取扱説明書 - ノイズ研究所
Contents
1. 1 VDS 1007 2007 VDS 1007 2007 VDS 1007 2007 EMC2. ei 70 14 1EC61000 4 11 IEC61000 4 11 1994 9 1 V 100 709 40 0 3 0 45 90 185 180 225 270
3. EMC 9
4. VDS 1007 2007 VDS 1007 2007 3 2 VD8 1007 2007 VDS VDS
5. ce ee Lp Fixed Mode fixked Fo 2 a i NN alsa 9o_ 9 PAE EE EE I LTEC61000 4 11 O 4 EC61000 4 13 O 413 0 th 5 II LTEC61000 4 14 O l 414 0 0 th z 50600 LTEC61000 4 28 O 428 0 hb II5I1I51K O waveform Auto Auto file 4 830 7 Fixed Mode 7 4 1 SAVE
6. 30 w hi RA On 5 23 15 5 6 NT VTS A 4 1 QN NI vIsA 41 PI GFIB GPIB VXT Enet Serial LUSB FireWire TULIP COM 5 24 2 NVISA 4 1 NI
7. AI H Fa 96 1 7 FM 1 a ok pat ome oe et Am EI ct rt EM EE a Er 1 ame 1 1 Mi k1 ki1 Mi Mi M CN 1 1 M 120s 10s BUS 10s 120s BHS f1 delta f f1 f1 delta t 17 13 IEC1000 4 28 IEC1000 4 28 Variation of Power Frequency Immunity Test Control Procedure 94 17 1EC61000 4 28 17 14 f1 tp fl Af HNN HM I I ll 17 14 Variation of Frequency Rise 17 15 f1 Af tp f AA I I NT NN Hl I mplithnde I UN 17 15 Variation of Frequency Drop 95 18 18 1 Function Description
8. 4 4 1 VDS 100772007 2 PC VDS 1007 2007 GPIB RS232 RS232 2M 05 00100A RS232 _ m Se 1 GPIB USB 07 00095A GPIB USB HS 778927 01 1 1 4 3 PC PC CPU 500MHz XP 400 MB
9. User Waveform THixed Mode Waveform Type User Number Fixed Mode uns Syhthesize malh yl il 1 Soft Panel Version 1 01 Optimum resalution 1024 768 Ey 2 10 11 20 21 30 31 40 N Yolktage 96 8 nno Mnol 5 Waveforms SIN WyavetormB SIN Voltage Hanqe 300Y NV 4 Frequenc Compose 8 yac_fund wdc Degree Reset LE 125 150 175 150 5 250 150 50Hz Yalue 3 J 75 225 100 5HHz Percert 10 r M 50 250 a 0 50 300 Sy 25 275 0 on n 24 0 360 Editar Camplete ST SUS id f 2 lt nrder lt 10 Value lt 15IW hoo ho om nf se 2 ee EE Peres ET CE etree ET A
10. Finish 5 1I Nn isgken SnftPanel etun Rearhy tn Install the Application Llick ent tn henim installation Llick the Back Hultnh to reernter he ikallahinh IFarmmatinh or click hcgl In it the wizard Fo MnisEken ootthanelsetup Unrlatinn System The features nu selected are Currentln being installed Tn WEm registry walues Kerr Mrlh ustem registry walues ame Walue i Lancl 5 17 Fo MnisEken ootthanelsetup Noiseken SoftFPanel has been successfully Installed Llick the Finish huttnn to sit Ihis Installahinr Laric 13 5 5 4 NI VISA VDS1007_2007Installer visa410runtime OK Hs 41 Runtime This self extracting archiwe will create an Installatiorn Image or wour hard driwe amd launch the irstallatinh htter installatinn completes wo may delete the installatinm Image to recower disk space You should nnt delete the installation Image It ou wish tn he ahle to mndifw nr repair the installatio
11. J 0 Windows OS Windaws Update A e 1 arg a 9 a COM LPT COM LPT ELECOM SE SERIAL Canwerter Oh LPT1 OM1 07 00024A 4 H
12. SqnceE fj EE EE EN EEH RED KA ER 19 16 Sequence End 19 2 5 Loop Fa Y MT r Ri cn EE EE EN EN EN EN KN EN KN EE 19 17 Loop 19 2 6 Count re run time 19 18 Count 19 3 Setting Elements Execute Time the total execution time Wuavefnrm Simulaticn ways show oie coumt srrulat om WaueEorTri Seduence 0 Sedquense 1 Sedquence 2 iD 0 5 0 DU 0 1H H 15 n MM Sec MISec 2 Execute Tinets ET Sec ET lt 2 sec 3 19 19 Setting Elements 19 4 Execution Elements Remaining Time Now Count Now Step Now Step Loop Now Sequence Run Progress
13. User Define Storage areaJUS1 US6 50 60Hz 18 1 uns VDS Edit Waweform Table wi niayan HL i SE EH Soft Panel Version V1 01 Optimum resolution 1024 768 mack 1 0 Wyaveform save position EIDS2 0 4 1 HB H8 RESET 1 5 i i i 100 200 30n 40O SH BI rh 8 II 1000 1100 Basis From Execl Harmonics Page ee 0 2 3 1 Harmonics 0 1 3 3 4 5 5 8 9 10 11 12 13 14 18 1 Waveform Editor Control Screen 96 18 18 2 Function Keys Description 1 15 60 18 2 1 16 3 0deg
14. SITulator Trig 13 14 _ Simulator Trig 13 1 14 Cancel 0N 0 0 J 13 15 Cancel Button 62 13 13 2 Display Screen Simulation Waveform Display Reading Display 13 2 1 Simulator Waveform Display Y Trig ON Simulator Trig 12n ITiulutGF WET FITI 13 16 Simulation Waveform Display Screen 13 2 2 Time Remains Time to countdown URI 13 17 s Time Remains s 13 2 3 Reading Display ScreenJ Y
15. 1 100 Slide Bar up down button eft right arrow Vac Vdc I Limit Vrange Waveform Type amp Time The final active seqguence Sequence Index 0 The final active seduence 2 PL 0 5 10 15 0 0 19 11 Sequence Selection Slider Bar IT TITTII MD Dd dg S99 102 OR 19 2 Loop Control Step Page Step Start Seqguence Start
16. Interhomonics Level and Time Simulation 2 1 11HHM tr TT CT 83 15 5 4 Interhomonics Execution Time Display J 83 15 6 Meister Ourve HFP 84 15 6 1 Meister Curve TabJ kk 84 15 6 2 Meister Curve OutpUt ee 85 1563 Meister Curve Waveform Simulaton Diagram 85 1564 Meister Curve Current Measuremert Display J 85 15 6 5 Meister Curve Timing Indicators 85 15 6 6 Interharmonic Frequency Measurement 85 NMOS 60000054 EE 5 EE bh 86 16 1 Funetion Description ee 86 16 2 Function Keys Description ee 87 SRIRe Vnom VR 1A1 li 87 16 2 2 FrequencyJ kk 87 16 2 3 Operation Mode J 88 AA ME Ri 88 16 2 5 Output Status 2 88 C2 04 4 0 TERRKRRIKIYNYNYNYT YMANONONIOA AO IONIR R QR REI 88 16 3 Display Des
17. step scalep Trig 3 Simulation Waveform Area Parameter Setting Areau Reading Display Area Fixed Mode Fixed Mode Hixed Mode Fixed Mode WD5 step hode wi MISERKEHI Soft Panel Versian V1 01 Optimumresalution 1024 7B8 Back mi Cup G sp pi mW Quthut Max yolaqe vrmS BE Time Remaining s D5 DellTimg ms WMawefarmm 000 a Waveforms SIN WawveformB SIN Wollage Hange Auto ac FreduencytHz der daC y dF Hz dc 125 150 175 4nn SOD 60D 020 280 100 200 7 700 Degree 200 DU 200 2D0 250 150 0 200 0 y 150 3 _400 3 i000 250 0 10m 350 300 200 19 DD 350 300 0 8 s00 g0n 0 dz24 1000 npo D 424 np 359 9
18. 0 00 1 00 0 0 00 1 00mH Dutput Functinn 5 Elin Fnmmlg Deqree Sew Fiate Immmedanre 0 nc Te 7 7 26 7 Fixed Mode 7 1 6 LVolt Range 150V 3800V AUTO 150V 0 150V E 300V 0 800V AUTO 0 150V 150V 151 800V 300V 150V VDS 1007 8Arms VDS 2007 16Arms 300V VDS 1007 4Arms VDS 20078Arms AUTO Volt Rance Lo 300V 1 Em 7 8 7 1 7 Output Relay ON OFF OFF
19. e e e e e Microsoft Windows 98 Operating System Windows 2000 Windows Me Windows XP Microsoft Corporation Inte 1 Intel Corporation
20. 8 Dutput Falay J 7 9 Output Relay ON OFF 7 1 8 Alarm Clear 7 10 Alarm Clear Button 7 1 9 OCP Delay 0 5 0s 0 5s IC Dela sl CE 7 11 OCP Delay 27 7 Fixed Mode 7 1 10 Output StatusJ VDS 1007 2007 OFF ON UELt 5 OFF 7 12 Output Status 7 1 11 Communication DisplayJ
21. 7 16 Numeric Readings 7 2 3 Return Value Type Selection Empty no return value no return value 7 17 Return Value Type Selection 7 2 4 Refresh Refresh 7 18 Refresh the Chart Data 7 3 Communication Protocol Indicator amp Reset Button Reset 7 19 Communication Protocol Indicator amp Reset Button FIB 3h 29 7 Fixed Mode 7 4 SAVE OPEN
22. 15 7 Lt lt Waweform Greaph ve a 15 7 Over Swing Simulation Output Waveform Diagram 15 3 1 Over Swing Tabs Class 1 Class 2 Cl ass 3 User Define 50Hz 60Hz 3 5 Trig OVP THixed Mode 50Hz 60Hz g 1 to to Lisgr Liefirig 7 Ln 1 tt 1 egress DD 0 cesree LT 15 8 Over Swing Test Tabs for Parameter Setting 7 7 15 1EC61000 4 13 15 9 Over Voltage Protection Indicator
