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"取扱説明書"

1. 1 1 1 S S S
2. NR S eM OE Tr Tf Y NSMOR coin bee cae PEL 100
3. Is HE ni 1 9 1 10
4. AR S 1 4 v 1 5 1 6
5. 1 1 6 Mi 1 17 PEL
6. 4 7 OFF 4 8 S S S QE 11 11 S
7. 15 5 5 1 DC 500V MAX DC 30A MAX 5 2 5 2 1 A 5 2 1 1 DISPLAY CHANGE B 7 LED C 16 5 2 1 2 EXT CONT EXT CONT LED 0 1 6 0 0 1
8. 3 1 3 1 1 PEL151 201 PEL301 201 PEL601 201 PEL102 201 0 150W 0 300 W 0 600 W 0 1000 W CR 0 200 V CC CP CV 1 5 200 V IDEAR ETA ZI T 0 304 0 60A 0 120A 0 200 A 0 30 A iE CR 0 V 1 5 V 3 1 2 V1 0VCC PEL151 201 PEL301 201 PEL601 201 PEL 102 201 0 100 W 0 200 W 0 400 W 0 600 W 0 200 V 0VCC 0VCC SUY 0 18 A 3 2 CC E PEL151 201 PEL301 201 PEL601 201 PEL102 201 0 3 A 0 6 A L 1 2 A 2A 00 3 A 10 A 0 0
9. S 6 ON LED ON L SLu GP IB DISP CR
10. 1 2 1 3
11. UR GE 1 1 2 3 4 5 1 NARRAN TO ida 1 A tice medie tie kh lt 1 1 2
12. LED 2 ON COURSE EXT CONTROL LED EXT CONTROL LOAD ON UVP UVP EEP Error 7 EEPROM LED T HE E Aa 79 12
13. SLu gon 31 7 3 CC UVP LOAD OFF
14. 10 2 14 2 UVP UVP UVP UVPL JOFF UVP OFF UVP AH UVPO RREH 34HHHE GHHHHX V I OE 0 5 20 10 2 15 OPP 10 2 15 1 OPP OPP DOPPDIXGBHBHE OPP 10 48 C L OPP OPPL 11 58 C H 0V OPP HEEHNZIOPPO EME CER OXOXX X XXE X X XXe X C zu 61 10 2 15 2 O
15. CRANGE MODE CC PRESET A CV CC CC PRESET A MODE CR PRESET A iE CV CR CR PRESET A CV CR CR MODE CV CC CR CV RANGE PRESET SET EEPROM SET PRESET
16. 1 2V V1 OVCC 3V V1 0OV CC dc 5 2 16 P 5 2 16 1 SW 1 ON OFF 22 5 2 1 7 Q 5 2 17 1 V 23 6 6 1
17. LOAD OFF ON LOAD ON OFF X LOAD OFF E LOAD OFF LOAD ON 6 2 5 E RAN 2kQ 14 1 1 XN 5609 yw dC T 5V O 12 Tow UNI 10kG2 amp 4 0 10V 4 0 10kG2 A 20 20 90 20 20 30 26 6 2 5 1 32 AXW120431A AXW62001A AWG26 28 AXYS1000 20 19 2 1 20
18. TIME START END CYCLE 1 255 INF RUN STOP SEQUENCE GROUP A B C ESC SHIFT ENTER ESC 1 9 2 1 2 LOAD ON OFF 2
19. ON CP 34 LOAD ON LOAD ON LOAD ON LOAD ON CP 7 7 CV CC CR OB CV LOAD ON LOAD OFF
20. 9 3 9 3 1 1 1 t how LOAD ON OFF CV C Tr Tf LOAD OFF 1 OCP OPP dE 1 50 9 3 2 200p 1 B 2 ON OFF 3 4 DUTY 5 UVP 6 CR CP CV CC CC
21. SMD sm sme AND 0 SEQE SNB sg sqe AND 0 ALM Ja ale AND 0 MMS ROS se st MSS RQS AND 0 MSS ROS MSS ROS SRQ CLS
22. 68 10 3 5 STOP STOPLIX X 0 1 STOP 1 10 3 6 PAUSE STOP STOPL 0 CONT CONT STOP STOPLO STOPD 1
23. LOAD ON LOAD ON LOAD OFF GP ITB ESC UVP ESC UVP ESC UVP GP IB LOAD 0 8 4 OHP LOAD OFR
24. 7 17 C H V1 0VCC C L C H 7 16 CC C H OFF GP IB SW NO 2 OFF ON
25. 4 9 ON LOAD OFF ON LOAD ON 4 10 0 40C LOAD OFF 30cm 40C SW
26. ALELIX X 0 255 10 6 1 3 ALR ALR X ALRLIX 0 255 10 6 2 10 6 2 1 SQEL X SOELIX 0 255 10 6 2 2 SQE SQE
27. 10 2 12 2 CVREF LIX CVREF L O CV PRESBT A CVREF L 1 CV PRESET B CVREF 2 CV PRESET C CVREF 104HHHE CV FPRESET A CVREFEL 1 H8HE CV PRESET B CVREF D tHHt CV PRESET C HEDE V HEEL OET T 10 2 13 SET PRE 10 2 13 1 PRESET PRESET pu 00 SETPREL IX1 X2 X1 X2 0 2 SETPRE 10 0 PRESET A PRESET A
28. 3 8 2 Tr Tf V1 OVCC PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 CC CC 500 1000 2000 ws 1 gt 100 100 1 3 9 V1 0VCC PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 CC 0 1 1 2 10 20 50 100 ms 30 of SET 100 ys 0 40 C V 3 200 V 0 100 3 10 PEL151 201 PEL301 201 PEL601 201 PEL102 201 HABJ 2 5 V V1 0OVCC 2V 1 2V 3 1 1 PEL151 201 PEL301 201 PEL601 201 PEL 102 201 0 10 V CR 1 iE H
29. LMODEL JO CC LMODEL 1 CR LMODEL 2 CP LMODEL J3 CV CC LMODEL4 CV CR 10 2 5 SHORT 10 2 5 1 SHORT ON OFF SHORT SHORTDIX SHORTL JO SHORT OFF SHORT l1 SHORT ON CC 1 6 10 2 5 2 SHORT SHORT SHORT SHORTL O SHORT OFF SHORT 1 SHORT ON 10 2 6 LOAD 10 2 6 1 LOAD ON OFF LOAD ON OFF gt LOADLIX LOADL 0 LOAD OFF LOADL il LOAD ON 1 3
30. ESEL X X 0 255 10 5 4 3 KESR ESR 72 ESR IX X 0 255 10 9 GP IB 10 6 10 6 1 10 6 1 1 ALELIX ALEL X 0 255 10 6 1 2 ALE ALE
