µV to 2.2 Mv) >20 kHz to 50 kHz	0.14 ×10-3 U + 2.0 μV	Laboratory	Active
		(600 µV to 2.2 Mv) >50 kHz to 100 kHz	0.14 ×10-3 U + 2.5 μV	Laboratory	Active
		(600 µV to 2.2 mV) >100 kHz to 300 kHz	0.41 ×10-3 U + 4.0 μV	Laboratory	Active
		(600 µV to 2.2 mV) >300 kHz to 500 kHz	1.3 ×10-3 U + 8.0 μV	Laboratory	Active
		(600 µV to 2.2 mV) >500 kHz to 1 MHz	4.5 ×10-3 U + 8.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) 10 Hz to 20 Hz	0.12 ×10-3 U + 1.3 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >20 Hz to 40 Hz	72 ×10-6 U + 1.3 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >40 Hz to 20 kHz	69 ×10-6 U + 1.3 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >20 kHz to 50 kHz	82 ×10-6 U + 2.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >50 kHz to 100 kHz	87 ×10-6 U + 2.5 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >100 kHz to 300 kHz	0.23 ×10-3 U + 4.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >300 kHz to 500 kHz	0.75 ×10-3 U + 8.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >500 kHz to 1 MHz	3.5 ×10-3 U + 8.0 μV	Laboratory	Active
		(>7 mV to 22 mV) 10 Hz to 20 Hz	91 ×10-6 U + 1.3 μV	Laboratory	Active
		(>7 mV to 22 mV) >20 Hz to 40 Hz	56 ×10-6 U + 1.3 μV	Laboratory	Active
		(>7 mV to 22 mV) >40 Hz to 20 kHz	53 ×10-6 U + 1.3 μV	Laboratory	Active
		(>7 mV to 22 mV) >20 kHz to 50 kHz	69 ×10-6 U + 2.0 μV	Laboratory	Active
		(>7 mV to 22 mV) >50 kHz to 100 kHz	78 ×10-6 U + 2.5 μV	Laboratory	Active
		(>7 mV to 22 mV) >100 kHz to 300 kHz	0.17 ×10-3 U + 4.0 μV	Laboratory	Active
		(>7 mV to 22 mV) >300 kHz to 500 kHz	0.62 ×10-3 U + 8.0 μV	Laboratory	Active
		(>7 mV to 22 mV) >500 kHz to 1 MHz	2.6 ×10-3 U + 8.0 μV	Laboratory	Active
		(>22 mV to 70 mV) 10 Hz to 20 Hz	85 ×10-6 U + 1.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >20 Hz to 40 Hz	52 ×10-6 U + 1.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >40 Hz to 20 kHz	50 ×10-6 U + 1.5 μV	Laboratory	Active
	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-26 Calibration of Touch Current and Protective Conductor Current Measuring InstrumentsU = Measured Value	(>22 mV to 70 mV) >20 kHz to 50 kHz	54 ×10-6 U + 2.0 μV	Laboratory	Active
		(>22 mV to 70 mV) >50 kHz to 100 kHz	70 ×10-6 U + 2.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >100 kHz to 300 kHz	0.18 ×10-3 U + 4.0 μV	Laboratory	Active
		(>22 mV to 70 mV) >300 kHz to 500 kHz	0.33 ×10-3 U + 8.0 μV	Laboratory	Active
		(>22 mV to 70 mV) >500 kHz to 1 MHz	1.3 ×10-3 U + 8.0 μV	Laboratory	Active
		(>70 mV to 220 mV) 10 Hz to 20 Hz	64 ×10-6 U + 1.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >20 Hz to 40 Hz	36 ×10-6 U + 1.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >40 Hz to 20 kHz	34 ×10-6 U + 1.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >20 kHz to 50 kHz	34 ×10-6 U + 2.0 μV	Laboratory	Active
		(>70 mV to 220 mV) >50 kHz to 100 kHz	60 ×10-6 U + 2.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >100 kHz to 300 kHz	0.18 ×10-3 U + 4.0 μV	Laboratory	Active
	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-26 Calibration of Touch Current and Protective Conductor Current Measuring Instruments U = Measured Value	(>70 mV to 220 mV) >300 kHz to 500 kHz	0.32 ×10-3 U + 8.0 μV	Laboratory	Active
		(>70 mV to 220 mV) >500 kHz to 1 MHz	1.2 ×10-3 U + 8.0 μV	Laboratory	Active
		(>220 mV to 700 mV) 10 Hz to 20 Hz	64 ×10-6 U + 1.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >20 Hz to 40 Hz	37 ×10-6 U + 1.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >40 Hz to 20 kHz	34 ×10-6 U + 1.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >20 kHz to 50 kHz	34 ×10-6 U + 2.0 μV	Laboratory	Active
		(>220 mV to 700 mV) >50 kHz to 100 kHz	60 ×10-6 U + 2.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >100 kHz to 300 kHz	0.18 ×10-3 U + 4.0 μV	Laboratory	Active
		(>220 mV to 700 mV) >300 kHz to 500 kHz	0.32 ×10-3 U + 8.0 μV	Laboratory	Active
		(>220 mV to 700 mV) >500 kHz to 1 MHz	1.2 ×10-3 U + 8.0 μV	Laboratory	Active
	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-26 Calibration of Touch Current and Protective Conductor Current Measuring Instruments U = Measured Value	(>700 mV to 2.2 V) 10 Hz to 20 Hz	64 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >20 Hz to 40 Hz	37 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >40 Hz to 20 kHz	30 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >20 kHz to 50 kHz	34 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >50 kHz to 100 kHz	58 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >100 kHz to 300 kHz	0.17 ×10-3 U	Laboratory	Active
