取扱説明書／2.1MB
Contents
1. PAM2. Part No
3. PAM 1 2 3 4
4. 1V 3 3 1 42 6 6 PAM 4 OUTPUT ON CVLED CCLED VOLTAGE 0V CURRENT 0A LED VOLTAGE CURRENT VOLTAGE CURRENT 0 OUTPUT ON
5. 0V 0A 2 2 PAM 2 3 2 3 1 CC
6. 0 50 10 60 20 80 RH 10 90 RH
7. Vext 4 28 Vext J2 5 12 10kO Vext Vext Rext 1 2 W Rext Eo Vext lo 4 9
8. Copyright 2000 2005 PAM 1000 V DANGER
9. Vext 4 28 Vext J2 5 10 10kO Vext Vext Rext 1 2 W Vext Eo Rext To 4 7 Vext Rext
10. 1 AC TIN N GND 1 5 PAM 2kW 200 V 100 V 1 4 2 POWER ON ALARM LED PAM 2kW 100 V
11. 91 87 6151 Z1 002 290 3 14mm2 3m 1 1 IP2 000 082 4 M3 002 181 4 MS 500 003 1 IM3 001 111 1 1 PAM 4kW A8 000 003 1 1 1 1 2 PAM 1 2 PAM 2kW 1 3 PAM 4kW PAM GPIB TP BUS PAM 2k W TERMN LB OFF SERVICE 1 e OR 2 TP BUS 1 4 GPIB TP BU
12. 2 7 5A 9A 90V 4 0 0V 40 V VL VL FE RN
13. 25 Q 4 A 0V 0A CC 100V 4A 100 V 90 V 50 V 40 V 2 7 1
14. Ri DX 1 2 D PAM _ POWER OFF
15. OVP OVP 2 Pa 1 IQ N IS OVP OVP OVP OUTPUT OFF ON OFF POWER ON OVP MONITOR OVP OVP OVP 0
16. CV CC 100 V 10 A 100 V 10 A 10 Q 5 A 0V CV H 50V 5A 50V 5 A H CC
17. 5 A 6 7 ROM IV PAM ll CODE RS Ss P 1 1 1 1 1 1
18. 2 10 2 10 2 1 PAM 2kW PAM 4kW PAM40 50 PAM80 25 250 V PAM160 12 PAM320 6 500 V PAM40 100 PAM80 50 250 V PAM160 25 PAM320 12 500 V 1 2 10 PAM 2 11
19. 1 40 V 1mA 4 32 PAM 4 4 2 PAM gt gt J2 4 20 5 ANLG COM Ll YMON 0 10V 0 0 10V 8 I MON POWER ON J2 2 6 J2
20. S1 7 OFF POWER ON S1 7 ON OFF PAM 4 5 S1 0 4 06 1 OFF ON 2 OFE ON 5 OFF ON 3 OFF ON gt 4 OFF ON 5 OFF ON OFF 6 OFF ON OUTPUT ON OFF OFF 7 ON 8 OFE ON 1 OFF 100 V ON 200 V PAM 4kW ON OFF 200 V S 2 s W 5 INPUT SELECT 8 zoovlioov ON lt gt OFF 4 4 4 5
21. 6 2 PAM 6 1 2 N 6 2 2 6 3
22. 1V 1V 0 6 V 0 6V N POWER ON J1
23. 2 1 2 2 PAM 2 3 2 3 2 2 3 Rp TrTrp Rp Rp 9 R O 1 1 ER Il 1 lo ni Ip A 0
24. 0 Q 10kO 00UT 4 7 vv oomeg 0 0 420 Ce 0 0 4 22 ve 66W Pr20 99 4 24 0 426 POWER ON J2 J2 5 12
25. A 1 1 VI PAM PAM PAM 2kW PAM40 30 PAM80 25 PAM160 12 PAM320 6 PAM 4kW PAM40 100 PAM80 S0 PAM160 25 PAM320 12 PAM GPIB RS 232C PIA4800 4kW
26. POWER OFF S1 7 OFF 2 3 6 8 PAM LU 7 PAM 7 1 PAM 2 kW 30 E
27. 2 10 3 3 1 3 1 3 2 3 2 3 4 3 2 1 3 4 3 2 2 OVP 3 8 323 LTD TI 3 12 3 2 4 LTOD 3 13 3 3 D 3 14 3 3 1 3 14 3 3 2 3 16 3 21 3 5 EOGK 3 22 PAM V 4 4 1 RR ER 4 2 4 1 1 ON ii 4 3 412 8 MW ras gt da 4 6
