取扱説明書をダウンロード
Contents
1. 2 22. 100 6 3 6 6 4
3. 8 EXI 0 EXT 1 0 TWV 511 RS 232C GP IB
4. 0 C gt 4 0C 2 0 lt 809 RH OFF
5. TWV 511 ON OFF REMOTE EXT SW 2 3 2 3 2 1 READY 0 00kV 0OFF H z H z UP
6. 1 3 O 1 PASS FAIL 0 1 PASS 2 FAIL PC PC GP IB GP I B 0 RS 232C 9600bps rS 0 1 RS 232C 19200bps
7. 2 23907GP o2 lkESR RST ETST S HEADer ON OFF SYStem ERRor RS 232C MODE MODE STATe STARt STOP CONFigure WITHstand CONFigure WITHstand KIND CONFigure WITHstand VOLTage CONFigure WITHstand CUPPer
8. EXT 1 0 TWV 511 WM READY ON i Dy READY OFF GPIB GPIB RS 232C RS 232C PASS FAIL 2 12 3 3 3 1 3 2
9. TEST L0 W TEST READY TEsr 140msF H ON W MDDE 1 MODE 1 W TEST READY Tesr 80msMT H ON W MDDE 1 MODE 53 5 6 RS 232C GP IB 5 6 RS 232C GP IB RS 232C GP IB 9 2 PC START START PC 7 RS 232C 9600bps RS 232C 19200bps GP IB GP IB7 2 GP IB 0 30 5 6 1 RS 232C RS 232C 2 9600bps 19200bps
10. 27 9 2 QYE 1 IEEE488 1978 24 GP IB GP IB 1 1 5 58 5 6 RS 232C GP IB 5 6 3 1 IEEE488 2 1 STB 27 9 29 SRER 2 A 22 202 A 22 22 bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 STB RQS ESB MAV ESBO 7 2 MSS
11. Vset V LOCK START RTOP KEYLOCK SHIFT LOCK en AN U Us 5 23 4 2 1 4 2 POWER ON I I
12. 8 PASS FAIL PASS FAIL PASS FAIL STOP PASS FAIL START STOP 0 5 RTART FAIL FAIL ETOP PC START RS 232C GPIB START 1 ON OFF PASS FAIL
13. 3 2 2 1 1 4 0 20kV 5 00kV 0 01kV SHIFT 4 Y 0 10kV 2 4 HI Lo HI
14. 0 20kV lt 5 0kV 0 01kV 500V 600V 500V 1000V 1200V 1000V AC KEYLOCK STOP SHIFT KEYLOCK AND AC250V DC30V 0 5A 1 HV ON 2 TEST 3 PASS 4 FAIL 5 INT LOCK 6 READY 7 EXT CONT 8 POWER ON OR ON 2 3 2 3 2 3 1 W HIGH WOLTAGE 0 9N 4 DANGER 4 HH 0 EE 5 a
15. PC gt TWV 511 gt TWV 511 1 RS 232C GP IB CLS PC gt CLS GP IB MAV 4 GP IB SESR 0 255 NR1 PC gt ESR SESR 0 255 NR1
16. OFF 999s OFF Hz 50 60 pp 4 50 6 0 STOP 22 4 1 0 NM 0 0 0 0 lt 1 0 4 vw 0 1
17. TWV 511 TWV 511 1 1 CONF WITH CUPP_10 CONF CUPP 10 2 STOP STOP 62 5 6 RS 232C GP IB
18. TWV 511 3 1 0FF 2 3 3 EXT I 0 EXT 1 0 EXT 1 0 1 EXT I 0 EXT 1 0 2 EXT I 0 EXT I 0 TWV 511 57GE 40360 751 FA
19. 1 1ty 2 3 7 10 1P 2 2 2 2 1 TS EA0043 F01 1 1 1P AC 0 2 5 0kV 100VA ACO0 00kV 5 00kV 1 5 f s 1000V 15V 5 40MQ 5kV 50Hz 60Hz 0 29 0 01mA 20mA 0 00mA 9 99mA 0 01mA 10mA 0 0mA 20 0mA 0 1mA 20mA 2 rdg 0 05mA 10mA 2 rdg 0 5mA 20mA rdg 2
20. 2 3 YR 4 1mA 0 1mA 10mA 0 1mA SHIFT 4 Y 1 0mA 10mA 20mA 10mA 0 1mA 9 9mA 0 1mA 10mA lt 20mA 1mA 0 1mA lt 9 9mA 0 01mA 10mA 20mA 1mA M STOP READY p TIMER
21. Err FAIL STOP I PASS P40 STOP TEST MTOP P38 SA ON OFF 4 0 01kV SHIFT 4 0 10kV
22. TWV 511 FAIL FAIL FAIL 2 2 1 TWV 511 2 320Wx 148H x 395D 20mm 2 0C 40C 20 80 RH 10 C 50 C 90 RH 23C 5C 20 80 RH 10 2000m AC100V 240V 10 50 60Hz 15kg AC1 39kV 10mA 15 200VA
23. 1 TWV 511 18 2 100 240V PWM 2
24. CONF WITH CLOW lt data gt PC gt CONF WITH CLOW lt data gt 0 1 19 9 2 TWV 511 gt 10 0 Rg 10mA CONF WITH TIM_ lt data gt lt data gt 0 3 999 PC gt CONF WITH TIM_100 100s READY 3 9 READY CONF WITH TIM data gt PC gt CONF WITH TIM lt data gt 0 3 999 MI 5 TWV 511 gt 100 100s CONF WITH UTIM_ lt data gt SM 0 gt CONF WITHUTIM_2 5 2 5sec READY 7 READY 83 5 7 GP IB
25. Err7 Err8 Err9 FF ErrE EE Err3
26. DANGER 50V DANGER1 READY DANGER READY READY 30 4 3 1 2 MW 1 4 3 1 W W I WI START A I W 1 W START W
27. 10 lt gt 10 gt NR1 NR2 NR3 NR1 12 23 34 NR2 1 23 23 45 3 456 NR3 1 0E 2 2 3E 4 3 NRf NRf 10
28. 101 7 7 7 1 AC5kV DC5kV AC600V DC600V AC150mA DC150mA AC10A DC10A AC6 25kV 5mA 1 AC1 35kV 5mA 1 0 C 40 C 20 lt 80 RH 10 C 50 C 90 RH 2000m 1500m 100g A 9 5 Ll A 1 3 102 Hn Hn 7 7 2 1 TW 3 ON AC100V 10W 170
29. OFF DON O0FF ON OFF 4 0 1s SHIFT 4 1 0s 0 0s 99 9s 0 1s 28 4 2 I 1 HI OFF OFF 600 1200 ON ON OFF ON OFF 2 Lo
30. 3 gt RTOP READY P27 P27 P28 P28 P29 READY READY READY READY RTART TEST P36 P30 24 4 2 I
31. OFF OFF 500 1000 ON ON OFF ON OFF ON 5 00V 600V 500V 1000V 1200V 1000V Err4 Low Err6 Err7 1 Err9
