Certificate of Accreditation

Transcription

1 ISO/IEC 17025:2005 Certificate of Accreditation Indiana Standards Laboratory 2919 Shelby Street Indianapolis IN Certificate Number L2222 has met the requirements set forth in L-A-B s policies and procedures, all requirements of ISO/IEC 17025:2005 General Requirements for the competence of Testing and Laboratories.* The accredited lab has demonstrated technical competence to a defined Scope of Accreditation and the operation of a laboratory quality management system (refer to joint ISO-ILAC-IAF Communiqué dated 8 January 2009). Accreditation valid through: October 31, 2018 R. Douglas Leonard, Jr., President, COO Laboratory Accreditation Bureau Presented the 15 th of October 2015 *See the laboratory s Scope of Accreditation for details of accredited parameters **Laboratory Accreditation Bureau is found to be in compliance with ISO/IEC 17011:2004 and recognized by ILAC (International Laboratory Accreditation Cooperation) and NACLA (National Cooperation for Laboratory Accreditation). Form 28.1 Rev 1 7/3/13

2 Scope of Accreditation For Indiana Standards Laboratory 2919 Shelby Street Indianapolis, IN Richard Chance / Mark Cook In recognition of a successful assessment to ISO/IEC 17025:2005 to the following and Measurement Capabilities, accreditation has been granted to Indiana Standards Laboratory for the following: Accreditation granted through: October 31, 2018 Acoustics, Ultrasound, and Vibration Sound Pressure Level Sound Level Calibrator Sound Level Meters 1 (94 to 124) db 2 (94 to 124) db 125 Hz, 2 khz 114 db db 125Hz, 2 khz 0.23 db GR 1562A B&K db Fluke 931B 0.25 db GR 1562A AC Ratio 0.45 db Amount of Substance ph/conductivity 4 ph ph Meters 1 7 ph 10 ph 0.02 ph 10 µs 0.62 µs Standard ph Buffers Thermometer 0.1 C Conductivity Meters µs 0.92 µs µs 4 µs µs 36 µs µs 320 µs µs 4.3 µs Standard Solutions Form 28.8 Rev 11 3/1/14 Page 1 of 27

3 Amount of Substance Refractive Index Refractive Index Brix (0.1 to 20) Brix 0.2 % of reading Scale Sugar Distilled Water Electrical Capacitance Capacitance (Source) Capacitance (Measure) (0.1 to 1) pf pf + 45 µf/f (1 to 10) pf pf + 50 µf/f (10 to 100) pf pf + 10 µf/f (100 to 1 000) pf pf + 23 µf/f (1to 10) nf nf + 17 µf/f (10 to 100) nf nf + 29 µf/f (100 to 1 000) nf nf + 37 µf/f GR 1422-CD GR 1615A GR 1422-CL GR 1615A GR-1422-CB GR-1615A GR 1423A GR 1615A (1 to 10) µf 220 µf/f ISL Polaris Capacitance Decade (10 to 100) µf 530 µf/f GR 1615A (0.1 to 1) pf pf + 60 µf/f (1 to 10) pf pf + 16 µf/f (10 to 100) pf pf µf/f (100 to 1 000) pf pf µf/f (1 to 10) nf nf + 11 µf/f (10 to 100) nf nf + 21 µf/f (100 to 1 000) nf nf + 27 µf/f GR1615A GR 1403-K GR 1615A GR 1403-G GR 1615A GR 1404-B GR 1615A GR 1615-P1 GR 1615A GR 1409-T (1 to 10) µf µf µf/f GR 1615A (10 to 100) µf µf µf/f GR 1689M Form 28.8 Rev 11 3/1/14 Page 2 of 27

4 Electrical Current AC Current (Source) 1 (0.1 to 1) ma (10 to < 50) Hz (0.1 to 1) ma (0.05 to 1) khz (0.1 to 1) ma (> 1 to 5) khz (0.1 to 1) ma (>5 to 10) khz (>1 to 10) ma (10 to <50) Hz (>1 to 10) ma (0.05 to 1) khz (>1 to 10) ma (>1 to 5) khz (>1 to 10) ma (>5 to 10) khz (>10 to 100) ma (10 to <50) Hz (>10 to 100) ma (0.05 to 1) khz (>10 to 100) ma (>1 to 5) khz (>10 to 100) ma (>5 to 10) khz (>0.1 to 1) A (10 to <50) Hz (>0.1 to 1) A (0.05 to 1) khz (>0.1 to 1) A (>1 to 5) khz (>0.1 to 1) A (>5 to 10) khz (>1 to 10) A (10 to <50) Hz (>1 to 10) A (0.05 to 1) khz (>1 to 10) A (>1 to 5) khz (>10 to 20) A (10 to <50) Hz (>10 to 20) A (0.05 to 1) khz (>10 to 20) A (>1 to 5) khz (160 µa/a na) 88 µa/a (100 µa/a na) (240 µa/a na) (150µA/A na) (84 µa/a na) (83 µa/a + 10 na) (90 µa/a + 74 na) 150 µa/a 90 µa/a (96 µa/a + 22 na) (110 µa/a + 36 na) 150 µa/a 91 µa/a (100 µa/a 0.74 µa) (160 µa/a + 5 µa) 160 µa/a (96 µa/a 2.2 µa (150 µa/a 49 µa) (150 µa/a µa) 100 µa/a 160 µa/a GR 1440 Holt 6A Ratio Transformer Holt CS1 Holt 6A Form 28.8 Rev 11 3/1/14 Page 3 of 27