28. H 2 3 LL 4 3 4 3 ALARM LED
29. 13 MEMORY1 273 1 2 3 16 STORE lt 14 VOLTAGE 1 COARSE FINE 15 CURRENT 1 COARSE FINE 16 STORE 13 MEMORY1 2 3
30. ii CCRCONT a PAM 4 3 J1 J2 1 4 3 J1 J2 0 4 91 2 AWG26 16 0 32 80 65 AWG28 22 103mm 125 mm AWG22 16 0 08 mm 0 32mm2 40 18 AWG28 22 2 43 2 6 mm 3 J1 J2 POWER ON 1 POWER OFF 2 10 mm
31. Rext Eo Vext ro 4 13 Vext Rext 4 25 8 CV Ertg CC R 4 15 8 S1 1 ON 10kQ 00UT 2 ON OFF 10kO MAX OUT ON 10kQ 00UT 4 ON 5 ON 6 OFF ON OUTPUT ON OFF OFF 7 OFF ON OFF 8 OFF ON 1 OFF 100 V ON 200 V PAM 4kW ON OFF 200 V
32. Rext1 Rext2 Eo Io 10kQ 00UT 4 19 5 CV V CC lIrtg 4 12 5 S1 1 OFF ON 5 2 OFF 3 ON 10kQ 00UT 4 ON 5 ON 6 OFF ON OUTPUT ON OFF OFF 7 OFF ON OFF 8 OFF ON 1 OFF 100 V ON 200 V 1 PAM 4kW ON OFF 200 V 2 1 E
33. 2 11 J1 J2 5 12 PAM 2 11 Vext
34. Eo 10 kO MAX OUT Eo Ertg Rext 10000 Rext 2 10000 9 V Ertg V ON 4 gt OFF 1 m 6 7 D 6GTpur 12 0 1 LU S1 NUTSELECT 10k2 0 OUT 10000 Rext _ 10000 Eo Ertg V Vext Rext lo ps PETYe TAI RINW 0 0 Vext 10 5 V Itg A 4 9 3 4 16 PAM PAM gt Vext Rext Vext 2 6
35. 4 1 1 J1 J2 2 CV MODE 3 CC MODE COM 1 STAT COM 4 4 1 PAM 2 9 2 6 GND 1 2 1 J2 5 12 HH
36. OUTPUT ON OVP OVP OUTPUT ON OVP OVP MONITOR 0 IKIKUSUI VOLTAGE VOLTAGE OUTPUT COARSE FINE ouUTPUT OFF COARSE FINE CURRENT MEMORY O SET OVP 2 OVP ALARM MONITOR RESET GO OVP MONITOR ALARM RESET 3 6 OVP 3 8 PAM PAM OVP OVP OVP ww OVP 20 110 OVP
37. 4 1 1 J1 J2 29 S1 4 1 2S1 30 DC OUTPUT gt POWER OFF 5 8 PAM 31 i 2 6 32 PAM 5 9 5 10 PAM 6 PAM 6 1 3 POWER
38. 3 10 DC OUTPUT 9 mm M4 9mm M6 M8 DC OUTPUT 3 11 3 12 DC OUTPUT 3 13 PAM40 50 PAM40 100 3 13 2 PAM 2 M3 80 V 3 M3 DC OUTPUT PAM 2kW
39. Vext Vext J2 J2 5 12 10 5 V 10 kQ MAX OUT Rext J2 Rext 10kO 0 OUT Rext J2 Vext Rext 2
40. Vextl Eo Vext2 Io 4 8 Vext1 Vext2 4 15 3 CV R CC V 4 10 3 S1 10kO MAX OUT 10kO 00UT 3 OUTPUT ON OFF OFF OFF 1 OFF 100 V ON 200 V PAM 4kW ON OFF 200 V 2
41. 3 3 4 POWER ON 5 OUTPUT OFF 6 SET 7 CURRENT COARSE FINE COARSE FINE 9 VOLTAGE COARSE FINE COARSE FINE 10 11 OUTPUT ON 12 CVLED 8 3 12 PAM 3 2 4
42. JI J2 5 12 J2 5 12
43. Vext Eo Rext Io 4 11 Vext Rext 4 21 6 CV R CCc lrtg 4 13 6 S1 OFF 10kO MAX OUT 3 ON 10kO 00UT 2 ON 3 ON 10kO 00UT 4 ON 5 ON 6 OFF ON OUTPUT ON OFR OFF 7 OFF ON OFF 8 OFF ON 1 OFF 100 V ON 200 V 1 PAM 4kW ON OFF 200 V Dl