23. Lnrnhnsg wale FECeht 12 12 Compose 12 2 11 Setting Harmonic Parameters 2 10 11 20 21 30 31 40 4 MS 31 4n Resmt 31 lt nrdar lt Im Valugs 4 or Frcenlang 1 L 12 13 2 40 2 to 40 Steps Parameters Setting 12 12 2 12 Reset Resedt 12 14 Reset 12 2 13 Input Range Indication der lt 1 alugg 1BLg Fr Percehntage lt LE 12 15 Input Range Indication 12 2 14 Synthesize Trig Synthesize Trig a 12 16 Trig On Off Button 12 2 15 Output Status Fixed Mode Cutput status 12 17
24. 12 4 12 2 3 A Waveform A A Bo Sl 12 5 A WaveformA Selection Indicator 12 2 4 B Waveform B B WawEFnrB Sl 12 6 B WaveformB Selection Indicator 59 12 12 2 5 Voltage Range nang Hanhng 15y 12 8 V ac Fund 12 9 V dc 12 2 8 Degree LiEHTEE 150 HU kr sno 3 12 10 Degree 1 54 12 12 2 9 Setting FrequencyJ 50Hz 60Hz Frequehey ElIHz 12 11 Frequency 12 2 10 Compose 2 40 NOB 509 Value
25. Noiseken SoftPanel INoiseken SoftPanel exe Noiseken SoftPanel 4 6 1 Hixed Mode Demo Waveform Window VDS 1007 2007 Functions IGE pn Snft Panel Version 5 45n yDS Function Cormmuhnication Salection Please check the cnnnactinnl lf setting IS correct press Set Ok a COly A BaudRate GPIB eee 19200 Communication Selection 6 1 Product Presentation PC VDS 19 6 GPIB VDS 1007 2007 GPIB Page Choice 2 CONF Shift V 6 2 RS232 PC COM COM 5 6 RS232
26. zip C CT R C Program Files hFDS1007 2007Installer Leg fe Eee RR os sw l 5 3 ZIP C Pragram Files VDS1UU7 2007Installer VDS1007_2007InstallerJ y VDSInstallerV yvisa410runtime ilr 2UPATETI Pi CE gl ez DE 1 5 4 CNProgram Files VDS100
27. 150 ou 212 1V 300 Auto 424 2V dc 19 6 Vdc V 19 1 4 ITHimit 8A Limi A UF 19 7 I Limit A 101 929 19 1 5 Vrange AUTO 300V 150V WT Auo 19 8 Voltage Range 19 1 6 WaveformJ TmHixed Mode WawET FIT SI 19 9 Waveform 19 1 7 LTime UO 0 Time of Sequence Index 0 19 10 Time Sec 19 1 8 Sequence Auto Run Mode 100
28. Trig O 10 13 Trig On Off Trig Pause Time remaining amp Run Bar 10 1 12 Output Status Fixed Mode Cutput status oFF 10 14 Output Status 47 11 11 1 Function Description Harmonic Measurement 11 1 wns VDS_ Harmornic wi In Soft Panel Wersion v1 01 Optimum resolution 1024 7E8 Back Saok Table And Graph Display Table Display Graph Display 18 5 1 No SE nsenn n21nn nngnn 7eann nainn ngnn nsnn 14 0 18 54nn n 5nnn 0 1900 o14oo 12 275nn n 28nn 0 1800 0 1300 10 0 s1nn 0 3300 01800 0 1300 SH 112nn 0 28nn n 15nn n12nn 5H 2 24nn nssnn nann nnann 4 0 ne2nn n2snn n1snn nn7nn 3 0 n57nn 0 3000 0 1500 nn8nn D
29. VDS 1007 2007 EP 2 RE 2 ET 1 00 ABD00114 001 0A MIIN fa VDS 1007 2007 Copyright C 2002 2005 By Noise Laboratory Co Ltd All rights Reserved e e e e 1 e
30. Execute TImets 5 5 Ft FTmigrass MM 19 20 Execution Elements 104 NO KR 19 4 1 Remaining TimeJ Execute Time Trig On Execute me s oo 19 21 Remaining Time 19 4 2 Now CountJ outmost uv co EE 19 22 Now Count 19 4 3 Now Step Step Index vv rr EE 19 23 Now Step 19 4 4 Now Step Loop Nowr Step Loop 19 24 NG Step Loop 19 4 5 Now Sequence No SBCAIGIT
31. OCP Delay I 27 7 1 10 Output Status 28 7 1 11 Communication DisplayJ RRRRRRRRKRNNNKEMEMWMWECKCVKVK EtPE 28 7 2 AC Source Display 28 7 2 1 Readings Graphic Display Area 28 7 2 2 Nunmeric Display R114 29 7 2 3 Return Value Type SelectionJ 29 LA VT VL Re GN Ni 29 7 3 Communication Protocol Indicator amp Reset Button ee 29 7 4 mt 30 RA MAVEN oi 31 7 4 2 OPEND 31 8 MER ER 32 FO DES EZ RE 32 8 2 Setting List Mode Parameters oe 33 8 2 1 Sequernee aanassscaascanaiashisuiaautaanh sua taactsscs raGuucsndasuG csh totsaasiat Mans EGONGGOSA SUNakanEati sansa hss 33 DE EDR i SiS Iii 33 892 NOOU MV Oe i i 33 8 2 2 2 V V VendWV 33 2 DR GDN EA NKK 34 9082 4 PRG di i 34 8 2 2 5 Vdc V Vde_startV J 34 LCN CVCC CC di i 34 OT WCCO 88RERRSSHEOR8R888BRCGHHRRRRRRGHGG 34 8 2 2 8 LCycle Time 35 16111 35 8 2 4
32. 13 10 Trig ON Button 13 1 9 Pause TL Pause 13 11 Pause Button 13 1 10 Continue C ountinue 13 12 Continue Button 13 1 11 Trig Off 13 13 Trig Off Button 13 1 12 Back 61 13 13 1 13 Simulator Trig
33. LESgrLiEfimig 33tn 2nLewal 36 nn gtn 1HLgwgl 1Htn SH LEwl gHtn HL 15 21 Interhomonics Parameter Setting 84 15 1EC61000 4 13 15 6 2 IMeister Curve OutputJ 15 2 2 15 6 3 Meister Curve Waveform Simulation Diagram 15 4 8 15 64 Meister Curve Current Measurement Display 15 4 4 15 6 5 Meister Curve Timing Indicators 4 the number of procedure executed Ha TI Eg eg T1 tn1H ST Tis T1 tn LT1 2 f1 ta 40 x 15 22 Meister Curve Timing Indicators 15 6 6 _ Interharmonic Frequency MeasurementJ Trig On InterF He 00 a 15 23 Interharmonic Frequency Measurement 85 16
34. Gnterharmonic TmEltuddEf 15 14 Current Measurement Display 15 4 5 Sweep In Frequencies Level Indicators mnterharmonic Leve the number of procedure 9 HH txt ex 11 tn 1 sf 1Ug ftn 2 tf gg 1 tn Lx gg 11 t 4 rf 15 15 Sweep In Frequencies Level Indicators 81 15 1EC61000 4 13 15 5 Individual Harmonic amp Interhomonics 50Hz 60Hz 2 Class 2 Class 3 User Define 8 Flat Curve Test Over Swing Test Sweep in Frequencies Test Individual harmonics amp interhcimnniics Meister curve Yolaqe amp Freduency setting by fixed panel Y_Fund y F_Fund Hz licfiwi Rssdy interhomonics Waveform Graph Simulation YY_Fund w T1058 55 gpa 1B 322g 25 IM 150 8 TS F
35. 252 0237 1 4 4 TEL 042 712 2081 FAX 042 712 2030 PRINTED IN JAPAN
36. Class 2 Class 3 User Define 3 Class 2 Class 3 Level nlage amp Frequency setting by fixed panel V_Fund F_FundHz lay f fundamental frBdUEHCY Class 2 Ci InterF Hz Class Class S fi 9 4 CHz Cla Class3 Lser Defin 2 f1 f1 33 11 2 _ 2 10X MA 10 xfito20x11 ER 2 xtG 40x ES Lewel Now s 33xf1to2xf1 5HI 10 1 2 4 HZ 2x f1 to 10 xf1 10x f1 to 20 xf1 Fixed ode Cutput SatUS 3n f1 to 40 wf1 Output Tri n PP pr ampltucdel A SBC Sh iGD 15D 20DD 25D 30D 350 DD 45D TOD SSD SD OSD 7OD 75D soh SSH BDD 15 20 Meister Curve Test Panel 15 6 1 Meister Curve Tab Class 2 Class 3 User Define 3 0 33 2 Level 2 10 Level1 10t 20 Level 20 40 Level
37. 8 2 1 SequenceJ 100 8 3 1 100 1 Degree Vstart V Vend V F start F F end F Vdc_Start Vdc Vdc_end Vdc Waveform Type Time or Cycle EEE ET OT EE TE TE ET FT ET ep TH 15 gl 2 I Hil B5 15 8 3 Slider Bar Selection 8 2 2 Degree 8 4 start degree 0 Liedree a 8 4
38. Noiseken SoftPanel al smyaewm acne om Optimum resolution 1024 768 FAW Version Noiseken YDS 2007 000066 1 2B 1 38 1 18 Soft Panel Version V101 TRS232 19200 None 1 Couple Degree Slew Rate Impedance Couple Dc FF lt ne yjLimt IInrush A Bl Cexit OCP AC valtage V Frequency Hz Yo Range Output Delay 3 Wavefom Ct Relay 125 150 175 4nn 500 snn Start ms SIN NO 100 1 200 CS ON 300 z lt lt jo5 3 OFF gt b 60 200 SE a RE a Exit B utton a CSIN 1 ls Interyaltms US 150V dac 3 gio EAuo EE Clear OFF eee MT _ Noiseken SoftPanel Hixed Mode Back THixed Mode Noiseken SoftPanel Fixed Mode IGE _ Saft Panel Version V1 01 Optimuim resolution 1024 7