5 AC Current (Measure) 1 (0.1 to 1) ma (10 to <50) Hz (0.1 to 1) ma (0.05 to 1) khz (0.1 to 1) ma (>1 to 5) khz (0.1to 1) ma (>5 to 10) khz (>1 to 10) ma (10 to <50) Hz (>1 to 10) ma (0.05 to 1) khz (>1 to 10) ma (>1 to 5) khz (>1 to 10) ma (>5 to 10) khz (>10 to 100) ma (10 to <50) Hz (>10 to 100) ma (0.05 to 1) khz (>10 to 100) ma (>1 to 5) khz (>10 to 100) ma (>5 to 10) khz (>0.1 to 1) A (10 to <50) Hz (>0.1 to 1) A (0.05 to 1) khz (>0.1 to 1) A (>1 to 1) A (>0.1 to 1) A (>5 to 10) khz (>1 to 10) A (10 to <50) Hz (>1 to 10) A (0.05 to 1) khz (>1 to 10) A (>1 to 5) khz (>1 to 10) A (>5 to 10) khz (>10 to 20) A (10 to <50) Hz (>10 to 20) A (0.05 to 1) khz (>10 to 20) A (>1 to 5) khz (160 µa/a na) 88 µa/a (100 µa/a na) (240 µa/a na) (150 µa/a na) (84 µa/a na) (83 µa/a + 10 na) (90 µa/a + 74 na) 150 µa/a 90 µa/a (96 µa/a + 22 na) (110 µa/a + 36 na) 150 µa/a 91 µa/a (100 µa/a 0.74 µa) (160 µa/a 5 µa) 160 µa/a (96 µa/a 2.2 µa) (150 µa/a 49 µa) (260 µa/a 110 µa) (150 µa/a µa) 100 µa/a 160 µa/a (>10 to 20) A 250 µa/a GR 1440 Holt 6A Ratio Transformer Holt CS1 Holt 6A Form 28.8 Rev 11 3/1/14 Page 4 of 27

6 (0 to 1) na 0.1 % reading fa DC Current (Source & Measure) 1,3 (>1 to 10) na 55 µa/a pa (>10 to 100) na 1.5 µa/a pa >100 na to 1µA 0.4 µa/a + 24 pa (>1 to 10) µa 1.2 µa/a + 62 pa (>10 to 100) µa 1 µa/a pa >100 µa to 1 ma 1.1 µa/a na Monitored Multifunction Calibrator Standard Resistor DC Current (Source & Measure) 1,3 DC Current (Measure) 1,3 DC Current (Simulated Source) 1 (>1 to 10) ma 1 µa/a + 57 na Monitored Multifunction (>10 to 100) ma 1.1 µa/a na Calibrator >100 ma to 2 A 4.1 µa/a µa Standard Resistor (>2 to 10) A 22 µa/a + 32 µa (>10 to 20) A 49 µa/a 14 µa (>20 to 100) A 67 µa/a 370 µa (>100 to 1 000) A ma % of reading (>1 000 to 2 000) A 0.13 % of reading 32 ma (20 to 40) ADC 0.04 A % of reading (40 to 200) ADC A % of reading (200 to 1 000) ADC 0.31 A % of reading Transconductance Amplifier Standard Shunt Power Supply Standard Shunt Standard Shunt Standard Shunt Transconductance Amplifier Current Coil Electrical Inductance khz 0.08 % of nominal General Radio 1482-B 1 1 khz 0.02 % of nominal General Radio 1482-E Inductance (Source) Hz 0.07 % of nominal 10 1 khz 0.02 % of nominal Hz 0.08 % of nominal khz 0.02 % of nominal Hz 0.07 % of nominal 1 1 khz 0.02 % of nominal General Radio 1482-H General Radio 1482-L General Radio 1482-P Form 28.8 Rev 11 3/1/14 Page 5 of 27

7 Hz 0.07 % of nominal 10 1 khz 0.02 % of nominal General Radio 1482-T Inductance (Measure) Inductance (Measure) khz 0.1 % of reading 1 1 khz 0.03 % of reading Hz 0.09 % of reading 10 1 khz 0.03 % of reading 100 mh to khz 0.09 % of reading khz 0.03 % of reading Hz 1 1 khz 0.08 % of reading 0.03 % of reading Hz 0.09 % of reading 10 1 khz 0.03 % of reading General Radio 1689 General Radio 1689 Electrical Magnetic Properties Magnetometers / Flux Meters (0 to 20) G G % of reading (20 to 200) G 0.19 G % of reading (200 to 2 000) G 1.6 G % of reading (2 000 to ) G 19 G % of reading Gauss Meter With Transverse Probe Helmholtz Coil Electrical Resistance Resistance Fixed Point (Source) µω 4.2 µω/ω 1 mω 2.8 µω/ω 10 mω 2.2 µω/ω 100 mω 1.8 µω/ω 1 Ω 1.6 µω/ω 10 Ω 1.2 µω/ω 100 Ω 1.4 µω/ω 1 kω 1.2 µω/ω Otto Wolff Guildline 9975 Guildline Ω Standard Guildline Ω Standard Guildline Ω Standard Form 28.8 Rev 11 3/1/14 Page 6 of 27