44. 1 2 1 2 1 6 1 7 14 Em 1 8 1 5 1 9 1 6 1 10 2 2 1 2 1 9 9 2 2 YT ces aise seas ea Raa a Ed aE 9 2 23 aaa aa 2 3 2 3 1 2 3 2 3 2 2 4 2 3 3 2 5 2 4 2 6 2 3 2 8 2 6
45. 12 6 DC OUTPUT 3 15 3 9 3 13 2kW 4kW 2kW 3 9 3 13 2 3 16 POWER OFF DC OUTPUT 3 9 PAM40 50 PAM40 100 3 9 3
46. Io 10kQ 0 OUT 4 13 LA 2 CV V CC V 4 9 2 S1 OFF ON 2 OFF OFF ON 2 OFF OFF ON OUTPUT ON OFF OFF OFF ON OFF OFF ON 1 OFF 100 V ON 200 V oa ol rl ol rl PAM 4kW ON OFF 200 V 3 1 m 6 5 E 7 Vext1 Vext2 Ek
47. J2 J2 5 12 10 5 V J2 Vext 2 Vext 4 28 Vext J2 5 12 10kQ Vext Vext
48. 3 PAM P 1 P 2 PAM 1 PAM 1 1 1 1 PAM 1 1 GPIB TP_BUS 1 4 1 6 1 7 1 8
49. ROM 1 OVP MOITOR POWER ON 2 A 1 4 No No 3 gt ie gt gt DAC cv V gt IF A 1 PAM A 1 PAM A 2
50. Vext 2 11 Vext 2 12 PAM PAM LE 3 3 1 3 1 POWER ON S1 S1 8 PAM 2kW POWER ON OFF 10 POWER ON OFF POWER 1 S1
51. 1 EE EE 6 ER J2 11 2 4 12 1 S1 2 1 INPUT SELECT ON OFF 8 1 Eo ON gt OFF 10kQ 0 OUT Eo 10000 Rextl 10000 Frtg V Rextl 2 0 Q Ertg V lo 10 kKQ MAX OUT 10 kO 0 OUT Trtg Rext2 10000 Rext2 ER 3 lo a A lo 10000 Itg A Rext2 Rext2 10000 Q Irtg A 4 14 8 4 26 PAM PAM gt Rext2 2 6
52. VOLTAGE COARSE FINE COARSE 20 3 4 VOLTAGE COARSE FINE COARSE FINE FINE 10 OUTPUT OFF COARSE FINE 3 4 COARSE FINE 8 PAM PAM CURRENT COARSE FINE FINE COARSE CURRENT COARSE FHINE COARSE 30 CURRENT COARSE FINE
53. RS N IN GND AC INPUT 1 10 PAM 2 PAM 2 1 2 1 Ma Ne POWER we N POWER ON OFF 10 POWER ON OFF POWER 2 2 OUTPUT OFF 0 1V 0 2 V
54. J2 Rext1 10kQO 0 OUT Rext1 J2 Rextl 2 Rextl 1 2 W Rextl Eo Rext2 Io
55. CVLED PAM 3 13 93 3 3 1 3 4
56. DC20 V 10 mA OUTPUT ON J2 PAM 4 18 OUTPUT ON OFF S1 1 OFF ON OFF 2 OFF ON 5 ON 3 OFE ON 4 OFF ON 5 OFE ON OFF ON ON OFF OFF OFE ON OFE OFE ON 1 OFF 100 V ON 200 V 1 PAM 4kW ON OFF 200 V 2 NINO J2
57. 446 2 2 Eo max A lo max 10k 0 MAX OUT 5 CN CR 2 0 10k OQ 0 gt a 10k Q gt 0 OUT Se Se 10k Q 0 0 0V 0 0A 0 9 Rext 10 kQ 446 10kQ MAXOUT 10kQ 0OUT 4 10 PAM PAM
58. 2 1 6 _ J2 7 12 1 S1 INPUT SELECT ON OFF 8 1 Eo ON4 OFF 10 kQ MAX OUT 10 kOQ 0 OUT Eo Ertg Rext1 Eo 10000 Rextl 10000 MI 10000 Ertg VJ Rextl 2 10000 9 Ertg V Rext1 lo 10 kO 0 OUT 10000 Re2 oo 10000 rtg A Rext2 0 5 Itg A 4 12 6 4 22 PAM PAM gt Rext1 2 6 10 kQ MAX OUT Rext1