		(>700 mV to 2.2 V) >300 kHz to 500 kHz	0.29 ×10-3 U	Laboratory	Active
		(>700 mV to 2.2 V) >500 kHz to 1 MHz	1.2 ×10-3 U	Laboratory	Active
		(>2.2 V to 7 V) 10 Hz to 20 Hz	63 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >20 Hz to 40 Hz	37 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >40 Hz to 20 kHz	28 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >20 kHz to 50 kHz	36 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >50 kHz to 100 kHz	74 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >100 kHz to 300 kHz	0.18 ×10-3 U	Laboratory	Active
		(>2.2 V to 7 V) >300 kHz to 500 kHz	0.45 ×10-3 U	Laboratory	Active
		(>2.2 V to 7 V) >500 kHz to 1 MHz	1.5 ×10-3 U	Laboratory	Active
(>7 V to 22 V) 10 Hz to 20 Hz		63 ×10-6 U	Laboratory	Active
(>7 V to 22 V) >20 Hz to 40 Hz		38 ×10-6 U	Laboratory	Active
(>7 V to 22 V) >40 Hz to 20 kHz		28 ×10-6 U	Laboratory	Active
(>7 V to 22 V) >20 kHz to 50 kHz		36 ×10-6 U	Laboratory	Active
(>7 V to 22 V) >50 kHz to 100 kHz		70 ×10-6 U	Laboratory	Active
(>7 V to 22 V) >100 kHz to 300 kHz		0.19 ×10-3 U	Laboratory	Active
(>7 V to 22 V) >300 kHz to 500 kHz		0.46 ×10-3 U	Laboratory	Active
(>7 V to 22 V) >500 kHz to 1 MHz		1.5 ×10-3 U	Laboratory	Active
(>22 V to 70 V) 10 Hz to 20 Hz		64 ×10-6 U + 1.6 μV	Laboratory	Active
(>22 V to 70 V) >20 Hz to 40 Hz		40 ×10-6 U + 2.6 μV	Laboratory	Active
(>22 V to 70 V) >40 Hz to 20 kHz		35 ×10-6 U + 2.9 μV	Laboratory	Active
(>22 V to 70 V) >20 kHz to 50 kHz		40 ×10-6 U + 2.6 μV	Laboratory	Active
(>22 V to 70 V) >50 kHz to 100 kHz		86 ×10-6 U + 1.2 μV	Laboratory	Active
(>22 V to 70 V) >100 kHz to 300 kHz		0.19 ×10-3 U	Laboratory	Active
(>22 V to 70 V) >300 kHz to 500 kHz		0.50 ×10-3 U	Laboratory	Active
(>22 V to 70 V) >500 kHz to 1 MHz		1.5 ×10-3 U	Laboratory	Active
(>70 V to 220 V) 10 Hz to 20 Hz		66 ×10-6 U	Laboratory	Active
(>70 V to 220 V) >20 Hz to 40 Hz		42 ×10-6 U	Laboratory	Active
(>70 V to 220 V) >40 Hz to 20 kHz		37 ×10-6 U	Laboratory	Active
(>70 V to 220 V) >20 kHz to 50 kHz		51 ×10-6 U	Laboratory	Active
(>70 V to 220 V) >50 kHz to 100 kHz		89 ×10-6 U	Laboratory	Active
(>220 V to 700 V) 40 Hz to 20 kHz		34 ×10-6 U + 30 μV	Laboratory	Active
(>220 V to 700 V) >20 kHz to 50 kHz		0.15 ×10-3 U + 7.2 μV	Laboratory	Active
(>220 V to 700 V) >50 kHz to 100 kHz		0.86 ×10-3 U + 1.2 μV	Laboratory	Active
(>700 V to 1000 V) 40 Hz to 20 kHz		34 ×10-6 U + 13 μV	Laboratory	Active
AC voltage Calibration of sources	Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(600 µV to 2.2 mV) 10 Hz to 20 Hz	0.15 ×10-3 U + 1.3 μV	Laboratory	Active
		(600 µV to 2.2 mV) >20 Hz to 40 Hz	0.11 ×10-3 U + 1.3 μV	Laboratory	Active
		(600 µV to 2.2 mV) >40 Hz to 20 kHz	94 ×10-6 U + 1.3 μV	Laboratory	Active
		(600 µV to 2.2 mV) >20 kHz to 50 kHz	0.14 ×10-3 U + 2.0 μV	Laboratory	Active
		(600 µV to 2.2 mV) >50 kHz to 100 kHz	0.14 ×10-3 U + 2.5 μV	Laboratory	Active
		(600 µV to 2.2 mV) >100 kHz to 300 kHz	0.41 ×10-3 U + 4.0 μV	Laboratory	Active
		(600 µV to 2.2 mV) >300 kHz to 500 kHz	1.3 ×10-3 U + 8.0 μV	Laboratory	Active
		(600 µV to 2.2 mV) >500 kHz to 1 MHz	4.5 ×10-3 U + 8.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) 10 Hz to 20 Hz	0.12 ×10-3 U + 1.3 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >20 Hz to 40 Hz	72 ×10-6 U + 1.3 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >40 Hz to 20 kHz	69 ×10-6 U + 1.3 μV	Laboratory	Active
	Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(>2.2 mV to 7 mV) >20 kHz to 50 kHz	82 ×10-6 U + 2.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >50 kHz to 100 kHz	87 ×10-6 U + 2.5 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >100 kHz to 300 kHz	0.23 ×10-3 U + 4.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >300 kHz to 500 kHz	0.75 ×10-3 U + 8.0 μV	Laboratory	Active
		(>2.2 mV to 7 mV) >500 kHz to 1 MHz	3.5 ×10-3 U + 8.0 μV	Laboratory	Active
		(>7 mV to 22 mV) 10 Hz to 20 Hz	91 ×10-6 U + 1.3 μV	Laboratory	Active
		(>7 mV to 22 mV) >20 Hz to 40 Hz	56 ×10-6 U + 1.3 μV	Laboratory	Active
		(>7 mV to 22 mV) >40 Hz to 20 kHz	53 ×10-6 U + 1.3 μV	Laboratory	Active
		(>7 mV to 22 mV) >20 kHz to 50 kHz	69 ×10-6 U + 2.0 μV	Laboratory	Active
		(>7 mV to 22 mV) >50 kHz to 100 kHz	78 ×10-6 U + 2.5 μV	Laboratory	Active
		(>7 mV to 22 mV) >100 kHz to 300 kHz	0.17 ×10-3 U + 4.0 μV	Laboratory	Active
	Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(>7 mV to 22 mV) >300 kHz to 500 kHz	0.62 ×10-3 U + 8.0 μV	Laboratory	Active