32. PASS FAIL No 0 3mm 1 DANGER 2 No 0 3mm OFF 43 5 5 EXT 1I OO 5 5 EXT 1 OO MG 511 TREADY RTAR RTOP EXT 1 0 15V 0 1A EXT 1 0 2 AC RY fn OL LU LLs EXT 1 0 EXT E L0 START
33. 6mA IS0 DCV Dl H 7 1S0 COM EXT 1 0 _ EXT 1 0 EXT 1 0 7 EXT E LO GND IS0 COM 15 18 ISOCOM ISQ DCY EXT 1 Q EXT 1 0 1 IS0 COM DC30V DC100mA 1 DC1 5V HV ON TEST PASS UFAIL LFAIL READY W MODE 1 MODE W FAIL 1 FAIL MODE0 MODE1 MODE1 1 H 1 H PASS
34. 84 5 7 GP IB CONF WITH VINI data gt PC gt CONF WITH VINI 7 READY 7 TWV 511 gt 0 5 50 922 CONF WITH CNHI_ lt data gt SE lt data gt 0 20 5 00 PC gt CONF WITH CNHI_1 00 22 y7 1 00kV READY 22 r 2 READY 29 CONF WITH CNHI data gt PC gt GONF WITH CNHI i lt data gt 9 r72 ALL 9 TWV 511 gt 1 00
35. ON OFF WITH CLOW 9A0A2 PC gt WITH CLOW ON 0FF TWV 511 gt ON ON OFF ON data gt OFF ON ON OFF WITH TIM_ lt data gt data gt OFF ON PC gt WITH TIM ON ON READY 0 2 READY ON 0FF ON OFF WITH TIM2 lt data gt PC gt WITH TIM2 ON OFF 3 TWV 511 gt ON ON OFF dE 86 5 7 GP IB ON OFF WITH UTIM _ lt data gt data gt OFF ON PC gt WITH UTIM_ON ON READY READY 7 ON OFF
36. 1 v 1 AI 70 5 7 GP IB 2 GP IB O ESERO ESE0_ data gt 0 lt 255 NR1 ESERO 0 255 0 64 32 16 8 4 2 Bit6 Bit5 Bit4 Bit3 Bit2 EOM LFAIL GP IBI O ESERO ESE07 lt data gt 0 255 NR1 EREO 0 255 NR1 64 32 16 8 4 2 1 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0 EOM LFAIL UFAIL PASS ESR0 lt data gt 0 255 NR1 ESRO gt ESR0 TW 511 g
37. 5 2 2 5 ErrO SO 5 5 EXT I 0 INT LOCK Err1 Err1 EXT I 0 SE o Err2 DANGER 5 y O Err3 LOW En Err4 Err5 Err6
38. TWV 511 232 SESR Bit5 1 64 32 16 8 4 2 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 CME EXE DDE QYE RQC 67 ID IDN data gt 0 RST SYS RES PC START PC 97 72 5 3
39. 4 1 0 40 C 2 20 80 RH 3 Hz S SOz NI z CrI z 13 3 3 3 1 2 3
40. 5 GP I AH SH MLA MTA 2 22TA 72297 co 57 5 6 RS 232C GP IB 6 PC CR LF amp EOI LF amp EOI amp 8EOI LF PC LF amp EOI TRANsmit TERMinator TRANSsmit TERMinator 0 LF amp EOI TRANSsmit TERMinator 1 CR LF amp EOI 7 1 1 2
41. AC100 50 60Hz 2m ll ti 104 H m Dn 7 7 2 3 TW 6 7kV 7kV 4 TW 7 25 25 5 26 26 5 27cm 5 TW 8 TW 8 AxB mm 1 600x750 2 750x1000 3 910x910 105 7 7 2 6 TW 15 1 5m ol WM TWV 511
42. EXT 1 0 7 EXT E LO GND IS0 COM 15 lt 18 ISO DCY gt 2ko EKT 170 EXT I 0 LOW DC30V HIGH DC15V LOW DC5V 6mA type START STOP EXT E EXT 1 0 INTERLOCK INT LOCK MEM E MEM 0 lt MEM 3 1 START STOP IS0 DY i ERT 0 2 92k OO OD Is0 COM 47 2 5 5 EXT 1I OO FET
43. PC RS 232C 9600bps 19200bps GP IB GP IB 0 30 START START TEST ITEST 1 0 TEST ON OFF STOP STOP FAIL FAIL 1 6 2 2 2 LOW HI GH
44. PASS P37 9r7 PASS 39P FAIL P36 DANGER DANGER READY 25 4 2 1 1000V 1500MWQ 10MQ 10 0s
45. 0 64 32 16 8 4 2 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 URQ CME EXE DDE QYE RQC GP IB SESER ESE lt data gt 0 255 NR1 PC gt ESE SESER TWV 511 gt 36 SESER bit5 bit2 SESER 0 255 NR1 64 32 16 8 4 2 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 URQ CME EXE DDE QYE ROC 6P 1B SRER SRE_ lt data gt 0 255 NR1 PC gt SRE 33 SRER 0 255 SRER bit5 bit0 NRf Bit6 bit 1 2 3 7 0 64 32 16 8 4 2 1 Bit6 Bit5 Bit4 Bit3 Bit2 0 ESB MAV
46. 0 5 READY 0 1 FAIL FAIL STOP READY FAIL 0 5 READY 0 1 STOP STOP TOP READY STOP rT READY 0 1
47. 1 1 1 10 2 3 4 2 2 LOAH 2 3 SAYWE UNLOCK HAOFF LDK Hl SHIFT 10 ON OFF ON OFF OFF OFF LOCK START STOP SHIFT SHIFT 1 SHIFT
48. 0 20 2 4 0 01kV 2 00kV SHIF 0 10kV 10 3 py 1 0 2 4 0 2mA 20mA SHIFT 10 1 OFF ON OFF OFF ON 0 1 4 10mA SHIFT 10 pg 0 3 4 0 3s 60 0s SHIFT
49. DC30V HIGH DC15V 30V LOW DC5V 6mA typ START STOP EXT E EXT I 0 INT LOCK MEMO 0 MEM1 1 MEM2 2 MEM3 3 MEM_E MEMO 3 MEM E MEM2 3 L MEMO 1 2 WIT W I I W 4 RS 232 2 2 2 9600bps 19200bps 8 1 1 X CR CR LF CR LF
50. PASS 51 5 5 EXT 1I OO 3 OFF BTOP PASS FAIL HI READY TEST FAIL PASS HI TEST READY 40ms lt STQP wm VV VV READY TEST H V ON 7 50ms TEST READY 40ms STQP READTY 50ms TEST H V ON 52 5 5 EXT 1 0 4
51. FAIL 0 5 READY 29 4 2 1 LOCK START STOP KEYLOCK SHIFT LOCK 0 Uls EXT 1 0 0 8M