8 Resistance Fixed Point (Source) 1 Resistance s (Source) 1 10 kω 1.7 µω/ω Guildline kω Standard 100 kω 2.3 µω/ω 1 MΩ 3.3 µω/ω 10 MΩ 4.6 µω/ω 100 MΩ 19 µω/ω 1 GΩ 110 µω/ω 10 GΩ % of reading 100 GΩ 0.21 % of reading 100 µω to 1 mω 70 µω/ω (1 to 10) mω µω µω/ω (10 to 100) mω 2.3 µω + 28 µω/ω 100 mω to 1 Ω 1.1 µω + 14 µω/ω (1 to 10) Ω 9.9 µω µω/ω (10 to 100) Ω 90 µω µω/ω Guildline kω Standard Guildline kω Standard Agilent MΩ Standard 1 MΩ per step Decade Agilent MΩ Standard 10 MΩ per step Decade 1 GΩ Fixed Point Source Agilent MΩ Standard 100 MΩ per Step Decade Leeds Northrup 4232B 1 GΩ Standard 1 GΩ per Step Decade Wavetek 4800A 100 GΩ Standard 1 MΩ Standard Guildline 9975A Leeds & Northrup Ω Fixed Point Resistor Guildline 9975A Leeds & Northrup 4300 ESI RS925D Leeds & Northrup 4222-B ESI RS925D Leeds & Northrup 4020-B ESI RS925A 10 Ω Fixed Point ESI RS925A 100 Ω Fixed Point Form 28.8 Rev 11 3/1/14 Page 7 of 27

9 Resistance s (Source) 1 Resistance Fixed Point (Measure) 1 ESI RS925A 100 Ω to 1 kω 44 µω µω/ω 1 kω Fixed Point (1 to 10) kω 350 µω µω/ω (10 to 100) kω 3 mω µω/ω 100 kω to 1 MΩ 140 mω µω/ω ESI RS925A 10 kω Fixed Point ESI RS925A 100 kω Fixed Point ESI RS925A 1MΩ Fixed Point (1 to 10) MΩ 6.8 Ω + 7 µω/ω PPM-R (10 to 100) MΩ 250 Ω + 59 µω/ω 1 MΩ Fixed Point 100 MΩ to 1 GΩ Ω µω/ω 100 µω 4.2 µω/ω 1 mω 2.8 µω/ω 10 mω 2.2 µω/ω 100 mω 1.8 µω/ω 1 Ω 1.6 µω/ω 10 Ω 1.2 µω/ω 100 Ω 1.4 µω/ω 1 kω 1.2 µω/ω 10 kω 1.7 µω/ω 100 kω 2.3 µω/ω 1 MΩ 3.3 µω/ω 10 MΩ 7.5 µω/ω 100 MΩ 61 µω/ω 1 GΩ 390 µω/ω PPM-R Leeds & Northrup 4232B Otto Wolff Guildline 9975 Guildline Ω Standard Guildline Ω Standard Guildline Ω Standard Guildline kω Standard Guildline kω Standard Guildline kω Standard 10 MΩ Fixed Point Reference 100 MΩ Fixed Point Reference Decade 1 GΩ Fixed Point Reference Decade Form 28.8 Rev 11 3/1/14 Page 8 of 27

10 Resistance Fixed Point (Measure) 1 Resistance s (Measure) 1 10 GΩ 0.1 % of reading 100 GΩ 0.21 % of reading (50 to 100) µω µω 60.4 µω/ω 100 µω to 1 mω 6.3 µω/ω (50 to 100) µω µω 60.4 µω/ω 100 µω to 1 mω 6.3 µω/ω (1 to 10) mω µω + 5.6µΩ/Ω Certified Leeds Northrup 4232B 10 GΩ Fixed Point Reference Wavetek 4800A 100 GΩ Standard 1 MΩ Standard Guildline 9975/9923 Guildline 9975/9923 Guildline 9975A Leeds & Northrup 4300 (10 to 100) mω µω µω/ω Guildline 9975/ mω to 1 Ω 1.1 µω + 14 µω/ω (1 to 10) Ω 9.9µΩ µω/ω (10 to 100) Ω 90 µω µω/ω 100 Ω to 1 kω 44 µω µω/ω (1 to 10) kω 350 µω µω/ω (10 to 100) kω 3 mω µω/ω 100 kω to 1 MΩ 140 mω µω/ω (1 to 10) MΩ 6.8 Ω µω/ω (10 to 100) MΩ 250 Ω + 59 µω/ω 100 MΩ to 1 GΩ Ω µω/ω 1 Ω Fixed Point 10 Ω Fixed Point ESI RS925D 100 Ω Fixed Point ESI RS925D 1 kω Fixed Point ESI RS925D 10 kω Fixed Point ESI RS925D 10 kω Fixed Point ESI RS925D 1 MΩ Fixed Point PPM R MΩ Fixed Point PPM R MΩ Fixed Point PPM R Leeds & Northrup 4232B Form 28.8 Rev 11 3/1/14 Page 9 of 27

11 (-200 to 0) C 0.01 C Electrical of RTD Indicators 1 (0 to 130) C 0.02 C (130 to 600) C 0.12 C (600 to 849) C 0.16 C Resistance Decade RTD Tables Electrical RF Power RF Power (Source) 1 50 MHz mw HP437A RF Power (Measure) 1 50 MHz mw HP 432A Agilent 478A 0.1 nw to 10 µw (10 to 30) MHz µw µw/µw 0.1 nw to 10 µw µw µw/µw RF Power (Absolute, Measure) RF Power (Absolute, Measure) RF Power (Relative, Measure) (30 to 50) MHz 0.1 nw to 10 µw 50 MHz to 2 GHz 0.1 nw to 10 µw (2 to 12.4) GHz 0.1 nw to 10 µw (12.4 to 18) GHz 1 µw to 100 mw 100 khz to 1 MHz 1 µw to 100 mw (1 to 50) MHz 1 µw to 100 mw 50 MHz to 2 GHz 1 µw to 100 mw (2 to 4.2) GHz (1 to 10) µw (4 to 10) GHz (10 to 30) µw (4 to 10) GHz (30 to 100) µw (4 to 10) GHz (100 to 300) µw (4 to 10) GHz (0.3 to 1) mw (4 to 10) GHz (1 to 3) mw (4 to 10) GHz (3 to 10) Mw (4 to 10) GHz 0.1 nw to 10 µw 10 MHz to 18 GHz 1 µw to 100 mw 100 khz to 4.2 GHz µw µw/µw µw µw/µw µw µw/µw mw mw/mw mw mw/mw mw mw/mw mw mw/mw µw µw/µw 0.15 µw µw/µw 0.47 µw µw/µw 1.5 µw µw/µw mw mw/mw mw mw/mw mw mw/mw µw µw/µw mw mw/mw Agilent 437A Agilent 8484A Agilent 437A Agilent 8482A HP 432A HP 478A Agilent 437A Agilent 8484A Form 28.8 Rev 11 3/1/14 Page 10 of 27