		(>7 mV to 22 mV) >500 kHz to 1 MHz	2.6 ×10-3 U + 8.0 μV	Laboratory	Active
		(>22 mV to 70 mV) 10 Hz to 20 Hz	85 ×10-6 U + 1.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >20 Hz to 40 Hz	52 ×10-6 U + 1.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >40 Hz to 20 kHz	50 ×10-6 U + 1.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >20 kHz to 50 kHz	54 ×10-6 U + 2.0 μV	Laboratory	Active
		(>22 mV to 70 mV) >50 kHz to 100 kHz	70 ×10-6 U + 2.5 μV	Laboratory	Active
		(>22 mV to 70 mV) >100 kHz to 300 kHz	0.18 ×10-3 U + 4.0 μV	Laboratory	Active
		(>22 mV to 70 mV) >300 kHz to 500 kHz	0.33 ×10-3 U + 8.0 μV	Laboratory	Active
		(>22 mV to 70 mV) >500 kHz to 1 MHz	1.3 ×10-3 U + 8.0 μV	Laboratory	Active
		(>70 mV to 220 mV) 10 Hz to 20 Hz	64 ×10-6 U + 1.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >20 Hz to 40 Hz	36 ×10-6 U + 1.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >40 Hz to 20 kHz	34 ×10-6 U + 1.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >20 kHz to 50 kHz	34 ×10-6 U + 2.0 μV	Laboratory	Active
		(>70 mV to 220 mV) >50 kHz to 100 kHz	60 ×10-6 U + 2.5 μV	Laboratory	Active
		(>70 mV to 220 mV) >100 kHz to 300 kHz	0.18 ×10-3 U + 4.0 μV	Laboratory	Active
		(>70 mV to 220 mV) >300 kHz to 500 kHz	0.32 ×10-3 U + 8.0 μV	Laboratory	Active
		(>70 mV to 220 mV) >500 kHz to 1 MHz	1.2 ×10-3 U + 8.0 μV	Laboratory	Active
		(>220 mV to 700 mV) 10 Hz to 20 Hz	64 ×10-6 U + 1.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >20 Hz to 40 Hz	37 ×10-6 U + 1.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >40 Hz to 20 kHz	34 ×10-6 U + 1.5 μV	Laboratory	Active
	Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(>220 mV to 700 mV) >20 kHz to 50 kHz	34 ×10-6 U + 2.0 μV	Laboratory	Active
		(>220 mV to 700 mV) >50 kHz to 100 kHz	60 ×10-6 U + 2.5 μV	Laboratory	Active
		(>220 mV to 700 mV) >100 kHz to 300 kHz	0.18 ×10-3 U + 4.0 μV	Laboratory	Active
		(>220 mV to 700 mV) >300 kHz to 500 kHz	0.32 ×10-3 U + 8.0 μV	Laboratory	Active
		(>220 mV to 700 mV) >500 kHz to 1 MHz	1.2 ×10-3 U + 8.0 μV	Laboratory	Active
		(>700 mV to 2.2 V) 10 Hz to 20 Hz	64 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >20 Hz to 40 Hz	37 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >40 Hz to 20 kHz	30 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >20 kHz to 50 kHz	34 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >50 kHz to 100 kHz	58 ×10-6 U	Laboratory	Active
		(>700 mV to 2.2 V) >100 kHz to 300 kHz	0.17 ×10-3 U	Laboratory	Active
	Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(>700 mV to 2.2 V) >300 kHz to 500 kHz	0.29 ×10-3 U	Laboratory	Active
		(>700 mV to 2.2 V) >500 kHz to 1 MHz	1.2 ×10-3 U	Laboratory	Active
		(>2.2 V to 7 V) 10 Hz to 20 Hz	63 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >20 Hz to 40 Hz	37 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >40 Hz to 20 kHz	28 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >20 kHz to 50 kHz	36 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >50 kHz to 100 kHz	74 ×10-6 U	Laboratory	Active
		(>2.2 V to 7 V) >100 kHz to 300 kHz	0.18 ×10-3 U	Laboratory	Active
		(>2.2 V to 7 V) >300 kHz to 500 kHz	0.45 ×10-3 U	Laboratory	Active
		(>2.2 V to 7 V) >500 kHz to 1 MHz	1.5 ×10-3 U	Laboratory	Active
Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(>7 V to 22 V) 10 Hz to 20 Hz	63 ×10-6 U	Laboratory	Active
	(>7 V to 22 V) >20 Hz to 40 Hz	38 ×10-6 U	Laboratory	Active
	(>7 V to 22 V) >40 Hz to 20 kHz	28 ×10-6 U	Laboratory	Active
	(>7 V to 22 V) >20 kHz to 50 kHz	36 ×10-6 U	Laboratory	Active
	(>7 V to 22 V) >50 kHz to 100 kHz	70 ×10-6 U	Laboratory	Active
	(>7 V to 22 V) >100 kHz to 300 kHz	0.19 ×10-3 U	Laboratory	Active
	(>7 V to 22 V) >300 kHz to 500 kHz	0.46 ×10-3 U	Laboratory	Active
	(>7 V to 22 V) >500 kHz to 1 MHz	1.5 ×10-3 U	Laboratory	Active
	(>22 V to 70 V) 10 Hz to 20 Hz	64 ×10-6 U + 1.6 μV	Laboratory	Active
	(>22 V to 70 V) >20 Hz to 40 Hz	40 ×10-6 U + 2.6 μV	Laboratory	Active
	(>22 V to 70 V) >40 Hz to 20 kHz	35 ×10-6 U + 2.9 μV	Laboratory	Active
Procedure CP-E-18 Calibration of Electrical Calibrators U = Measured Value	(>22 V to 70 V) >20 kHz to 50 kHz	40 ×10-6 U + 2.6 μV	Laboratory	Active
	(>22 V to 70 V) >50 kHz to 100 kHz	86 ×10-6 U + 1.2 μV	Laboratory	Active
	(>22 V to 70 V) >100 kHz to 300 kHz	0.19 ×10-3 U	Laboratory	Active
	(>22 V to 70 V) >300 kHz to 500 kHz	0.50 ×10-3 U	Laboratory	Active
	(>22 V to 70 V) >500 kHz to 1 MHz	1.5 ×10-3 U	Laboratory	Active
	(>70 V to 220 V) 10 Hz to 20 Hz	66 ×10-6 U	Laboratory	Active
