CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Click on the graph for a closer view
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lead
NOMINAL VALUE: 600 VA, 300 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Click on the graph for a closer view
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lag
NOMINAL VALUE: 600 VA, 300 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Click on the graph for a closer view
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lead
NOMINAL VALUE: 600 VA, 0 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Click on the graph for a closer view
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lag
NOMINAL VALUE: 600 VA, 0 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Click on the graph for a closer view
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Black: participants in CCEM-K5
Dark blue: participants in EUROMET.EM-K5 only
Green: participants in EUROMET.EM-K5.1 only
Orange: participants in SIM.EM-K5 only
The acronym "UMTS" stands for "Ukrmetrteststandard".
The laboratories' acronyms used in this table have been updated in December 2014.
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lead
NOMINAL VALUE: 600 VA, 300 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Black: participants in CCEM-K5
Dark blue: participants in EUROMET.EM-K5 only
Green: participants in EUROMET.EM-K5.1 only
Orange: participants in SIM.EM-K5 only
The acronym "UMTS" stands for "Ukrmetrteststandard".
The laboratories' acronyms used in this table have been updated in December 2014.
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lag
NOMINAL VALUE: 600 VA, 300 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Black: participants in CCEM-K5
Dark blue: participants in EUROMET.EM-K5 only
Green: participants in EUROMET.EM-K5.1 only
Orange: participants in SIM.EM-K5 only
The acronym "UMTS" stands for "Ukrmetrteststandard".
The laboratories' acronyms used in this table have been updated in December 2014.
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lead
NOMINAL VALUE: 600 VA, 0 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Black: participants in CCEM-K5
Dark blue: participants in EUROMET.EM-K5 only
Green: participants in EUROMET.EM-K5.1 only
The acronym "UMTS" stands for "Ukrmetrteststandard".
The laboratories' acronyms used in this table have been updated in December 2014.
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lag
NOMINAL VALUE: 600 VA, 0 W
Degrees of equivalence: Di = xi - xR and expanded uncertainty Ui (k = 2),
both expressed in µW/VA
Black: participants in CCEM-K5
Dark blue: participants in EUROMET.EM-K5 only
Green: participants in EUROMET.EM-K5.1 only
The acronym "UMTS" stands for "Ukrmetrteststandard".
The laboratories' acronyms used in this table have been updated in December 2014.
Results are presented under A4 printable format in Summary Results (PDF file).
| Metrology area, Sub-field | Electricity and Magnetism, AC Voltage, Current, Power, and AC/DC Transfer |
| Description | AC power at 50/60 Hz |
| Time of measurements | 1996 - 2001 |
| Status | Approved for equivalence |
| Final Reports of the comparisons | |
| Measurand | AC power; 120 V, 5 A, at 53 Hz |
| Parameters | Power factor: 1.0, 0.5 Lead, 0.5 Lag, 0.0 Lead, 0.0 Lag |
| Transfer device | Watt converter |
| Comparison type | Key Comparison |
| Consultative Committee | CCEM (Consultative Committee for Electricity and Magnetism) |
| Conducted by | EURAMET (European Association of National Metrology Institutes) |
| RMO Internal Identifier | EUROMET Project No 385 |
| Comments | Results published on 29 November 2006 EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5 results are linked to those of CCEM-K5 AC power : |
| Pilot institute |
PTB
Physikalisch-Technische Bundesanstalt Germany |
| Contact person | R. Bergeest +49 (0) 531 592 2330 |
| Pilot laboratory | |
|---|---|
| PTB |
Physikalisch-Technische Bundesanstalt, Germany, EURAMET |
| BEV |
Bundesamt für Eich- und Vermessungswesen, Austria, EURAMET |
| CEM |
Centro Español de Metrologia, Spain, EURAMET |
| CMI |
Czech Metrology Institute, Czechia, EURAMET |
| GUM |
Glowny Urzad Miar, Central Office of Measures, Poland, EURAMET |
| JV |
Justervesenet, Norway, EURAMET |
| METAS |
Federal Institute of Metrology, Switzerland, EURAMET |
| MIKES |
VTT Technical Research Centre of Finland Ltd, Centre for Metrology/Mittatekniikan keskus, Finland, EURAMET |
| NPL |
National Physical Laboratory, United Kingdom, EURAMET |
| SMD |
Service de la Métrologie Belge, Belgium, EURAMET |
| UME |
TÜBITAK Ulusal Metroloji Enstitüsü, Türkiye, EURAMET |
This page proposes print-out on A4 paper (portrait) of the comparison details (best printed out using a black and white printer).