12 Electrical Voltage AC Voltage (Source) 1 1 mv 10 mv 100 mv 100 mv 1 khz to 20 khz 100 mv 20 khz to 100 khz (0.25 V to 0.5) V (0.25 to 0.5) V (0.25 to 0.5) V 50 Hz to 50 khz (0.25 to 0.5) V 50 khz to 100 khz (0.25 to 0.5) V 100 khz to 500 khz (0.25 to 0.5) V 500 khz to 1 MHz 1 khz to 10 khz 10 khz to 50 khz 50 khz to 100 khz 100 khz to 500 khz 500 khz to 1 MHz (>1 to 10) V (>1 to 10) V (>1 to 10) V 50 Hz to 20 khz (>1 to 10) V 20 khz to 50 khz (>1 to 10) V 50 khz to 100 khz 0.25 % of reading 120 µv/v 46 µv/v % of reading % of reading 1 70 µv/v 65 µv/v 70 µv/v 225 µv/v µv/v 65 µv/v 55 µv/v 45 µv/v 40 µv/v µv/v 125 µv/v 30 µv/v 40 µv/v Ratio Transformer Fluke 5200A Wavetek 4800A Holt 6A Thermal Transfer Standard Form 28.8 Rev 11 3/1/14 Page 11 of 27

13 AC Voltage (Source) 1 (>1 to 10) V 100 khz to 500 khz (>1 to 10) V 500 khz to 1 MHz (>10 to 50) V (>10 to 50) V (>10 to 50) V 50 Hz to 20 khz (>10 to 50) V to 50 khz (>10 to 50) V 50 Hz to 100 khz (>10 to 50) V 100 Hz to 200 khz (>50 to 100) V (>50 to 100) V (>50 to 100) V 50 Hz to 20 khz (>50 to 100) V 20 khz to 50 khz (>50 to 100) V 50 khz to 100 khz (>100 to 150) V (>100 to 150) V (>100 to 150) V (>100 to 150) V 1 khz to 10 khz (>100 to 150) V 10 khz to 20 khz (>100 to 150) V 20 khz to 50 khz (>100 to 150) V 50 khz to 100 khz (>150 to 300) V (>150 to 300) V (>150 to 300) V (>150 to 300) V 1 khz to 10 khz (>150 to 300) V 10 khz to 20 khz µv/v 125 µv/v 30 µv/v 40 µv/v µv/v 30 µv/v 40 µv/v 125 µv/v 30 µv/v 40 µv/v 65 µv/v 100 µv/v 125 µv/v 30 µv/v 40 µv/v Wavetek 4800A Holt 6A Thermal Transfer Standard Form 28.8 Rev 11 3/1/14 Page 12 of 27

14 AC Voltage (Source) 1 AC Voltage (Measure) 1 (>150 to 300) V 20 khz to 50 khz (>300 to 500) V (>300 to 500) V (>300 to 500) V (>300 to 500) V 1 khz to 10 khz (>300 to 500) V 10 khz to 20 khz (>300 to 500) V 20 khz to 50 khz (>500 to 1 200) V (>500 to 1 200) V (>500 to 1 200) V (>500 to 1 200) V 1 khz to 10 khz (>500 to 1 200) V 10 khz to 20 khz (>500 to 1 200) V 20 khz to 50 khz 1 mv 10 mv 100 mv 100 mv 1 khz to 20 khz 100 mv 20 khz to 50 khz 100 mv 50 khz to 100 khz 0.25 V to 0.5 V 0.25 V to 0.5 V (0.25 to 0.5) V 50 Hz to 50 khz (0.25 to 0.5) V 50 khz to 100 khz 65 µv/v 125 µv/v 35 µv/v 60 µv/v 90 µv/v 110 µv/v 125 µv/v 40 µv/v 60 µv/v 120 µv/v 145 µv/v 0.26 % of reading 120 µv/v 49 µv/v 0.36 % of reading 0.07 % of reading 0.23 % of reading 1 70 µv/v 65 µv/v 70 µv/v Wavetek 4800A Holt 6A Thermal Transfer Standard Ratio Transformer Fluke 8506A Holt 6A Thermal Transfer Standard Form 28.8 Rev 11 3/1/14 Page 13 of 27