52. IEEE 488 1 1987 ANSI IEEE Standard 488 1 1987 IEEE Standard Digital Interface for Programmable Instrumentation IEEE IEEE 488 2 1987 ANSI IEEE Standard 488 2 1987 IEEE Standard Codes Fomats Protocols and Common Commands GP IB 1 L4 GP 1 BB 7 2 START STOP 2 T6 3 RL1 4 SR1
53. LO MODE LO W FAIL FAIL LO0 1 FAIL FAIL L0 MEM E Lo MEM 0 3 MEM 0 lt MEM 3 MODE0 MODE1 EXT I 0 48P IS0 COM GND IS0 DCV 15V 0 1A 45 5 5 EXT 1I OO EXT 1 0 MEM E MEM 0 3
54. 999s 0 5s 1 3s LOWER FAIL FAIL dL wp lt dL TIMER
55. TWV 511 gt 0 LF E01I 78 data gt lt data gt MODE_ lt data gt MWITH MINS AWI AIW READY MODE lt DATA gt MWITH MINS AWI AIW READY PC START 9 gt 9 79 STOP TEST
56. 7 EXT I O 57 30360 DDK 57E 30360 57F 30360 57FE 30360 RC30 36P 81RS 23 2C D sub9 4 40 9 GP 1I 3 2 3 4 5 6 7 8 8 1 1 6
57. 18 4 1 W0 READY RN PASS PASS 0 3 READY P37 PASS 5 2 READY FAIL 0 3 READY 9r7 FAIL P37 FAIL FAIL
58. 7 CONF WITH UTIM lt data gt PC gt CONF WITH UTIM ud I READY 7 207 757 TWV 511 gt 2 5 7 2 5sec CONF WITH DTIM_ lt data gt NSR gt CONF WITHDTIM_2 5 2 5sec READY READY CONF WITH DTIM lt data gt PC gt CONF WITH DTIM READY 27 7 TWV 511 gt 2 5 2 5sec CONF WITH VINI_ lt data gt SE lt data gt 0 0 1 0 gt CONF WITH VINI_0 5 0 5 509 READY 7 READY
59. START START START EXT I 0 gt 8 X re X HHHHTTHTHTTHHTTTT EXT I 0 READY NC L FAIL NC U FAIL NC PASS MEM 0 TEST MEM 1 H V ON MEM 2 EXT E MEM 3 START NG STOP MEM E INT LOCK MODEO W MODE MODE1 I MODE NG W FAIL NG I FAIL NC 1S0 COM IS0 DCV 1S0 COM IS0 DCV 1S0 COM IS0 DCV 1S0 COM IS0 DCV O10 NO 0 PR RIM EE Pi 0 rd Hp 10 Re DR 0 NM 0 PR RIN O TWV 511 57GE 40360 751 FA 57 30360 57E 30360 57FE 30360 44 5 5 READY L0 LOWER FAIL LO UPPER FAIL
60. UPPER LOWER FAIL EXT 1 0 500 V 0 2 M 2000 MG 1000 V 0 5 M 2000 MG 0 01 MG 0 2 M 2 00 MG 0 1 MG 2 10 M 20 0 ME 1 MQ 21 0 M 200 MG 10 M 210 M 2000 MG 2 2 2 2 3 ON OFF 0 3 s 999 s 0 1 s 0 3 s 99 9 s 50 ms 1 s 100 s lt 999 s 0 5 s O 0 1 s 99 9 s 0 1 s 50 ms ON
61. AC TWV 5 1 1 E Az i SC 168 0081 4 28 21 462 0841 386 0155 1216 4 3 6 8 F TEL 03 3332 6666 FAX 03 3332 6672 TEL 0268 35 0555 FAX 0268 35 2895 TEL 052 991 9351 FAX 052 991 9350 er 1 2 2 1 RENIN 2 2 2 lt 2 7 2 3 8 12
62. HI OFF Lo Lo OFF ON OFF 1 HI Lo Lo HI BTOP READY Err 21 4 1 W
63. 4 1 SHIFT 4 Y 10 STOP READY 1 WQ 0 20 2 00 2 10 20 0 21 0 200 201 2000 2 V MQ MQ 500 0 20 2 00 0 17 10 0 2 10 20 0 1 7 100 21 0 200 17 0 1000 201 2000 170 2000 0 20 4 00 0 01 20 0 4 10 40 0 3 4 200 41 0 400 34 2
64. P17 P24 OFF OFF 0OFF TD ON TEST 4 1 EST 4 2 TEST MTOP PASS FAIL READY READY
65. ON OFF 65 5 7 GP IB ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF MEMory INSulation CLEar LSYStem OPTion P1 SYStem OPTion P1 P1 SYStem OPTion P2
66. 2 SHIFT w FILE 1 FILE 1 Kv 1 Hz 797 7 AC 9 Nk Tt nc IE SAVE FILE i SSD lt 7 gt ON OFF 7 LOCK gt 2 FILE 4 Y In UU s
67. 4 4 1 DANGER READY 2 POWER 0OFF 0 33 5 1 5 5 1 8 1 FILE 1 OFF OFF 6 OFF 7 ON 7 7 7 29 2 29 2
68. 1 HI DANGER H V ON PASS PASS STOP PASS LO READY PASS HI READY LO0 1 0 03Kv 50V HI TEST READY READY TEsr H V ON 300ms PASS TEST READY READY Tesr H V ON 300ms PASS FAIL PASS TEST UPPER FAIL U FAIL LOWER FAIL L FAIL UPPER LOWER FAIL U L FAIL LO W FAIL I FAIL L0 FAIL
69. OFF 4 0 1s 100s 999s 1s SHIFT 4 yw 1 0s 100s lt 999s 10s 0 0s 999s 0 0s 99 9s 0 1s 100s lt 999s 1s DN OFF OFF TIMER UP dn UP OFF dn OFF TIMER OF F DN OFF
70. 10 READY STOP READY READY 0 00 BTART TEST 4 1 20 4 1 W 1 2 1 2 OFF
71. I PC gt SYS LOCA TWV 511 RMT 77 5 7 GP IB SYS RES PC gt SYS RES Wiil RMT RST 5 3 GP IB TRAN TERM lt data gt lt data gt 0 1 0O LF EOI 1 CR LF E01 PC gt TRAN TERM_0 RR 0 LF E0I GP IB TRAN TERM lt data gt PC 0 LF E01I gt TRAN TERM 1 CR LF EOI
72. 1 8 7 MEM INS CLE_ data gt 1 8 7 PC gt CONF INS CLE_3 3 data gt READY 1 8 7 99 6 6 1 6 2 START RMT EXT
73. ON OFF INS TIM data gt PC gt INS TIM lt data gt OFF ON ON OFF ON OFF TWV 511 gt ON 2 UNA TMS ON ON OFF INS DEL_ lt data gt lt data gt OFF ON PC gt INS DEL ON ON READY 2 gt READY ON OFF 0 ON OFF INS DEL data gt PC gt INS DEL ON OFF lt data gt OFF ON ON OFF i TWV 511 gt OFF OFF J 2 r 2 ON OFF INS CNHI_ lt data gt data gt OFF ON PC gt INS CNHI_ON READY 22 ry