Please, select items to be printed out, then click on "OK" :
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
| The key comparison reference value, xR, is calculated as the weighted mean of the difference between laboratory i and the predicted value, based on measurements performed at the pilot laboratory. Its standard uncertainty, uR, is calculated as the uncertainty of the weighted mean of the differences. |
xR = 7 µW/VA and uR = 5 µW/VA
| The degree of equivalence of each laboratory with respect to the key comparison reference value is given by a pair of terms: Di and Ui, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can be found in the CCEM-K5 Final Report. |
| When required, the degree of equivalence between two laboratories i and j is given by a pair of terms: Dij and Uij, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can also be found in the CCEM-K5 Final Report. |
The linkage between EUROMET.EM-K5 and CCEM-K5 is computed as explained in the EUROMET.EM-K5 Linkage Report. The INRIM, NPL, PTB and SP participated in both comparisons. The common participants at the exception of SP were used as linking laboratories as explained on page 1 of the Linkage Report.
PTB as participant in both comparisons ensures the linkage, which is computed as explained in the EUROMET.EM-K5.1 Linkage Report.
It was possible to link SIM.EM-K5 results to those of CCEM-K5 for the power factors 1.0, 0.5 Lead and 0.5 Lag as explained in the Addendum to the SIM.EM-K5 Final Report.
NIST, NRC, INTI, INMETRO and CENAM ensure the linkage.
It follows that the table of degrees of equivalence relative to the key comparison reference value and the graph of equivalence obtained for CCEM-K5 can be extended to include results from the EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5 participants.
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lead
NOMINAL VALUE: 600 VA, 300 W
| The key comparison reference value, xR, is calculated as the weighted mean of the difference between laboratory i and the predicted value, based on measurements performed at the pilot laboratory. Its standard uncertainty, uR, is calculated as the uncertainty of the weighted mean of the differences. |
xR = -1 µW/VA and uR = 5 µW/VA
| The degree of equivalence of each laboratory with respect to the key comparison reference value is given by a pair of terms: Di and Ui, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can be found in the CCEM-K5 Final Report. |
| When required, the degree of equivalence between two laboratories i and j is given by a pair of terms: Dij and Uij, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can also be found in the CCEM-K5 Final Report. |
The linkage between EUROMET.EM-K5 and CCEM-K5 is computed as explained in the EUROMET.EM-K5 Linkage Report. The INRIM, NPL, PTB and SP participated in both comparisons. The common participants at the exception of SP were used as linking laboratories as explained on page 1 of the Linkage Report.
PTB as participant in both comparisons ensures the linkage, which is computed as explained in the EUROMET.EM-K5.1 Linkage Report.
It was possible to link SIM.EM-K5 results to those of CCEM-K5 for the power factors 1.0, 0.5 Lead and 0.5 Lag as explained in the Addendum to the SIM.EM-K5 Final Report.
NIST, NRC, INTI, INMETRO and CENAM ensure the linkage.
It follows that the table of degrees of equivalence relative to the key comparison reference value and the graph of equivalence obtained for CCEM-K5 can be extended to include results from the EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5 participants.
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lag
NOMINAL VALUE: 600 VA, 300 W
| The key comparison reference value, xR, is calculated as the weighted mean of the difference between laboratory i and the predicted value, based on measurements performed at the pilot laboratory. Its standard uncertainty, uR, is calculated as the uncertainty of the weighted mean of the differences. |
xR = -1 µW/VA and uR = 5 µW/VA
| The degree of equivalence of each laboratory with respect to the key comparison reference value is given by a pair of terms: Di and Ui, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can be found in the CCEM-K5 Final Report. |
| When required, the degree of equivalence between two laboratories i and j is given by a pair of terms: Dij and Uij, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can also be found in the CCEM-K5 Final Report. |
The linkage between EUROMET.EM-K5 and CCEM-K5 is computed as explained in the EUROMET.EM-K5 Linkage Report. The INRIM, NPL, PTB and SP participated in both comparisons. The common participants at the exception of SP were used as linking laboratories as explained on page 1 of the Linkage Report.
PTB as participant in both comparisons ensures the linkage, which is computed as explained in the EUROMET.EM-K5.1 Linkage Report.
It was possible to link SIM.EM-K5 results to those of CCEM-K5 for the power factors 1.0, 0.5 Lead and 0.5 Lag as explained in the Addendum to the SIM.EM-K5 Final Report.
NIST, NRC, INTI, INMETRO and CENAM ensure the linkage.