39. Sott Panel Version _ V1 01 mek 7 Soft Panel Versior V106 Optimum resolutiorr1024 78 eee EE ET 0 Fat Curve Test Fund 30 of BOHE Sweepin Frequencies Test Individual harmorics amp irterhomorics Meister curve save as fl open Vatage amp Frequency seting by fked panel _V_Fundevy _ ET Fr TT Wavetorm Graph Simuation Vnv ooo oc 19 Voltage dips and short interruptions tgst Voltage variations test Voltage dips and short waveform 1Count Time mSec 149 DIP and Shor Cycle Inveral Individual harmonics interhomonics Harmonic votages et atest level of 3 and higher up to the Sth harmonic shall be applied oe uising a phase shift of both OX and 180 X with respect to the postive zero crossing of the tundamertal Keyin0 No Test Cddhamonics nonmukfle of3 0ddhamenics matiple of 3 Evenhamonss Class 1 Class2 Class 3 ClssX User Keyin 1 No Test Oder 3 9 15 21 27 33 39 BoBoEol Amplitude Outpu status Ouput Trig off Running 20ms Vnomy Frequency Hz DIP Start Phase deg DIP and Short Cycle Test Level Operation Mode Output 80 Run Time Sec oe 2 Bl 300 700 0 70 DP Trig 200 900 300 50 Rete N oo 300 p 40 2 Interval Sec 0 Total TimetSec SE Bo M
40. 0 359 9 0 lw gl 1 mi H i100 HH 5h 3IH H 5 1 HH 5 10 9 Degree 10 1 8 Dwell Time ms 99999999 9ms 100ms LllTimiETHTS 0 10 10 DwellTime ms 10 1 9 Count 10 11 Count 10 1 10 Waveform Fixed Mode A B Fixed Mode A B Hixed Mode Vuaveform 1 B 10 12 Waveform Switch 46 10 10 1 11 Trig On Trig On Run Bar Trig Pause
41. SAVE 7 22 KISS Lhnnse file to write saveim Tet r 3 Hista Desktop ku Cinerkrmerts File rame E15 fved lt Save as n Lustom Fattem fieed 7 20 Save Dialog Box eh 7 4 2 OPEN Ehnnse file Fn read Laok jm Test Histo 6 Beckten ku inicurmghlts Mg Fa mi tar File man B15 Mi Ne FO Files of type Custom Pattern ftwed 7 21 Open Dialog Box S1 8 8 1 Function Description 8 1 Simulation D
42. Step Start Step Start teh tat SE 19 14 Step Start 19 2 3 Sequence Start Sequence Start Sequence Number 19 15 Sequence Start 103 929 19 2 4 Sequence End Seguence End
43. mapped waveform trigger map Run Bar Back Snft Panel yersinn v1 01 Optimum resolution 1024 768 WWavefarmm Simulation ys show one court simulation wayeform Wavetorma SIN WaveformB SIN voltage Range Auto Seduence 0 Sequence 1 Sequence 2 vac vac F Output Status 1SEC hr 1 al active Seduence The program ends after Time Cycle 0 Remaining Sec Count Tng On Count 0 The loop is unlinit Cyele Viawetorm me 8 1 List Mode Control Screen Back Hixed Mode Back 8 2 Back Button 92 8 8 2 Setting List Mode Parameters
44. end frequency of Interharmonic 0 01 2400Hz a Fin_Er Hz 1000 12350 sn rb 5 _1r5D 5 30 35 Pa 24 00 nh 13 6 Fin End Hz 13 1 5 s Time 0 9999 99 scanning time of Interharmonic TimB S TH Ha SE 13 7 s Time S 13 1 6 Level 100V Level 10 10V 500 0 830 500 1000 0 20 1000 0 10 LEwEI5 13 8 Level 13 1 7 Fixed Mode Fixed Mode Output State Fixed Mode ON OFF 13 9 Fixed Mode Fixed Mode Output State 60 13 13 1 8 Trig ON
45. Reset 7 13 Communication Display and Reset Button 7 2 AC Source Display 4 R1 R2 R3 R4 graphic display numeric display return value type selection Output Status ON J Ressh EE 1w 7 14 Readings Display Structure 7 2 1 Readings Graphic Display AreaJ X Y 28 7 Fixed Mode 7 2 2 Numeric Display
46. F 50Hz 1 000Hz 15Hz F_gh Hz 8 8 F Hz F_end Hz 8 2 2 5 Vdc V Vdc start V Cf trac 150 212 1V L 300 Auto 424 2V H dc stattwL 8 9 Vdc V Vdc_start V 8 2 2 6 Vdc V Vdc_end V ud 0 150 A 212 1V L 8300 Auto 424 2V H wde erdrw L 8 10 Vdc Vdc_end 8 2 2 7 Waveform Waveform A Waveform A Fixed Mode
47. 65536 8 14 Count 8 2 4 The Hinal Active Sequence 100 0 1 4 execution time 5 Time Cycele 0 The final active sequence 4 4 5 4 The final active secuence 8 15 The final active seqguence 35 8 8 2 5 Time Remaining s Coun
48. Fixed Mode X 63 13 13 2 4 Hz Interhar F Hz nterharmonic Frequency rter Fe 13 18 Interharmonic Frequency Reading Display 13 2 5 Output Waveform fixed Mode A ILDLE WMaET FIT a LtLT WMayETnFIT yhe In 13 19 Interharmonic Frequency Reading Display 64 14 IEC61000 411 14 1 Function Description IEC61000 4 11 dips short interruptions voltage variation immunity User Define TEC 4 11yi Yt 6 Saft Panel version 1 1 mack PL Yaltaqe dips and short interru
49. Pentium Inte1l Corporation IBM International Business Machines Corporation e gt 1 15 16 16
50. N 5 2 NVISA 4 1 NTA gt ij 0 5 21 2 NVISA 4 1 EE NFVISa 41 ES EE PM GPIB GPIB VX gt Enet Serial USB FireWire TULIP COM INSTRUMENTS Nat Instru a dB 4 1 VISA WT GPIB
51. Ln 18 2 Harmonics Input Display i Onder order 15 Harmonics Page O 1 3 TE V Po a 4 9 1 WI 1 Waveform saye DoStion lt Waveform same position User Define U81 US2 US8 US84 US5 US6 SEND SEND RESET RESET Harmonics Table 0
52. Output Control Element Vac V Hz2 Vdc I Limit Vrange Sec Sequence I a Ne rE ET LILEEFJIRIPLEE I EK EE GE IL 7 1 Ac FrgdMETHCyYIH 1 wdc Limitf a FI arEHCFI r 1 nn om on co a dl SN 19 3 Voltage amp Freqguency Parameter Setting 19 1 1 VacJ 0V 5 V Range 150 150V 800 Auto 300V WW 1 19 4 Vac V 19 1 2 Frequency 50Hz 1000Hz 15Hz FFEdHLETHCWIH 1 19 5 Hz Frequency Hz 19 1 3 LVdc 0V V Range
53. Step Page Basis From Execl EE TE TTC The fnal active step Harmonics Page EE 1 3 Tnesec 4 Sequence Stat 8 se ee i kd A Yac y Frequency Hz VdcCV ILimi A Vrange Waveform rd a DO OO a V NE EE Em ml 3 m 5 i EE 2 TE i EN 1 a Phase Shit pg po i Do Dom Dy rl pa Pm H pn VDS Report Function mx Report 4 Tirming Control FP VotagecV RMS FR vaccy Time irterval Sec Frequency Hz ee A 3 I Currentta Fe Racord Tote Te Record Start I Powerw Rs 1 HH 9 MM SS PF RR va RF I VAR 23 7 Fixed Mode 7 1 Fixed Mode rrrrEsize Interharmonics 4 11 413 4 14 4 281 WWaveform Editor Auto Run FReport Generator save ans open Bqt Optimum resolution 1024 7E8 FA Version Noiseken DS 2007 000066 1 2B 1 3B 1 18 sat alyarsignn y101 RS232 19200 Nene1 Res RR ouple Degree Slewi Rate Impsdanece Couple DC FF lt AC DC Hutput Setting 0 c A Bl ILimt IInr
54. Pulse_ Vdc V 9 1 7 Pulse_Duty occupation ratio 40 1 Nominal settings 60 40 Fulse Dut 5 4 om Mr wl JH ll i gi m me 1 1 9 9 Pulse_Duty 40 9 9 1 8 DegreeJ mmed Phase 240 degree 240 240 360 Nominal cycles Pulse duty LianrEa 15h FL EL 5 OD 07 SB0 9 10 Degree 9 1 9 ms Period ms PEFIndEIITS 9 11 Period ms 9 1 10 CountJ cart SE 9 12 Count 9 1 11 Waveform Fixed Mode Hixed Mode A B
55. The Final Active Sequence ne 35 8 2 5 Time Remaining s 14 36 8 2 6 Trig OnJ 2 22L 36 8 2 7 Output Status J 36 8 3 Simulation Display Screen too 37 9 aa aauaaciiitiittantteneantanntensaeeaneansteeaeeeaneeeneeeeaeneanneenneneanneanneeneaneanneanneeaneanneennn 38 9 FOR D es DO ON 38 9 1 1 VLNom Voltage VJ 2 39 9 1 2 Ha Nom F Ha zk zk 39 9 1 3 Vdc V Nom Vde VJ 1 39 9 1 4 Pulse Voltage QV aoaa oaaoouuiiiiiiiiiiaaiiGaaRRNEautnsIEaaatenaansanaa nsaenate tonneasseanneesntaeneeesnaneeeneneeeeeneesateae 40 9 1 5 Pulse F Hz kA A 40 9 6 KPalse Vde VV aia Re 40 9 1 7 LPulse Duty J 4 40 2 9 1 8 DegreeJ kk 41 9 SU 41 NA TIC PR 41 NN RK WAV i Ni ii 41 NNE DT CC i i ii 41 9 1 13 Output Status J 42 102 EE 43 10 1 Function Description 43 10 1 1 Vac VJ IE 44 1042 Frequen6y HSN li l J 1 ll 44 O08 VG CO SG Oa 44 10 1 4 66