	(>70 V to 220 V) >20 Hz to 40 Hz	42 ×10-6 U	Laboratory	Active
	(>70 V to 220 V) >40 Hz to 20 kHz	37 ×10-6 U	Laboratory	Active
	(>70 V to 220 V) >20 kHz to 50 kHz	51 ×10-6 U	Laboratory	Active
	(>70 V to 220 V) >50 kHz to 100 kHz	89 ×10-6 U	Laboratory	Active
	(>220 V to 700 V) 40 Hz to 20 kHz	34 ×10-6 U + 30 μV	Laboratory	Active
	(>220 V to 700 V) >20 kHz to 50 kHz	0.15 ×10-3 U + 7.2 μV	Laboratory	Active
	(>220 V to 700 V) >50 kHz to 100 kHz	0.86 ×10-3 U + 1.2 μV	Laboratory	Active
	(>700 V to 1000 V) 40 Hz to 20 kHz	34 ×10-6 U + 13 μV	Laboratory	Active
AC Current Calibration of measuring Instruments	Procedure CP-E-11 Calibration of Digital Multimeters I = Measured Value	(30 µA to 1 mA) 10 Hz to 20 Hz	75 ×10-6 I + 2.0 nA	Laboratory	Active
		(30 µA to 1 mA) >20 Hz to 10 kHz	49 ×10-6 I + 2.0 nA	Laboratory	Active
		(30 µA to 1 mA) >10 kHz to 30 kHz	48 ×10-6 I + 3.0 nA	Laboratory	Active
		(>1 mA to 10 mA ) 10 Hz to 20 Hz	73 ×10-6 I + 17 nA	Laboratory	Active
		(>1 mA to 10 mA ) >20 Hz to 10 kHz	45 ×10-6 I + 16 nA	Laboratory	Active
		(>1 mA to 10 mA ) >10 kHz to 30 kHz	45 ×10-6 I + 22 nA	Laboratory	Active
		(>10 mA to 50 mA ) 10 Hz to 20 Hz	73 ×10-6 I + 83 nA	Laboratory	Active
		(>10 mA to 50 mA ) >20 Hz to 10 kHz	47 ×10-6 I + 75 nA	Laboratory	Active
		(>10 mA to 50 mA ) >10 kHz to 30 kHz	46 ×10-6 I + 0.11 μA	Laboratory	Active
		(>50 mA to 500 mA ) 10 Hz to 20 Hz	75 ×10-6 I + 0.81 μA	Laboratory	Active
		(>50 mA to 500 mA ) >20 Hz to 10 kHz	50 ×10-6 I + 0.73 μA	Laboratory	Active
		(>50 mA to 500 mA ) >10 kHz to 30 kHz	49 ×10-6 I + 1.0 μA	Laboratory	Active
		(>500 mA to 1 A ) 10 Hz to 20 Hz	80 ×10-6 I + 1.5 μA	Laboratory	Active
		(>500 mA to 1 A ) >20 Hz to 10 kHz	57 ×10-6 I + 1.2 μA	Laboratory	Active
	Procedure CP-E-11 Calibration of Digital Multimeters I = Measured Value	(>1 A to 5 A ) 10 Hz to 20 Hz	83 ×10-6 I + 7.4 μA	Laboratory	Active
		(>1 A to 5 A ) >20 Hz to 10 kHz	60 ×10-6 I + 5.9 μA	Laboratory	Active
		(>5 A to 20 A ) 10 Hz to 20 Hz	0.12 ×10-3 I + 21 μA	Laboratory	Active
		(>5 A to 20 A ) >20 Hz to 10 kHz	0.11 ×10-3 I + 14 μA	Laboratory	Active
		(>20 A to 50 A) 20 Hz to 10 kHz	0.14 ×10-3 I + 27 μA	Laboratory	Active
AC Current calibration of sources	Procedure CP-E-18 Calibration of Electrical Calibrators I = Measured Value	(30 µA to 1 mA) 10 Hz to 20 Hz	75 ×10-6 I + 2.0 nA	Laboratory	Active
		(30 µA to 1 mA) >20 Hz to 10 kHz	49 ×10-6 I + 2.0 nA	Laboratory	Active
		(30 µA to 1 mA) >10 kHz to 30 kHz	48 ×10-6 I + 3.0 nA	Laboratory	Active
		(>1 mA to 10 mA ) 10 Hz to 20 Hz	73 ×10-6 I + 17 nA	Laboratory	Active
		(>1 mA to 10 mA ) >20 Hz to 10 kHz	45 ×10-6 I + 16 nA	Laboratory	Active
		(>1 mA to 10 mA ) >10 kHz to 30 kHz	45 ×10-6 I + 22 nA	Laboratory	Active
		(>10 mA to 50 mA ) 10 Hz to 20 Hz	73 ×10-6 I + 83 nA	Laboratory	Active
		(>10 mA to 50 mA ) >20 Hz to 10 kHz	47 ×10-6 I + 75 nA	Laboratory	Active
		(>10 mA to 50 mA ) >10 kHz to 30 kHz	46 ×10-6 I + 0.11 μA	Laboratory	Active
		(>50 mA to 500 mA ) 10 Hz to 20 Hz	75 ×10-6 I + 0.83 μA	Laboratory	Active
		(>50 mA to 500 mA ) >20 Hz to 10 kHz	50 ×10-6 I + 0.75 μA	Laboratory	Active
		(>50 mA to 500 mA ) >10 kHz to 30 kHz	49 ×10-6 I + 1.1 μA	Laboratory	Active
		(>500 mA to 1 A ) 10 Hz to 20 Hz	80 ×10-6 I + 1.5 μA	Laboratory	Active
		(>500 mA to 1 A ) >20 Hz to 10 kHz	57 ×10-6 I + 1.2 μA	Laboratory	Active
		(>1 A to 5 A ) 10 Hz to 20 Hz	83 ×10-6 I + 7.5 μA	Laboratory	Active
		(>1 A to 5 A ) >20 Hz to 10 kHz	60 ×10-6 I + 6.0 μA	Laboratory	Active
		(>5 A to 20 A ) 10 Hz to 20 Hz	0.12 ×10-3 I + 21 μA	Laboratory	Active
		(>5 A to 20 A ) >20 Hz to 10 kHz	0.11 ×10-3 I + 15 μA	Laboratory	Active
		(>20 A to 50 A) 20 Hz to 10 kHz	0.14 ×10-3 I + 27 μA	Laboratory	Active
DC resistance Calibration of Instruments	Procedure CP-E-14 Calibration of Temperature Readouts Procedure CP-E-16 Calibration of Fluke Super Thermometer Procedure CP-E-06 Calibration of 8.5 digit Digital Multimeters	0 Ω	3.0 μΩ	Laboratory	Active
		1 Ω	3.8 μΩ	Laboratory	Active
		10 Ω	9.1 μΩ	Laboratory	Active
		25 Ω	32 μΩ	Laboratory	Active
		100 Ω	0.10 mΩ	Laboratory	Active
		200 Ω	0.26 mΩ	Laboratory	Active
		400 Ω	0.52 mΩ	Laboratory	Active
DC Resistance calibration of Measuring Instruments	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-24 Calibration of Process Calibrators R = Measured Value	0 Ω to 2 Ω	42×10-6 R + 4.1 µΩ	Laboratory	Active
		>2 Ω to 11 Ω	41×10-6 R + 5.0 µΩ	Laboratory	Active
		>11 Ω to 33 Ω	31×10-6 R + 18 µΩ	Laboratory	Active
		>33 Ω to 110 Ω	29×10-6 R + 18 µΩ	Laboratory	Active