It follows that the table of degrees of equivalence relative to the key comparison reference value and the graph of equivalence obtained for CCEM-K5 can be extended to include results from the EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5 participants.
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lead
NOMINAL VALUE: 600 VA, 0 W
| The key comparison reference value, xR, is calculated as the weighted mean of the difference between laboratory i and the predicted value, based on measurements performed at the pilot laboratory. Its standard uncertainty, uR, is calculated as the uncertainty of the weighted mean of the differences. |
xR = 0 µW/VA and uR = 5 µW/VA
| The degree of equivalence of each laboratory with respect to the key comparison reference value is given by a pair of terms: Di and Ui, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can be found in the CCEM-K5 Final Report. |
| When required, the degree of equivalence between two laboratories i and j is given by a pair of terms: Dij and Uij, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can also be found in the CCEM-K5 Final Report. |
The linkage between EUROMET.EM-K5 and CCEM-K5 is computed as explained in the EUROMET.EM-K5 Linkage Report. The INRIM, NPL, PTB and SP participated in both comparisons. The common participants at the exception of SP were used as linking laboratories as explained on page 1 of the Linkage Report.
PTB as participant in both comparisons ensures the linkage, which is computed as explained in the EUROMET.EM-K5.1 Linkage Report.
It follows that the table of degrees of equivalence relative to the key comparison reference value and the graph of equivalence obtained for CCEM-K5 can be extended to include results from the EUROMET.EM-K5 and EUROMET.EM-K5.1 participants.
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lag
NOMINAL VALUE: 600 VA, 0 W
| The key comparison reference value, xR, is calculated as the weighted mean of the difference between laboratory i and the predicted value, based on measurements performed at the pilot laboratory. Its standard uncertainty, uR, is calculated as the uncertainty of the weighted mean of the differences. |
xR = -3 µW/VA and uR = 5 µW/VA
| The degree of equivalence of each laboratory with respect to the key comparison reference value is given by a pair of terms: Di and Ui, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can be found in the CCEM-K5 Final Report. |
| When required, the degree of equivalence between two laboratories i and j is given by a pair of terms: Dij and Uij, its expanded uncertainty (k = 2), both expressed in µW/VA. The derivation of these terms can also be found in the CCEM-K5 Final Report. |
The linkage between EUROMET.EM-K5 and CCEM-K5 is computed as explained in the EUROMET.EM-K5 Linkage Report. The INRIM, NPL, PTB and SP participated in both comparisons. The common participants at the exception of SP were used as linking laboratories as explained on page 1 of the Linkage Report.
PTB as participant in both comparisons ensures the linkage, which is computed as explained in the EUROMET.EM-K5.1 Linkage Report.