31. 7 13 OPP CP 10 110 110 LOAD ON OPP El LOAD OFF 38 OPP OPP OPP EEPROM UVP LOAD ON OPP LOAD OFF LED OPP LED ESC UVP 7 14 OCP CC 10 110 110 LOAD ON OCP
32. KEY LOCK LED 5 2 2 B 5 2 2 1 LED A DISPLAY CHANGE G LED 1V 1V 5 2 3 5 2 3 1 LED A DISPLAY CHANGE G B 5 2 4 D 5 2 4 1 LED G DUTY 17 LED 5 LOAD OFF 0A 5 2 5 E 5
33. SEQSETL I0 A XX1 X1 X2 X3 X2 X3 SEQSET 1 B XX1 X1 X2 X3 X2 X3 SEQSET _2 C XX1 X1 X2 X3 X2 X3 10 3 4 RUNLIX RUNDO A RUNL II B RUNL 2 C XX 0 A 1 B 2 SHIFT LED
34. SMR SMR SMRL IX X 0 255 10 9 GP IB 74 0 7 1 2 3 4 5 6 7 10 9 GP IB 10 8 DISPC
35. Xx X 0 1 DISPC 0 DISPC 1 10 2 1 2 DISPC DISPC DISPCL JO DISPC 10 2 2 EXCON 10 2 2 1 1 6 EXCON X X SHORT ON LOAD ON X 0 6 EXCON 10 0 EXCONL II 1 EXCON 2 2 EXCONL 3 3 EXCONL A 4 EXCONL 5
36. 8 1 5 8 1 6 EXT JJ LOAD EXT 12 8 2 8 2 1 OCP ON OFF ON CC LOAD OFF OCP LOAD OFF OFF LOAD LED ESC LOAD LOAD ON ON 3 LOAD ON
37. 35A LOAD V1 0VCC 0OV 14 4 6 2
38. 7 4 0VCC V1 UVP LOAD OFF MODE CCLED 32 C RANGE 0V 0V H CRANGE
39. ON 8 6 MODE CC PRESET A CC PRESET A MODE CP PRESET SET EEPROM SET PRESET POWER OFF UVP UVP UVP LOAD ON OCP OCP LOAD ON OCP LOAD OFF 3 ON
40. RUN STOP LED RUN STOP SHIFT ESC UVP iE 0VCC LOAD LED CR CP
41. 5 10 10 9 1 sr sre esr ese 10 9 2 alr ale sqr sqe smr sme 0 10 9 3 str MSS RQS ESB MAV MSE SMD SEO ALM ESB esr ese AND 0 MAV MSE
42. LED 0 LED LOAD SW ON OFF 0 1 2 3 TS AAT 4 5 ZR EUR 6 5 2 1 3 RMT LCL RMT LCL LED 4 KEY LOCK KEY LOCK LED GP IB LED LED LED KEY LOCK
43. 2 PRESET A B C A B C 3 RUN STOP START 7 LED RUN STOP LED LED LOAD MODE C RANGE V RANGE LED 49 SHIFT LED A B C LED END END RUN STOP LED SHIFT LED RUN STOP PAUSE
44. A B C 3 START 4 END 5 CYCLE 255 IF 6 ENTER 2 9 2 1 6 1 SHIFT LED
45. ROM EEP Error ROM KEY LOCK GP IB ROM 1 1 1
46. LOAD OFF LOAD ON EEP EEPROM EXT EXT LOAD LOAD OHP UVP UVP OCP OCE OPP OPP ale alr AND 0 ALM ALR x CLS 10 9 6 sqr
47. AN X 1 12 3 GND 3P 2P GND 1 13 1 1 4 1 1 5
48. 19 5 2 7 9 SET B D PRESET A B C EEPROM EEBPROM POWER OFF CC D E m A LED B C CR D E k 0 LED B C CP B C W LED D E CV B C V LED D E SHIFT LED ENTER 5 2 8 H 5 2 8 1 MOD MODE LED MODE LED CC CR CP CV CC CV CR CC
49. SOFT S 37 LOAD ON LOAD ON ON 7 11 LOAD OFRF OFF ON LOAD ON 2 5V
50. PRESET C 0 OFF 10 2 3 2 PRESET PRESET PRESET PRESETL 0 PRESET A PRESET II PERSET B PRESETL 2 PRESET C 10 2 4 LMODE 10 2 4 1 CC CR CP CV CC CR 55 LMODEL X LMODEL 0 CC LMODEL 1 CR LMODEL 2 CP LMODE J3 CV CC LMODEL 4 CV CR LOAD ON 10 2 4 2 LMODE LMODE
51. SV LOAD 0VCC SW LOAD SW 7 5 CR LOAD OFR CRANGE ON 8 6 MODE CC PRESET
52. LOAD OFF OCP OCP OCP EEPROM OCP LOAD ON OCP LOAD OFF LED OCP LED ESC UVP 7 15 OFR 2 5 6 ON ON CC 10 6
53. SHIFT LED TIME 5 2 7 6 Tr Tf CC CR B SW Tr Tf C us LED CC CR M Tr Tf CC CR SHIFT LED START E VI 0VCC Tr Tf JE Tr Tf CC CR 5 2 7 7 FRQX B SW C Hz ms LED o L M SHIFT LED BEND 5 2 7 8 DUTY D SW DUTY E 0Q LED M DUTY SHIFT LED CYCLE
54. suave d L een on v N CAUTION SERIAL TO AVOID ELECTRIC SHOCK THE POWER CORD PROTECTIVE GROUNDING CONDUCTR MUST BE CONNECTED TO GROUND DO NOT REMOVE COVER REFER SERVICING TO QUALIFIED PERSONEL MADE IN JAPAN 6 2 6 2 1 A 6 2 1 1 GP IB SW NO 8 1 GP IB SW NO 3 8 SW2 OFF E XU ON SW 1 EOI 6 2 2 B 6 2 2 1 GP IB GP IB 24 6 2 3 6 2 3 1 VR VR1 2 3 4 VR1 VR2
55. PRESET A TON PRESET B OFEF 4 EEPROM SET iE GP IB 1 4 0 9 9 1 9 1 1 100 9 1 2 PERSET A B C PRESET A B C SW SHORT ON OFEF LOAD ON OFF UVP OCP OPP Tr Tf DUTY CV C 9 1 3
56. ON 8 6 MODE CC PRESET A PRESET A CR MODE CR PRESET A PRESET B OPEN PRESET C SW 4 36 EEPROM SET PRESET POWER OFF UVP UVP UVP LOAD ON OPP OPP LOAD ON
57. VR4 1V 2 5 6 VR3 10V 10 2 5 6 VR4 1V At 39 7 16 OFRF 3 6 ON