15 AC Voltage (Measure) 1 (0.25 to 0.5) V 100 khz to 500 khz (0.25 to 0.5) V 500 khz to 1 MHz 1 khz to 10 khz 10 khz to 50 khz 50 khz to 100 khz 100 khz to 500 khz 500 khz to 1 MHz (>1 to 10) V (>1 to 10) V (>1 to 10) V 50 Hz to 20 khz (>1 to 10) V 20 khz to 50 khz (>1 to 10) V 50 khz to 100 khz (>1 to 10) V 100 khz to 500 khz (>1 to 10) V 500 khz to 1 MHz (>10 to 50) V (>10 to 50) V (>10 to 50) V 50 Hz to 20 khz (>10 to 50) V to 50 khz (>10 to 50) V 50 Hz to 100 khz 225 µv/v µv/v 65 µv/v 55 µv/v 45 µv/v 40 µv/v µv/v 125 µv/v 30 µv/v 40 µv/v µv/v 125 µv/v 30 µv/v 40 µv/v Holt 6A Thermal Transfer Standard Form 28.8 Rev 11 3/1/14 Page 14 of 27

16 AC Voltage (Measure) 1 (>10 to 50) V 100 Hz to 200 khz (>50 to 100) V (>50 to 100) V (>50 to 100) V 50 Hz to 20 khz (>50 to 100) V 20 khz to 50 khz (>50 to 100) V 50 khz to 100 khz (>100 to 150) V (>100 to 150) V (>100 to 150) V (>100 to 150) V 1 khz to 10 khz (>100 to 150) V 10 khz to 20 khz (>100 to 150) V 20 khz to 50 khz (>100 to 150) V 50 khz to 100 khz (>150 to 300) V (>150 to 300) V (>150 to 300) V (>150 to 300) V 1 khz to 10 khz (>150 to 300) V 10 khz to 20 khz (>150 to 300) V 20 khz to 50 khz (>300 to 500) V (>300 to 500) V (>300 to 500) V µv/v 30 µv/v 40 µv/v 125 µv/v 30 µv/v 40 µv/v 65 µv/v 100 µv/v 125 µv/v 30 µv/v 40 µv/v 65 µv/v 125 µv/v 35 µv/v Holt 6A Thermal Transfer Standard Form 28.8 Rev 11 3/1/14 Page 15 of 27

17 AC Voltage (Measure) 1 (>300 to 500) V 1 khz to 10 khz (>300 to 500) V 10 khz to 20 khz (>300 to 500) V 20 khz to 50 khz (>500 to 1 200) V to 50 khz (>500 to 1 200) V (>500 to 1 200) V (>500 to 1 200) V 1 khz to 10 khz (>500 to 1 200) V 10 khz to 20 khz (>500 to 1 200) V 20 khz to 50 khz 60 µv/v 90 µv/v 110 µv/v 125 µv/v 40 µv/v 60 µv/v 0.12 mv/v 0.15 mv/v AC High Voltage (Source) (>1 to 5) kv V + 5 V/kV AC High Voltage (Measure) DC Voltage Fixed Point (Source) (>1 to 5) kv -0.11V + 5 V/kV (>5 to 10) kv 1.1 V V/kV (>10 to 20) kv kv kv/kv (>20 to 60) kv kv kv/kv 10 mv 19 µv/v 100 mv 2.6 µv/v 1 V 1.1 µv/v 10 V 1.0 µv/v 100 V 1.1 µv/v V 1.4 µv/v Holt 6A Thermal Transfer Standard AR 3605 Ohm-Labs KV- 30A Agilent 34411A AR 3605 Ohm-Labs KV- 30A Agilent 34411A Ohm-Labs KV- 30A Agilent 34411A Ohm-Labs KV- 30A Agilent 34411A Hipotronics KVM 200 Agilent 34411A Hipotronics KVM- 200 Fluke 732A & 752A Fluke 732A & 752A Form 28.8 Rev 11 3/1/14 Page 16 of 27

18 DC Voltage s (Source) 1 DC High Voltage (Source) (0 to 10) µv 9.7 nv µv/v (10 to 100) µv 3.7 nv µv/v (100 to 1 000) µv 29 nv + 85 µv/v (1 to 10) mv 6 nv + 20 µv/v (10 to 100) mv 0.18 µv µv/v (100 to 1 000) mv 0.14 µv µv/v (1 to 10) V 0.38 µv µv/v (10 to 100) V 1.0 µv µv/v (100 to 1 000) V -13 µv µv/v (>1 to 5) kv V V/kV (>5 to 10) kv -3.3 V V/kV (>10 to 30) kv -9.4 V V/kV (>30 to 50) kv kv kv/kv (>50 to 70) kv kv kv/kv 100 mv 2.6 µv/v Keithley 262 Wavetek 4800A Agilent V Fixed Point Keithley 262 Wavetek 4800A Agilent 3458 Keithley mv Fixed Point Wavetek 4800A Fluke 752A Agilent V Fixed Point 10 V Fixed Point Wavetek 4800A Agilent V Fixed Point 10 V Fixed Point Wavetek 4800A Agilent V Fixed Point 10 V Fixed Point Fluke 752A Extech 7021 Ohm-Labs KV- 30A Agilent 34411A AN/GSM-6B Ohm-Labs KV- 30A Agilent 34411A AN/GSM-6B Ohm-Labs KV- 30A Agilent 34411A AN/GSM-6B Hipotronics KVM- 200 Agilent 34411A 1 MΩ Shunt DC Voltage Fixed Point (Measure) 1 V 1.1 µv/v 10 V 1.0 µv/v 100 V 1.1 µv/v V 1.4 µv/v Fluke 732A & 752A Form 28.8 Rev 11 3/1/14 Page 17 of 27