It follows that the table of degrees of equivalence relative to the key comparison reference value and the graph of equivalence obtained for CCEM-K5 can be extended to include results from the EUROMET.EM-K5 and EUROMET.EM-K5.1 participants.
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
xi : deviation from nominal measured by laboratory i
ui : standard combined uncertainty of xi
| Lab i | xi / (µW/VA) |
ui / (µW/VA) |
Date of measurement |
| NRC | 29 | 6 | Jun 96 |
| NIST | 26 | 7 | Jul 96 |
| PTB | 23 | 7 | Aug 96 |
| SP | -10 | 15 | Sep 96 |
| NIST | 27 | 7 | Oct 96 |
| NMIA | 31 | 7 | Nov 96 |
| MSL | 66 | 34 | Dec 96 |
| NIST | 22 | 7 | Feb 97 |
| NPL | 38 | 16 | Mar 97 |
| INRIM | 23 | 15 | Apr 97 |
| NIST | 21 | 7 | May 97 |
| INTI | 42 | 10 | Aug 97 |
| NIST | 22 | 7 | Sep 97 |
| NIST | 20 | 7 | Nov 97 |
| NIM | 37 | 6 | Mar 98 |
| NIST | 14 | 7 | Apr 98 |
| VNIIM | 30 | 9 | Jun 98 |
| NRC | 14 | 6 | Sep 98 |
| NIST | 9 | 7 | Nov 98 |
| SPRING | 38 | 31 | Dec 98 |
| CSIR-NML | -21 | 30 | Feb 99 |
| NIST | 8 | 7 | Mar 99 |
| PTB | 15 | 5 | May 99 |
| NIST | 8 | 7 | Jun 99 |
| INMETRO | 6 | 30 | Aug 99 |
| CENAM | 19 | 17 | Aug 99 |
| NIST | 10 | 7 | Sep 99 |
| NIST | 9 | 7 | Jun 00 |
| NIM | 20 | 6 | Jul 00 |
| MSL | 20 | 14 | Aug 00 |
| NIST | 17 | 7 | Aug 00 |
| CSIR-NML | 13 | 40 | Sep 00 |
| SP | 27 | 15 | Oct 00 |
| NIST | 21 | 7 | Nov 00 |
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
xi-EUR: deviation from nominal measured by laboratory i
ui-EUR : combined standard uncertainty of xi-EUR
| Lab i | xi-EUR / (µW/VA) |
ui-EUR / (µW/VA) |
Date of measurement |
| PTB | -61 | 11 | Nov 96 |
| PTB | -57 | 11 | Feb 97 |
| NPL | -51 | 16 | Mar 97 |
| PTB | -42 | 11 | Apr 97 |
| INRIM | -47 | 15 | Apr 97 |
| PTB | -59 | 11 | May 97 |
| SP | -79 | 15 | Jun 97 |
| AREPA | -49 | 47 | Jun 97 |
| PTB | -53 | 11 | Jul 97 |
| NMi-VSL* | 84 | - | Aug 97 |
| INETI | -49 | 36 | Oct 97 |
| SMD | 9 | 19 | Dec 97 |
| PTB | -49 | 11 | Dec 97 |
| BEV | -104 | 35 | Feb 98 |
| PTB | -47 | 11 | Feb 98 |
| METAS | -59 | 27 | Mar 98 |
| PTB | -41 | 11 | Mar 98 |
| MIKES* | - | - | Apr 98 |
| PTB | -35 | 11 | May 98 |
| CMI | -40 | 35 | Jun 98 |
| OMH | 0 | 85 | Jun 98 |
| PTB | -47 | 11 | Jul 98 |
| JV | -18 | 35 | Aug 98 |
| PTB | -54 | 11 | Sep 98 |
| UME* | - | - | Oct 98 |
| PTB | -50 | 11 | Nov 98 |
| CEM | -50 | 33 | Dec 98 |
| PTB | -59 | 11 | Jan 99 |
| GUM | -26 | 38 | Feb 99 |
| PTB | -61 | 11 | Feb 99 |
| PTB | -44 | 11 | Oct 99 |
| MIKES | -9 | 17 | Dec 99 |
| PTB | -48 | 11 | Dec 99 |
| NMi-VSL | -30 | 5 | Apr 00 |
| UME |
-24 |
36 |
Nov 00 |
| PTB |
-32 |
11 |
Mar 01 |
| PTB |
-28 |
11 |
Apr 01 |
* Laboratories having discovered errors in their measurement systems and having therefore asked for repetition of their measurements. The first measurement results made by these laboratories have not been used in the final results.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
The results of mesurements obtained by participants in EUROMET.EM-K5.1 are given in Table 2 on page 7 of the EUROMET.EM-K5.1 Final Report.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
The results of mesurements obtained by the participants in SIM.EM-K5 are given in Tables B.1 to B.8 on pages 29 to 36 of the Final Report.