56. Back 16 2 Back Button 86 16 1EC61000 4 14 16 2 Function Keys Description Vnom TFrequency Operation Mode Test Class 4 14 Trig 4 14 Output Status nom Frecquency Operation hocde Test Class dqnn SOD 6oo Output 100 0 200 300 Va 700 14 14 Trig Status gt 3 Lser Def Class 3 30 DD 250 i 100 90n 0 30p 15 1000 com me andard aSS 2 ON M200 5000 16 3 IEC61000 4 14 IEC61000 4 14 Control Elements 16 2 1 Vnom V 230Vac User Define Tnnn 1 9 3 16 4 Vnom V 16 2 2 FreguencyJ Freq ery fill 1 J 5 1 1HIIH PO00 16 5 Frequency 87 16 1EC61000 4 14 16 2 3 Operation Mode Standard User Define 8Standard Vnom Operation Mbde USer DSf Stan
57. AOOOERNRKININ IO 45 10 1 5 dF Hz LL L 45 10 1 6 LdDC VJ 2i 45 SC UDB KK KK KK 46 10 1 8 Wel Time mJ 46 10 1 9 Count llI 46 UMA OR RLV OM i i i 46 1410s Tr O06 fi AA ll il 47 0 OutbUE StatUS 47 11 uuu 48 11 1 Function Description 48 11 2 Setting Element eeeeeeaeeeermernetuerraeeaetuernennaenaerueraenneenaernernetnatestttereetnatnatternetnateatrnertetnateatrnernetnenatnees 49 11 2 1 1 Reading Display Screen 1 Harmonic kk 4 49 11 2 2 Setting Measurement ParameteJ 49 11 2 3 2 LReadingDisplayScreen2 Other Measurements 11 2 4 SAW NRKAKQAKQZKNINKNKTKY KW OUWUWKWIKIOKOc OO00OOOIiuiiudae0odld cd 50 PF 52 12 1 Function Description 52 12 2 Description of Keys oe 53 12 2 1 Waveform Simulation 53 12 2 2 OVP OVP IndicatorJ kk za 53 12 2 3 AL Waveform AJ kk 53 i224 BL Wa BS 53 12 2 5 Vol
58. Cance J It is rongly recnmmghded that nu alt WIndnwis proagrams heFarg runhinn this setup proagram 2 Llick Cancel to quit the setup hrn ram thern close ary programs wou hawe runhin Click ert to cnnhinug Ihe installation FG This program js protected by copyright aw and international treaties rauthorized rehrnduiclinn or srihuhinn of this nrnnram or a Portion of it may result in sewere CI and criminal penalties and will be prosecuted to the masimum estent possible under aw 5 14 MnisEken nitFarnel Etuh Next Destination Fnlrdler _ Select a folder where the application wll he nstalled 2 C PTogTam Files SS The installation wizard ml install the hes for oisekern SoftFanel in the Fnllawinn Folder Toinstall intn a diftferent folder click the Brnwuse buttorn ard select arother folder Browse Tou cah choose nnt to install Noiseken SoftFanel by clickinn Carncel to st the ey 2 2 iistallalinn wizard Destination Folder CProgram Filesh oiseken SoftParnelh arc 5 15 12 dd Next
59. Ratet 10 14 9 Rate nh n l ye Pi as 1 NI NS OE TF a 1 UU I 1 RG i ji Ft RA Ampilitude 1 1 L l J u oo 2nnms Li 14 10 Simulation Waveform 67 14 1EC61000 4 11 14 2 2 Voltage Variations Test 14 2 2 1 Vnom VAR V 230Vac WT IT_ RE 15h to ma ah g5H 1 ll 3DD LE Pi zDD 14 11 Vnom_VAR V 14 2 2 2 Repeat Cycle Voltage Variations Test REhE YE 14 12 Repeat Cycle 14 2 2 3 Output StatusJ ON OFF Cutput status OFF 14 13 Output Status 14 2 2 4 VAR VAR Trig
60. VDS8 Page Choice 1 SETUP Shift Getup Settingl TsStartimsl nteralimsl 7 5 V ILimit Iinrush 25 7 Fixed Mode 7 1 4 Waveform Setup A B A A B SIN SQU DST CSIN US D8ST CSIN US Qmapped value D8ST 1 30 30 harmonic waveforms output THD AMP CSIN THD 0 48 AMD 0 100 US 1 6 US aeEFnr 5 tuh B Waweform a 81T
61. Test Level Level 2 Level 3 Level 4 Test Level Level 4 Level Level 2 17 7 Test Level 17 2 5 Output StatusJ Fixed Mode ON OFF Cutput status 17 8 Output Status 17 2 6 Trig Trig Voltage Dips and Short Interruptions 28 Trig 17 9 Trig 17 2 7 tp tp see MN F DO _ Bh 15 ann 17 10 tp sec 93 17 1EC61000 4 28 17 2 8 Up Limit Up Limit ll 30 17 11 Up Limit 17 2 9 Down Himit Down Lirmit 17 12 Down Limit 17 3 Display Description IEC61000 4 28 3 17 3 1 Control Process 17 13
62. harmonics nterharmonicssy mmunityy TFlat Curve Test Over Swing Test Sweep in Frequency Test Individual harmonic amp Interharmonics Meister Curve 5 User Define uns 4 13 wi ST 1 li li MIIISE REHH LIL Soft Panel ersinn 1 n6 Optimum resolution 1024 768 Back Flat Curye Test IFund SU or BHHz Sweep in Frequencies Test Individual harmonics amp interhomonics Meister CurvE nlaqe amp Frequency setting by fixed panel Y_Fund V 3 F_Fund Hz nanl Indiwidual harmonics interhomonics Wawefnrm Graph Simulation v_Fundtv ooer Levex Phase 1 Harmonic yaltaqes at atest level of 3 and higher up to the Sth harmonic shall be applied Using a phase shift of both HE and 180 with respect to the positive zero cr
63. P17 19200 None GPIB RS232 Set OK Fixed Mode Communication Selection Commommeation Selection scttind 1s cortect press Set Ok CornFnunication GPIB Address 30 PB 0 BaudRate 19200 6 3 GPIB 6 4 RS232 6 2 Fixed Mode VDS 1007 2007 VDS 100772007 Hirmware Version Hirmware Version Connect Error FA Version Noiseken DS 2 07 BB 1 2H 1 3 1 1 45D 6 5 VDS 20 6 6 3 Noiseken SoftPanel Fixed Mode
64. COM4 17 5 5 7 Windows XP National Instruments Noiseken SoftPanelll EE 0 FE 1 icrosott HET Framemork 1 1 Jananese Laneguags Fack NH icrnsnft NET Framemnrk 2 ag 5 Mlicrosatt NET Framiewnrk 2H Languags Pack r HH We Wf Microsoft Office 2000 SR 1 Professional 380MBE i Wn O TF FrimaFDF 15 ME FrimnFhF Riedistrihutinn Fackage a Frnject Ganwas 1gH 5 Protel 99 SE DOME Fratel HH SE Seryicg Pack 5 HB PICOH Ridac Desk Navigator Lt 14500MB 5 27 18 6 6 1 Noiseken SoftPanel
65. Fundimartall 11 5 Non harmonic Measurement 11 2 4 SAVE TI E md aa 11 6 2 40 117 CSV FE CA ILhnnsE file In write SavwB In Mn Documents Mn Fictures File namer as type Custom Pattern FESy 11 7 Saving Harmonic Measurement 50 11 tart SEUTB 11 8 Start Measure Start Measure Wait for 3 seconds 3 Start Measure 8 11 9 51 12 12 1 Function Description 2 40
66. PI ORP c eo MB NFVISA 410 C VXIPNF E D N gt gt 5 22 gt NI_VISA 4 1 NATIONAL INSTRUMENTS 0
67. Vigvyefnrrm 9 13 Waveform Switch 9 1 12 Trig Time remaining s Run Bar s i a a bo ha ti et a i ot i i ee 9 14 Trig On Off Time remaining amp Run Bar 41 9 9 1 13 Output Status Fixed Mode Hixed Mode Nom Voltage Nom Frequency Nom Vdc maps to 9 15 Output Status 42 10 10 1 Function Description Fixed Mode Step Function 10 1
68. 70 100 70 1Cycle 0 5 2004 72 14 1EC61000 4 11 A B EUT O 3 D 73 15 IEC61000 4 13 15 1 Function Description IEC61000 4 13
69. Back Button 90 17 IEC61000 4 28 17 1 Function Description IEBC61000 4 28 Variation of power frequency immunity test Trig User Define Optiimum resolutiorn 1024 768 Soft Panel Versian 1 1 Back In IECE1000 4 28 variation of pnwyer fredquency test diadraim f1 delta 3 120s 10s BUS l UN UL NV I NN ll ll I I ll I ll ll NIN I 1 UL ll I a mpltucde nmplitucde Freciencyt Hz3 Sec Operation hadle Test Lewel an SUD 500 300 7 7 Up LimtC9 300 5 User Def a ku 00 Level 3 5 1DQ0 1 1 00 Dowyn Lim EO Sonderd a 17 1 IEC61000 4 28 EC61000 4 28 Control Screen Back Hixed Mode Back 17 2 Back Button 91 17 1EC61000 4 28 17 2
70. Output Status 56 12 12 2 16 Editor CompleteJ Editor Complete Send Eior Corrplete 12 18 Editor Complete 7 13 13 1 Function Description varied level CCU ups InterHarmnnic Main Fanelwi 1 Soft Panel Version V1 01 Optimum resolution 1024 768 Reacding Display Output VWawetform a Simuluator Wavetform Output WWaveformType Sin Select Reading 7 100 2 GH 5H 40 2 1 05 20 4 en 80 100 12 0 Do4 3DD dD 5DD goo 1DDD 1200 1400 16DD 1800 3DDD 22 2400 Interhar FrHz Time Remains s Simulator Trig Tirmelsec Fixed Mode A taqe V FreriaerneytHz Fin_StarttHz3 F
