758csv Eu Test Report

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TEST REPORT Issued by: NWML Test Laboratory 0004 Approved Signatories: P Dixon G Yates Head of Laboratory: P Dixon Stanton Avenue, Teddington, Middlesex TW11 0JZ Tel No: 020 8943 7272 Fax No: 020 8943 7270 Date of Issue: 19 November 2009 SN: 1122 Page 1 of 14 pages Tests requested by: Grégory Glas On behalf of: The National Weights & Measures Laboratory Applicant: Cardinal Scale Manufacturing Co. 203 East Daugherty Street PO Box 151 Webb City Missouri, 64870 USA Application number: P00266 Reference number: T1128/0233 Pattern Designation: 758 CSV - NAWI Indicator Date received: 10/09/09 Procedures: Tests were carried out on the Equipment in accordance with NWML Test Procedure: QP2576, EN45501 and OIML R76 Performed at: The National Weights & Measures Laboratory (Part of National measurement office) Stanton Avenue Teddington Middlesex TW11 0JZ United Kingdom Checked by: G. Yates Tests marked "Not UKAS Accredited" in this Report are not included in the UKAS Accreditation Schedule for our laboratory. This report is issued in accordance with the requirements of the United Kingdom Accreditation Service as specified in BS EN ISO/IEC 17025. It provides traceability of measurement to recognised national standards and units of measurement realised at the National Physical Laboratory or other recognised national standards laboratories. This report may not be reproduced other than in full, except with the prior written approval of the issuing laboratory. The National Weights and Measures Laboratory is part of the National Measurement Office The National Measurement Office is an Executive Agency within the Department for Business, Innovation & Skills TEST REPORT Issued by: NWML Test Laboratory Date of Issue: 19 November 2009 SN: 1122 Page 2 of 14 pages NONAUTOMATIC WEIGHING INSTRUMENTS PATTERN EVALUATION REPORT EXPLANATORY NOTES Meaning of symbols: I = Indication th In = n indication L = Load ∆L = Additional load to next changeover point P = I + 1/2 e - ∆L = Indication prior to rounding (digital indication) E = I - L or P - L = Error mpe = Maximum permissible error (absolute value) EUT = Equipment under test The name(s) or symbol(s) of the unit(s) used to express test results shall be specified in each form. The white spaces in boxes in the headings of the report should always be filled in according to the following example: Temp: Rel. h: Time: Bar. pres: At start 20.5 At max At end 21.2 ºC % hPa where: Temp = temperature Rel. h = relative humidity Bar. pres = barometric pressure (barometric pressure is necessary for the span stability test and when specified by IEC test provisions; in other cases it may be necessary only for class (I) instruments). "Date" in the test reports refers to the date that the test was performed. In the disturbance tests (12.1 through 12.4), faults greater than e are acceptable provided that they are detected and acted upon, or that they result from circumstances such that these faults shall not be considered as significant (see T.5.5.6 in R 76-1); an appropriate explanation shall be given in the column "Yes (remarks)". Numbers in brackets refer to the corresponding subclauses of OIML R 76-1. TEST REPORT Issued by: NWML Test Laboratory Date of Issue: 19 November 2009 SN: 1122 Page 3 of 14 pages GENERAL INFORMATION CONCERNING THE PATTERN Application No: Pattern designation: Manufacturer: Applicant: Instrument category: P00266 758 CSV Cardinal Scale Manufacturing Co. Cardinal Scale Manufacturing Co. NAWI Indicator  Complete instrument Accuracy class:  I Self- II Semi-self- Min = 20 e e = 1 div e1 = e2 = e3 = e4 = T=+ Un = 230 kg V Max = Non-automatic  Initial zero-setting Max V d = 0.1 e d1 = d2 = d3 = d3 = g g kg kg n = g g g g 5000 n1 = n2 = n3 = n3 = kg Umax = V f= 50/60 Hz Battery, U = Tare device:  Tare balancing  Semi-automatic Automatic zero-setting IIII 5000 div Max1 = Max2 = Max3 = Max3 = T=- Umin =  