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lead
NOMINAL VALUE: 600 VA, 300 W
xi : deviation from nominal measured by laboratory i
ui : standard combined uncertainty of xi
| Lab i | xi / (µW/VA) |
ui / (µW/VA) |
Date of measurement |
| NRC | 26 | 6 | Jun 96 |
| NIST | 17 | 7 | Jul 96 |
| PTB | 9 | 7 | Aug 96 |
| SP | -5 | 11 | Sep 96 |
| NIST | 20 | 7 | Oct 96 |
| NMIA | 15 | 8 | Nov 96 |
| MSL | 27 | 24 | Dec 96 |
| NIST | 17 | 7 | Feb 97 |
| NPL | 2 | 13 | Mar 97 |
| INRIM | 4 | 15 | Apr 97 |
| NIST | 12 | 7 | May 97 |
| INTI | 20 | 17 | Aug 97 |
| NIST | 15 | 7 | Sep 97 |
| NIST | 12 | 7 | Nov 97 |
| NIM | -2 | 4 | Mar 98 |
| NIST | 5 | 7 | Apr 98 |
| VNIIM | -8 | 14 | Jun 98 |
| NRC | 11 | 6 | Sep 98 |
| NIST | 5 | 7 | Nov 98 |
| SPRING | 3 | 31 | Dec 98 |
| CSIR-NML | -6 | 30 | Feb 99 |
| NIST | 6 | 7 | Mar 99 |
| PTB | -1 | 5 | May 99 |
| NIST | 8 | 7 | Jun 99 |
| INMETRO | 21 | 30 | Aug 99 |
| CENAM | 4 | 17 | Aug 99 |
| NIST | 4 | 7 | Sep 99 |
| NIST | 11 | 7 | Jun 00 |
| NIM | 23 | 6 | Jul 00 |
| MSL | 16 | 15 | Aug 00 |
| NIST | 12 | 7 | Aug 00 |
| CSIR-NML | -1 | 40 | Sep 00 |
| SP | 6 | 11 | Oct 00 |
| NIST | 11 | 7 | Nov 00 |
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lead
NOMINAL VALUE: 600 VA, 300 W
xi-EUR: deviation from nominal measured by laboratory i
ui-EUR : combined standard uncertainty of xi-EUR
| Lab i | xi-EUR / (µW/VA) |
ui-EUR / (µW/VA) |
Date of measurement |
| PTB | -23 | 10 | Nov 96 |
| PTB | -21 | 10 | Feb 97 |
| NPL | -22 | 14 | Mar 97 |
| PTB | -12 | 10 | Apr 97 |
| INRIM | -11 | 15 | Apr 97 |
| PTB | -24 | 10 | May 97 |
| SP | -30 | 10 | Jun 97 |
| AREPA | -38 | 50 | Jun 97 |
| PTB | -21 | 10 | Jul 97 |
| NMi-VSL* | 15 | - | Aug 97 |
| INETI | -26 | 76 | Oct 97 |
| SMD | 4 | 19 | Dec 97 |
| PTB | -17 | 10 | Dec 97 |
| BEV | -34 | 35 | Feb 98 |
| PTB | -16 | 10 | Feb 98 |
| METAS | -3 | 24 | Mar 98 |
| PTB | -15 | 10 | Mar 98 |
| MIKES* | - | - | Apr 98 |
| PTB | -10 | 10 | May 98 |
| CMI | -35 | 30 | Jun 98 |
| OMH | -35 | 85 | Jun 98 |
| PTB | -14 | 10 | Jul 98 |
| JV | -2 | 35 | Aug 98 |
| PTB | -15 | 10 | Sep 98 |
| UME* | - | - | Oct 98 |
| PTB | -18 | 10 | Nov 98 |
| CEM | -68 | 33 | Dec 98 |
| PTB | -20 | 10 | Jan 99 |
| GUM | -9 | 37 | Feb 99 |
| PTB | -20 | 10 | Feb 99 |
| PTB | -17 | 10 | Oct 99 |
| MIKES | -8 | 10 | Dec 99 |
| PTB | -17 | 10 | Dec 99 |
| NMi-VSL | -30 | 25 | Apr 00 |
| UME |
29 |
36 |
Nov 00 |
| PTB |
-9 |
10 |
Mar 01 |
| PTB |
4 |
10 |
Apr 01 |
* Laboratories having discovered errors in their measurement systems and having therefore asked for repetition of their measurements. The first measurement results made by these laboratories have not been used in the final results.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lead
NOMINAL VALUE: 600 VA, 300 W
The results of mesurements obtained by participants in EUROMET.EM-K5.1 are given in Table 2 on page 7 of the EUROMET.EM-K5.1 Final Report.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
The results of mesurements obtained by the participants in SIM.EM-K5 are given in Tables B.1 to B.8 on pages 29 to 36 of the Final Report.