71. A OO 0 pn Empty Refresh et a etrest pnn Empty Retresh pon 1 10 1 Step Mode Control Screen Back Fixed Mode Trig On Back 10 2 Back Button 43 10 10 1 1 Vac V start AC voltage Hixed Mode Voltage Range 0V KG WET 5 1 mh ee rT 13 a Pa 1 TO 10 3 Vac V 10 1 2 Frequency Hz 15 1 000Hz 50Hz FrEdLlEHiCyIH HL FL 1 0D DD a 5 nH 1 wr a 10 4 Frequency Hz 10 1 3 Vdc V Hixed Mode Voltage Range
72. Degree 8 2 2 1 V Vstart V RA A SO EV MS Voltage Range 150 150V L 300 8300V H ystartT 1L 8 5 V V Vstart V 8 2 2 2 V V Vend V AO V 0 150 150V LL 300 Auto 800V H yend L nn Ll i 8 6 V V Vend V 33 8 8 2 2 3 F Hz F start Hz FF 50Hz 1 000Hz 15Hz F_staHrHz 8 7 F Hz F start Hz 8 2 2 4 F Hz F_end Hz
73. Hixed Mode frequency main control Hore FT Hs ri nH Tl UL Pa 15 lnnn 9 4 Nom F Hz 9 1 3 Vdc V Nom Vdc V Hixed Mode voltage DO main control Hor de TTY na 250 DD Im 5h 50 Pi 9 5 Nom Vdc V S39 9 9 1 4 Pulse_Voltage V PuISE_ WntadE Tw 15m nn 3 Te Pd 3 a 3 9 6 Pulse_Voltage V 9 1 5 Pulse_F Hz Pulse FH ri mil nn _BHII 1 15 1 9 7 Pulse F Hz 9 1 6 Pulse_Vdc V Pulse dE TWW 150 35h smn i 100 n 35 4 9 8
74. dct 1HH 135 so lk 175 te ma E Fa I 1 TT 10 5 Vdc V 44 10 10 1 4 dAC V fixed Mode Voltage Range 0V CE 10 6 qaAC V 10 1 5 dF Hz 100 1000 0 FH 5 8 5 Hi hh 75 J HII Tuo 10 7 dF Hz 10 1 6 dDC V fixed Mode Voltage Range DC Limit OV HUDCT 1 135 1 ed 5H_ 17 5 1I 3 n rr Tt 10 8 dDC V 10 10 1 7 DegreeJ
75. 8equence End LoopC Count te Pa 1n 1 xD 1 3D 31 dm 1 3 Thg TI artlwE steh teb 7 3 4 5 oe B 1 EE Fe 9 9 EN EE 8 NE Loop 1 1UHH 19 12 Loop Control 19 2 1 Step Page Step Page 1 50 10 S8tep Page Step Index The final active step The final active step Step Index Step Page RE 1 10 11 20 21 30 31 40 4 50 The final active step 19 13 Step Page 19 2 2
76. A B WETOF TI LR 8 11 Waveform 94 8 8 2 2 8 Cycle Time Gun time Cycle me 0 8 12 em Cycle Time for List Mode Sequence NOTE Vstart V Vend V Vdc start Vdc Vdc_ end Vdc 4 Hixed Mode Vac Limit Vac VdcLimit Vdc VdcLimit Vdc ee 8 13 le Vac ontpvtyolagesYac Limit The lnit settng is120 DOODODY start sequecyDYac 130 OVA WE 8 13 When the Voltage Exceeds Limit in List Mode 8 2 3 CountJ 1 0
77. 7 6 7 1 5 Output Function Setting Couple Degree Slew Rate Impedance 4 Couple AC DC AC DC VDS 1007 2007 Page Choice 3 OUTPUT Degree ON and Off Degree Immed Degree Degree Slew Rate Vs V ms Fs Hz ms DCs V ms AC DC Impedancet Prog Zo Prog Zo ON
78. 97 18 savE PC waveform MuPFictures Fig hame nla aweiarm aw n ustnm Pattern WaweFnrml 18 3 Save Screen of Waveform EditorO LhnnsE FllE In reEad Lagk im kl incumnls Mn Fictures File name oo Filgs af type Custom Fattern awelorm 18 4 Open Screen of Waveform Editor 98 18 VDS 1007 2007 6 Remain tmels 18 5 Waveform Editor Load Processing Screen 99 Auto Run List Modee Fixed Mode fixed Mode NN 1 NUM Voltage
79. 1 1 1 1 i i 1 1 1 1 1 1 1 1i i i 1 1 1 1 1 a i i 1 1 I 1 i i i 1 mH 1 1 i 1 F I LI 1 1 1 1 1 1 1 i 1 i 1 1 1 1 1 1 1 1 1 mm i T 3 ILITII 1 1 1 1 1 1 r 1 1 I Bsecs Becs BseCs BLHSEBCS s EDaecs 16 10 Timing Control Screen 16 11 A 5 2 5 B ExahmlE of a ntang fluctuatinon far tf and tr ualtn 5 Ferinds 16 11 A Zoom In of Block A 69 16 1EC61000 4 14 16 12 A 16 11 B Examhlg nf wn la gteh for tf and tr Eu t LS RErindg 1 Cycle 16 12 A B Zoom In of Block B in Block A Fixed Mode 4 14TYig On Back 16 13
80. 315 0 5 5 25 0 5 0 180 10 3 IEC61000 4 11 Ed2 2004 80 707 40 0 4 Class2 0 during 0 during 70 during 0 during a 1 cycle 25 30 cycles 250 300 cycles Class3 0 during 0 during 40 during 70 during 80 during 0 during 1 2 cycle 250 300cycles 250 300 cycles Class1 Class2 Cla
81. Trig On Output Status OFF 8 18 Output Status Fixed Mode Fixed Mode Fixed Mnrlg jl in FE 8 19 Fixed Mode Fixed Mode Display S6 8 8 3 Simulation Display Screen 100 1 5 Wav
82. ae 103 19 2 4 SSduee6EMKRMRKKKKMK KK 104 OS NO ii i 104 19 2 6 Count 104 19 3 Setting Elements ee 104 19 4 Execution Elements SN ERE 104 19 4 1 RGMRKEKRRMNANNERENNNRNIIRSNNNNOROOO 105 19 4 2 CNow CountJ L 105 19 4 3 Now StepJ 6 105 19 4 4 Now Step LoopJ 105 19 4 5 NOW Sequence J aaaioaaiauasaatauataiiaasauiiauadessiaaseuaabnadeusintaatAahad tiantaaasat aaaanaat ian aes nate 105 19 4 6 Run ProgressJ 105 20 KK 106 20 1 Setting Elements ie 106 20 1 1 Report Path amp File name II 106 20 1 2 Record Parameter Selection 44k 107 20 1 3 Time Control ParametersJ LO 107 20 2 Record Start EN GR A NR RC NR RR 108 20 3 Report Eat 108 i 109 22 HH 110 3 1 VDS 100772007 VDS 1007 2007
83. VAR_Operation Mode ki 69 14 3 14 1 EOS AC A A VR AT 70 SEGCOIUOUU A NS fn 74 15 1 Function Description 08 74 15 2 Flat Curve Test 75 15 2 1 Flat Curve TabsJ es 75 15 2 2 Flat Curve Output I 76 15 2 3 DisplayJ 76 15 3 Over Swing Te 77 15 3 1 Over Swing TabsJ es 77 15 3 2 Over Swing Output Trig kk 78 58858 1 78 15 4 Sweep In Freguencies Te 79 15 4 1 Sweep In Frequencies TabsJ kk 80 15 4 2 Sweep In Frequencies Output TrigJ 80 15 4 3 Output Waveform Graph Simulation 80 15 4 4 Current Measurement Display ee 81 15 4 5 Sweep In Frequencies Level Indicators 81 15 5 Individual Harmonic amp Interhomonics 82 15 5 1 Interhomonics Tab es 82 15 5 2 Interhomonics Output kk 83 15 5 3
84. Voltage Variations Test VAR Trig 14 14 VAR VAR Trig 68 14 1EC61000 4 11 14 2 2 5 Simulation Waveform Voltage variations test 14 15 Simulation Waveform 14 2 2 6 VAR VAR_ Operation Mode Standard User Define VAR Operation Mode USeE LSE Standard 14 16 VAR VAR_Operation Mode 69 14 1EC61000 4 11 14 3 14 1 IRC61000 4 11 Ed2 2004 IEBC61000 4 11 Ed2 2004 16A 400Hz
85. 15 3 2 Over Swing Output Trig 15 2 2 15 3 3 Display Bl eo 15 10 Over Swing Readings Display 78 15 1EC61000 4 13 15 4 Sweep In Frequencies Test Class 1 Class 2 Class 3 User Define 4 4 4 Class 2 Class 3 User Define each Level YaltadE FFEHUETICY setting by TIEBH parnel Fundtw il FundH ERE 1 fEHCaITEFtal ffFEdLlEHCW IrtteFFTHz 1 ST ee ro me mm a om ii i 5 mi 3 1 Ti 1 fH tn s Ulitn9 1nxfito2nxfl i 2Hx 11 tn 3H sf LE 3nxf1to nsfi gp HiD HH TI EE EE J 1 ER 5 ES PF es Pa ee hm re i a Fi i OU T1500 200 250 SB
86. ml 110 66 5 1 64 63 6 58 36 4 1 Synthesize Waveform Main Control Screen 105 100 12 1 Back Fixed Mode Back 12 2 Back Button 52 12 12 2 Description of Keys 12 2 1 Waveform Simulation Vp p Waveform zimulation 15 0 lt 77 LL lt ct N gt Q ct 2 12 3 12 2 2 OVP _ OVP Indicator Waveform Simulation
87. ng5nn n120n 0 2200 nnnnn nnnnn nnnnn nnnnn nnnnn n7gnn nnnnn nnnnn 57 nnnnn nnnnn nnnnn nnnnn nnnnn ne4nn n 1nnn n14nn nnnnn 1 3 2 2 23 8 nnnnn nnnnn nn0nn nnnnn 11 3 Reading Display 11 2 2 Setting Measurement Parameter TFrequency Source TTme Parameter 50Hz 60Hz FREQLHEMCT REE TlME PREAhETER Hz OLT SIhGLE LE J EHz CRR ChTIRLE FERCERT qqA A Measurement Parameter Setting 49 11 11 2 3 2 ReadingDisplayScreen2 Other Measurements Fundamental ODD1 V R 1 P power PF THD
88. CAR HH 1 2 2 ee 9 TEC SR DN EO EAE NON 9 ON EN ED EO GDC 9 4 10 4 1 tt 10 4 2 10 9 BC2N R EE NN 10 DAR AN 10 ER NR NN ER RN 10 5 2 RN Ea RS Ni ON a a on I EE SSRI OS nan FTP 10 5 3 VDS 1007 2007 12 A NE VO EE 14 5 5 RS232 GPIB ee 17 5 6 RS232 BS GS 17 TE DE OR TA TA NN SR 18 6 li 19 6 1 Noiseken SoftPanel eR OS 19 6 2 20 6 3 Noiseken SoftPanel SE 21 7 FIXED MODE i 22 7 1 Fixed Mode 24 7 1 1 L444 25 7 1 2 Output Setting ee 25 9 SE252 XEOGIBUBGSDGIB Ri 25 7 1 4 Waveform Setup 26 7 1 5 Output Function Setting met gt 26 7 6n 2 VelERafee GGG 27 7 1 7 Output RelayJ LE 27 158 OT FLAlaNi Cea eA 27 7 1 9