58. 1 4 GP IB bit No 0 30 No 40 J2 20 19 JI 20 19 J2 12 11 J1 12 11 J2 10 9 JI1 10 9 6 5 JI 6 5 5 J2
59. Q 1 1 1 8 7 1 2 UVP OFF 2V 0 5V 20V OFF LOAD ON UVP LOAD OFR UVP UVP UVP EEPROM UVP LOAD ON UVP LOAD LED UVP UVP LOAD OFF LED UVP LED ESC UVP
60. SWDUTYC HHH SWDUTY HH DUTY HHZZ Y F Y ZODUTYIEGC 5 9 5 10 2 22 2 SWDUTY SWDUTY DUTY 65 SWDUTY HHHH DUTY EE i Terr HHEHHIDUTY HE 96 8 fr o 4i 10 2 23 HTIME 10 2 23 1 HTIMEL X0 X1 X2 X3 X0 PAUSE PASS 0 9 X1 0 5 9 X2 0 5 9 X3 1 0 10 5 99995 5 HTIMHLIPAUSE HTIMEL PASS 0 HTIME X0 X1 X2 X3 X0 X1 X2 X3
61. 1 7 00000000 A 1 8
62. sso 0 1 ms SSLII 1 ms SSD 2 2 ms SSD 3 5 ms SS 4 10 ms SS 5 20 m s SSLle 50 m s SSL 7 100 m s 10 2 18 CC SLW 10 2 18 1 CC TrTf CC TrTf CCSLWLIX CCSLWL O CC TrTf 10zs CCSLWL II CC TrTf 20zs CCSLWL 2 CC TrTf 50zs CCSLWLI3 CC TrTf 100 psi 3 CCSLWL 4 CC TrTf 200 usl F A CCSLWLIS CC Tr Tf 500zs CCSLWL l6 CC Tr Tf 1000zs CCSLWL 7 CC TrTf 2000zs C 0V 5 7
63. MODE CCLED CRANGE PRESET SET EEPROM SET PRE SET POWER OFF UVP UVP UVP LOAD ON OPP OPP LOAD ON OPP LOAD OFF 3 ON LOAD ON LOAD ON CC 0 1
64. Error LOAD EXT 2 8 5 UVP OCP OPP C V LOAD ON OFF LOAD OFF 46 8 6 ON OFF II 2 DISPLAY CHANGE DEG E DNE
65. 3 1 4 PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 LOAD ON OEF A B 3 15 23C 5C PEL151 201 PEL301 201 PEL601 201 PEL102 201 1 F S iE VR3 4 3 1 6 PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 0 3 30 A 0 6 60 A 1 2 120 A 2 200 A 0 1 10 mA 0 2 RDG 0 3 F S 0 40 2 11445 3 17 Za AL TWIN RE ER CRT PEL151 201 PEL301 201 PEL601 201 PEL102 201 10 N mA 2 N 10 3 18 PEL151 201 PEL301 201 PEL601 201 PEL102 201 20 000 210 00 V max 1mV 0 20 V 10 mV 20 210 V 18 20 V 20 V 0 03 of RDG 0 06 of F S 0 05 of RDG 18 28 200 V 0 03 of RDG 0 03 96
66. 4 3 VR1 4 VR1 4 4 4 ER A E E A E E E 4 5 PEL1S1 201 30A 30A
67. 56 LOAD OFF LOAD 0 LOAD ON 10 2 6 2 LOAD LOAD LOAD LOADL jo LOAD OFF LOADLII LOAD ON 10 2 7 CV RNG 10 2 7 1 CV 20V 200V CV CVRNGL IX CVRNGL IO CV 2 0V CVRNGLII CV 200V LOAD ON CV CV CC CV CR 10 2 7 2 CVRNG CVRNG CV CVRNGL
68. CRSLW CRSLW CR TrTf CRSLWL 3 CR Tr Tf CRSLW 4 CR Tr Tf 200 s CRSLWL 5 CR Tr Tf 500 s CRSLWL 6 CR Tr Tf 1000 s CRSLWL 7 CR Tr Tf 2000 s 10 2 20 SW 10 2 20 1 ON OFF ON OFF SWLIX swo OFF SW II ON 64 SHORT ON 1 6 CP CV CC CV CR CR A B 0 OPEN ON SW1 OFF SW0O 10 2 20 2 SW
69. LED LOAD ON LED LOAD OFF LOAD OFF 5 2 1 2 L 5 2 12 1 COURSE M 100 1 UVP 100 OPP 100 OCP 100 SOFT S 1 Tr Tf 1 FRO 1 0 100 0Hz 0 5Hz 100 1000Hz 5Hz 1000 10000Hz 50Hz DUTY DUTY 1 SET 100 CR 3000 3000
70. LED H MODE LED 20 200VCV 20VCV PRESET A B C 20VCV MAX 5 2 10 J 5 2 10 1 C RANGE C RANGE LED HL H LED H H K lt H gt L V1 H 0V LED 0OVCC HH L PRESET A B C L MAX HR 5 2 1 1 K 5 2 11 1 LOAD LOAD LED
71. 10 2 18 2 CCSLW CCSLW CC Tr Tf 63 CCSLWL0 CC TrTf 10 s CCSLWLII CC TrTf 20 s CCSLWL2 CC Tr Tf 50 s CCSLWLJ3 CC Tr Tf 100 y s CCSLWL 4 CC TrTf 200 y s CCSLWLIS CC TrTf 5S00 s CCSLWL6 CC TrTf 1000 s CCSLWL 7 CC TrTf 2000 s 10 2 19 CR SLW 10 2 19 1 CR Tr Tf CR Tr Tf CRSLWLIX CRSLWL 3 CR TrTf CRSLWL 4 CR Tr Tf 200 s CRSLWL I5 CR TrTf 500 s CRSLW _le CR TrTf 1000z s CRSLWLI7 CR Tr Tf 2000z s 10 2 19 2
72. REL OCP I OCP 66 10 2 24 2 REL_OCP REL_OCP OCP REL OCP 0 OCP REL OCP II OCP 10 2 25 REL_OPP 10 2 25 1 OPP OPP REL_ OPPDIX REL_OPPL JO OPP REL OPP I OPP 10 2 25 2 REL_OPP REL OPP OPP REL OPP O OPP REL OPP I OPP
73. 50 e 9 59 59 99995 50 PAUSE PASS 47 9 2 A C 1255 INF PASS E 0VCC 0 3 V LOAD ON 9 2 1 9 2 1 1 SHIFT LED LED ENTER STORE RECALL
74. 8 2 2 OPP CP LOAD OFF 44 OPP LOAD OFRF OFF LOAD OFF ESC ON ga 8 2 3 UVP LOAD LOAD ON 3 LOAD ON LOAD OFF UVP LOAD OFF ESC LOAD LOAD ON 8 2 4 LOAD LOAD OFF LOAD LOAD OFF