19 DC Voltage s (Measure) 1 DC High Voltage (Measure) DC Ratio (Source) (1 to 10) mv 0.18 µv µv/v Keithley mv Fixed Point (10 to 100) mv 0.18 µv µv/v 100 mv Fixed Point (100 to 1 000) mv 0.14 µv µv/v Wavetek 4800A Agilent V Fixed Point 10 V Fixed Point Fluke 752A (1 to 10) V 0.38 µv µv/v Wavetek 4800A Agilent V Fixed Point 10 V Fixed Point (10 to 100) V 1.0 µv µv/v Wavetek 4800A Agilent V Fixed Point (100 to 1 000) V -13 µv µv/v 10 V Fixed Point Fluke 752A Extech 7021 (>1 to 5) kv V V/kV Ohm-Labs KV- 30A (>5 to 10) kv -3.3V + 1.3V/kV A AN/GSM-6B il t 34411A Ohm-Labs KV- (>10 to 30) kv -9.4 V V/kV 30A (>30 to 50) kv 0.34 kv kv/kv A AN/GSM-6B il t 34411A Hipotronics KVM- 200 (>50 to 100) kv kv kv/kv Agilent 34411A 1 MΩ Shunt (0 to 0.1) ratio 0.28 µv/v + (0.22 µv/v of input X ratio) (0.1 to 1) ratio 0.6 µv/v of input ratio Fluke 720A Kelvin Varley Divider Thermocouple Simulation Type B Type E (250 to 350) C (350 to 445) C (445 to 580) C (580 to 750) C (750 to 1 000) C (1 000 to 1 820) C (-270 to -245) C (-245 to -195) C (-195 to -155) C (-155 to -90) C (-90 to 15) C (15 to 890) C (890 to 1 000) C 1.1 C 0.86 C 0.68 C 0.54 C 0.45 C 0.36 C 1.4 C 0.21 C 0.12 C C C C C Ectron 1140A Form 28.8 Rev 11 3/1/14 Page 18 of 27

20 Type J Type K Type N Type R Type S Type T (-210 to -180) C (-180 to -120) C (-120 to -50) C (-50 to 1 200) C (-270 to -255) C (-255 to -195) C (-195 to -115) C (-115 to -55) C (-55 to 1 000) C (1 000 to 1 372) C (-270 to -260) C (-260 to -200) C (-200 to -140) C (-140 to -70) C (-70 to 25) C (25 to 160) C (160 to 1 300) C (-50 to -30) C (-30 to 45) C (45 to 160) C (160 to 380) C (380 to 775) C (775 to 1 768) C (-50 to -30) C (-30 to 0) C (0 to 250) C (250 to 1 000) C (1 000 to 1 400) C (1 400 to 1 768) C (-270 to -255) C (-255 to -240) C (-240 to -210) C (-210 to -150) C (-150 to -40) C (-40 to 100) C (100 to 400) C 0.14 C 0.12 C C C 2.5 C 0.81 C 0.14 C 0.11 C C 0.1 C 5.8 C 1.2 C 0.27 C 0.18 C 0.14 C 0.12 C 0.11 C 0.78 C 0.67 C 0.52 C 0.41 C 0.38 C 0.34 C 0.75 C 0.68 C 0.51 C 0.44 C 0.4 C 0.37 C 2.1 C 0.57 C 0.35 C 0.21 C 0.14 C 0.1 C C Ectron 1140A Length Artifacts and Standards 1D Cylindrical Pins, Plugs & Thread Wires End Measuring Rods (Micrometer Standards) Thickness Gages (0.127 to 101.6) mm (0.005 to 4.0) in (25.4 to 609.6) mm (1 to 24) in ( to 1.27) mm (0.001 to 0.05) in ( l) µm ( L) µin ( l) µm ( L) µin 0.54 µm 21 µin ULM Grade 0 Gage Blocks Master Blocks Test Indicator ULM Form 28.8 Rev 11 3/1/14 Page 19 of 27

21 Steel Rules Gage Blocks Plain Ring Gages Up to mm (Up to 48) in (0.203 to 1.27) mm (0.008 to 0.05) in (1.27 to 101.6) mm (0.05 to 4.0) in (101.6 to 500) mm (4 to 20) in Up to 50.8 mm (Up to 2) in (50.8 to 101.6) mm (2 to 4) in (101.6 to 203.2) mm (4 to 8) in (203.2 to 254) mm (8 to 10) in ( l) mm in 1.8 in/in Steel Rule ( l) µm ( L) µin Comparator ( l) µm Grade 0 Blocks ( L) µin ( l) µm ( L) µin ( l) µm ( L) µin ( l) µm ( L) µin ( l) µm ( L) µin ( l) µm ( L) µin Comparator Master Blocks ULM Master Ring Length Artifacts and Standards 2D Radius Gages 8 ( to 25.4) mm ( to 1) in 0.05 mm 2 mil Measuring Microscope Master Radius Gages Length Hand Tools and Precision Gages 1D (0 to 304.8) mm (0 to 12) in Calipers & Linear Scales 1 (304.8 to 1 524) mm (12 to 60) in Tape Measures Height Gages Height Master & Riser Block Indicators, Digital, Dial & Test 1 Up to m (Up to 100) ft (0 to 610) mm (0 to 24) in (0 to 304.8) mm (0 to 12) in (0 to 101.6) mm (0 to 4) in ( l) µm ( L) µin ( l) µm ( L) µin ( l) mm ( L) in ( l) mm ( L) in ( l) µm ( L) µin ( l) µm ( L) µin ( l) µm ( L) µin Gage Block Steel Rule 50 Tape Gage Block Surface Plate Gage Block Gage Block Form 28.8 Rev 11 3/1/14 Page 20 of 27