74. dn x 0 lt 1 0 HI H I Lo LO 2 READY 0V OFF k v HI H I Lo LO d
75. ON OFF ON OFF INS RUPP lt data gt lt data gt OFF ON ON OFF ON OFF INS TIM lt data gt lt data gt OFF ON READY ON OFF 94 5 7 GP IB PC gt CONF INS DEL 3 0 3 0s READY PC gt CONF INS DEL TWV 511 gt 3 0 3 0s PC gt INS RUPP_ OFF OFF READY PC gt INS RUPP ON 0FF TWV 511 gt ON ON PC gt INS TIM ON ON READY 5 7 GP IB
76. START EXT I 0 EXT 1 0 READY STOP START EXT I 0 STOP LOW START STOP START STOP Hi STOP START STOP START STOP
77. 1 READY HI TEST H V ON L0 TEST LO TEST LO READY TEST 50ms START 119ms 100msJ READY TsT H VY ON READY TEST 40msH START 15OmsF 100ms READY TEST H ON 50 5 5 EXT I1 O 2 PASS PASS ON Lo TEST HI H V ON
78. 57E 30360 57FE 30360 57 30360 RS 232C GP 1 BB 5 6 RS 232C GP IB 14 3 1 OUTPUT OUTPUT 1 LOW LOW 2 HIGH 2
79. MEM WITH SAVE_ lt data gt lt data gt 1 8 7 PC gt GONF WITH SAVE_2 2 lt data gt READY 1 lt 8 W W 1I MEM WITH CLE_ data gt lt data gt 1 8 7 PC gt CONF WITH SAVE _ 3 3 lt data gt READY 1 8 7 91 5 7 GP IB 4 CONF INS data gt PC gt CONF INS
80. 0 1 FAIL lt data11 gt PC GP IB 0 TEST TEST OFF 1 PASS 2 FAIL FAIL lt data12 gt PC BR 0 0 RS 232C 9600bps 1 RS 232C 19200bps 2 GP IB lt data14 gt START 0 1 data15 gt TEST 0 TEST ON 1 TEST OFF 2 TEST TEST ON lt data16 gt 0 1 data17 gt 0 FAIL 1 FAIL lt data13 gt GP IB 0 lt 30 P02 76 5 7 GP IB P03 SYS STAT_ lt data1 gt lt data2 gt data3 gt data4 gt PC lt data5 gt lt data6 gt lt data7 gt data8 gt gt SYS STAT_1 1 0 0 0 0 0 0 a RON lt data1 gt H V ON 0 1
81. 69 5 7 GP IB SRER SRE lt data gt 0 255 NR1 PC gt SRE SRER TWV 511 gt 33 SRER 0 255 NR1 SRER bit5 bit0 Bit6 Bit 1 2 3 7 0 64 32 8 4 2 Bit6 Bit5 Bi Bit3 Bit2 Bit1 0 ESB STB lt data gt 0 255 NR1 PC gt STB SRER SITB TWV 511 gt 16 0 255 NR1 STB bit4 1 64 32 16 8 4 2 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 MSS ESB MAV WAI WAI IEEE 488 2 1987
82. ON 500V 500V 1000V 1000V 922 2 ON OFF INS CNLO PC gt INS CNLO lt data gt 22 92 ON OFF lt data gt OFF ON TWV 511 gt ON 7 99 ry2 ON OFF A 96 5 7 GP IB MEAS RES INS lt data1 gt lt data2 gt lt data3 gt lt data4 gt lt data5 gt PC gt MEAS RES INS lt data1 gt V 0 8 is lt data2 gt 0 202000 M LTW 511 100 10 0 0 3 521V 1 100Mo ok 10 0s 2 OT PASS lt data3 gt Sec lt data4 gt PASS UFAIL LFAIL ULFAIL OFF UFAIL UPPER FAIL 999 LFAIL LOWER FAIL 999 9 ULFAIL UPPER LOWER FAIL OFF lt data5 gt
83. 1 4 EXE 1 5 CME 7 2 1 6 URQ 7 PON 1 27 2 CLS ESR SESR 297 PON 9 60 5 6 RS 232C GP IB 3 0 1 22 7 2X bit1 bit0 STB ESBO bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 ESRO
84. lt data gt 500 1000 Ws 2500 2000 10 0 10 0 5 0 0 2 2000 0 2 2000 a a i 500V 22 2000MQ 22 7 600 1200 5 0s 9 7 500 1000 39 600V 500V 92 72 CONF INS VOLT_ lt data gt SE lt data gt 500 1000 PC gt CONF INS VOLT_1000 1000V READY READY CONF INS VOLT 1 PC gt CONF INS VOLT 500 1000 5 TWV 511 gt 1000 1000V CONF INS RUPP_ lt data gt SE 0 2 2000 PC gt CONF INS RUPP_2000 2000MQ READY
85. OFF 0 1 s 99 9 s 0 1 s 50ms 2 2 4 EXT 1 0 2 2 DC30V DC100mA 1 DC1 5V HV ON ON TEST ON PASS PASS ON UFAIL UPPER FAIL ON LFAIL LOWER FAIL ON READY ON W MODE ON I MODE ON W FAIL FAIL ON I FAIL AIL ON MODE1 2 W 1 W I I W IS0 DCV DC15V 0 1A IS0 COM LOW
86. READY 1000V 1M 92 5 7 GP IB CONF INS RUPP data gt PC gt CONF INS RUPP TWV 511 gt 2000 2000MS2 lt data gt 0 20 2000 CONF INS RLOW_ lt data gt SE lt data gt 0 20 2000 PC gt CONF INS RLOW_10 0 10 0MQ READY READY 1000V 1M CONF INS RLOW2 data gt PC gt CONF INS RLOW lt data gt
87. START START START STOP EXT 1 0 EXT SW 0 1 STOP 0 5 ISTART READY 1 STOP 0 1 FAIL FAIL FAIL ST0P GP IB RS 232C FAIL 0 1
88. 0 8kg 2m 165 W x225 H x1600 mm 4C100Y 5 OOon TWV 511 EN STATUS OUT AC100V TWV 511 27 27 103 7 7 2 2 TW 4 TW 4 1 ON AC100V 14W 3 1 2 3 2m 1 165 x320 H x1600 mm