75. X SQEL IX 0 255 73 10 6 2 3 SQR SQR SQRLIX X 0 255 10 6 3 10 6 3 1 SMELIX SMEL X 0 255 10 6 3 2 SME SME SMELIX X 0 255 10 6 3 3
76. 43 8 8 1 LOAD OFF 8 1 1 OCP OCP 8 1 2 OPP OPP 8 1 3 UVP UVP 8 1 4 LOAD 8 1 4 1 8 1 4 2 35A 8 1 4 3 8 1 4 4
77. EXTREF_ X HHH HE FIEXOC REIES HHH X 0 CC HHH C 10 4 8 SEQSTAT 1 CR 2 CP 3 CV CC 4 CV CR SEQSTAT 70 SEQSTATLJO SEQSTAT I1 SEQSTAT 2 SEQSTATI 3 SEQSTATL 4 Vu Ru EE 1 10 5 10 5 1 8 CLS CLS
78. 5 EXCONL 6 6 0 6 5 2 1 2 EXT CONTROL 54 10 2 2 2 EXCON EXCON EXCONL JO EXCONL 1 1 EXCONL 2 2 EXCOND 3 3 EXCON 4 4 EXCONLIS 5 EXCOND 6 6 10 2 3 PRESET 10 2 3 1 PRESET A B C PRESETA B C PRESETLIX PRESET O PRESET A PRESET 1 PRESET B PRESET 2 PRESET C SHORT ON 0 3 6
79. SW CC CR 10s CC GP IB 0 10V 0 10k 0 5 UVP OCP OPP 3 6 AC100V 240V 250V max 50 60Hz AC de j D la ig
80. VR3 VR4 y Hu H Hu 6 2 4 PD 6 2 4 1 J1 AXW120431A AXW62001A AWG26 28 AXYS1000 20 19 2 1 20 20 19 12 18 15 14 13 14 13 SV 12 11 SW 12 11
81. LOAD PRESET SET EEPROM SET PRESET POWER OFF UVP UVP UVP LOAD ONL X A X LOAD ON 0 5V 0 5V LOAD LED OPP OPP LOAD ON OPP LOAD OFF 3 ON 0 3V LOAD ON LOAD ON LOAD ON UVP OFF
82. 1 100 1 30 7 1 2 RMT LOCAL KEY LOCK LED 7 LED dA7A CLEAr RMT LOCALKEY LOCK LED RMT LOCAL KEY LOCK OE 7 1 3 EXT CONT CPU1 2 CPU CPU1 CPU2 EXT CONT
83. CV CV CC CC CV CR CR sme Es AND 0 SMD SMR CLS LOAD OFF ON 1 78
84. OE MAV 10 5 2 1D IDN IDN ID IDN ID X0 X1 X2 X3 X4 X0 X1 1 PEL151 201 150W 200V 2 PEL151 201 0 150W 200V V1 3 PEL301 201 300W 200V 4 PEL301 201 0 300W 200V V1 5 PEL601 201 600W 200V 6 PEL601 201 0 600W 200V V1 7 PEL102 201 1000W 200V 8 PEL102 201 0 1000W 200V V1 X2 0 X3 CPU1 71 XA CPU2 2 CPU CPU CPU1 CPU2 10 5 3 10 5 3 1 SRELIX SRELUX X
85. 1 SHIFT LED 2 TIME X XX XX XXXXX 3 4 50zxs 0 5 9 PAUSE 0 PASS 5 ENTER E 9 2 1 2 AAT 9 2 1 5 1 SHIFT LED 2 PRESET AB C
86. 3 5 CP PEL151 201 PEL301 201 PEL601 201 PEL102 201 1 5 W 3 W 6 W 10 W 0 03 15 WS0 zW 0 06 3W 100W 0 12 6W 200 W 02 10W 250 W 150 W 300 W 600 W 1000 W 15 150 W 5mW 3 300W l0mW 6 600WD0mW 10 1000 W 25mW 0 496 of SET 1 6 of F S Vin Vin Rin 230355 C Vin Vin Rin Vin S V 1 MHz rms L 1mA L 2mA L 3mA H 10mA H 20mA H 30mA 1000PPM C Vin 5 V 3 6 PEL151 201 PEL301 201 PEL601 201 PEL102 201 0 3 30 A 0 6 60 A 1 2 120 A 2 200 A OVCC 18 A OVCC 18 A 0VCC 18 A OVCC 18 A 3 7 SW 3 7 1 SW PEL1S1 201 PEL301 201 PEL601 201 PEL102 201
87. CRREFLJO HARE CR PRESET A CRREF 1 HHt 1111 CR PRESET B CRREF D iHBHE 1111 CR PRESET C AHHHED MELIA TY TBC 0300000 Q 10 2 11 CP REF 10 2 11 1 CP PRESET A C CP CPREFOX HHHH CPREF JO HHHH CP PRESET A CPREF 1 4H88 CP PRESET B CPREF I2 HHHH CP PRESET C AHH GENE CEA XXX X XXE X X XXe X C 59 10 2 11 2 CPREF Xx
88. DCI GPIB DTO CO GP IB 1 DOS V GP IB NATIONAL INSTRUMENTS AT GPIB TNT 51 NI 488 2 for Windows Version 1 60 Microsoft Windows 95 Microsoft Visual Basic 6 0 SP3 2 DOS V GP IB NATIONAL INSTRUMENTS PCMCIA GPIB Windows NI 4882 1 60J Microsoft Windows 95 Microsoft Visual Basic 6 0 3 DOS V GP IB REX 5052 3 7 Microsoft Windows 95 Microsoft Visual Basic 6 0 4 NEC PC 9821Xn U8W GP IB NEC PC 9801 29N MS DOS 53 00 NEC N88 BASIC 86 Version 6 1 10 1 2
89. OPP LOAD OFF 3 OCP OCP LOAD ON OCP LOAD OFF 0 3 Tr Tf Tr Tf EEPROM TrTf TrTf LOAD ON FRQO FRQO EEPROM FRQ FRQ LOAD ON DUTY DUTY EEPROM DUTY DUTY LOAD ON ON LOAD ON SW SW 3 7 9 SHORT
90. V CR LF CR LF EOI 1 0 1 5 GP IB GP IB GP IB 1 EEPROM EEPROM 0 1 0 6 GPJB GP IB 1 SETPRE PRESET LMODE UVP OPP OCP SS CCSLW CRSLW SWFRQ SWDUTY CVRNG CRNG EXCON HTIME STORE RECALL SEQSET REL_OCP REL_OP
91. 10 1 4 1 52 LOAD 1 1 fj CCREF 0 1 LOAD 1 CR LF LF CR LF EOI LF EOI EOI
92. ESC LOAD LOAD ON 45 8 3 LOAD OFF ON LOAD ON OFF ON LOAD OFFA LEI GP ITB