		>110 Ω to 330 Ω	29 ×10-6 R + 0.18 mΩ	Laboratory	Active
		>330 Ω to 1.1 kΩ	29 ×10-6 R + 0.18 mΩ	Laboratory	Active
	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-24 Calibration of Process Calibrators R = Measured Value	>1.1 kΩ to 3.3 kΩ	29 ×10-6 R + 1.7 mΩ	Laboratory	Active
		>3.3 kΩ to 11 kΩ	29 ×10-6 R + 1.4 mΩ	Laboratory	Active
		>11 kΩ to 33 kΩ	29 ×10-6 R + 17 mΩ	Laboratory	Active
		>33 kΩ to 110 kΩ	30 ×10-6 R + 15 mΩ	Laboratory	Active
		>110 kΩ to 330 kΩ	34 ×10-6 R + 25 mΩ	Laboratory	Active
		>300 kΩ to 1.1 MΩ	34 ×10-6 R + 25 mΩ	Laboratory	Active
		>1.1 MΩ to 3.3 MΩ	62 ×10-6 R + 2.3 Ω	Laboratory	Active
		>3.3 MΩ to 11 MΩ	0.13 ×10-3 R + 0.92 Ω	Laboratory	Active
		>11 MΩ to 33 MΩ	0.16 ×10-3 R + 9.0 kΩ	Laboratory	Active
		>33 MΩ to 110 MΩ	0.48 ×10-3 R + 4.2 kΩ	Laboratory	Active
		>110 MΩ to 330 MΩ	3.0 ×10-3 R + 20 kΩ	Laboratory	Active
		>330 MΩ to 1 GΩ	15 ×10-3 R + 2.1 kΩ	Laboratory	Active
DC Resistance calibration of sources	Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-23 Calibration of Resistor Decades Procedure CP-E-24 Calibration of Process Calibrators R = Measured Value	0 Ω to 2 Ω	13 ×10-6 R + 4.0 μΩ	Laboratory	Active
		>2 Ω to 20 Ω	7.9 ×10-6 R + 14 μΩ	Laboratory	Active
		>20 Ω to 200 Ω	7.4 ×10-6 R + 49 μΩ	Laboratory	Active
		>0.2 Ω to 2 kΩ	7.2 ×10-6 R + 0.50 mΩ	Laboratory	Active
		>2 kΩ to 20 kΩ	7.3 ×10-6 R + 4.9 mΩ	Laboratory	Active
		>20 kΩ to 200 kΩ	7.6 ×10-6 R + 48 mΩ	Laboratory	Active
		>0.2 MΩ to 2 MΩ	8.4 ×10-6 R + 85 mΩ	Laboratory	Active
		>2 MΩ to 20 MΩ	12 ×10-6 R + 8.3 Ω	Laboratory	Active
		>20 MΩ to 200 MΩ	46 ×10-6 R + 9.8 kΩ	Laboratory	Active
		>0.2 GΩ to 2 GΩ	68 ×10-6 R + 94 kΩ	Laboratory	Active
		>2 GΩ to 20 GΩ	0.56 ×10-3 R +0.96 MΩ	Laboratory	Active
DC Current Calibration of Measuring Instruments	Procedure CP-E-11 Calibration of Digital Multimeters Procedure CP-E-24 Calibration of Process Calibrators I = Measured Value	0 µA to 100 µA	4.0 ×10-6 I + 49 pA	Laboratory	Active
		>100 µA to 1 mA	4.0 ×10-6 I + 0.49 nA	Laboratory	Active
		>1 mA to 10 mA	4.0 ×10-6 I + 4.9 nA	Laboratory	Active
		>10 mA to 100 mA	2.3×10-6 I + 0.65 μA	Laboratory	Active
		>0.1 A to 1 A	35 ×10-6 I + 4.2 μA	Laboratory	Active
		>1 A to 5 A	38 ×10-6 I + 0.88 μA	Laboratory	Active
		>5 A to 20 A	38×10-6 I + 16 μA	Laboratory	Active
DC Current Calibration of sources	Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-24 Calibration of Process Calibrators I = Measured Value	0 µA to 100 µA	4.0 ×10-6 I + 49 pA	Laboratory	Active
		>100 µA to 1 mA	4.0 ×10-6 I + 0.49 nA	Laboratory	Active
		>1 mA to 10 mA	4.0 ×10-6 I + 4.9 nA	Laboratory	Active
		>10 mA to 100 mA	2.3×10-6 I + 0.65 μA	Laboratory	Active
		>0.1 A to 1 A	35 ×10-6 I + 4.2 μA	Laboratory	Active
		>1 A to 5 A	38 ×10-6 I + 0.88 μA	Laboratory	Active
		>5 A to 20 A	38×10-6 I + 16 μA	Laboratory	Active
	Procedure CP-E-22 Calibration of Current Source I = measured current value	>1 A to 10 A	17 ×10-6 I	Laboratory	Active
		>10 A to 150 A	20 ×10-6 I	Laboratory	Active
Temperature Calibration of measuring instruments by simulation	Procedure CP-E-14 Calibration of Temperature Readouts Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-24 Calibration of Process Calibrators	(RTD: (PT100 (385)) -270 °C to 860 °C	0.010 °C	Laboratory	Active
		(THERMOCOUPLE: (Type J)) -200 °C to <-100 °C	0.15 °C	Laboratory	Active
		(THERMOCOUPLE: (Type J)) -100 °C to 1000 °C	0.14 °C	Laboratory	Active
		(Type K) -200 °C to <-100 °C	0.16 °C	Laboratory	Active
		(Type K) -100 °C to 1000 °C	0.13 °C	Laboratory	Active
	Procedure CP-E-14 Calibration of Temperature Readouts Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-24 Calibration of Process Calibrators	(THERMOCOUPLE: (Type N) -200 °C to <-100 °C	0.20 °C	Laboratory	Active
		(THERMOCOUPLE: (Type N) -100 °C to 1300 °C	0.15 °C	Laboratory	Active
		(Type R) 0 °C to <100 °C	0.33 °C	Laboratory	Active
		(Type R) 100 °C to <500 °C	0.23 °C	Laboratory	Active
		(Type R) 500 °C to <1000 °C	0.19 °C	Laboratory	Active
		(Type R) 1000 °C to 1700 °C	0.18 °C	Laboratory	Active
		(Type S) 0 °C to <100 °C	0.33 °C	Laboratory	Active
		(Type S) 100 °C to <500 °C	0.25 °C	Laboratory	Active
		(Type S) 500 °C to <1000 °C	0.20 °C	Laboratory	Active
		(Type S) 1000 °C to 1700 °C	0.19 °C	Laboratory	Active
		(THERMOCOUPLE: (Type T) -200 °C to <-100 °C	0.17 °C	Laboratory	Active
		(THERMOCOUPLE: (Type T) -100 °C to <0 °C	0.15 °C	Laboratory	Active
		(THERMOCOUPLE: (Type T) 0 °C to 400 °C	0.14 °C	Laboratory	Active