CCEM-K5, EUROMET.EM-K5, EUROMET.EM-K5.1 and SIM.EM-K5
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lag
NOMINAL VALUE: 600 VA, 300 W
xi : deviation from nominal measured by laboratory i
ui : standard combined uncertainty of xi
| Lab i | xi / (µW/VA) |
ui / (µW/VA) |
Date of measurement |
| NRC | -27 | 6 | Jun 96 |
| NIST | -24 | 7 | Jul 96 |
| PTB | -18 | 7 | Aug 96 |
| SP | -43 | 11 | Sep 96 |
| NIST | -22 | 7 | Oct 96 |
| NMIA | -20 | 8 | Nov 96 |
| MSL | -4 | 24 | Dec 96 |
| NIST | -25 | 7 | Feb 97 |
| NPL | -4 | 13 | Mar 97 |
| INRIM | -21 | 15 | Apr 97 |
| NIST | -20 | 7 | May 97 |
| INTI | -20 | 17 | Aug 97 |
| NIST | -21 | 7 | Sep 97 |
| NIST | -26 | 7 | Nov 97 |
| NIM | 1 | 4 | Mar 98 |
| NIST | -27 | 7 | Apr 98 |
| VNIIM | -53 | 14 | Jun 98 |
| NRC | -37 | 6 | Sep 98 |
| NIST | -30 | 7 | Nov 98 |
| SPRING | -17 | 31 | Dec 98 |
| CSIR-NML | -45 | 30 | Feb 99 |
| NIST | -32 | 7 | Mar 99 |
| PTB | -18 | 5 | May 99 |
| NIST | -34 | 7 | Jun 99 |
| INMETRO | -56 | 30 | Aug 99 |
| CENAM | -28 | 17 | Aug 99 |
| NIST | -30 | 7 | Sep 99 |
| NIST | -28 | 7 | Jun 00 |
| NIM | -36 | 6 | Jul 00 |
| MSL | -37 | 15 | Aug 00 |
| NIST | -21 | 7 | Aug 00 |
| CSIR-NML | -14 | 40 | Sep 00 |
| SP | -14 | 11 | Oct 00 |
| NIST | -22 | 7 | Nov 00 |
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lag
NOMINAL VALUE: 600 VA, 300 W
xi-EUR: deviation from nominal measured by laboratory i
ui-EUR : combined standard uncertainty of xi-EUR
| Lab i | xi-EUR / (µW/VA) |
ui-EUR / (µW/VA) |
Date of measurement |
| PTB | -40 | 10 | Nov 96 |
| PTB | -42 | 10 | Feb 97 |
| NPL | -30 | 14 | Mar 97 |
| PTB | -33 | 10 | Apr 97 |
| INRIM | -37 | 15 | Apr 97 |
| PTB | -43 | 10 | May 97 |
| SP | -54 | 10 | Jun 97 |
| AREPA | -35 | 50 | Jun 97 |
| PTB | -43 | 10 | Jul 97 |
| NMi-VSL* | -5 | - | Aug 97 |
| INETI | -30 | 97 | Oct 97 |
| SMD | 1 | 19 | Dec 97 |
| PTB | -39 | 10 | Dec 97 |
| BEV | -45 | 35 | Feb 98 |
| PTB | -38 | 10 | Feb 98 |
| METAS | -52 | 24 | Mar 98 |
| PTB | -35 | 10 | Mar 98 |
| MIKES* | - | - | Apr 98 |
| PTB |
-33 |
10 | May 98 |
| CMI | -50 | 30 | Jun 98 |
| OMH | 28 | 85 | Jun 98 |
| PTB | -37 | 10 | Jul 98 |
| JV | -12 | 35 | Aug 98 |
| PTB | -39 | 10 | Sep 98 |
| UME* | - | - | Oct 98 |
| PTB | -35 | 10 | Nov 98 |
| CEM | 36 | 33 | Dec 98 |
| PTB | -41 | 10 | Jan 99 |
| GUM | -23 | 37 | Feb 99 |
| PTB | -45 | 10 | Feb 99 |
| PTB | -28 | 10 | Oct 99 |
| MIKES | -7 | 10 | Dec 99 |
| PTB | -28 | 10 | Dec 99 |
| NMi-VSL | -5 | 25 | Apr 00 |
| UME |
-55 |
36 |
Nov 00 |
| PTB |
-18 |
10 |
Mar 01 |
| PTB |
-12 |
10 |
Apr 01 |
* Laboratories having discovered errors in their measurement systems and having therefore asked for repetition of their measurements. The first measurement results made by these laboratories have not been used in the final results.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.5 Lag
NOMINAL VALUE: 600 VA, 300 W
The results of mesurements obtained by participants in EUROMET.EM-K5.1 are given in Table 2 on page 7 of the EUROMET.EM-K5.1 Final Report.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 1.0
NOMINAL VALUE: 600 VA, 600 W
The results of mesurements obtained by the participants in SIM.EM-K5 are given in Tables B.1 to B.8 on pages 29 to 36 of the Final Report.