89. 1 ON OFF OU 4 2000MQ 1500MQ SHIFT 10 ON OFF OFF 5 P28 gt 4 0 5s 10 0s SHIFT 10 6 READY STOP READY READY
90. 2 2 UPPER FAIL PASS LOWER FAIL UPPER LOWER FAIL EXT 1 0 0 1mA 20 0mA 0 1mA 19 9mA 2 2 2 0 1mA DC 500 V 1000 V 1 1 2 1 lt 1 2 mA 4 5 mA 500 V 2 3 mA 1000 WV 0 5 999 MG 500 V 1 999 MG 1000 0 4 rdg 1000 lt 2000 MQ 8 dg 500 V 2MQ 20 MG 200 MG 2000 MG 1000 V 4 MG 40 MG 400 MG 2000 MG UPPER FAIL PASS LOWER FAIL
91. 0 1 99 9 0 OFF 30 0s 7 0 0 lt 1 0 797 5 0s 22 r 9 0 20 5 00 0 OFF OFF 2 r 7 0 20 5 00 0 OFF 0 0 99 r 9 2 00kV 29 7 0 60kV lt data gt 1 lt 8 MEM WITH LOAD_ lt data gt lt data gt 1 lt 8 7 PC gt CONF WITH LOAD_1 1 lt data gt READY 1 8 W W 1 90 5 7 GP IB
92. 59 5 6 RS 232C GP IB 2 1 7 29 27 bit6 bit5 bit4 STB RSQ ESB MAV bit7 bit6 bit5 bit4 bit3 bit2 bitl bito SESR PON URQ CME EXE DDE QYE Rac oPc 1 sa 8 mm amp nme emem 8 bit7 bit6 bit5 bit4 bit3 bit2 bitl bito SESER PON URQ CME EXE DDE QYE Rac OPC 2 7 5 2 bit 0 OPC OPC 1 RQC 2 QYE 1 1 r 3 DDE
93. 7 FY fn I DC i TU oo Uts 9 Nm GSTART TEST 26 4 2 1 500V 1000V 1 2 500V 1000V 2 600V 500V 1200V 1000V CUTOFF CURRENT
94. FILE 1 SHIFT lt LOAD READY STOP OMOFH LOCK 1 SAVE FILE 35 5 2 5 2 TWV 511 17 READY SHIFT RTOP PO1 P 37 41 PO1 DVDD nnn hn UU Ui
95. 1 READY MEMO 3 MEM E Lo MEM E Hi 2 READY No MEMO 3 MEM E Lo MEM E Hi W I I W 1 W NO MEM 3 MEM 2 MEM 1 MEM O 1 Hi Hi 2 Lo Hi 6 3 L Hi 4 i 3 L o Hi 5 Hi Hi 6 L o 2 Hi 8 L o Hi SS Lo Lo MEM 3 ME M 2 M E M ME M 0 ak 1 Hi I Lo W I Hi I W L o 46 5 5 EXT 1I OO EXT I 0 START STOP EXT I 0
96. FAIL FAIL 1 FAIL 40 5 2 P03 LL 5 5 ON P03 H V ON DANGER ON TEST TEST ON PASS PASS PASS ON FAIL FAIL FAIL ON INT LOCK ON READY READY READY ON EXT CONT ON EXT I1 0 EXT SW RS 232C
97. kV NR2 3 V NR1 1 4 mA NR1 NR2 2 3 M NR1 NR2 3 4 mA NR1 NR2 3 s NR1 NR2 2 3 GP IB kV NR1 NR2 1 2 63 5 6 RS 232C GP IB
98. READY FAIL ON 79 5 7 GP IB PC gt MODE_AWI READY PC gt MODE TWV 511 gt AWI PC gt STAR READY PC gt STOP FAIL ON FAIL 5 7 GP IB STAT 2 i PC gt STAT WPASS PASS TWV 511 gt WREADY WUFAIL UPPER FAIL RAD a WLFAIL LOWERFAIL READY WREADY READY WTEST TEST WULFAIL UPPER LOWER FAIL IPASS PASS IUFAIL UPPER FAIL ILFAIL LOWER FAIL IULFAIL UPPE
99. rS 1 2 GP IB G OO OO 2 GP IB GP IB 0 lt 3 0 0 30 3 START START O 1 39 5 2 kas ee LJ 4 5 TEST EXT I O TEST TEST ON T E S T TEST T E ST ON TEST TEST OFF ITEST TEST ON STOP STOP 0 1
100. LO0 PASS L0 TEST j L0 OUT LO0 LO EXT 1 0 INT LOCK LO RTART STOP LO STOP EXT E INT LOCK EXT E IS0 COM Err 0 5 2 2 5 W MODE
101. TWV 511 gt 2 64 32 16 8 Bit4 72 P01 SYS OPT P1_ data1 gt lt data2 gt lt data3 gt data4 gt lt data5 gt lt data6 gt lt data gt data8 gt lt data9 gt lt data gt lt data1 gt PASS 0 1 lt data2 gt FAIL 0 1 lt data3 gt STOP 0 1 lt data4 gt 0 11 lt data5 gt 0 11 lt data6 gt FAIL 0 11 lt data7 gt PC START 0 PC 1 PC 2 PC 3 PC lt data8 gt 0 11 lt data9 gt 0 2 5 0 PO1 73 5 7 GP IB PC gt SYS OPT P1_ 0 1 0 0 0 0 1 0 2 8
102. 7 10 0s 5 0s 0 40kV 0 2x2 00 99 9 2 50kV 22 2 1 00kV PC gt CONF WITH KIND_AC50 50Hz READY PC gt GONF WITH KIND TWV 511 gt AC50 50Hz 5 7 GP IB CONF WITH VOLT_ lt data gt SE lt data gt 0 20 5 00 PC gt CONF WITH VOLT_2 00 2 00kV READY READY PC START 7 CON
103. amp ts amp RE RR amp 1 bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 2 2 SRER x ESB MAV ESBO 1 Y STB 2 29 2 1 t SRER 2 2 29 t bit MSS Y 9 ty MSS t SRQ 4 TA 2 bit bit 0 ESBO 27 2 29 0 ty 4 MAV 2 1 t 5 ESB 2 2 2 22 ty 6 RQS 2 2 A 1 MSS 0 1 ty 2 2 A MSS 0 7 MSS 7 22 2
104. ERR IVE OE OH by 25 0 8 ee bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 ESERO ERR IVE OE OH 22 0 2 0 bit PASS PASS U FAIL UPPER FAIL L FAIL LOWER FAIL 0 1 2 3 EOM 2 2 9 CLS ESR0 ESRO 1 4 STB 7 2X 2 STB 95 SRER 24 2 A 2 SRE SRE SESR 7 2 29 ESR SESER 27 9 ESE ESE ESRO 1 27 9 240 ESR0 ESERO
105. 29 97 ON OFF 1 READY 29 97 ON 500V 600V 1000V 1200V 95 5 7 GP IB 2 2 ON OFF INS CNHI data gt PC gt INS CNHI 29 r ON OFF TWV 511 gt ON gs 97 92 ON lt data gt OFF ON 29 r 2 ON OFF INS CNLO_ lt data gt OFF ON PC gt INS CNLO_ON 99 ry7 ON a READY 7 READY ON OFF 929
