Thermometry, Spain, CEM (Centro Español de Metrologia), INTA (Instituto Nacional de Técnica Aeroespacial)

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1 Calibration and Capabilities Thermometry, Spain, (Centro Españ de Metrogia), INTA (Instituto Nacional de Técnica Aeroespacial) Calibration or s Measurand Level ange a relative NMI NMI Argon point for SPRT ºC (23 ± 1) ºC 1.3 mk 2 95% No 18 1 Indium point ºC (23 ± 1) ºC 1.1 mk 2 95% No 18 5 Tin point ºC (23 ± 1) ºC 0.9 mk 2 95% No 18 6 Aluminium point ºC (23 ± 1) ºC 4.0 mk 2 95% No 18 8 triple point of Mercury ºC (23 ± 1) ºC 0.5 mk 2 95% No Zinc ºC (23 ± 1) ºC 2.0 mk 2 95% No and HT SPRT Aluminium ºC (23 ± 1) ºC 9.0 mk 2 95% No Long stem HT SPRT Silver ºC (23 ± 1) ºC 18 mk 2 95% No Radiation Copper ºC Wavelengh 650 nm and 950 nm 1 to 4 K 2 95% No (23 ± 1) ºC < 60 % -75 < -70 ºC (23 ± 1) ºC 0.15 ºC 2 95% No 50 INTA -70 < -60 ºC 51 INTA -60 < -10 ºC (23 ± 1) ºC 0.05 ºC 2 95% No 52 INTA The BIPM key comparison database, July /4

2 Calibration and Capabilities Thermometry, Spain, (Centro Españ de Metrogia), INTA (Instituto Nacional de Técnica Aeroespacial) Calibration or s Measurand Level ange a relative NMI NMI ºC Test chamber 0 C to 100 C 0.05 ºC 2 95% No 53 INTA > ºC Test chamber 0 C to 100 C 0.10 ºC 2 95% No 54 INTA > ºC Test chamber 0 C to 100 C 0.15 ºC 2 95% No 55 INTA 0 95 ºC Continuous gas flow maximum 5 l/min 0.05 ºC 2 95% No 61 INTA Atmospheric pressure (1000 ± 50) hpa (23 ± 1) ºC Platinum Resistance Thermometers Comparison ºC Liquid bath alcoh bath 0.02 ºC 2 95% No 28 Platinum Resistance Thermometers Comparison 0 90 ºC Liquid bath water bath 0.01 ºC 2 95% No 29 Platinum Resistance Thermometers Comparison ºC Liquid bath oil bath 0.02 ºC 2 95% No 30 S Tin point ºC (23 ± 1) ºC 0.21 ºC 2 95% No 31 S Zinc point ºC (23 ± 1) ºC 0.20 ºC 2 95% No 32 S Aluminium point ºC (23 ± 1) ºC 0.22 ºC 2 95% No 33 S Silver point ºC (23 ± 1) ºC 0.25 ºC 2 95% No 34 S Copper point ºC (23 ± 1) ºC 0.34 ºC 2 95% No 35 The BIPM key comparison database, July /4

3 Calibration and Capabilities Thermometry, Spain, (Centro Españ de Metrogia), INTA (Instituto Nacional de Técnica Aeroespacial) Calibration or s Measurand Level ange a relative NMI NMI S S Tin point ºC Zinc point ºC Aluminium point ºC Silver point ºC Copper point ºC Tin point ºC Zinc point ºC Aluminium point ºC Silver point ºC ºC ºC (23 ± 1) ºC 0.28 ºC 2 95% No (23 ± 1) ºC 0.21 ºC 2 95% No (23 ± 1) ºC 0.14 ºC 2 95% No (23 ± 1) ºC 0.19 ºC 2 95% No (23 ± 1) ºC 0.16 ºC 2 95% No (23 ± 1) ºC 0.12 ºC 2 95% No (23 ± 1) ºC 0.40 ºC 2 95% No (23 ± 1) ºC 0.41 ºC 2 95% No b 37b 38b 39b or ºC (23 ± 1) ºC 0.21 ºC 2 95% No ºC ºC (23 ± 1) ºC 0.24 ºC 2 95% No (23 ± 1) ºC 0.16 ºC 2 95% No Comparison ºC Liquid bath alcoh bath 0.06 ºC 2 95% No 44 44b 45 The BIPM key comparison database, July /4

