CTAG:b01ac469edcbee4d9e5f84a83a1962a5 Certificate of Calibration

Transcription

1 CTAG:bac69edcbeed9e5f8a8a96a5 Certificate of Calibration Data Type: FOUND-LEFT Certificate No: 859 Instrument Description Manufacturer Model Serial Number Inventory Number CABLE ANALYZER FLUKE NETWORKS DTX Customer Name City Site Number RATIO ANDRZEJ PSTRUSINKSI KRAKOW 6576 Order Number RMA Number 657 Environmental Conditions Temperature within Humidity within (. ±.) C (5 ± ) %rh Calibration Procedure Excel Certificate and traceability procedure (.) Results The instrument meets the manufacturers published specifications at all points measured. The results of the measurements are shown on page through 5. Date of Calibration Apr 7 Issue date: Apr 7 Date of Recalibration Apr 8 Place of Calibration Tested by Son H.D.F. van Lierop G.J.J. Sprik Head of laboratory This calibration is performed by a DEKRA certified lab for ISO 9:8. All measurements are traceable to national and/or international standards or have been derived by approved ratio techniques. When possible standards used for this calibration are ISO/IEC 75:5 accredited calibrated. This certificate may not be reproduced other than in full. Calibration certificates without signature are not valid. Fluke Nederland B.V. Telephone Rev 7 Science Park Eindhoven 58, 569 EC Son service.eemea@fluke.com Page of 5

2 Certificate of Calibration Data Type: FOUND-LEFT Certificate No: 859 Remarks - The data type found in this certificate on the top of each page must be interpreted as: As-Found As-Left Found-Left : Calibration data collected before the unit is adjusted and / or repaired : Calibration data collected after the unit has been adjusted and / or repaired : Calibration data collected without any adjustment and / or repair performed - If the unit under test is used under rough conditions we recommend to decrease the calibration interval period, the calibration interval (due date) is the responsibility of the end user; - According to the European norm 'Operation of electrical installations' NEN-EN 5- release 5 and the Dutch norm NEN release 5 paragraph 5.. through 5..6, a safety test is not required. Therefore not performed. Standards and test-equipment used for this calibration: Model Serial No Inventory No Due to Certificate No DTX ARTIFACT SET WP6 WP6 Oct FTE WP758 6 Jan 9 76 Date of Calibration: Apr 7 Page of 5

3 Main DTX-8 75 Test Date 7 Remote DTX-8R 76 Test Pgm UluTest v.. -Jun- Main Insertion Loss FEXT/IL Artifact SN Pass Worst margin:.559 at MHz in pair 5. Worst accuracy at each frequency shown. Main FEXT FEXT/IL Artifact ID Pass Worst margin:.797 at 6 MHz in pair Worst accuracy at each frequency shown. Main NEXT NEXT Ver Artifact ID Pass Worst margin:.695 at 65.5 MHz in pair 6-5. Worst accuracy at each frequency shown. Measurement accuracy requirement for nominally compliant Level IV field testers. Measured difference of DTX and reference laboratory equipment added to measurement accuracy of reference laboratory equipment. Worst accuracy at each frequency shown. Estimated accuracy of reference laboratory equipment. 7 :5 PM Page of 5

4 Main DTX-8 75 Test Date 7 Remote DTX-8R 76 Main Return Loss RL Ver Artifact ID Pass Worst margin:.7 at 69 MHz in pair. Worst accuracy at each frequency shown. Remote NEXT NEXT Ver Artifact ID Data not available Pass Worst margin:.7 at 6.5 MHz in pair 6-5. Worst accuracy at each frequency shown. Remote Return Loss RL Ver Artifact ID Pass Worst margin:.7 at 65 MHz in pair. Worst accuracy at each frequency shown. Measurement accuracy requirement for nominally compliant Level IV field testers. Measured difference of DTX and reference laboratory equipment added to measurement accuracy of reference laboratory equipment. Worst accuracy at each frequency shown. Estimated accuracy of reference laboratory equipment. 7 :5 PM Page of 5

5 Main DTX-8 75 Test Date 7 Remote DTX-8R 76 Propagation Delay Cable Artifact Sn 575 Standard Meas Deviation Allow Dev Units Result Pair ns Pass Pair ns Pass Pair ns Pass Pair ns Pass Report version :5 PM Page 5 of 5