Temperature Calibration of simulators	Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-24 Calibration of Process Calibrators	(RTD: (PT100 (385)) -270 °C to 860 °C	0.014 °C	Laboratory	Active
		(THERMOCOUPLE: (Type J) -200 °C to <-100 °C	0.11 °C	Laboratory	Active
		(THERMOCOUPLE: (Type J) -100 °C to <0 °C	0.091 °C	Laboratory	Active
		(THERMOCOUPLE: (Type J) 0 °C to 1200 °C	0.089 °C	Laboratory	Active
	Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-24 Calibration of Process Calibrators	(THERMOCOUPLE: (Type K) -200 °C to <-100 °C	0.13 °C	Laboratory	Active
		(THERMOCOUPLE: (Type K) -100 °C to <0 °C	0.096 °C	Laboratory	Active
		(THERMOCOUPLE: (Type K) 0 °C to 1250 °C	0.093 °C	Laboratory	Active
		(Type N) -200 °C to <-100 °C	0.17 °C	Laboratory	Active
		(Type N) -100 °C to <100 °C	0.11 °C	Laboratory	Active
		(Type N) 100 °C to 1300 °C	0.096 °C	Laboratory	Active
		(Type R) 0 °C to <100 °C	0.32 °C	Laboratory	Active
		(Type R) 100 °C to <500 °C	0.20 °C	Laboratory	Active
		(Type R) 500 °C to <1000 °C	0.16 °C	Laboratory	Active
		(Type R) 1000 °C to 1700 °C	0.14 °C	Laboratory	Active
		(THERMOCOUPLE: (Type S) 0 °C to <100 °C	0.30 °C	Laboratory	Active
		(THERMOCOUPLE: (Type S) 100 °C to <500 °C	0.22 °C	Laboratory	Active
		(THERMOCOUPLE: (Type S) 500 °C to <1000 °C	0.17 °C	Laboratory	Active
		(THERMOCOUPLE: (Type S) 1000 °C to 1700 °C	0.15 °C	Laboratory	Active
		(Type T) -200 °C to <-100 °C	0.092 °C	Laboratory	Active
		(Type T) -100 °C to <0 °C	0.097 °C	Laboratory	Active
		(Type T) 0 °C to <100 °C	0.093 °C	Laboratory	Active
		(Type T) 100 °C to 400 °C	0.089 °C	Laboratory	Active
CAPACITANCE Calibration of Measuring Instruments	Procedure CP-E-11 Calibration of Digital Multimeters C = Measured Value	220 pF to 3 nF	5.0 ×10-3 C + 11 pF	Laboratory	Active
		>3 nF to 10 nF	2.5 ×10-3 C + 11 pF	Laboratory	Active
		>10 nF to 30 nF	2.5 ×10-3 C + 0.11 nF	Laboratory	Active
		>30 nF to 100 nF	2.5 ×10-3 C + 0.11 nF	Laboratory	Active
		>100 nF to 300 nF	2.5 ×10-3 C + 0.31 nF	Laboratory	Active
		>300 nF to 1 µF	2.5 ×10-3 C + 1.1 nF	Laboratory	Active
		>1 µF to 3 µF	2.5 ×10-3 C + 3.1 nF	Laboratory	Active
		>3 µF to 10 µF	2.4 ×10-3 C + 14 nF	Laboratory	Active
		>10 µF to 30 µF	3.9 ×10-3 C +38 nF	Laboratory	Active
		>30 µF to 100 µF	4.3 ×10-3 C + 0.14 µF	Laboratory	Active
		>100 µF to 300 µF	4.3 ×10-3 C + 0.41 µF	Laboratory	Active
		>300 µF to 1 mF	4.4 ×10-3 C + 1.2 µF	Laboratory	Active
		>1 mF to 3 mF	4.5 ×10-3 C + 3.1 µF	Laboratory	Active
		>3 mF to 10 mF	4.5 ×10-3 C + 11 µF	Laboratory	Active
		>10 mF to 30 mF	7.5 ×10-3 C + 31 µF	Laboratory	Active
		>30 mF to 110 mF	11 ×10-3 C + 12 µF	Laboratory	Active
Capacitance calibration of sources	Procedure CP-E-18 Calibration of Electrical Calibrators Procedure CP-E-28 Calibration of Capacitors and Inductors	220 pF to 3 nF	1.4 pF	Laboratory	Active
		>3 nF to 10 nF	2.9 pF	Laboratory	Active
		>10 nF to 30 nF	7.7 pF	Laboratory	Active
		>30 nF to 100 nF	25 pF	Laboratory	Active
		>100 nF to 300 nF	76 pF	Laboratory	Active
		>300 nF to 1 µF	0.26 nF	Laboratory	Active
		>1 µF to 3 µF	0.78 nF	Laboratory	Active
		>3 µF to 10 µF	11 nF	Laboratory	Active
		>10 µF to 30 µF	31 nF	Laboratory	Active
		>30 µF to 100 µF	0.12 µF	Laboratory	Active
		>100 µF to 300 µF	0.37 µF	Laboratory	Active
		>300 µF to 1 mF	0.87 µF	Laboratory	Active
		>1 mF to 3 mF	0.87 µF	Laboratory	Active
		>3 mF to 10 mF	2.9 µF	Laboratory	Active
		>10 mF to 30 mF	9.5 µF	Laboratory	Active
		>30 mF to 110 mF	33 µF	Laboratory	Active
Standard capacitors	Procedure CP-E-28 Calibration of Capacitors and Inductors Substitution method at 1 kHz C = Measured Value	10 pF	20 ×10-6 C	Laboratory	Active
		100 pF	20 ×10-6 C	Laboratory	Active
		1 nF	20 ×10-6 C	Laboratory	Active
Standard inductors	Procedure CP-E-28 Calibration of Capacitors and Inductors Substitution method at 1 kHz L= Measured Value	100 µH	0.75 ×10-3 L	Laboratory	Active
		1 mH	0.14 ×10-3 L	Laboratory	Active
		10 mH	0.26 ×10-3 L	Laboratory	Active
		100 mH	0.27 ×10-3 L	Laboratory	Active
		1 H	0.26 ×10-3 L	Laboratory	Active
Inductance Calibration of Sources	Procedure CP-E-28 Calibration of Capacitors and Inductors L= Measured Value	1 mH to 10 mH	1.1 ×10-3 L	Laboratory	Active
Inductance Calibration of Sources		>10 mH to 1 H	0.80 ×10-3 L	Laboratory	Active
AC power Calibration of power meters	Procedure CP-E-30 Primary Power Measurements	1 V to 500 V	Active power	Laboratory	Active
		0.125 A to 120 A	25 μW/VA	Laboratory	Active
		45 Hz to 65 Hz	Reactive power	Laboratory	Active
		Power factor 0 to 1	40 μvar/VA	Laboratory	Active
AC power Calibration of phantom power sources		1 V to 500 V	Active Power	Laboratory	Active