106. 8 1 bit X CR CR LF CR LF I 5V 15V 15V 5V 5V 9V 3kQ 7k 9V 5V Yl sub 9 Pin 54 5 6 RS 232C GP IB TWV 511 RTS CTS OFF 1 OFF RTS CTS TWV 511 R gh Rx Txh sh GND O OO GND 2 OFF RST CTS TWV 511 Rxh RxD Txh
107. P40 FAIL DANGER 0 003 kV 0kV DANGER 19 4 1 W 2 00kV 20mA 10mA 60 0s TWV 511 READY aa 1 lt
108. TST lt data gt 0 3 NR1 0 1 EEPROM 2 ROM 3 EEPROM ROM 0 3 68 5 7 GP IB PC gt IDN TWV 511 gt TOKYOSEIDEN TWV 511 0 V1 00 ID TOKYOSEIDEN TWV 511 0 9 1 00 PC gt RST PC gt TST TWV 511 gt 1 EEPROM READY 5 7 GP IB GP IB SESER ESE_ data gt 0 lt 255 NR1 PC gt ESE36 SESER 0 255 SESER bit5 bit2 NRf
109. a g mi Qp 0 9 Es a MM ON 6 an UE S mm bd DO 3 ON F AN L OW LOW DANGER L OW
110. 0N OFF OFF 0 30kV ON OFF OFF 922 0 20kV 500V 1000M ON OFF OFF 2000WQ ON OFF ON 0 3s ON OFF OFF 0 1s ON OFF OFF 600V 29 7 ON OFF OFF 922 500V FAIL START 1 5 0kV 5 PC 7 0 6 GP IB7 3 0 0 27r X START 0 0 0 42 5 4 5 4 PASS FAIL
111. TEST H I GH LOW FAIL PASS RIOP PASS FAIL READY READY RN PASS FAIL 0 3 READY PASS 0 3 READY
112. 0 1 EXT 0 INT LOCK 10 Pin INT LOCK IS0 COM Erri READY EXT 1 0 10 IS0 COM 1 EXT 1 0 0 1 0 1 kV 0 2kV 5 0kV 5 0 38 5 2 P02 3 5
113. 0 1 MEAS INS VOLT data gt PC gt MEAS INS VOLT data gt ef 510 RS MEAS INS RES data gt PC gt MEAS INS RES lt data gt 0 20 lt 2000 MQ 0 a TWV 511 gt 100 0 3 100Mo 9999 0 F 999 999 9 97 5 7 GP IB MEAS INS TIM
114. 17 4 1 W READY READY READY 5 READY TART TEST TOP 0 5 RTART READY AR 29 STOP STOP 0 5 READY P23 P36 ko EE TEST
115. DANGER 2 READY W 3 LOW 4 HIGH 5 2 15 3 P03 ON AC250V DC30V 0 5A 1 2mm AWG16 1 25mm AWG16 0 18mmn 0 4 1 2mm AWG2616 0 3 lt 1 25m
116. ON OFF WITH UTIM 082 Pc gt WITH UTIW7 7 7 ON OFF TWV 511 gt ON 7 7 ON OFF 79 ON data gt OFF ON ON OFF WITH DTIM_ lt data gt OFF ON PC gt WITH DTIM ON ON READY READY ON OFF 7 ON OFF WITH DTIM lt data gt PC gt WITH DTIM9 9 ON OFF lt data gt OFF ON ON OFF 6 TWV 511 gt ON 0828ANMUES ON 92 r 7 ON OFF WITH CNHI_ lt qdata gt lt data gt OFF ON PC gt WITH CNHI ON Ll READY EE ON OFF READY 87 5
117. P2 SYStem OPTion P2 P2 SYStem STATus SYStem STATus SYStem LOCAI SYStem RESet Ri mk A lkSTB EAI ESED 0 ESE0 0 TRANSmit TERMinator TRANsmit TERMinator 66 5 7 GP IB lt data gt
118. ninn UU LU U 5 P02 PT PP nn nn fnnnn 7 3 P03 TTY WW nnnn nnnn pn3 LO UD i 1 3 2 4 P PO1 8P02 P03 3 SHIFT RTOP READY 36 5 2 PO1 YY WW ninn nnnn hn Ui 1 5 PASS PASS STOP READY PASS
119. CONFigure WITHstand CNLO ON OFF WITHstand CLOWer ON OFF ON OFF WrTHstand TIMerS ON OFF ON OFF WITHstand UTIMer ON OFF ON OFF 8 WITHstand DTIMerS ON OFF ON OFF ON OFF ON OFF ON OFF MEASuer RESult WITHstand MEASuer WITHstand VOLTage MEASuer WITHstand CURRent
120. CONFigure WITHstand CUPPer CONFigure WITHstand CLOWer CONFigure WITHstand CLOWer CONFigure WITHstand TIMer CONFigure WITHstand TIMer CONFigure WITHstand UTIMer CONFigure WITHstand UTIMer CONFigure WITHstand DTIMer CONFigure WITHstand DTIMer CONFigure WITHstand VINItial CONFigure WITHstand VINItial 64 5 6 RS 232C GP IB CONFigure WITHstand CNHI CONFigure WITHstand CNHI CONFigure WITHstand CNLO
121. ON 1 W W RTOP READY READY P21 P22 P22 P22 P22 P23 P21 37P
122. PASS FAIL STOP 7 FAIL PC START 1 2 8kV READY 5 7 GP IB PO1 SYS OPT P19 PC lt data1 gt lt data2 gt lt data3 gt lt data4 gt gt SYS OPT P19 lt data5 gt lt data6 gt lt data7 gt lt data8 gt lt data9 gt P01 lt data gt lt data1 gt PASS ry i m1 gt 0 1 0 0 0 0 1 0 2 8 lt data2 gt FAIL 0 1 PASS FAIL 4 4 2 STOP 979 lt data4 gt 0 1 FAIL AR EN PC STARTI 1
123. 37 5 2 YY WW ninn nnnn hn Ui 2 5 PC START RS 232C GPIB START EXT I 0 TWV 511 TWV 511
124. TN PASS FAIL 0 3 READY PASS 0 3 READY P36 0 9 7 P36 32 4 3 1 W W I DANGER 0kV DANGER READY 1 W WI