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lead
NOMINAL VALUE: 600 VA, 0 W
xi : deviation from nominal measured by laboratory i
ui : standard combined uncertainty of xi
| Lab i | xi / (µW/VA) |
ui / (µW/VA) |
Date of measurement |
| NRC | -7 | 5 | Jun 96 |
| NIST | -13 | 6 | Jul 96 |
| PTB | -20 | 6 | Aug 96 |
| SP | -18 | 9 | Sep 96 |
| NIST | -7 | 6 | Oct 96 |
| NMIA | -3 | 7 | Nov 96 |
| MSL | -12 | 18 | Dec 96 |
| NIST | -14 | 6 | Feb 97 |
| NPL | -41 | 14 | Mar 97 |
| INRIM | -27 | 15 | Apr 97 |
| NIST | -16 | 6 | May 97 |
| INTI | -9 | 19 | Aug 97 |
| NIST | -13 | 6 | Sep 97 |
| NIST | -13 | 6 | Nov 97 |
| NIM | -40 | 5 | Mar 98 |
| NIST | -20 | 6 | Apr 98 |
| VNIIM | -8 | 12 | Jun 98 |
| NRC | -15 | 5 | Sep 98 |
| NIST | -17 | 6 | Nov 98 |
| SPRING | -36 | 31 | Dec 98 |
| CSIR-NML | -32 | 30 | Feb 99 |
| NIST | -18 | 6 | Mar 99 |
| PTB | -22 | 5 | May 99 |
| NIST | -18 | 6 | Jun 99 |
| INMETRO | -14 | 30 | Aug 99 |
| CENAM | -34 | 27 | Aug 99 |
| NIST | -23 | 6 | Sep 99 |
| NIST | -15 | 6 | Jun 00 |
| NIM | -14 | 6 | Jul 00 |
| MSL | -18 | 16 | Aug 00 |
| NIST | -12 | 6 | Aug 00 |
| CSIR-NML | -43 | 40 | Sep 00 |
| SP | -25 | 9 | Oct 00 |
| NIST | -21 | 6 | Nov 00 |
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lead
NOMINAL VALUE: 600 VA, 0 W
xi-EUR: deviation from nominal measured by laboratory i
ui-EUR : combined standard uncertainty of xi-EUR
| Lab i | xi-EUR / (µW/VA) |
ui-EUR / (µW/VA) |
Date of measurement |
| PTB | 13 | 10 | Nov 96 |
| PTB | 12 | 10 | Feb 97 |
| NPL | 5 | 14 | Mar 97 |
| PTB | 13 | 10 | Apr 97 |
| INRIM | 21 | 15 | Apr 97 |
| PTB | 9 | 10 | May 97 |
| SP | 18 | 8 | Jun 97 |
| AREPA | -13 | 70 | Jun 97 |
| PTB | 5 | 10 | Jul 97 |
| NMi-VSL* | -120 | - | Aug 97 |
| INETI | -208 | 241 | Oct 97 |
| SMD | 17 | 14 | Dec 97 |
| PTB | 10 | 10 | Dec 97 |
| BEV | 11 | 110 | Feb 98 |
| PTB | 9 | 10 | Feb 98 |
| METAS | 31 | 23 | Mar 98 |
| PTB | 7 | 10 | Mar 98 |
| MIKES* | - | - | Apr 98 |
| PTB |
8 |
10 | May 98 |
| CMI | -50 | 25 | Jun 98 |
| OMH | 45 | 85 | Jun 98 |
| PTB | 14 | 10 | Jul 98 |
| JV | 6 | 35 | Aug 98 |
| PTB | 13 | 10 | Sep 98 |
| UME* | - | - | Oct 98 |
| PTB | 10 | 10 | Nov 98 |
| CEM | - | - | Dec 98 |
| PTB | 12 | 10 | Jan 99 |
| GUM | 16 | 37 | Feb 99 |
| PTB | 12 | 10 | Feb 99 |
| PTB | 8 | 10 | Oct 99 |
| MIKES | -3 | 6 | Dec 99 |
| PTB | 8 | 10 | Dec 99 |
| NMi-VSL | -10 | 85 | Apr 00 |
| UME |
10 |
36 |
Nov 00 |
| PTB |
16 |
10 |
Mar 01 |
| PTB |
20 |
10 |
Apr 01 |
* Laboratories having discovered errors in their measurement systems and having therefore asked for repetition of their measurements. The first measurement results made by these laboratories have not been used in the final results.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lead
NOMINAL VALUE: 600 VA, 0 W
The results of mesurements obtained by participants in EUROMET.EM-K5.1 are given in Table 2 on page 7 of the EUROMET.EM-K5.1 Final Report.