Non-self-indicating g g g g Zero-setting device: Combined zero/tare device Tare weighing  Preset tare device  Subtractive tare  zero-tracking Additive tare Initial zero-setting range = Printer: III Module (*) Built-in 20 % Connected Temperature range:  Not present -10 to +40 ºC No connection but connectable (*) The test equipment (simulator or a part of a complete instrument) connected to the module shall be defined in the test form(s) used. V TEST REPORT Date of Issue: 19 November 2009 Issued by: NWML Test Laboratory SN: 1122 Page 4 of 14 pages GENERAL INFORMATION CONCERNING THE PATTERN (continued) Instrument submitted Model No: Serial No: Connected equipment: 758 CSV E23409-0105 See remark Interfaces: (number, nature) See remark Date of report: Observer(s): 16 November 2009 B. Gregory, G. Glas Load cell Manufacturer: Type: Capacity: Number: Classification symbol: Evaluation period: 24/09/09 to 13/11/09 Remarks: Interfaces present during testing (3m un-terminated cable connected to each of them): - Ethernet - Height Rod - USB - RS232 - Load cell Testing conducted with the indicator connected to a weighing platform, calibrated to give 1.2 µV/div. Note: high resolution (0.1 e) used for Temperature effect on no load test. TEST REPORT Date of Issue: 19 November 2009 Issued by: NWML Test Laboratory SN: 1122 Page 5 of 14 pages INFORMATION CONCERNING THE TEST EQUIPMENT USED FOR PATTERN EVALUATION The following test equipment was used for Voltage Variations and Short Time Power Reductions testing: Type EMC Immunity test system Regavolt Make EM TEST Claude Lyons Model No. UCS-500-Mx 715E The following test equipment was used for Electrostatic Discharge testing: Type Electrostatic discharge simulator system Make KeyTek Model No. Mini Zap The following equipment was used for Burst testing: Type EMC Immunity test system Capacitive interference coupling clamp Make EM TEST EM TEST Model No. UCS-500-Mx DITO The following test equipment was used for Immunity to Radiated Electromagnetic Fields testing: Type BiLog Antenna Signal Generator Signal Generator Amplifier Amplifier Field Sensor System Interface Unit RF Volt Meter Automated Software Make Chase Marconi Rohde & Schwarz Amplifier Research Amplifier Research Dare Development EMC Automation Hewlett Packard EMC Hire Ltd Model No. CBL6140A M2031 OR M2023 SMT06 100W1000M3 500A 100M1 CTR1001A SI-200 EPM-441A Immunity S/W Make Rotronic NPL website Model No. Hydrolog D Environmental monitoring equipment: Type Thermometer/Hygrometer Barometric pressure Where relevant the above equipment has been calibrated either in-house, by a UKAS accredited laboratory or by the National Physical Laboratory to ensure traceability of measurements to recognised national standards, and to the units of measurement realised at the National Physical Laboratory or other recognised national standards laboratories. TEST REPORT Date of Issue: 19 November 2009 Issued by: NWML Test Laboratory SN: 1122 Page 6 of 14 pages SUMMARY OF PATTERN EVALUATION Application No: P00266 No 1 2 3.1 3.2 4.1 4.2 5 6.1 6.2 7 8 9 10 11 12.1 12.2 12.3 12.4 13 14 15 16 TESTS Initial test at ref. temp. 20 ºC Test at high temp. 40 ºC Test at low temp. -10 ºC Test at 5 ºC Final test at ref. temp. 20 ºC Supplementary test Temperature effect on no-load indication Eccentricity using weights Eccentricity using a rolling load Discrimination Sensitivity Repeatability Zero return Creep Stability of equilibrium Tilting Tare Warm-up time Voltage variations Short time power reductions Electrical a) Power supply lines bursts b) I/O circuits and comms. lines Electrostatic a) Direct application discharges b) Indirect application Immunity to a) 6 V/m test RF fields b) 3 V/m test Damp heat, a) Initial test at ref. temp. steady state b) Test at high RH and temp. c) Final test at ref. temp. Span stability Endurance a) Initial test b) Final test Checking of zero Pattern designation: 758 CSV Report page PASS Weighing performance 7  8 9 10 11 12 