125. data5 gt 0 1 2 8kV lt data6 gt FAIL 0 1 lt data7 gt PC START 0 PC 1 PC 2 PC 3 PC lt data8 gt 0 11 lt data9 gt 0 2 5 0 PO1 74 P02 SYS OPT P2_ lt data10 gt lt data11 gt lt data12 gt lt data14 gt lt data15 gt lt data16 gt lt data17 gt data13 gt lt data gt lt data10 gt 0 1 data11 gt 0 1 PASS 2 FAIL lt data12 gt PC 0 RS 232C 9600bps 1 RS 232C 19200bps 2 GP IB lt data14 gt START 0 1 data15 gt TEST 0 TEST ON 1 TEST OFF 2
126. CONTACT CHECK INPUT OUTPUT 1 CONTACT CHECK INPUT 1 0 kV DANGER TEST DANGER 1 OkV
127. NE 13 39 1 EN SR RS RS 13 3 oS SA RR ss 13 3 3 14 16 tt lt 1 7 4 1 W nmmovvomvvmwwsw 17 23 4 2 1 rehNtenttnntnveomy 24 30 4 3 W I 1 WW 31 33 4 4 u 3 3 0 SER CRRRSSES2G HDS 3 4 5 1 tt 34 35 5 2 36 41 FG EE BA 42 AF EC ESE EC a sa 43 5 5 EXT I 0 EE ERR GS 44 53 5 6 RS 2326 GP IB er 54 99 100 6 1 NE RAR EN 100 6 2 es 100 6 3 FT SE SSR 101 6 101 tt 102 106 107 TS EA0043 F01
128. data5 gt PC gt MEAS RES WITH lt data1 gt ROUGH data2 gt 5 00kV a lt data3 gt 5 00mA lt data4 gt PASS UFAIL LFAIL ULFAIL OFF 30 0s UFAIL UPPER FAIL PASS LFAIL LOWER FAIL ULFAIL UPPER LOWER FAIL OFF lt data5 gt 0 1 2 999 999 9 999 9 MEAS WITH VOLT lt data gt PC gt MEAS WITH VOLT TWV 511 gt 1 50 1 50kV MEAS WITH CURR data
129. 7 3 2 a RR NN 910 E 00V 5S1 L156 AAL UI EES4 006 7 di Ed ad 2a S00 SI VEOEY 70 11 6006 EE 07 01 7107 8MGCEEKS 14 1DMH0 JMBY orn pe
130. SE es lt data2 gt TEST lt data3 gt PASS lt data4 gt FAIL lt data5 gt INT LOCK lt data6 gt READY lt data7 gt EXT CONT POWER ON lt data8 gt POWER ON _ READY P03 SYS STAT gt SYS STAT lt data1 gt lt data2 gt lt data3 gt lt data4 gt lt data5 gt lt data6 gt lt data7 gt lt data8 gt mwv 511 gt 1 1 0 0 0 0 0 0 V lt data1 gt H V ON 0 1 lt data2 gt TEST lt data3 gt PASS EC lt data4 gt FAIL lt data5 gt INT LOCK ee lt data6 gt READY lt data7 gt EXT CONT lt data8 gt POWER ON SYS LOCA
131. AE WITHSTANDING WOLTAGE TESTER TE ULTAEE Tr UTFF FURREMT 1r IMER TWV 1 LHD BAYE 4 r sun OMQFF EE POWER J TOKYO SEIDEN DANGER 0 03kV 60V READY DANGER HIGH HIGH LOW DANGER LOW 10 SHIFT 11 SHIFT
132. data1 gt data2 gt PC gt MEAS INS TIM2 gt 10 0 0 10 0s lt data1 gt Sec lt data2 gt 0 1 TWV 511 MEM INS FILE2_ data gt lt data gt 1 8 PC gt CONF INS FILE 1 1 data1 gt lt data2 gt lt data3 gt lt data4 gt lt data5 gt 1 data6 gt lt data7 gt TWV 511 lt data1 gt 500 1000 gt 1000 0 10 0 10 0 1 0 1200 1000 lt data2 gt 0 2 2000 0 OFF 1000V lt data3 gt 0 2 2000 OFF lt data4 gt 0 3 999 0 OFF 10 0MQ lt data5 gt 0 1 lt 99 9 0 OFF 10 0s lt data6 gt r 92 600 1200 0 OFF 1 0s lt data7 gt 9 9 9 500 1000 0 OFF 22 9 1200V 2
133. 0 20 2000 a 10 0M 82 CONF INS TIM_ lt data gt lt data gt 0 3 999 PC gt CONF INS TIM 10 0 10 0s 0 READY CONF INS TIM data gt PC gt CONF INS TIM2 0 3 999 TWV 511 gt 10 0 10 0s 93 CONF INS DEL_ lt data gt data gt 0 1 lt 99 9 READY CONF INS DEL lt data gt 0 1 lt 99 9 ON OFF INS RUPP_ lt data gt data gt OFF ON READY
134. 27 9 by 2 0 ESE0 ESE0 f 2 0 TA 42 bit 1 61 5 6 RS 232C GP IB 5 6 4 TWV 511 RS 232C 927 X RMT s 5 LOCAL SHIFT LOCK GP IB LLO AC MANN tl RMT RS 232C 97 1 TWV 511
135. 7 GP IB J 2 ON OFF WITH CNHI 96 PG gt WITH CNHI2 g OFF ON 7 ON OFF TWV 511 gt ON ON ON OFF 29 ON OFF WITH CNLO_ lt data gt lt data gt OFF ON PC gt WITH CNLO_ ON 9 7 ON READY 9 92 ON OFF EDT 92 r 2 0N 0FF WITH CNL0 lt data gt PC gt WITH CNL0 32 r ON OFF lt data gt OFF ON TWV 511 gt ON 39 ON ON OFF 88 5 7 GP IB MEAS RES WITH data1 gt lt data2 gt lt data3 gt lt data4 gt
136. CU SAVE FILE 34 5 1 3 SHIFT SAVE FILE READY FILE 1 ST0P READY AC NN fn fA LL Li LLs LOAD FILE i FILE 1 TWV 511 READY 1 ISHIFT lt LOAD READY FILE 1 AC nnv ss Nn UU LOAD FILE 2 4 Y FILE
137. GP IB POWER ON ON OR 0 1 41 5 3 SOG 1 READY TEST PASS SHIFT lt 5 3 SYS RES RST 0 20kV 0 2mA ON OFF OFF 0 1mA ON OFF ON 0 3s 7 2 ON OFF OFF 5 7 0 1s 2 ON OFF OFF 0 1s 50Hz 7 0 0
138. MEMory WITHstand FILE MEMory WITHstand LOAD MEMory WITHstand SAVE MEMory WITHstand CLEar CONFigure INSulation CONFigure INSulation VOLTage CONFigure INSulation VOLTage CONFigure INSulation RUPPer CONFigure INSulation RUPPer CONFigure INSulation RLOWer CONFigure INSulation RLOWer CONFigure INSulation TIMer CONFigure INSulation TIMer CONFigure INSulation DELay CONFigure INSulation DELay NNSuletlon RUPPer 07 INSulation RUPPer S