22 Micrometers 1, Inside, Outside, Depth, Bore Gages (2.54 to 101.6) mm (0.010 to 4) in (101.6 to 508) mm (4 to 24) in ( l) µm ( L) µin Gage Block ( l) µm ( L) µin Length Hand Tools and Precision Gages 2D Bubble Levels Level Vial Setting Vial Sensitivity Digital Protractors & Inclinometers (50 to 609.6) mm (1.96 to 24) in 4.1 s Vial Setting 3.9 s Vial Sensitivity (0 to 60) Gage Block Surface Plate Gage Block Surface Plate Sine Bar Surface Plate Cylindrical Square Measuring Microscopes 1 Linear Scale (0 to 101.6) mm (0 to 4 in) 5.1 µm 200 µin Gage Blocks Angle (0 to 90) 2.6 min Angle Blocks Profilometers 1 & Surface Roughness Testers 1 Optical Comparators 1 Linear Scale 16 Ra 119 Ra (0 to 254) mm (0 to 10) in 4.1 µin 4.1 µm 160 µin Roughness Standard Linear Scale Angular Scales s Angle Block Mass Flow Air Speed Velocity (Anemometers, Pitot Tubes) (1.5 to 30) m/s m/s % of reading Pitot Tube Manometer Air Flow (10 to 375) SCFM CFM % of reading Coriolis Flow Meter (30 to 400) SLPM 0.2 SLPM % of reading Bell Prover Gas Flow 1 (Mass & Volume Flow (0.1 to 35) SLPM SLPM % of reading Meters) Piston Prover (0 to 100) SCCM 0.42 SCCM % of reading Gas Flow (Balometers, Volume Flow Meters) (200 to 2 000) SCFM 1.4 SCFM % of reading Laminar Flow Element Form 28.8 Rev 11 3/1/14 Page 21 of 27

23 Liquid Flow 1 (1 to 151) SLPM SLPM % of reading Coriolis Flowmeter (0.1 to 60) lph lph % of reading Time, Weight, Density Correction Applied (1 to 190) SLPM SLPM % of reading Turbine Flowmeter Mass Force Force - Compression (9.8 to 4 452) mn (1 to 454) grf (4.44 to 4 440) N (1 to 1 000) lbf mn % of reading g % of reading N % of reading lbf % of reading Dead Weight (0.91 to 44.48) kn (204 to ) lbf 9.4 N % of reading 2.1 lbf % of reading lb 1000 Series Digital Proving Ring Force - Compression (2 to 89) kn (460 to ) lbf 15 N % of reading 3.4 lbf % of reading lb 1000 Series Digital Proving Ring (14.6 to 445) kn (3 284 to ) lbf 69 N % of reading 16 lbf % of reading lb 1000 Series Digital Proving Ring (9.8 to 4 452) mn (1 to 454) grf (4.44 to 4 440) N (1 to 1 000) lbf mn % of reading g % of reading N % of reading lbf % of reading Dead Weight Force - Tension (0.91 to 44.48) kn (204 to ) lbf 9.4 N % of reading 2.1 lbf % of reading lb 1000 Series Digital Proving Ring (2 to 89) kn (460 to ) lbf 110 N % of reading 24 lbf % of reading lb 1000 Series Digital Proving Ring (14.6 to 445) kn (3 284 to ) lbf 26 N % of reading 5.9 lbf % of reading lb 1000 Series Digital Proving Ring Form 28.8 Rev 11 3/1/14 Page 22 of 27

24 Mass Mass Artifacts Weights Mass Medium/High Vacuum g to 15 kg 9.4 mg % (10 to 50) kg 0.92 mg % (0 to 3) g 5.6 µg % (0 to 210) g mg % (0 to 5 000) g 4.0 mg % Vacuum (0.001 to 10) torr 0.02 torr Mass Pressure and Low Vacuum 1 Pressure-Pneumatic Gage and Absolute Gage Only Pressure, Hydraulic Gage Manometers Mass Scale and Balances 1 Precision Balances (Resolution 0.1 mg) Analytical Balances (18 to 1 000) psia (124 to 6 895) kpa (0.2 to 18.2) psia (1.37 to 124.1) kpa (1 000 to ) psi (6.894 to ) MPa % of reading % of reading % of reading (0 to 20) inh 2O inh 2O Mettler KA10-3 Class 3 Weights Mettler KA50-2/P Class 3 Weights Mettler M3 Balance Class 3 Weights Sartorius ME215S Balance Class 3 Weights Voland Scale Class 3 Weights Capacitance Manometer High Vacuum Pump Diffusion Pump Ruska 2465 or Transducers 1 Ruska 2485 or Portable Dead Weight Tester 1 Meriam Micromanometer (0 to 2) inh 2O inh 2O Dwyer Microtector (0 to 205) g 0.35 mg Standard Mass (Resolution 1 mg) (0 to 500) g 0.8 mg Standard Mass (Resolution 10 mg) (0 to 3 200) g 8.1 mg Form 28.8 Rev 11 3/1/14 Page 23 of 27