CCEM-K5, EUROMET.EM-K5 and EUROMET.EM-K5.1
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lag
NOMINAL VALUE: 600 VA, 0 W
xi : deviation from nominal measured by laboratory i
ui : standard combined uncertainty of xi
| Lab i | xi / (µW/VA) |
ui / (µW/VA) |
Date of measurement |
| NRC | -68 | 5 | Jun 96 |
| NIST | -59 | 6 | Jul 96 |
| PTB | -53 | 6 | Aug 96 |
| SP | -60 | 9 | Sep 96 |
| NIST | -63 | 6 | Oct 96 |
| NMIA | -62 | 7 | Nov 96 |
| MSL | -73 | 18 | Dec 96 |
| NIST | -54 | 6 | Feb 97 |
| NPL | -44 | 14 | Mar 97 |
| INRIM | -58 | 16 | Apr 97 |
| NIST | -52 | 6 | May 97 |
| INTI | -50 | 19 | Aug 97 |
| NIST | -53 | 6 | Sep 97 |
| NIST | -55 | 6 | Nov 97 |
| NIM | -37 | 4 | Mar 98 |
| NIST | -55 | 6 | Apr 98 |
| VNIIM | -70 | 12 | Jun 98 |
| NRC | -73 | 5 | Sep 98 |
| NIST | -57 | 6 | Nov 98 |
| SPRING | -65 | 31 | Dec 98 |
| CSIR-NML | -54 | 30 | Feb 99 |
| NIST | -58 | 6 | Mar 99 |
| PTB | -56 | 5 | May 99 |
| NIST | -59 | 6 | Jun 99 |
| INMETRO | -77 | 30 | Aug 99 |
| CENAM | -55 | 27 | Aug 99 |
| NIST | -60 | 6 | Sep 99 |
| NIST | -54 | 6 | Jun 00 |
| NIM | -72 | 6 | Jul 00 |
| MSL | -69 | 16 | Aug 00 |
| NIST | -52 | 6 | Aug 00 |
| CSIR-NML | -57 | 40 | Sep 00 |
| SP | -47 | 9 | Oct 00 |
| NIST | -57 | 6 | Nov 00 |
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lag
NOMINAL VALUE: 600 VA, 0 W
xi-EUR: deviation from nominal measured by laboratory i
ui-EUR : combined standard uncertainty of xi-EUR
| Lab i | xi-EUR / (µW/VA) |
ui-EUR / (µW/VA) |
Date of measurement |
| PTB | -8 | 10 | Nov 96 |
| PTB | -12 | 10 | Feb 97 |
| NPL | -3 | 14 | Mar 97 |
| PTB | -10 | 10 | Apr 97 |
| INRIM | -10 | 15 | Apr 97 |
| PTB | -14 | 10 | May 97 |
| SP | -13 | 8 | Jun 97 |
| AREPA | -14 | 70 | Jun 97 |
| PTB | 20 | 10 | Jul 97 |
| NMi-VSL* | 15 | - | Aug 97 |
| INETI | 4 | 148 | Oct 97 |
| SMD | 9 | 14 | Dec 97 |
| PTB | -17 | 10 | Dec 97 |
| BEV | -3 | 110 | Feb 98 |
| PTB | -19 | 10 | Feb 98 |
| METAS | -24 | 23 | Mar 98 |
| PTB | -16 | 10 | Mar 98 |
| MIKES* | - | - | Apr 98 |
| PTB |
-14 |
10 | May 98 |
| CMI | -130 | 25 | Jun 98 |
| OMH | -37 | 85 | Jun 98 |
| PTB | -14 | 10 | Jul 98 |
| JV | -13 | 35 | Aug 98 |
| PTB | -13 | 10 | Sep 98 |
| UME* | - | - | Oct 98 |
| PTB | -10 | 10 | Nov 98 |
| CEM | - | - | Dec 98 |
| PTB | -8 | 10 | Jan 99 |
| GUM | 7 | 37 | Feb 99 |
| PTB | -8 | 10 | Feb 99 |
| PTB | 2 | 10 | Oct 99 |
| MIKES | -1 | 6 | Dec 99 |
| PTB | -1 | 10 | Dec 99 |
| NMi-VSL | 12 | 85 | Apr 00 |
| UME |
-15 |
36 |
Nov 00 |
| PTB |
12 |
10 |
Mar 01 |
| PTB |
16 |
10 |
Apr 01 |
* Laboratories having discovered errors in their measurement systems and having therefore asked for repetition of their measurements. The first measurement results made by these laboratories have not been used in the final results.
MEASURAND: Electric power at 120 V, 5 A, 53 Hz, power factor 0.0 Lag
NOMINAL VALUE: 600 VA, 0 W
The results of mesurements obtained by participants in EUROMET.EM-K5.1 are given in Table 2 on page 7 of the EUROMET.EM-K5.1 Final Report.