139. READY READY 37P READY READY BTART TEST I a I 4 1 READY W 4 2 READY P 3 0 P36 31 4 3 1 W W I
140. TEST TEST ON lt data16 gt 0 1 lt data17 gt 0 FAIL 1 FAIL lt data13 gt GP IB 0 lt 30 P02 75 5 7 GP IB PC gt SYS OPT P2 0 2 2 1 1 0 0 10 FAIL PC A GP IB START TEST TEST OFF FAIL GP IB 10 READY 5 7 GP IB P02 SYS OPT P2 PC lt data10 gt lt data11 gt lt data12 gt lt data14 gt gt SYS OPT P27 data15 gt lt data16 gt lt datal17 gt lt data13 gt TWV 511 20 2 2 1 1 0 0 10 lt data gt lt data10 gt
141. UPPER FAIL LOWER FAIL READY FAIL FAIL MODEO 1 H 0 UL 0 UL 1 H 2 OFF 1 0 0 0 L 29 ON 00 5 5 EXT 1I OO 1 IS0 DCV 33 36 DC15V 0 1A IS0 DCY Pa 2 gt 150 DY EN EXT 170 O i IS0 COM 1 100mA 2 IS0 DCY IS0 DOY a EXT 170 1 1 ISO COM 49 5 5 EX i O EXT I 0
142. 000 401 2000 340 2200 O F U F 27 4 2 1 TIMER lt 4 0 1s 100s 999s 1s SHIFT 4 yw 1 0s 100s 999s 10s 0 0s 999s 0 0s 99 9s 0 1s 100s lt 999s 1s DN OFF OFF OFF OFF
143. 9 97 1000V lt data gt 1 8 MEM INS LOAD_ data gt lt data gt 1 8 PC gt CONF INS LOAD_1 1 lt data gt READY 1 8 98 5 7 GP IB MEM INS SAVE_ lt data gt lt data gt 1 8 7 PC gt CONF INS SAVE_2 2 lt data gt READY
144. AE y99 ry2 1 00kV 29 2 CONF WITH CNLO_ lt data gt SE lt data gt 0 20 lt 5 00 PC gt CONF WITH CNLO_0 50 J 92 ry7 0 50kV READY J99 72 READY 85 5 7 GP IB 29 2 CONF WITH CNLO data gt PC gt CONF WITH CNLO H lt data gt 929 97 SE gt 22 r92 0 50kV ON OFF WITH CLOW_ lt data gt lt data gt OFF ON PC gt WITH CLOW_ON OK ON OFF 0N READY ON OFF
145. F WITH VOLT lt data gt PC gt CONF WITH VOLT lt data gt RS 2 00kV CONF WITH CUPP_ data gt lt data gt 0 1 lt 20 PC gt GONF WITH CUPP_ 20 a READY A READY CONF WITH CUPP data gt PC gt CONF WITH CUPP E lt data gt 0 120 0 RU 3 TWV 511 gt 20 0 20mA 82 5 7 GP IB CONF WITH CLOW_ lt data gt lt data gt 0 1 lt 19 9 PC gt CONF WITH CLOW_10 10mA READY READY 2
146. L 2 3 2 3 3 1 2 Q Fl 4 UNLOCK READY 3 3 1 1 1 1 1 1 1 1 1 1 1 J 1 1 1 1 1
147. R LOWER FAIL IREADY READY ITEST TEST NULL 80 3 lt data gt lt data gt CONF WITH lt data gt 29 929 0 20 5 00 0 1 20 0 0 1 19 9 0 OFF 0 3 gt 999 0 OFF AC50 AC60 0 1 lt 99 9 0 OFF 0 1 lt 99 9 0 OFF 0 0 1 0 0 20 5 00 0 OFF 0 20 5 00 0 OFF CONF WITH KIND_ lt data gt AC50 AC60 READY CONF WITH KIND data gt AC50 AC60 81 5 7 GP IB PC gt CONF WITH TWV 511 gt 2 00 5 0 0 1 30 0 AC50 10 0 5 0 0 2 2 50 1 00 2 00kV 5 0mA 0 1mA 30 0s 50Hz
148. TWV 511 READY 500V 1000V 2000M amp OFF 1500M ON 1000M 10MQ 0 5s ON 10 0s ON 1 3 0 5kV 500 2 P21 4 500V 1000V 3 gt 4 1000M 10 00MQ SHIFT 10 OFF 4 gt
149. Th RTS RS CTS 0 CTS GND O GND RTS CTS TWV 511 D Sub 9 Pin RS 232C 55 1 2 3 5 6 RS 232C GP IB CR LF CR LF CR 1 TWV 511 lt OKP TWV 511 CMD_ ERR EXEC_ERR TIME_OUT ERR 10 56 5 6 RS 232C GP IB 5 6 2 GP IB IEEE 488 2 1987
150. gt PC gt MEAS WITH CURR lt data gt gt 5 00 SN TWV 511 5 00mA 89 5 7 GP IB MEAS WITH TIM data1 gt data2 gt PC gt MEAS WITH TIM2 lt data1 gt lt data2 gt a 0 0 1 797 2 0 999 999 9 MEM WITH FILE lt data gt lt data gt 1 8 7 PC gt CONF WITH FILE 1 0 1 RI 0 AC50Hz 1 AC60Hz Fg 20 1 20 10 0 0 30 0 5 0 0 20 5 00 0 0 2 00 0 60 0 1 20 0 AC50H z 0 1 19 9 0 OFF 1 20kV 0 3 999 0 OFF 10mA 797 0 1 99 9 0 OFF OFF
151. lt 5 1 SHIFT 5 1 3 SHIFT LOCM SOQ 11 2 3 5 2 3 I ET LM cFiE Le T lg slal RWAPT HE WPH I Mi Sp 5 ms ET
152. m AWG22 16 0 18mm 1 OR ON 5 2 95 ole BE ONTACT CHECE INPI UMW NN ooo 1 men ms 0000 Hm ah OOOOO KN 8 mt IPU1 HI a LW 4 ooooo ME St 0 oooooo oo oO WMI MTUB WI 9 SN Co WUE UN JMPAN oo oo oooooo sw Wooooo 1 2 3 16 4 1 W 4 4 1 W POWER
153. t 4 ESRO Bit2 1 64 32 16 Bit5 Bit4 71 5 7 GP IB ON OFF HEAD_ lt data gt lt data gt ON OFF gt HEAD ON ON ON OFF PC 2112 OFF ON OFF HEAD lt data gt ON OFF gt HEAD TWV 511 gt ON 0ON RS 232C RS 232G SYS ERR data gt 0 3 NR1 RS 2320 gt SYST ERR 2
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