25 1 Bench Scales (Resolution 0.1 g) Floor Scales (Resolution 22 g) (0 to 32) kg 69 mg Standard Mass (0 to 907) kg 0.1 kg Standard Mass Mass Torque Torque Analyzers Torque Wrenches 1 Torque Watches 1 Torque Watches 1 (0.1 to 2 712) N m (0.1 to 2 000) lbf ft (0.05 to 5.6) N m (0.5 to 50) lbf in (5.6 to 22.6) N m (50 to 200) lbf in (20.3 to 135.6) N m (15 to 100) lbf ft (135.6 to ) N m (100 to 2000) lbf ft (2 to 17) N m (0.5 to 2.5) ozf in (8 to 70) N m (2 to 10) ozf in (42 to 303) N m (6 to 43) ozf in (211 to 1 518) N m (30 to 215) ozf in 0.04 % of reading ( T) N m ( T) lbf in ( T) N m ( T) lbf in ( T) N m ( T) lbf ft ( T) N m ( T) lbf ft Torque Arm Weights Torque Calibrator 0.42 N m (0.059 ozf in) Torque Watch 0.64 N m Calibrator (0.091 ozf in) 1.6 N m (0.22 ozf in) Torque Watch 6.8 N m Calibrator (0.96 ozf in) Mass Viscosity Viscometers Viscosity Cups < 10 cp 0.3 % of reading (10 to 100) cp 0.46 % of reading (100 to 1 000) cp 0.5 % of reading (1 000 to ) cp 0.68 % of reading ( to ) cp 0.71 % of reading < 10 cst 0.98 % of reading (10 to 100) cst 1.7 % of reading (100 to 1 000) cst 1.7 % of reading Viscosity Standard Thermometer Water Bath Viscosity Standard Thermometer Water Bath Stop Watch Form 28.8 Rev 11 3/1/14 Page 24 of 27

26 Photometry and Radiometry Spectrally-Integrated Measurements for Sources and Detectors 6 Illuminance responsivity (Illuminant A CIE) White Light Meters Spectral Irradiance UV-A (315 to 400) nm Black Light Meters Thermodynamics Humidity (0.5 to 2 000) fc (5 to ) lx 2.1 % of reading (100 to ) fl 2.3 % of reading (100 to ) µw/cm % of reading Radiometer & White Light Detector Radiometer & Black Light Detector Humidity (Source) (10 to 95) % RH 0.59 % RH % of reading Thunder 2500 Humidity (Measure and Source) 1 (10 to 95) % RH 1.4 %RH Vaisala HMP37E General Eastern C1 Thermodynamics Infrared Temperature Infrared Pyrometers (35 to 500) C (95 to 932 F) Thermodynamics Thermodynamic Sources Temperature Uniformity 1 (-90 to 1 000) C (-130 to 1 832) F (-90 to 250) C (-130 to 482) F 0.31 C C / C 0.56 F F / F 1.2 C % of reading 2.2 F % of reading 0.25 C % of reading 0.45 F % of reading Fluke 4181 Datalogger w/ External CJC Thermocouple Datalogger w/rtds Thermodynamics Thermometers and Probes Temperature Measuring Equipment 1 ITS 90 Fixed Point Surface Temperature Measurement 1 (-196 to 0) C ( to 32) F (0 to 410) C (32 to 770) F 660 C (1 220 F) (0 to 250) C (32 to 482) F C % of reading F % of reading Rosemount SPRT C % of reading F % of reading 0.54 C 0.97 F 1.3 C 2.3 F Instrulab Indicator Bath Aluminum Freeze Point Thermocouple Indicator Fluke 741 Type K Surface Probe Form 28.8 Rev 11 3/1/14 Page 25 of 27

27 Time and Frequency Frequency / Period (0.1 to 5) ns 1 % reading + 15 ps Time Interval (5 to 50) ns 0.5 % reading ps Tektronix ns to s 2.5 x 10-9 Hz / Hz ps Fluke PM6681R to 200 MHz 2.5 x 10-9 Hz/Hz Frequency (Measure) (0.2 to 2) GHz 2.6 x 10-9 Hz/Hz (2 to 26) GHz 6.2 x 10-9 Hz/Hz Fluke PM6681R Frequency (Source) to 200 MHz 2.5 x 10-9 Hz/Hz Signal Generator monitored with Fluke (0.2 to 2) GHz 2.6 x 10-9 Hz/Hz PM6681R Stop Watches (1 to 3 600) s 0.12 s Timer Counter Tachometers 1 (Contact) Tachometers 1 (Non- Contact) Strobo & Photo 1 (5.76 to 4 189) rad/s 0.21 rad/s % of reading (55 to ) rpm 0.2 rpm % of reading (100 to 1 000) ft/min % of reading (0.62 to ) rad/s rad/s % of reading (6 to ) rpm (0.059 rpm % of reading Rpm Standard Rpm Standard Standard Wheel Function Generator Rpm (Measure) (6 to ) rpm 1.2 rpm Optical Tachometer Time and Frequency Oscilloscopes Squarewave (Source) 200 µv to 100 V 0.29 % of reading Tektronix PG506 Amplitude (1 MΩ) Time Mark (Source) 1 ns/div to 5 s/div 12 µs/s Tektronix TG501 Leveled Sinewave (Source) Flatness 250 khz to 50 MHz 1.4 % of reading (50 to 250) MHz 3.5 % of reading Tektronix SG503 (250 to 500) MHz 4.5 % of reading Hewlett Packard 437B and Measurement Capability (CMC) is expressed in terms of the measurement parameter, measurement range, expanded uncertainty of measurement and remarks. The expanded uncertainty of measurement is expressed as the standard uncertainty of the measurement multiplied by a coverage factor of 2 (k=2), corresponding to a confidence level of approximately 95%. Form 28.8 Rev 11 3/1/14 Page 26 of 27

28 Notes: 1) Laboratory offers calibration services at the laboratory's own facilities and at the client or other agreed upon facilities. 2) Test currents up to 1000 A are generated using 50 turn coil with no loss of accuracy. 3) l = length in mm 4) L = length in inches 5) T = applied torque 6) D = diameter in mm 7) fl = foot lambert, lx = lux 8) mil = 1/1000 of an inch or inch Approved by: Date: October 15, 2015 R. Douglas Leonard Chief Technical Officer Re-issued: 10/15/15 Form 28.8 Rev 11 3/1/14 Page 27 of 27