		0.125 A to 200 A	25 μW/ VA	Laboratory	Active
		45 Hz to 65 Hz	Reactive Power	Laboratory	Active
		Power factor 0 to 1	40 μvar/ VA	Laboratory	Active
AC energy Calibration of energy meters		1 V to 500 V	Active Power	Laboratory	Active
		0.125 A to 120 A	25 μWh/ VAh	Laboratory	Active
		45 Hz to 65 Hz	Reactive Power	Laboratory	Active
		Power factor 0 to 1	40 μvarh/ VAh	Laboratory	Active
AC energy Calibration of phantom energy sources		1 V to 500 V	Active Power	Laboratory	Active
		0.125 A to 200 A	25 μWh/ VAh	Laboratory	Active
		45 Hz to 65 Hz	Reactive Power	Laboratory	Active
		Power factor 0 to 1	40 μvarh/ VAh	Laboratory	Active
AC energy Calibration of energy meters	Procedure CP-E-31 Power Measurements class 0.1 and above	30 V to 490 V	Active energy	Laboratory	Active
		4 mA to 120 A	260 μWh/VAh	Laboratory	Active
		45 Hz to 65 Hz	Reactive energy	Laboratory	Active
		Power factor 0 to 1	270 μvarh/Vah	Laboratory	Active
AC Current Ratio Calibration of Isolating Current Transformer	Procedure CP-E-34 Calibration of Isolating Current Transformer	Ratio 1:1 1 A to 100 A	Ratio Error Uncertainty	Laboratory	Active
			0.18 ×10-3	Laboratory	Active
			Defect Angle Uncertainty	Laboratory	Active
			0.11 °	Laboratory	Active
Density
Solid Density Standard at 20°C Mass: 1 kg	CP-V-05 “Solid density by Hydrostatic weighing” Hydrostatic weighing (comparison to reference silicon sphere SP-1)	2330 kg/m3	1.5 kg/m3	Laboratory	Active
Density of solid at 20°C Mass: 20g to 30g	CP-V-05 “Solid density by Hydrostatic weighing” Hydrostatic weighing with use of volume comparator	2300 kg/m3 to 2800 kg/m3	1 kg/ m3	Laboratory	Active
Density of solid at 20°C Mass: 1g to 1kg Density: 7900 kg/m3 to 8400 kg/m3		1g	60 kg/m3	Laboratory	Active
		2 g	30 kg/m3	Laboratory	Active
		5 g	15 kg/m3	Laboratory	Active
		10 g	8 kg/m3	Laboratory	Active
		20 g	5 kg/m3	Laboratory	Active
		50 g	3 kg/m3	Laboratory	Active
		100 g	2.5 kg/m3	Laboratory	Active
		200 g	2 kg/m3	Laboratory	Active
		500 g	2 kg/m3	Laboratory	Active
		1 kg	1.5 kg/m3	Laboratory	Active
Density of Liquid at 20°C	CP-V-04 Hydrostatic weighing with use of glass sinker of appr. . ca. 25g mass	680 kg/m3 to 1200 kg/m3	0.86 kg/m3 to 1.3 kg/m3	Laboratory	Active
Volume
Volume of Liquids Piston operated volumetric apparatus (pipettes, dispensers)	CP-V-01 “Gravimetric Calibration of piston operated pipettes” Fixed and variable volume single and multi-channel Manual or automatic piston operated pipettes using gravimetric method: - 1 volume (fixed volume pipettes) - 3 volumes (variable volume pip	10 µl	0.024 µl	Laboratory	Active
		20 µl	0.028 µl	Laboratory	Active
		50 µl	0.046 µl	Laboratory	Active
		100 µl	0.083 µl	Laboratory	Active
		200 µl	0.17 µl	Laboratory	Active
		500 µl	0.41 µl	Laboratory	Active
		1000 µl	2.1 µl	Laboratory	Active
		2000 µl	5 µl	Laboratory	Active
		5000 µl	8 µl	Laboratory	Active
		10000 µl	17 µl	Laboratory	Active
Volumetric glassware One-mark flasks	CP-V-02 “Gravimetric Calibration of Volumetric Glassware”	10 ml	0.023 ml	Laboratory	Active
		20 ml	0.033 ml	Laboratory	Active
		50 ml	0.047 ml	Laboratory	Active
		100 ml	0.064 ml	Laboratory	Active
		200 ml	0.087 ml	Laboratory	Active
		500 ml	0.13 ml	Laboratory	Active
		1000 ml	0.19 ml	Laboratory	Active
Volumetric glassware Graduated measuring cylinders		10 ml	0.070 ml	Laboratory	Active
		20 ml	0.12 ml	Laboratory	Active
		50 ml	0.21 ml	Laboratory	Active
		100 ml	0.38 ml	Laboratory	Active
		200 ml	0.60 ml	Laboratory	Active
		500 ml	0.84 ml	Laboratory	Active
		1000 ml	1.5 ml	Laboratory	Active
		2000 ml	2.5 ml	Laboratory	Active
Volumetric glassware Pipettes		1 ml	0.0060 ml	Laboratory	Active
		2 ml	0.0060 ml	Laboratory	Active
		5 ml	0.012 ml	Laboratory	Active
		10 ml	0.018 ml	Laboratory	Active
		25 ml	0.040 ml	Laboratory	Active
Volumetric glassware Burettes		10 ml	0.020 ml	Laboratory	Active
		25 ml	0.020 ml	Laboratory	Active
		50 ml	0.040 ml	Laboratory	Active
		100 ml	0.070 ml	Laboratory	Active
Metallic prover vessels	CP-V-03 “Gravimetric Calibration of Prover Vessels”	5 L to 100 L	0.001	Laboratory	Active
Dimensions
Gauge Block (mm)(steel, ceramic, Tungsten) carbide)	Measurement of central length by interferometry. Measured twice, wrung to a platen by each of the two measuring faces in turn, and the mean of these two measurements stated on the certificate. Procedure used: EMI Procedure no.: CP-D-09 ISO 3650:1998	0.5 mm to 100 mm, Grade K and Grade 0	Q[25 nm, 0.7×10-6 L]	Laboratory	Active