93. OPEN LOAD ON LOAD LED Error LOAD OFF LOAD LED Error LOAD OFF HET 41 06000000000 0600000000090 09000000000 40000000090 huir q 000000009090 00000000090 o N e e N N J1 J2 42
94. 8 7 6 5 5 6 0V 0 A 10V VR3 4 4 1 4 J2 14 13 OHP LOAD UVP OPP OCP J2 14 13 GP IB UVP OPP OCP OHP OHP LOAD 27 m FUSE 1A pu 16 5V 1kQ 1kQ e 15 O vA t4 D M M or E 13 1kQ p O 12 O 11 O lt E 19 D M M or O 9 O lt Md 9 D M M or 0 10 O lt 5 4 6 2 6 F 6 2 6 1 E
95. CR OPEN 7 8 SW LOAD OFF CRANGE 7 8 1 CC MODE CC PRESET A PRESET B PRE SETC SW EEPROM SET PRESET POWER OFF UVP UVP UVP LOAD ON OPP OPP LOAD ON OPP LOAD OFF
96. ETEM 20 19 J1 18 17 16 15 15 SV 16 100m A 1A 14 13 14 13 ON J2 16 15 12 11 SW 11 12 PRESET A 0V PRESET B SV 10 9 LOAD ON 10 9 LOAD ON ON 1J2 16 15
97. 3 Tr Tf Tr Tf EEPROM TrTf TrTf LOAD ON FRQO FRQO EEPROM FRQ FRQ LOAD ON DUTY DUTY DUTY EEPROM DUTY DUTY LOAD ON ON LOAD ON LOAD ON SW SW 0 A DUTY Tr Tf 7 8 2 CR
98. ESC LOAD LOAD ON 230 V LOAD ON LOAD 0 5 V 0V CC LOAD 8 2 5 LOAD OFF OHP OHP LOAD ON ESC OHP 8 2 6 EXT LOAD OFF HH ETL LOAD OFR
99. LED CC LED CC LED CC CR LED CV CR 5 2 8 2 SHORT SHORT LED CC LED PRESET LED CC LED PRESET LED 5 2 9 1 5 2 9 1 CV RANGE CV RANGE LED CVGCC CR LED 200V CV LED 20V CV Ud gu 20V CV
100. ON LOAD ON LOAD ON SET LED LED 1 1 S tw OPEN LOAD LED 7 6 CP LOAD OFF CRANGE
101. CCREF L X CCREF L O CC FPRESET A CCREF D 1 CC PRESET B CCREF L 2 CC PRESET C CCREFL J0 HHHE CC PRESET A CCREFL 1 4HH CC PRESET B CCREFL_12 4ttHH CC PRESET C C H 0V A XJXXE 0 C L m A XXXE 3 58 10 2 10 CR REF 10 2 10 1 CR PRESET A C CR CRREFOX HHH CRREFL JO HEHH CR PRESET A CRREFL 1 4HH8HE CR PRESET B CRREF D2 HHHE CR PRESET C HHBE CAT v ZR 0 30000 0 300
102. ST_CHG ST_CHG PAUSE SEQSTAT GPIB sqe AND 0 SEQ SQR CLS 77 10 9 7 smr CR c cv CR CR CC CP CP CC
103. AC100 240V 250Vmax 100V 200V
104. 10 3 10 3 1 VN AD EP RECALLL X RECALL Xx X E IN O0 10 3 2 STORELIX STORE X X XX 1 1 0 0 10 3 3 10 3 3 1 67 SEQSETL XO X1 X2 X3 X0 0 A 1 B 2 C X1 1 100 X2 1 100 X3 1 255 INF SEQSETL 0 A
105. AB 1 Hz 10 kHz 1 5 of SET 0 40 C DUTY 5 95 1 5 0 40 1 STEP 3 7 2 SW V1 0OVCC PEL151 201 PEL301 201 PEL601 201 PEL 102 201 AB 1 Hz 100 Hz 1 5 of SET 0 40C DUTY 5 95 1 5 0 40 1 STEP ik CC 0A DUTY 3 8 Tr Tf 3 8 1 Tr Tf PEL151 201 PEL301201 PEL601 201 PEL102 201 CC CR CC 10 20 50 100 200 500 1000 2000 s CR 0FF 200 500 1000 2000 us H 10 20us 5 us 10 us L 10 20 s 10 us H 50 2000 us 20 L S0 2000 s 30 1 965 100 96 100 96 1 96 HE 10 906 90 10
106. SETPRE 10 1 PRESET A PRESET B SETPRE 10 2 PRESET A PRESET C SETPREL 11 0 PRESET B PRESET A SETPREL 1 1 PRESET B PRESET B SETPRE 11 2 PRESET B PRESET C SETPRE 12 0 PRESET C PRESET A SETPRE 12 1 PRESET C PRESET B SETPRE 12 2 PRESET C PRESET C 10 2 14 UVP 10 2 14 1 UVP UVP DUVPLIOFFZ 721 U VPO Itt UVP JOFF UVP OFF UVPL 44H UVPO REE Z HCT HHHNIIUVPO ZEN C 0 5 20 V 0 0247 7 XXX X XXE X X XXe X
107. SW SWLIO OFF SWL II ON 10 2 21 SW FRQ 10 2 21 1 SWFRQCHHHH SWFRQ HHHH C 0V 1 0 100 0 Hz 1 0 10000 0 Hz 1 0 100 0 Hz 0 5 Hz A 7 gt 7 100 0 1000 0 Hz 5 0 Hz 4 7 Y 7 1000 0 10000 0 Hz 0 E BEC 50 0 Hz 10 2 21 2 SWERQ SWFRQ SWFRQL Hiit Hz 10 2 22SW DUTY 10 2 22 1 DUTY DUTY
108. CPREF L JO CP PRESET A CPREF L 1 CP PRESET B CPREF 2 CP PRESET C CPREFL IO HHH CP PRESET A CPREF 1 CP PRESET B CPREF D HHBE CP PRESET C HDE W fr OO ETT o 10 2 12 CV REF 10 2 12 1 CV PRESET A C CV CV CC CV CR o CVREFOX HHH CVREF IO HHHH CV PRESET A CVREFL 1 488 CV PRESET B CVREFCI2 HHHH CV PRESET C Ela m AHH GENE CEA X XX X XXE X X XXe X CV
109. POWER OFF UVP UVP UVP LOAD ON OPP OPP LOAD ON OPP LOAD OFF 3 OCP OCP LOAD ON OCP OAD OFRF 3 ON LOAD ON LOAD ON digir 2 0VCV 35 CV CR PRESETA OPEN STEP1
110. CV CR CR 2 0 0 p 9 4 OCP OPP OCP OPP 9 3 1 OCP OPP 1 0 GP IB 10 1 GP IB 10 1 1 GP IB IEEE 488 1987 IEEE 488 1987 SHI AH1 T6 L3 SRI RLI PPO