89. Function Keys Description Vnom Frequency tp Up imit Down Himit Operation Mode Test Level 14 28 Trig 14 28 Output Status Lnaim yi FrequEncyrHz ID Sec Operation knde Test Lewel F 4nn 500 600 400 S00 600 Output Status r i100 1 200 0 7mp RW da 00 2 Up Limit User Def 200 DD D0 SDD Level 4 8 goo goo V amp 2 4 Eo RS Level SR 9N_ I 0 300 1000 1 i000 Dawn Limit ceo 3 9 andlard 0 0 TX 17 3 IEC61000 4 28 Q1EC61000 4 28 Control Element 17 2 1 Vnom V 230Vac 17 4 Vnom V 17 2 2 Frequency Frenuemry dD FiDibl Li 18 1nmm 17 5 Frequency 17 2 3 Operation Mode Standard User Define Vnom Cperation Mode UEer Cef Standard 17 6 Operation Mode 92 17 1EC61000 4 28 17 2 4
90. IEC61000 4 14 16 1 Function Description IEC61000 4 14 Voltage fluctuation immunity Trig User Define 16 1 IEC61000 4 14 A B A wuns IEC 4 14wi ye Optimum resalutinn 1024 7B8 1 j GS 1 Saft Panel Yersion v1 01 NIISEREI IECE1000 4 14 nlftage fluctuatinn Test diadram Run Rate BUSBCS BUSBCS BUSECS BUSBCS BUSECS Example nf a yalaqe fluctuatinn fnr tf and tr equal to 5 periods Examhle nf a yaltaqe Steh for tf andtr equalto 0 25 periods Operation Mnrle Lser Def Standard 16 1 IEC61000 4 14 EC61000 4 14 Control Screen Test Class Class3 Class 2 Output 4 14 Tr Status Back Fixed Mode
91. V RMS VRMS Frequency Hz Hz Current A A Power W W PF CF Vdc V Idc QA IP IS VA VAR Time interval Sec Record Total Time HH MM SS HH MM SS 20 1 1 Report Path amp Hile name Browse Feport Path amp File ame TE eld FGIHerSaftF an SOUurees Cade15xx Report Gansratorh fest tt ww 20 3 Report Path amp File Name 106 20 20 1 2 Record Parameter Selection 12 Report Record Farammeters Select
92. nsoo nis YecV Frequency Hz VectV dACCV dF Hz dpc Y Degree W11200 02800 01500 ni 125 150 176 00 800 600 te 2 2 ONS 0 20 1600 2009 SM 7 yn 0 2240n nso na4no 00900 a Op 0 ne2on n2smm oisoo ooroo 4 mo im Ss Cm mmm mm mm 0 2 3939 05800 02000 osno noeno EN mm Save as a fle cre EE ry mo 1 1 1 RB SoR ana verdcn V1 01 Omanrescdon1024768 swvezs opn mw 1 K ie Ds OutputWavefommA 210 11 20 2130 3140 120 Smuuetor Wavetorm Output WaveformType Sin Select Reading Bl N votege e W 07 4 EE 3 EE 5 Tn Wavelome SN Volage Range 300V EE mm Compose 8 Yac_fund Yac Degree Tien 3 Reset 125 180 175 a 2 50 200 50Hz Yae 9 nl mm 20 70 4 3 78 bs 60Hz Percent 10 i a Eg URE RSENS 9 J lt Oo mm Gi 684 200 400 600 900 1000 1200 100 1600 1e00 2000 2200 2400 ai 0 Etor comete Sriere sts wterher FiHz EET 9 Time Remainsts EEE3 a A 2 lt arder lt 10 Value lt 150V vw EE Fe mmm mm Sm 8 IU rr gt 3 OFF ps EE S710 PF EE ee Ne ME EN Tm MS mm ro Do 001250 35 ooo io0 10 6 1 1 1 105 Ma 190 3200 g 0 6 5n0 324 El
93. 1 RE Co CC Ne WT
94. 3 User Define 4 4 Class 1 Class 2 Class 3 COlipped yo 2 ag ser efine THE earBTCFITI CERE 0 To 15 4 75 15 1EC61000 4 13 15 2 2 Flat Curve OutputJ Output Trig Output Trig ON Back FXed Mode Output status Output Trig OFF EE OFF 15 5 Flat Curve Output 15 2 3 Display Fixed Mode TE Dem TE Dem EE TO Cr i EE 15 6 Flat Curve Readings Display 76 15 1EC61000 4 13 15 3 Over Swing Test 3 5 Class 1 Class 2 Class 3 User Define 4 4
95. 3 do dh OD TSO BOD HO OD TD SD 350 Dr 15 11 Diagram of Sweep In Frequencies 79 15 1EC61000 4 13 15 4 1 Sweep In Frequencies Tabs Class 1 Class 2 Class 3 User Define nterharmoniec 9 5 1 ser Letfine 331n 320 Level 0 2tn 10 Lewel ndl 1nto2nLevel 2n tn 30 Lewel nn 2 to 40 Lewvel 95 pn 15 12 Sweep In Frequencies Test Parameter Setting 15 4 2 Sweep In Frequencies Output Trig 15 2 2 LS LOutput Waveform Graph Simulation Voltage Setting Interharmonic 2 IO h Ut Wawetarm Gra bh h Sirmulation 15 13 Output Waveform Graph Simulation 80 15 1EC61000 4 13 15 4 4 Current Measurement DisplayJ resonant frequency
96. 39 0 00 0 00 0 00 0 0 0 000 0 00 0 00 0 00 0 00 0 33 0 0 00 20 8 Example of Report 108 1 1 2 5 10 109 22 5 QH Rt 9 TEL 0088 25 39397 042 712 2021 FAX 042 712 2020 110
97. Range Auto filek lt wns VDS AutoRunPanelwi 1 Mf 5 f 1 i Optimum resalutinn 1024 7B8 Wuawefnrm Sirmulation lways show omie couTit smulation WaueEoimrl Sequence 0 Sequence 1 Sedience 2 Sequence 3 I Sec Execture Time s EE q EE EC EC The final active sequence The pragram ends after TimgJCycle H Now Now F Step Page lt gt Sie Start 1 0 5 10 6 20 25 30 35 40 45 a0 85 60 65 70 75 80 85 90 95 99 Step UK CA Ms 4 a ee mo EN EN EN EN EN SI Em Em Sm yacty Frequency Hz dc TLimit aA range Wyayeform ee NN 8s 3 11 13 1s 17 19 0 sw Loop 1 1000 0 EE EE EE EN EN EN EN EE In In n In il _n 19 1 Auto Run Start Window Back Fixed Mode Back 19 2 Back Button 100 OR 19 1
98. g In1Hf11F1H 5HHH 1 1H tngmkTHTISHH HHg1 2 kTT 1 EIHH 3 gtn UmT1FHHHH 2HHHH ESS 15 17 Interhomonics Parameter Setting 82 15 1EC61000 4 13 15 5 2 Interhomonics Output 15 2 2 15 5 3 Interhomonics Level and Time Simulation Diagram LEwa 0 25 50 5 10O 195 150 199 200 295 200 275 300 325 90 305 400 aS SD 75 500 525 560 STG BOD 895 660 BFS 00 725 P60769 TIITIEB Sec 15 18 Interhomonics Level and Time Simulation Diagram 15 5 4 Interhomonics Execution Time Display Run Time Running Sec Run RM TIITB SB TBS FRUITINGg ESeE RES HHH 15 19 Interhomonics Execution Time Display 83 15 1EC61000 4 13 15 6 Meister Curve
99. 0 1 I 1 ae 1 1 0 6 8 2 2 19 6 18 20 290 2 26 28 30 32 39 36 383 n 58nn Dn 2nnn 15nn nnsnn Saveasa Te Save data FREGUENCY SOURCE TIME PARAMETER Fundmental A J BUHz 0 CURR CONTINUE FERCENT OutpLt StatL Stoh MEaSurg 11 1 Harmonic Measurement Screen Back Hixed Mode Start Measure 11 2 Back Button 48 11 11 2 Setting Element 11 2 1 1 Reading Display Screen 1 Harmonic Table And Graph Display Table Display Graph Display 8 Reading Display Area Tahle amp nd Graph Display Tahle Display Graph Dishlay ho value No MC No sa No Me n enn I ntenn nnnnn nnnnn nnnnn nnnnn nnnnn 1nsnn nsnnn nz2snn nnnnn nnnnn nnnnn nnnnn nnnnn
100. 00 0 00 0 33 0 0 00 05 0G 30 PM 12 07 24 0 00 Q 00 Q 00 Q 0 Q QQQ Q 0Q 0 00 Q 00 Q 00 0 33 Q 0 0 00 05 QG 30 PM 12 07k29 0 00 0 00 Q 00 0 Q 000 0o 00 0 00 00 33 0 00 05 06 30 PM 12 07 34 0 00 0 00 0 00 0 Q 000 Q 00 00 0 00 0 00 0 0 0 0 00 05 QG 30 PM 12 07 39 0 00 Q 00 0 00 Q 0 0 000 0 00 0 00 Q 00 Q 00 0 33 Q 0 0 00 05 0G 30 PM 12 0 44 00 00 0 00 0 000 00 00 00 00 0 33 Q 00 Q5 0G 30 PM 12 07 49 0 00 0 00 0 00 0 0 0 000 0 00 0 00 00 00 0 33 0 00 05 Q6 30 PM 12 07 54 0 00 0 00 0 00 Q 0 0 000 0 00 Q QQ Q 00 Q 00 0 33 Q 0 Q Q0 05 06 30 PM 12 0Zk59 0 00 00 00 0 0 0 000 0 00 0 00 00 Q 00 3 Q 0 00 05 0G 30 PM 12 08 04 0 00 0 00 0 00 0 00O 0 00 0 00 0 00 0 00 0 33 0 0 Qo 00 05 Q6 30 PM 12 08 09 0 00 0 00 Q 00 Q 0 0 000 Q 00 Q 00 0 00 0 00 0 33 0 0 Q 0Q 05 QG 30 PM 12 08 14 0 0 0 00 0 00 Q 0 Q 000 Q 00 00 0 00 0 00 0 33 0 0 00 05 0G 30 PM 12 08 19 0 00 0 00 0 00 0 0 0 000 Qo 00 0 00 00 00 0 33 0 0 00 05 0G 30 PM 12 08 24 0 00 0 00 Q 00 0 0 0 000 0 00 Q 00 Q 00 0 00 0 33 0 0 Q 00 0Q5 0G 30 PM 12 08 209 0 00 0 00 0 00 Q 0 0 000 0 00 0 00 00 00 33 0n 00 05 06 30 PM 12 08 34 0 00 0 00 0 00 0 00Q 00 0 00 0 00 0 00 0 33 0 0 0 00 05 06 30 PM 12 08