Long Gauge Block (mm) (steel, ceramic, Tungsten)	Measurement of central length by interferometry. Measured twice, wrung to a platen by each of the two measuring faces in turn, and the mean of these two measurements stated on the certificate. Procedure used: EMI Procedure no.: CP-D-09 ISO 3650:1998	100 mm to 300 mm Grade K and Grade 0	Q[37 nm, 0.7×10-6 L]	Laboratory	Active
Gauge Block (mm) steel	Measurement of central length by mechanical comparison. Procedure used: EMI procedure no.: CP-D-03 ISO 3650:1998	0.5 mm to 100 mm	Q[80 nm, 1.1×10-6 L]	Laboratory	Active
Gauge Block (mm) ceramic		0.5 mm to 100 mm	Q[80 nm, 1.93×10-6 L]	Laboratory	Active
Long Gauge Block	Measurement of central length by mechanical comparison to same nominal size long gauge blocks using universal length measuring machine Procedure used: EMI procedure no.: CP-D-06 ISO 3650:1998	125 mm to 500 mm	Q[0.16 μm, 1.9×10-6 L]	Laboratory	Active
Gauge Blocks Comparator	For determining error of indicated displacement Mechanical comparison to gauge block couples Procedure used: EMI procedure no.: CP-D-12 EURAMET cg-2 Version 2.0 (03/2011) (Previously EA-10/02)	0.5 mm to 100 mm	0.05 μm	Laboratory	Active
1-D measuring Machine (Universal Length Measuring Machine)	For determining error of indicated size/displacement Mechanical comparison to gauge block Procedure used: EMI procedure no.: CP-D-13	upto 100 mm	Q[0.062 μm, 1.3×10-6 L]	Laboratory	Active
Height Gauges (analoges, digitals)	For determining error of indicated vertical size Comparison with calliper checker Procedure used: EMI Procedure no.: CP-D-05 ISO 13225:2012	upto 600 mm, resolution 0.01 mm	(0.02 mm + 1×10-5L)	Laboratory	Active
Angle Gauges	Measurement of included angle by comparison to primary encoder. Procedure used: EMI Procedure no.: CP-D-15	upto 90º	0.6"	Laboratory	Active
Angle Indicating Instruments	For determining error of indicated inclination angle Comparison to primary encoder in vertical orientation Procedure used: EMI procedure no.: CP-D-16	upto 90º, resolution 0.01º	0.01°	Laboratory	Active
Dial Gauges	For determining error of indicated displacement, Comparison with universal length measuring machine Procedure used: EMI procedure no.: CP-D-02 ISO 463:2006	up to 50 mm, resolution 0.001 mm	2µm	Laboratory	Active
Dial Gauges		50 mm to 100mm, resolution 0.001 mm	3µm	Laboratory	Active
External Micrometes	For determining error of indicated size Comparison with reference gauge blocks Comparison with universal length measuring machine. Procedure used: EMI procedure no.: CP-D-01 ISO 3611:2010	0 mm to 25mm, resolution 0.001 mm	2µm	Laboratory	Active
		25 mm to 75mm resolution 0.001 mm	2µm	Laboratory	Active
		75 mm to 175mm resolution 0.001 mm	3µm	Laboratory	Active
External Cylinder, Plain Plug Gauges (parallel) and Pin Gauges	Comparison with reference gauge block using universal length measuring machine. Procedure used: EMI Procedure no.: CP-D-07 EURAMET cg-6 Version 2.0 (03/2011)	1 mm to 80 mm diameter	0.8 µm	Laboratory	Active
Internall Cylinder, Plain Ring Gauges (parallel)	Comparison with reference ring gauge using universal length measuring machine. Procedure used: EMI Procedure no.: CP-D-08 EURAMET cg-6 Version 2.0 (03/2011)	10 mm to 100 mm diameter	0.8 µm	Laboratory	Active
Calipers (digital, vernier)	For determining error of indicated size Comparison with calliper checker and gauge blocks (for callipers with vernier scale). Procedure used: EMI procedure no.: CP-D-04 ISO 13385-1:2019	up to 600 mm resolution 0.01 mm	(0.02 mm + 1.2×10-5 L)	Laboratory	Active
Force
Force / Force Proving Instruments (tension and compression mode)	Calibration of force proving instruments in accordance with ISO 376:2011 increasing and decreasing forces	100 kN to 5000 kN	0.05% of indicated value	Laboratory	Active
		50 kN to 100 kN	0,1 % of indicated value	Laboratory	Active
Pressure
Pneumatic Negative Gauge Analogue and digital pressure gauges	CP-P-01 SOP based on DKD-R 6-1 and Euramet cg17	-92 kPa to -10 kPa	3 Pa + 1.6x10-3*p	Laboratory	Active
Pneumatic Differential Pressure Analogue and digital pressure gauges		-92 kPa to 280 kPa	3 Pa + 1.6x10-3*p	Laboratory	Active
Pneumatic Gauge and Absolute Pressure Analogue and digital pressure gauges		9.0 kPa to 700 kPa	2 Pa+2.0x10-5*p	8.024	Active
		> 0.7 MPa to 3.5 MPa	3.5 Pa+2.5x10-5*p	Laboratory	Active
		> 3.5 MPa to 7 MPa	10 Pa+3.0x10-5*p	Laboratory	Active
Hydraulic Gauge Pressure Analogue and digital pressure gauges		1 MPa to 100 MPa	0.10 kPa+4.2x10-5*p	Laboratory	Active
		> 100 MPa to 280 MPa	1,610-4*p	Laboratory	Active