111. VR1 2 3 1 2 23 5C 5V PEL151 201 PEL301 201 PEL601 201 PEL102 201 0 10kQ CC 0 2 of SET 0 3 of F S CR 0 5 of SET X A Vin Rin X CV 0 1 of SET 0 1 96 of F S 0 05 96 of SET CP 0 4 of SET 1 6 96 of F S Vin Vin Rin Vin Vin Rin E 1 X PEL151 201 PEL301 201 PEL601 201 PEL102 201 L 1 5 mA 3 mA 6 mA 9 mA HL YY 0 15 A 0 3 A 0 6 A 0 9 A 3 1 3 PEL151 201 PEL301 201 PEL601 201 PEL 102 201 5 H
112. 10 4 10 4 1 VREAD VREAD VREADL HH ETE RR HE II HHHH HEDE VIE TT wn AREAD AREAD AREAD HH AJ ETIA HHHO BI CUA EABLOCO V AT XXXE 0 C L mA XXXE 3 10 4 3 WREAD WREAD WREADL HHHH JJ EJI AHHH HHHEO ELA WINT CTO 69 10 4 4 SMODE SMODE SMODEL 1128 CC SMODEL J64 CR SMODEL 132 CP SMODEL 116 CV CC SMODEL
113. EXT CONT EXT CONT LED J 3 6 1V SET LED VR2 LED 10 J1J 5 6 10V SET VR1 LED 100 JJ 3 6 1V VR2 LED 10
114. LOAD ON SHORT SHORT LED CC C RANGE 0VCC 18A 30 A PEL131 201 LOAD ALARM 7 10 CC 0VCC LOAD OFF OFF CC UVP UVP UVP OV OFF ON UVP OFF
115. 6 2 1 0 J 6 2 10 1 6 2 1 1 KB 6 2 11 1 29 7 7 1 7 1 1 CC C H CV 20V PRESET A 0 SW 1 0 Hz SW DUTY 50 0 1ms CC Tr Tf 101 s CR Tr Tf OFF UVP OFF OPP C L OPP C H OCP C L OCP C H CC CR CP CV 0 00 03 00000
116. ALR Y SHIFT LED RUN STOP LED STOP 1 RECALL STORE SETPRE CCREF CCSLW CPREF CRNG CRREF CRSLW CVREF CVRNG EEPROM SET EXCON HTIME LMODE LOAD PRESET RECALL SETPRE SHORT SS STORE SW SWDUTY SWFRQ UVP MSE STB ESR 75 10 9 GP IB
117. OCP 0 C L OCP OCP 1 C 0 V OCP OCPL_ 0 HHH C L OCP OCPL 1 4H C HH 0 V OCP HERNIA AJA O E 10 2 17 SS 10 2 17 1 62 SSLIX SSD 0 0 1 m s SSD 1 1 m s ssL 2 2m s SSD 3 5m s SSL 4 10 m s SS 5 20 m s SSL 16 50 m s SSLT7 100 m s 10 2 17 2 SS SS
118. PEL151 201 PEL301 201 PEL601 201 PEL102 201 L 0 03 0 33 A L 0 06 0 66 A L 0 12 1 32 A L 0 2 2 2 A H 3 33 A H 6 66 A H 12 132 A H 20 220A L 1 5 mA L 3 mA L 6 mA L 10 mA H 150 mA H 300 mA H 0 6 A H 1A OCP OCP LOAD OFF 3 8 11 3 2 3 PEL151 201 PEL301201 PEL601 201 PEL102 201 230 V LOAD OFF LOAD OFF 3 35 A LOAD OFF LOAD OFF 3 FET 74 110 LOAD OFF 3 24 OHP LOAD 8 PEL151 201 PEL301 201 PEL601 201 PEL102 201 0 40 20 85 WRH
119. 20 60 20 85 WRH FELIZ A ACI00 240V 10 50 Hz 60 Hz 110VA 121 VA 147 VA 169 VA 44W 46W 54W 63W V1 347 VA 354 VA 365 VA 382 VA 168W 172W 179W 189W 1500 VAC 2300 VAC 500 VDC 10MQ 250 VDC 5M 9 WXHXD 210 210 X124 141 X405 538 mm 421 5 421 5 X124 141 X405 538 mm 6 kg 7 kg 11kg 13kg E AC 133 V 179 V 12 3 25 PEL151 201 PEL301 201 PEL601 201 PEL102 201 LVD EN61010 18 A2 1995 EMI EN55011 1998 Group 1 class A EMS ENS0082 1 1997 V1 3 26 PEL151 201 PEL301 201 PEL601 201 PEL102 201 100 50 ys 9h59m59 99995 s PAUSE
120. 21 021 34 M 5 2 13 1 1 UVP 20m V OPP OPP OCP OCP SOFT S 1 Tr Tf 1 FRO 1 0 100 0Hz 0 5Hz 100 1000Hz 5Hz 1000 10000Hz 50Hz DUTY DUTY 1 SET CC CP CV CR 0 OPEN 3000 1 3000 30000 10 5 2 1 4 N 5 2 14 1 S S S QE 1 11 s 5 2 15 O 5 2 15 1
121. PEL151 201 PEL151 201V1 PEL301 201 PEL301 201V1 e eo E LL a a al 25 50 T 220 T 25 5 405 48 478 5 538 mm PEL601 201 PEL601 201V1 m EBBBBz n a 20 O PEL102 201 PEL102 201V1 rr aaa e Sl 386 5 D 421 5 e LEAL Em D E EU Q e E E 25 50 220 25 5 405 48 478 5 538 mm 80 194 0004 1850 1 http www texio jp T194 0004 1850 1 TEL 042 788 4840
122. 1 eE a O E OI a 1 1 4 oi 2 1 5 Hm ZEHAT d Fdo Ma 2 1 6 1 7 1 8 1 9 i 3 1 10 1 11 S 1 12 1 13 kk 4 Hih ls A kk 4 145 AA O EA O cc LU d 4 E O 4 SNAM A MN 1 5 6 O A 6 A O NSP du 6 3 7 A A O PRU TORRES RONDE 7 SUM CCM on NUM O 7 O A M ESCONDE NIE 7 3A CV CBCCIHEER OR 8 LESE did gor E Mc TRE 8 DU EN 8 Jv SN MEC xd E M LM D MM MIB 8 SED i O 9 OR A A E EE ER 9 COUCHE 9 REA ES O E 9 3 12 4 A NE ia Sa pE R A t e e a et eo re ee ddl 10 DNE E A ERI ATL o UT TUR RRE 10 FTA ARE CU ORDER s ed edet sen utate etes odit tut M Edid 10 Jis Pi cer pr O 4 10 E 10 317 A EE TERN 10 3 18 1E i eE E O O N 11 CEDE A A A EN 11 DO MP E rn E EN 11 SA E O Po O M 11 A EC axe a a td M a tae 11 A 12 3A O E MICH 12 O E RM TC NCC E 13 DOT E M Iu MICE MA IDE E 13 2 2 7 EI