101. 2200 14 3 Vnom V 14 2 1 2 Phase deg FHhapidegi 150 20 a 1n 3 dHh 3BH Eg 14 4 Degree deg i r 14 2 1 3 Cycle Dip Cycle 10 0 14 5 Cycle 14 2 1 4 Operation Mode Standard User Define Vnom Ll sgT Li gf tan ard 14 6 Operation Mode 66 14 1EC61000 4 11 14 2 1 5 Test Level dip Vnom Rate 70 40 User Def ae 14 7 Test Level 14 2 1 6 DIP DTP Trig Qvoltage dips short interruptions HP Trig J 14 8 DIP DIP Trig 14 2 1 7 Rate Dip Level
102. 25 24 100 100 200 Sn0 200 SDD 5 30 350 35I 5 3250 350 20 80 po 15 15 0 300 1000 424 0 300 1000 D 24 0 100 D 389 wt A A 3 n J C0 0 J S00 oo Go on OZ 115 EE oe A 66 6 5 ET 1 110 63 105 G0 10 58 95 5 20 3 9 1 Pulse Mode Control Screen Back Hixed Mode Trig On Back 9 2 Back Button 38 9 9 1 1 V Nom Voltage V Hixed Mode voltage AO main contro Hor WV 15n ln 3 a HI FT 3 0 9 3 Nom Voltage V 9 1 2 Hz Nom F Hz
103. 64 MB VGA SVGA PS2 5 PC PC 400MB 5 1 http noiseken co jp VDS 1007 2007 NM 5 2 zip VDS1007_2007Installer 1220 20 TR J 10 5 QN 0 ZIP NO ZIP
104. 68 Back WE ayayS Showy nne Count simulation wayeform Wiavefarm amp SIN Ah 5 Voltage Rande Auto Fixed Made Sequence 0 equence Sequence Display Output Status Back 6 7 Back Button The final active sequence The program ends after TimeiCycle 0 Remaining Sec cycle a Waveform Fm ee EN TE je EE lo CE 1 309 15 21 7 Fixed Mode 7 1 Fixed Mode Fixed Mode 7 1 Fixed Mode P 24 RCITTD2 ws YL Soft Pa Fax elywi rl ist Pulse Steh Harmonics Meas Synthesize Irterharmanics 4 11 4 28 Waweform Editor Auto Run FeportGenerator save ss 4 save as 4 oe ed 1 Optimum resolution T1024 7E8 FMW Version Noiseken YDS 2007 000066 1 2B 1 38 1 18 Spft Panel Version V101 TRS232 19200 None 1 NN Eoupls Degree Slewm Rate Impsdanece ILimt Tinrush B OCP
105. 7 2007Installer IDSjrstallerVT0 WO 11 5 5 3 VDS 1007 2007 VDS1007_2007Installer VDSInstallerV Setup exe k VDSmstallerV106 FE GE A a T H Rs 2 2 ED C Program Files VDS1007 2007hstaller VDSInstallerV106 install Hats i i BR 9 2064KB 1 3 0 Web Insthisi Insthisiw hstaller fo Windows Installer i Installer for 1he Windows Installer N 1 icrosot ftporation Microsnft Corporation J Bootstrapper National Instruments 5 13 Se MnisEken nftParel tu 6 Next Welcome to the Noiseken Next SoftPanel Installation Wizard
106. CG 19 25 Now Sequence 19 4 6 Run ProgressJ hin FogTsss Mg ra 19 26 Run Progress 20 Report Generatoyy Record Start Report eneratnr l VDS Report Function mack Fehnrt Fath Filg ame Hrnww3B Rehnit Record Paraimeters Selection Rehnrt Recnfd Timing CarFal y naga yi RS Fe det 5 Time interwal Sec we FreguencyiHz ld Currert IP Recnrd Tntal Timg hi PawyarmWW 5 1 7 FF A eCF AR 20 1 Startup Screen of Report Back Hixed Mode 20 2 Back Button 20 1 Setting Elements Report Path amp Hile Name Voltage
107. Cyanlage y Freduency Hz DC volagefy Vol Range Output S po Wiavefarm A tae Relay 00 125 150 175 doo 500 soo 200 250 ls Start ms SIN i Fs 30m St 700 SQU 0 800 DST 30 utp ut status 9mn Pd j Lo EIAoto PT Clear A IS mE eee ME 2 eo MT CSIN ls Interyal tms US 150V OFF Fa EN ees 225 66 1 1 40 64 175 6 15n 60 125 100 75 36 530 4 M 7 1 Fixed Mode 8 P32 9 P 38 130 175 Boo vn ro RG O IEOO m 1 1 a ree CE TE ee en CO ee CT a a 22 7 Fixed Mode P 43 P 48 Sott Panel Version V1 01 Optimum resolutior 1024 768 sweAs oven 1 pack Soft Panel Yersion V1 01 Opdimum resolutior 1024 7t TmeRensnnc EE WelTime ms eveiom Table And Graph Display Table Display Graph Display 9 A B 1 co 1 Bs HH nseoo nzto nnsno 7eeoo n4om nisno nisno 140 12 5400 osooo ntsno o14o0 120 WavefomA SIN WavefomB SIN Voltage Range Auto 0 zom 38 MR oy 4s100 03soo
108. EULA Depot 2 10 5 25 lt NVISA 4 1 PC 16 5 5 5 RS232 GPIB RS232 USB Kit 07 00024A GPIB USB 07 00025A PC 5 6 RS232 RS232 COM RS232 USB Kit 707 00024A Ec RS232 USB Kit 07 00024A PC Windows XP
109. F Record Start 20 6 Record Start Fixed Mode Hixed Mode Report Generator Button ON W Repnr oeTie atnr 20 7 Fixed Mode ON When Report Generator is On in Fixed Mode Window 20 3 Report Example 5 Cir File Edit Format Help vrms Cv F Hz PCW PF CF I PM 12 0G 49 0 00 0 00 0 00 Q 0 CQ 000 00 Q0 00 Q0 0 33 0 0 0 00 05 0Q6 30 PM 12 06 54 0 00 Q 00 Q 00 0 0 Q 000 0 00 Q 00 Q 00 Q 00 0 33 0 0 Q 00 Q5 0G 30 PM 12 0G 59 0 00 00 0 00 0 0 0 000 0 00 0o 00 00 0 00 0 33 0 0 Qo 00 05706 30 PM 12 07 04 0 00 0 00 0 00 0 000 00 0 00 00 0 33 0 0 0 00 05 06 30 ph 12 07 09 0 00 0 00 0 00 0 0 0 000 0 00 0Q 00 0 00 0 00 0 33 0 0 0 00 05 QG 30 PM 12k 0 k14 0 00 0 00 0 00 0 000 0 00 QO 00 00 33 0 00 05 06 30 PM 12 07 19 0 00 00 00 0 0 0 000 0 00 0 00 Qo
110. S nieE fr Fa wersion Noiseken YDS 2007 NOOOEE 1 28 1 38118 saf r 1 7 3 VDS 7 1 2 Output Setting AC AC Voltage Frequency DC DC Voltage Couple tage FredLricyIH hC nanr 13 15 1 in DU gh hi mm zDD 9 an k 30 zDD 320 8UI 3HH 3HI jh BU dr did hr 5 1 dF 7 4 dVac dF dVdc mapping AC dc V 7 1 3 Setup Setting V I Timit 1 Inrush Vac Limit Vdc Limit VdcC Limit Is start 1s interval
111. T User Def Standard 0360 2 4 Time Sec Optimum resolution 1024 768 1 Optimum resolutior 1024 768 soft Panel Version V1 01 save ns oren 1 NI nh Soft Panel Versfn V1 01 saveas fl oven 000 EC61n00 4 14 Vokage fuctuation Test diagram Rnnee IECB1000 4 28 Varigton of power frequency test diogram fisdeta fi fidetat 120s 10s 60s 10s 120s B0s Example of a votage fluctuation for tf and tr equal to 5 periods Example of a vottage step for tf and tr equal to 0 25 periods ll NN Unom Operation Mode Test Level Operation Mode Test Class Output Status 4 26 Trig oupu 00 200 A414 mg Status Class 3 a 3 HO Level4 im oo OFF 16 tooo 19 P 100 Optimum resolution 1024 768 SE Aleausaho one cout stmulation Wavefonm Sequence 0 Sequence 1 Sequence 3 i SetPeriVercn VIT OHlmmresoon1024768 save a oven 1 Py Waveform save position TE em Prechire me EE co EE oe EE row seqverce EEEE RESET ss 162 Now F Eoon The final active sequence The prooram ends atter TmeCycle 0 NowV hoo A 1 1 gnn toon 1nn
112. cription meee 89 16 3 1 Timing Control Graph 89 Mal 66100004 20 EZKZKKK KERR 91 17 1 Function Deseription oe 9 1 17 2 Function Keys Description ee 92 NO CG CC GC hG i 92 1 6 19 LGC 92 17 2 3 Operation Mode 92 OA FFARR DL LSE NNN 93 5 OIDS ESHeERSSRe 93 L2G NA i 93 a ESSE i 93 I ONE 0 UI 94 72 OS MROONLD OW EM 94 17 3 Display Description mcT 94 1289 OWNEOIPNOOSSSIRRORIONRORRRQIRQRQOQIOERIRIINO TO uo 94 186 2 96 18 1 Function Deseription eis 96 18 2 Function Keys Description ee 97 9 ERR 100 19 1 Output Control Element 101 la V6 ei 101 2 19 1 2 FrequencV 101 oo 101 19 1 4 CLLimit A LL zg 101 1981 5 LV 102 19 1 6 WaveformJ 102 NARMS i 102 19Ae 8 TR Sd So NA i 102 19 2 Loop Oo 103 19 2 1 Step PageJ L114 103 19 2 2 SGD Sa 103 19 2 3 Sequence Start
113. dard 16 6 _ Operation Mode 16 2 4 Test Class Class 2 Class 3 Test Qlass Cass 3 dass 2 16 7 Test Class 16 2 5 Output Status Fixed Mode ON OFF Cutput Status 16 8 Output Status 16 2 6 4 14 4 14 Trig 4 14 J 16 9 4 14 4 14 Trig 88 16 1EC61000 4 14 16 3 Display Description Timing Contro A B 3 A B A 16 3 1 Timing Control Graph 16 10 A 16 11 IPI