13       FAIL Remarks Not tested Not tested Not tested Not tested Not tested Not tested Tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Tested Tested Tested Tested Tested Tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested Not tested The tests were carried out in accordance with the following international standards: EN 45501:1994 + Amendment1:1994 as modified by international agreements documented in WELMEC 2 (Issue 2) July 1996; and OIML R76-1 Edition 1992 (E) + Amendment 1 1994 (E), (please note EN 45501 and R 76 are nominally identical). Where the above standards call up tests that reference other international standards this is stated in the report with the associated results. The results are reported generally following the format specified by: OIML R 76-2 Edition 1993 (E) + Amendment 1 1995 (E). The Number given in the table above refers to this standard. Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Issued by: NWML Test Laboratory Date of Issue: 19 November 2009 2 SN: 1122 Page 7 of 14 pages TEMPERATURE EFFECT ON NO-LOAD INDICATION (A.5.3.2) Application No: Model/ Serial No: Observer: Verification scale interval e: Resolution during test (smaller than e): P00266 758 CSV G. Glas 1 div 0.1 e Automatic zero-setting and zero-tracking device is:  Not in operation Non-existent P = I + 1/2e − ∆L Date Report Page - Out of working range P ∆P ∆Temp Zerochange per 5 ºC div div div ºC div 0.0 0.6 0.0 0.6 0.6 19.5 0.15 0.0 2.8 0.0 2.8 2.8 -49.8 -0.28 -9.9 5.0 0.0 0.4 0.0 0.4 0.4 14.9 0.13 5.0 20.0 0.0 1.0 0.0 1.0 1.0 15.0 0.33 Time Temp ºC 12/11/09 12/11/09 10:05 12:45 20.4 39.9 12/11/09 12/11/09 12:50 16:30 39.9 -9.9 12/11/09 13/11/09 16:35 09:50 13/11/09 13/11/09 09:55 14:00 Zero Add load Indication ∆L - - - ∆P = difference of P for two consecutive tests at different temperatures ∆Temp = difference of Temp for two consecutive tests at different temperatures Check if the zero-change per 5 ºC is smaller than e (class (II), (III) or (IIII)) Check if the zero-change per 1 ºC is smaller than e (class (I)) Passed Failed Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Date of Issue: 19 November 2009 Issued by: NWML Test Laboratory SN: 1122 Page 8 of 14 pages 12 ELECTRICAL DISTURBANCES 12.1 Short time power reductions (B.3.1) Application N°: Model/ Serial No: Date: Observer: Verification scale interval e: P00266 758 CSV 29/09/09 B. Gregory 1 div Marked nominal voltage Un or voltage range: Load Amplitude % of Un 125 div 0 50 Passed Disturbance Duration Number of cycles disturbances s without disturbance 0.5 10 1 10 Temp: Rel. h: Time: Bar. pres: 230 Repetition Interval s 10 10 At start 20.0 At max At end °C % 09:05 hPa V Indication I div 125 125 125 Result Significant fault (>e) No Yes (remarks)   Failed Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Date of Issue: 19 November 2009 12.2 Issued by: NWML Test Laboratory SN: 1122 Page 9 of 14 pages Electrical bursts (B.3.2) a) Power supply lines Application No: Model/ Serial No: Date: Observer: Verification scale interval e: P00266 758 CSV 28/09/09 B. Gregory Temp: Rel. h: Time: Bar. pres: 1 div At start 20.1 52.6 16:24 1014.9 At max At end ºC % hPa Power supply lines: test voltage 1 kV, duration of the test 1 min at each polarity Load Connection N L ↓ ground Polarity PE Indication I ↓ ↓ ground ground without disturbance X X pos neg 125 div without disturbance X X without disturbance X X pos neg pos neg div 125 125 125 125 125 125 125 125 125 Result Significant fault (>e) no yes (remarks)       L = phase, N = neutral, PE = protective earth Passed Failed Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Date of Issue: 19 November 2009 Issued by: NWML Test Laboratory SN: 1122 Page 10 of 14 pages Electrical bursts (cont.) b) I/O circuits and communication lines Application No: Model/ Serial No: Date: Observer: Verification scale interval e: P00266 758 CSV 29/09/09 B. Gregory 1 div Temp: Rel. h: Time: Bar. pres: At start 19.8 49.6 10:05 