123. 1000zF 2 2 1 PEL CC CR CP CV FCC CR 4 PBEL V1 0V CC 2 2 200V 150W 300W 600W 1000W 150W 30A 300W 60A 600W 120A 1000W 200A 1 5V V1 0VCC 0V 0V
124. 0 255 10 5 3 2 SRE SRE SREL X X 0 255 10 5 3 3 STB STB STBLIX X 0 255 10 5 4 10 5 4 1 ESEDX ESELIX 0 255 10 5 4 2 ESE ESE
125. 1 1 M 1 13 4 4 1 100 240V MAX 250 V S0 60Hz AC100 200V AC100V AC200V AC200V AC 4 2 3P HHHHHHHHHHHH HHHHHHHHHH uy 1
126. CCREFC 1 HHH CC PRESET B CCREEL D 4H8HE CC PERSET C HHH XXX X XXE X X XXe X C CR ON CP ON CV CC CC PRESET A GP IB CC PRESETA LOAD OFF C C PRESETA 10 2 9 2
127. CR PRESET A B OPEN SW 5 2 7 5 2 7 1 SHIFT SHIFT LED LED LED 9 5 2 7 2 UVP B UVP C V LED M UVP UVP LOAD ON LOAD ON UVP LOAD OFRF SHIFT LED ESC 18 5 2 7 3 OPP CP B OPP C W LED M OPP C
128. KSTB MAV 76 10 9 4 esr CME EXE QYE CME GP TB EXE QYE ese AND 0 ESB ESR 10 9 5 alr EXCON EEP EXT LOAD OHP UVP OCP OPP EXCON
129. NO 8 1 NO NO OFF ON 1 EOI EOI 2 3 4 bit5 16 5 bit4 8 6 bit3 4 7 bit2 2 8 bitl 1 bit1l 5 ON 30 10 1 3 2 m 20 m 15
130. PASS 50 ws 1 255 INF PRESET A B C PRESET A B C SW SHORT ON OFF LOAD ON OFF UVP OCP OPP Tr Tf SW SW DUTY CV RANGE RANGE PASS LOAD OFF LOAD ON 1 2 GP TB 30 gs CC 0VCC 3 27 1 2
131. X0 PAUSE PASS X1 X3 0 0 0 5 0z 9 59 59 9999507 STORE HR 10 2 23 2 HTIME HTIME HTIME PAUSE 0 0 0 HTIME 0 PASS 0 0 0 HTIME X0 X1 X2 X3 X0 X1 X2 X3 X0 PAUSE PASS X1 X3 0 PAUSE PASS X0 1 X1 X2 2 X3 3 10 2 24 REL_OCP 10 2 24 1 OCP OCP REL_OCPLIX REL OCP O OCP
132. X1 X1 X2 X3 X2 X3 SEQSETL 1 B X1 X1 X2 X3 X2 X3 SEQSETL 72 C X1 X1 X2 X3 X2 X3 SHIFT GP IB STOP 1 10 3 3 2 SEQSET OX X A SEQSET JO SEQSET 1 B SEQSET L 2 C
133. 8 CV CR SMODEL 165 CR CC SMODEL 133 CP CC SMODEL 117 CV CC CC SMODEL o CV CR CR 10 4 5 SLV SLV AV SLVLIO SLV X 10 4 6 SEQNO EU SEQNO SEQNOL IX0 X1 XO0 X1 X 0 1 100 X 1 1 255 0 10 4 7 EXTREF EXTREF
134. A CC PRESET A MODE CR PRESET SET EEPROM SET PRESET POWER OFF 33 UVP UVP UVP LOAD ON OPP OPP LOAD ON OPP OAD OFR 3 OCP OCP LOAD ON OCP OAD OFF 3
135. PRESET A PRESET B 10 9 LOAD ON 10 9 LOAD ON LOAD OFF 8 7 6 5 6 0 10V 0V 10V VR1 2 4 3 4 3 0 0 10k Q 0 0 10k Q Lo 3 25 JI 4 3 CR 1
136. SHIFT LED STORE STorE ENTER SHIFT LED ESC SHIFT 9 2 1 3 SHIFT LED A u Rh 48 2 RECALL rECAL 3 ENTER SHIFT LED LOAD ON LOAD ON 9 2 1 4
137. IO CV 2 0 V CVRNGLII CV 2 0 0 V 10 2 8 C RNG 10 2 8 1 C H L OV C CRNGL IX CRNGL O C L CRNGL 1 C H CRNG 2 C 0V LOAD ON V1 C 0V CC C 0V 10 2 8 2 CRNG CRNG C 57 CRNGLIO C L CRNGL I CL Y VIH CRNGL 2 C OV 10 2 9 CC REF 10 2 9 1 CC PRESET A C CC DCCREFDIXGHBHE GHHHH S SE EUME CCREFL JO HHHH CC FPRESET A
138. S S 8 Q 1 11 S 6 2 7 G 6 2 7 1 V1 OVCC 28 X minc 6 2 8 H 6 2 8 1 6 2 9 6 2 9 1 AC AC AC 100 V 240 V 50 60 Hz
139. SHIFT CPU2 EXT CONT 7 2 LED 7 LED V1 o Srch SLu GATA 1 100 L SLu
140. of F S 0 05 of RDG 18 28 F 0 003 of RDG 0 003 of F S C 2 3 1 9 PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 1 5 150 W 3 300 W 6 600 W 10 1000 W 1 100 mW 2 3 2 0 UVP PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 OFF 0 5 20 V 20 mV 0 1 of SET 40 mV 0 05 of SET 0 40 C UVP UVP LOAD OFF UVP OFF 2V 3 21 OPP PEL151 201 PEL301 201 PEL601 201 PEL102 201 L 0 15 1 65W L 0 3 3 32W L 0 6 6 6W L 1 0 11W H 15 165W H 30 330W H 60 660W H 100 1100W L 10 mW L 20 mW L 40 mW L 50 mW H 1W H 2W H 4W H 5W OPP OPP LOAD OFF 3 8 3 22 OCP
141. 0 1 3000 30000 10 1 S SW PRESET A B 0 OPEN CV CR CR PRESBET A CV CR GP IB CR Ao LOAD OFF QE C C PRESET A CR 10 2 10 2 CRREF OX CRREF IO CR PRESET A CRREF L II CR PRESET B CRREF 2 CR PRESET C