114. eeeeeeeeeeeeeeeeeeeeeeeeeeeennnnnanannnannnnnnnnnnnennnenneeeeeeee 63 13 2 1 Simulator Waveform Display ll 63 13 2 2 Time Remains veLkJ 63 13 2 3 Reading Display ScreenJ A44IIII 63 13 2 4 Hz Interhar F Hz ee 64 13 2 5 Output Wavefor J 1 64 MM 6II000 EE KK KKK UNION 65 14 1 Function Description mc 65 14 2 Function Keys Description em 66 14 2 1 Voltage Dips and Short Interruptions II 66 14 2 1 1 Vnom V Lk 66 2 14 2 1 2 66 142 AI CC Nk 66 14 2 1 4 Operation Mode ki 66 1421 5 09 Test eve oR 0 00 DU 67 lA 6 IO NO 2 1 ld 67 14 2 1 7 Rate ER 67 14 2 1 8 Imulatiomn Waveforfhmi RR AA 67 14 2 2 Voltage Variations Test es 68 OE VA MNO 68 14 2 2 2 Repeat Cyele i 68 20206 NR OU0OMOS0MN0OU RR 4 68 22224 VAR 0 VAN MS KISS 68 14 2 2 5 Simulation Waveform Lk 69 14 2 2 6 VAR
115. efarmB IN nS Hl NUMA UN El VI UE Sequence f A MMe 5 V III ihn ir Er 8 20 Waveform Simulation Screen in List Mode 97 9 9 1 Function Description Hixed Mode 9 1 Fixed Mode uns DS Pulse mode Main Panelyi T ES Ft NIISPNFI sotPanel Versor Vi omamesguewoeere oo oo DS UL Time remaining s 1 0L Perinde ms oo nd co EE Vyavetorm Output Status WaweformaA SIN WyaveformB SIN Yoltage Rande Auto Nom Cw Nom FCHz Maom ydc Cv Pulse_ynlaqe w Pulse_F Hz Pulse_ dc Cv Pulse_Duty Degree 150 175 400 300 600 sp 00 260 150 175 400 300 600 sp 250 40 30 gp 150 3200 100 va 700 100 1 Ye 700 2 a 300 300 300 3 3s0n 7 0 ii 250 75 325 100 75 _2
116. in Endthz3 nk Qutput State i50 400 500 soo I0001290 14500 1000 1280 ann 00 Ot sm0 rmn 0 1780 760 al 7 1740 pu _2an co 300D 2400 13 1 Interharmonic Display Screen Back Fixed Mode lt 13 2 Back Button 57o 13 13 1 1 V AOC Voltage V CynHad ET 13 3 V AC Voltage V 13 1 2 Hz Frequency Hz 15 1000Hz 50Hz FrgdLuETcwiHz dfn SO Bm pp im 13 4 Ho Frequency Hz 13 1 3 Fin Start Hz start frequency of Interharmonic 0 01 2400Hz Fin_StartrHzi 1nnn1350 amn il 1 So 175D z DDD 13 5 Fin Start Hz 59 13 13 1 4 Fin End Hz
117. iom Votage V RMS Vac Frequencyt Hg kc A Curent A P Il Fower W IS ly F VA CF VAR 20 4 Record Parameter Selection 20 1 3 Time Control Parameters Time interval Sec Record Total Time HH MM SS HH MM S9 HH MM SS HH 0 1000 MM 0 lt 59 SS 0 59 Rhnlt RecnFd Timihid ontrol 15 Timig interwall sas TH Record Total TITg 1 _HH a MM Th ss i Fil fe i I FT 20 5 Time Control Parameters 107 20 20 2 Record Start THixed Mode OF
118. isplay Area Setting Area Reading Display Area 8 Fixed Mode List SAVE OPEN 100 Degree Waveform Type AC voltage start AO AOC voltage end AC frequency start frequency end DC voltage start DC DC voltage end DC run time or cycle number Count Count 1
119. n In the futurg 5 19 Unzip Tn urgih all files In wisadl runirme exe to the specified folder press the Lireip bttnn FE EE tn InlHgr PE ITlmclmEaIUIBMETLWETWililcsr ruse Cloase gt N F LOKJ lyw Herwrit Files witHinu prompting a J ly when dorne Unzippihng opey Et Be EE winzip Self Extractor 132 filg ngihhEH successfully INI VISA N 2 NI VIS AA 4 1 NI VISA 4 1 NI VISA National Instruments V SA ni com visa 2007 National Instruments All rights reserwed 5 20 14 Q
120. or 5nHz mains For BnHz mains 125 p 100 G 8 ClaSS 2 Class 3 UserDefine Sh 25 D 0 D 33xf1to2 xf 1B 10 Hz 0 25 2 fto1 x 1C100 50HHz 10 fito20x 1 500 750Hz ER 50 20 xxf1to 3H x 111 75U 1UUUHz sa 8 30 x fl to 40 x A000 2000Hz EW 100 0 125 0 150 0 175 0 FIXed Moce Uiutput status 0 Output Trig OFF a GS Run Time Sec 1 768 Rurirind CS8c 2 4 1 1 EE EE EE pS 1 1 1 1 BE gt ES FS 26 50 mm 10 125 150 i 2 226 250 275 300 325 360 375 HPD 5 450 HE SDD 525 550 S75 BOD 625 G50 75 TOD ES THD MS Time Sec 15 16 Individual harmonic Test Panel 15 5 1 Interhomonics Tab 50Hz 60Hz 2 Class 2 Class 3 User Define 3 0 338 x f1 2xfI 16 100H2 2 xf1 10 xfI1 100 500H2 10 xf1 20x f11 500 750H2 20 xfI 30xf11 750 1000Hz 30 xf1 40 xf1 1000 2000Hz22 In EHaTITBFES ee interhotmonics Fnr 5LIH mlris Fnr ELUHz mains 8 Class3 Hsgr LiEfirig H33r Tlt ng TOTE 1HHHg
121. ossing of the fundamertal Keyins No Test H dd harmonics non multipls of 3 ddhanmonics mulipls of 3 Ewen harmonics Class 1 Class2 Class3 Class X HsSer Keyin 1 No Test FixXed Mode Output status Output Trig OFF Run Time Sec 4 Running Sec A Rr HHH TR lc 0 24 Time Sec 15 1 IEC61000 4 13 EC61000 4 13 Control Screen Back Hixed Mode Trig ON Trig OFF Back 15 2 Back Button 74 15 1EC61000 4 13 15 2 Flat Curve Test Cipped Sine waveform Class 1 Class 2 Class 3 User Define 4 4 15 8 ChLT MayeTnriTi Fabh WuawETnFiTl is CI 15 3 Clipped Sine Simulation Output Waveform Diagram 15 2 1 Flat Curve Tabs Class 1 Class 2 Class
122. ptinns test oltage variatinns test Count Time ImSec 119 9 yltade dips and short waveform CE Amplitude Lm Lm 1 Our Now 3 Running 100 2UmS 100ms Time Output Lser Def status na Frequehcy Hzi DIP Start Phase dedj DIP and Short Cycle Test Lewel Operatinri Mndg 150 400 500 En0 150 200 90 0 Lo es 300 7 700 i100 250 a 800 3 Tn DlP Trig 50 250 200 0 50 300 Be Rate 1Q0 a FJ 9 9 p 300 15 1000 360 IMerVaMCSec 0 Tatal Time Sec in 5n0n lo 9 Sd User Def lt Standard 0 36n 14 1 IEC6100 4 11 EC6100 4 11 Control Screen Back Hixed Mode Back 14 2 Back Button 65 14 1EC61000 4 11 14 2 Function Keys Description 14 2 1 Voltage Dips and Short Interruptions 14 2 1 1 Vnom V AC 230Vac Yo 1 15n Im sn 3Do
123. ss3 50760Hz 71 14 1EC61000 4 11 IEC61000 4 11 1994 40 100 40 09 100 0 2 2 1 2 2 20 1 20 2 20 10 3 IEC61000 4 11 Ed2 2004 2004
124. t 0 oe Tirerereirings CT 8 16 Time remaining s 8 2 6 Trig On Trig On 3 Time remaining will start to count down Run Bar will show the execution time percentage Trig OffE wait Trig On Trig Off 8 17 Trig On Off Button 8 2 7 Output Status Fixed Mode Output Status ON Tixed voltage
125. tage RangeJ LV di 54 12 2 6 UV ac Fuhd NN RN 54 122 7 12 2 8 12 2 9 12 2 10 12 2 11 12 2 12 12 2 13 12 2 14 12 2 15 12 2 16 lo 54 DegreeJ kk 54 Setting FrequencyJ es 55 OOMOO SS AN N R 55 Setting Harmonic ParametersJ kk 55 i i A Nl 56 Input Range Indication kk 56 Synthesize Trig es 56 OOBS KRKRK OIIKKRK K KM 56 Editor Complete ae 57 13 ee 58 13 1 Function Description mc 58 13 1 1 VV AC Voltage VJ LL J 59 13 1 2 Hz Frequency Ha J 59 13 1 3 Fin Start Ha J 59 19 1 4 LFimEnd H2 J SE 60 13 1 5 s LTime ss LL i 60 1 OR OVO SA 60 13 1 7 Fixed Mode Fixed Mode Output State 60 BA RO Nc Ai A hl 61 13 1 9 PauseJ Ss Ititctititcictcict 61 1 0 CO i i ii 61 1 TR Oa Ac CC 61 OO EA CNBR Nii 61 13 1 13 Simulator Trig J LI 62 19 1 42 TE I CN 62 13 2 Display Seree lt ccanannsinseeee
126. ush _ r VaWR OP aC yanlage y Frecquency Hz atadefy of KTIGE Output Delay 5 Wravefaim A te Relay 1 150 0 dun SDD 2 200 250 ls Start ms sjN Me ph TGR 300 Dutput status 0 2 co mm 35D DST 25 275 100 900 CSIN ooo 224 ls Interyal ms Us 8 8 a 0 mn 5 7 2 Fixed Mode Fixed Mode VDS 1007 2007 AC Voltage Couple Frequency On Degree DC Voltage Off Degree 1 Limit Vs Fs DC DCSs Slew rate Vac Vac Limit L L impedance Vdc Vdc Limit R R impedance Vdc Vdc Limit Voltage Range Is Js start Output Relay Ils ls interval OCP OCP Delay Waveform Set up 24 7 Fixed Mode 7 1 1 VD
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