1015.1 At max At end ºC % hPa I/O signals, data and control lines: test voltage 0.5 kV, duration of the test 1 min at each polarity Polarity Load Cable/Interface 125 div without disturbance Load cell cable 125 div Ethernet 125 div Height Rod Indication I pos neg without disturbance pos neg without disturbance pos neg without disturbance 125 div USB 125 div RS232 pos neg without disturbance pos neg div 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 Result Significant fault (>e) No Yes (remarks)           without disturbance pos neg without disturbance pos neg without disturbance pos neg Passed Failed Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Issued by: NWML Test Laboratory Date of Issue: 19 November 2009 12.3 SN: 1122 Page 11 of 14 pages Electrostatic discharges (B.3.3) a) Direct application Application No: Model/ Serial No: Date: Observer: Verification scale interval e: P00266 578 CSV 01/10/09 B. Gregory 1 div  Contact discharges  Air discharges At start 20.2 65.7 11:55 1017.1 Temp: Rel. h: Time: Bar. pres:  Polarity:  pos  Test voltage Number of discharges Repetition interval Indication I kV ≥10 s div hPa neg Significant fault (> e) No Yes (remarks) 125 2 10 10 125  4 10 10 125  6 10 10 125  8 (air discharges) 10 10 125  125 without disturbance 125 div ºC % Result without disturbance 125 div At end Paint penetration Discharges Load At max 2 10 10 125  4 10 10 125  6 10 10 125  8 (air discharges) Passed Failed Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Issued by: NWML Test Laboratory Date of Issue: 19 November 2009 SN: 1122 Page 12 of 14 pages Electrostatic discharges (cont.) b) Indirect application (contact discharges only) Application No: Model/ Serial No: Date: Observer: Verification scale interval e: Polarity: P00266 758 CSV 01/10/09 B. Gregory Temp: Rel. h: Time: Bar. pres: 1 div   pos At start 20.1 64.9 14.05 1017.1 At max At end ºC % hPa neg Horizontal coupling plane Load Discharges Number of discharges Test Voltage (kV) 125 div 2 4 6 ≥10 without disturbance 14 14 14 Repetition interval Indication I (s) 10 10 10 div 125 125 125 125 Repetition interval Indication I (s) Div 125 125 125 125 Result Significant fault No Yes (remarks, test points)    Vertical coupling plane Load Discharges Number of discharges Test Voltage (kV) ≥10 Without disturbance 16 16 16 125 div 2 4 6 Passed Failed 10 10 10 Result Significant fault No Yes (remarks, test points)    Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Issued by: NWML Test Laboratory Date of Issue: 19 November 2009 SN: 1122 Page 13 of 14 pages Immunity to radiated electromagnetic fields (B.3.4) 12.4 Application No: Model/ Serial No: Date: Observer: P00266 758 CSV 24/09/09 B. Gregory Rate of sweep: Antenna Temp: Rel. h: Time: Bar. pres: 4% step size: dwell time: Disturbance Frequency Polarization range Antenna distance Antenna facing Indication I m EUT No 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 Front Right Left Rear Front Right Left Rear Front Right Left Rear Front Right Left Rear div 125 125 125  Vertical 26 - 1000 Horizontal Vertical Horizontal Frequency range: Field strength: Modulation: At end 20.1 59.6 16:45 1013.7 ºC % hPa 1s 125 div Material: Without disturbance Passed At max Load: MHz BiLog At start 20.1 58.4 14:35 1013.7 Rubber Result Significant fault Yes (remarks)  26-1000 MHz 6 V/m, -0 dB +6 dB (over 75% of 1.5 m x 1.5 m uniform area) 80 % AM, 1 kHz sine wave Failed Remarks: None Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked. TEST REPORT Date of Issue: 19 November 2009 Issued by: NWML Test Laboratory SN: 1122 Page 14 of 14 pages Immunity to radiated electromagnetic fields (cont.) Schematic diagram of the anechoic chamber layout: Please note, pass/fail boxes have been included in this report to maintain the format as closely as possible to that specified by OIML R76-2. However, no pass/fail judgement has been made by the issuing laboratory and therefore the boxes have been left unchecked.