142. 2 5 1 LED G D 5 2 6 F 5 2 6 1 PRESET A B C PRESET A B C LED PRESET A B C LED L M PRESET PRESET A CC CR CP CV CC CR CV CR CR CP ON 5 2 6 2 SW SW LED CC CR LED SW LED PRESET A B SW PRESET C SW PRESET A SW PRESET A B LED PRESET
143. 50 2490 2 50 12460 1250 8 310 833m OQ H 0 66mS HH 1 33mS 2 67mS HH 4mS L 6 6 S L 13 3 S L 26 7 S L 4018 8 o D BEI LZ 3 4 CV CC CR HH HH H H 23C 5 0 5 of SET 0 15 A 0 5 of SET 0 3 A 0 5 of SET 0 6 A 0 5 of SET 0 9 A L L L L 0 5 of SET 1 5m A 0 5 of SET 3m A 0 5 of SET 6m A 0 5 of SET 9m A Vin Rin Vin Rin F Vin Rin Vin Rin 1 MHz rms L 1 mA L 2mA L 3 mA H 10 mA HH 20 mA H 30 mA 1000PPM C Vin 5 V Rin 210kQ PEL151 201 gt PEL301 201 PEL601 201 PEL102 201 20 200 V 1 5 20 V 15 200 V 1 of F S 20 200 V 1 10 mV 0 1 of SET 0 1 of F S 0 05 of SET 0 40C
144. 6 AZ20 A 0 1 2 A 40 A 0 2 A 50 4A 1 5 W max 3 W max 6 W max 10 W max H 30 A H 60 A H 120 A H 200 A 0 30 A I mA 0 60 A 2 mA 0 120 A 4 mA 0 200 A 5 mA 150 W max 300 W max 600 W max 1000 W max 0 2 of SET 0 3 of F S 0 40 1 MHz rms L 1mA L 2mA L 3mA H 10mA H 20mA H 30mA 0 1 of F S E 3 2 2 CC V1 0VCC H PEL151 201 PEL301 201 PEL601 201 PEL102 201 0 18 A 1 mA 0 18 A 2 mA 0 18 A 4 mA 0 18 A 5 mA 1 MHz rms 20 mA 30 mA 3 3 CR PEL1S1 201 PEL301 201 PEL601 201 PEL102 201 H OPEN H OPEN H OPEN H OPEN 1 5kQ 0 50 7500 0250 3750 0 1250 2500 83 3mQ 04980 50mO 0 490 25mQ 0 1246Q 12 5mQ 83 1m0 83m0 L OPEN L OPEN L OPEN L OPEN 150kQ 500 75kQ 250 37 5k0 12 50 25kQ 8 330 49 80
145. ER O d et o e ten OM EE EE 13 IR EE IN LL n ei CL MEL LE 14 AA O I TRE 14 A A ER E n ELE 14 SiC KS EL PER 14 4 4 uri 14 DEN NI ap cro VN RAE A 14 2 6 BIBT EE ESL AUS dE NE 15 4 7 EG pa Nm puo wg Eat 15 Le Meer RDC Ot 15 4 9 ON 15 a A EA 15 PP 16 ts 16 A A 16 a A s 24 MK NUIT SP SE RE 24 EDA O 1 24 E 30 7 1 TBR ORE EA CO dada 30 a de 31 pe a o eH A 32 TMCOVCONUM O eC 32 8 10 1 1 1 2 SCRI E A O AS 33 A RSE 34 RCV ME O A TA A ER Aa 35 EARE a E E UC eR 36 TO SHORTE A EA 37 qoo NN IO 37 TN EEI EA a AAA ao Ried e tte A 38 TI NE EE TT TERNI 38 PP E E E EE 38 OCR 39 T15 no imr RIP A 39 7 16 EEC RD IY POERS9PADUR SO DNE asiste te APR Pi e e eii 40 7 17 3R Y cA V TEE RUD QU ED Roues estela rut te ab tud 40 Pres eel dT 44 ERRI SAJAT X AA A E 44 RO CPI Cus EBD NO ADD 44 BA JS RE DSL autc stia tuia d atten n cati 46 24 AA 46 8 5 V 7 V A B ectetuer eid 46 8 6 EL EDU B k VEIY 3 Y IIA 47 ww OL AL AAA eo vi e dno i ac nip bna 47 SUME 0 M RN 47 A A LE D dE UIS 48 DEM d Mp c SPI NN 50 O A OCPS GO 51 GPB ia 51 10 1 GP IB 51 a
146. P OPP B OPP LOAD OFF 3 LOAD ON CP OPP SHIFT LED STORE 5 2 7 4 0CP CC D OCP E ALED M OCP CC OCP B OCP LOAD OFF 3 LOAD ON CC OCP SHIFT LED RECALL 5 2 7 5 SOFT S X CC B C Hz ms LED CC M CC VI 0VCC
147. PPOX OPP L 0 C L OPP OPP 1 C H 0V OPP OPP 04HHHE C L OPP OPP 11 248 C HH 0 V OPP AHHH W Hf O E 10 2 16 OCP 10 2 16 1 0CP OCP OCPOX HHH OCPL 10 HE C L OCP OCPL1 44H C HH 0 V OCP C HHEHHXOCPO REE CENIE XXX X XXE X X XXe X C 10 2 16 2 OCP2HIX
148. Po GP IB 8 6 HO 1 4 53 DISPC E DISPC sre 0 SRQO 10 2 7 LED 10 2 1 DISPC 10 2 1 1 DISPC E
149. TEXIO PEL SERIES PEL151 201 PEL151 201V1 PEL301 201 PEL301 201V1 PEL601 201 PEL601 201V1 PEL102 201 PEL102 201V1 NIKKE TECHNO SYSTEM CO LTD O PRINTED IN JAPAN B68 0065 00
150. o ad LN RR I dug Sun Uus retenta id 54 1073 NE 67 OA NM 69 A REA 71 A SN CT EO 73 0 75 D p pim e eo e 75 10 9 GP IB dt c EM M MMC ME 76 ri eol dE TR PPS 79 O on Scip onm ad ates exam daa AN 80 PEL SERIES ROM GP IB GP IB SETPRE PRESET LMODE UVP OPP OCP SS CCSLW CRSLW SWFRQ SWDUTY CVRNG CRNG EXCON HTIME STORE SEQSET REL_OCP REL_OPP ROM 1 1 ROM

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