4 Calibration and Capabilities Thermometry, Spain, (Centro Españ de Metrogia), INTA (Instituto Nacional de Técnica Aeroespacial) Calibration or s Measurand Level ange a relative NMI NMI Sensors with Display Unit Sensors with Display Unit Sensors with Display Unit Comparison ºC Liquid bath alcoh bath 0.02 ºC 2 95% No Comparison 0 90 ºC Liquid bath water bath 0.01 ºC 2 95% No Comparison ºC Liquid bath oil bath 0.02 ºC 2 95% No Comparison ºC Liquid bath oil bath 0.04 ºC 2 95% No Comparison ºC Liquid bath alcoh bath 0.02 ºC 2 95% No Comparison 0 90 ºC Liquid bath water bath 0.01 ºC 2 95% No Comparison ºC Liquid bath oil bath 0.02 ºC 2 95% No Water triple point Direct comparison ºC (23 ± 1) ºC 0.12 mk 2 95% No 20 January Calibration at water triple point ºC (23 ± 1) ºC 0.5 mk 2 95% No 20 January triple point of Argon ºC (23 ± 1) ºC 1.5 mk 2 95% No melting point of Gallium ºC (23 ± 1) ºC 0.5 mk 2 95% No Indium ºC (23 ± 1) ºC 1.3 mk 2 95% No Tin ºC (23 ± 1) ºC 1.3 mk 2 95% No The BIPM key comparison database, July /4

5 Calibration and Capabilities, Gases, Spain (Centro Españ de Metrogia), ISCIII (Instituto de Salud Carlos III) The range is expressed as the of the smallest of the quantity to the of the largest of the quantity. The uncertainties correspond to k = 2 (level of confidence 95%) NMI (a) (a) (a) (b) (b) (a) (a) (b) 6.6-4A(b) 6.6-7G (2) Measure ment Sub- Category Fuel Matrix synthetic natural gas Analyte or Component methane oxygen oxygen methane ethane Measurand From To Unit From To Unit Dissemination Range of Capability µ/m µ/m m/ µ/m µ/m µ/m m/ m/ m/ m/ µ/m m/ m/ Range of Expanded Uncertainties as Disseminated % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes From To Unit From To Unit µ/m m/ µ/m µ/m µ/m m/ m/ m/ m/ µ/m % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes % Yes Calibration, CRM, (a) PRM supply and analyser CRM supply and analyser CRM supply and analyser CRM supply and analyser CRM supply and analyser % Yes Calibration % Yes Range of Certified Values in Reference Materials Range of Expanded Uncertainties for Certified Value Mechanism(s) for Delivery 01 March March March July July March March March July 2007 provider The BIPM key comparison database, August /2

6 Calibration and Capabilities, Gases, Spain (Centro Españ de Metrogia), ISCIII (Instituto de Salud Carlos III) The range is expressed as the of the smallest of the quantity to the of the largest of the quantity. The uncertainties correspond to k = 2 (level of confidence 95%) NMI 6.6-4A(a) Measure ment Sub- Category Matrix Measurand Analyte or Component i-butane n-butane Dissemination Range of Capability Range of Expanded Uncertainties as Disseminated From To Unit From To Unit m/ m/ m/ m/ m/ m/ m/ % Yes % Yes % Yes % Yes % Yes Range of Certified Values in Reference Materials % Yes % Yes Range of Expanded Uncertainties for Certified Value From To Unit From To Unit m/ m/ % Yes % Mechanism(s) for Delivery Calibration, PRM (6.6-4A(PRM)) and CRM (6.6-4A(CRM)) 15 December 2008 provider m/ % Yes m/ % oxygen m/ % Yes m/ % ISCIII/01 purified air ozone n/m Q[1.1, x (O 3 )] n/m No Calibration of monitors and ozone generation 19 July 2010 ISCIII The BIPM key comparison database, August /2