59. J2 J2 5 10 10 5 V J2 Vext 2 Vext 4 28 Vext J2 5 10 10kO Vext Vext
60. 7 6GTpur lt 1 1 8 Eo ON4 OFF 10kQ 0 OUT 10000 Rext _ 10000 PWMI Rext 0 Q Ertg V lo NR a Irtg Vext Vext 0 0 Vext 10 5 V Irtg Al 0 4 13 7 4 24 PAM PAM gt gt Vext Vext 2 6 Vext Vext
61. 2000 100 ms 2000 200 ms 100 ppm C CC 0 1 of 0 10mA 0 2 of 1V 100 10 mA SHz 1 MHz 7 0 15 Arms 0 1 Arms 0 05 Arms 0 03 Arms 200 ppm OVP 20 110 OFF OHP ES OFF 7 2 PAM CV CC 9 40 V 1 mA 10
62. 200 V 1 4 3 OUTPUT ON ALARM LED OVP OVP 13 2 2 OVP ON S1 7 OFF H
63. 1 OUTPUT OFF 2 POWER OFF 3 S1 4 5 4 444 J1 2 2 6
64. 1 STORE MEMORY 1 2 3 MEMORY 1 2 3 ID STORE 3 LOCK ZN OUTPUT ON 1 MEMORY
65. OVP ALARM LED OFF OVP 12 OUTPUT OFF 12 13 ALARM RESET ALARM LED 14 POWER OFF 15 OVP PAM 3 7 PAM PAM 3 8 PAM 3 11 3 2 3 1 POWER OFF 2 OUTPUT OFF ON OFF 3
66. J2 5 10 5 12 10 5 V 12 Vext 3 Vext 4 28 Vext J2 5 10 5 12 10 kO Vext Vext
67. OFF 0 1V 0 2V 0 0 V 0A 1 POWER OFF 2 S1 4 18 3 J2 5 6 S 4 16 J2 os J2 3 6 15 V 5 mA
68. J2 Rext 10kO 0OUT Rext J2 Rext 2 Rext 1 2 W Rextl Eo Rext2 Io 4 10
69. 3 42 gt J2 5 12 4 4 4 PAM 10 mm 4 2 J1 J2 10 mm LLL_LL DD 4 3 PAM 4 5 4 1 2 S1 S1
70. VOLTAGE COARSE FINE COARSE FINE OVP SET SET 0 V OUTPUT ON OVP ALARM LED OFF OVP 10 OUTPUT OFF ALARM RESET ALARM LED 12 SET ae pi OVP OVP 3 9 3 10
71. 2244 2 5 2 4 2 6 HLT Eo rh HH HT Eo Eo Eo 0 To gt 0 To Io Io 2 5 2 6
72. N WARNING N CAUTION 0 N
73. 4 4 AC INPUT L Ne gt 50 AC INPUT 2 NN 7 M6 KN SS 6 WW Q 9 6 7 FA M3 M3 1 10 PAM 2kW PAM 1 9 1 2 OFF 3 AC INPUT 1 6 AN D
74. COARSE IKIKUSUI T C a COARSE FINE OUTPUT COARSE FINE CURRENT BE 1 1Ct CURRENT COARSE FINE MEMORY IO STORE OVP OVP ALARM MONITOR RESET s 3 3 PAM40 50 3 4 PAM 3 2 0 OUTPUT OFF LOCK OFF OVP 1 2 3 3 0 V S1 8 OFF COARSE FINE COARSE FINE COARSE FINE 2 LED LED COARSE LED FIN
75. Vext Vext J2 J2 5 10 10 5 V 10 kQ MAX OUT Rext J2 Rext 10kO 0 OUT Rext J2 Vext Rext 2
76. A PAM 5 1 REGULATED DC POWER SUPPLY 0 80V 25A PAM80 25 5 1 PAM 2kW PAM80 25 REGULATED DC POWER SUPPLY 0 40V 100A PAM40 100 5 2 PAM 4kW PAM40 100 5 2 PAM 1 POWER ON ON OFF 2 DCOUTPUT POWER OFF 50 A 2 DC OUTPUT 3
77. 3 14 PAM 3 4 2 14 2 08 27 10 3 5 12 3 31 37 35 10 5 26 49 20 8 8 8 37 01 30 14 5 13 3 88 50 22 3 21 15 115 80 30 2 33 62 139 38 1 42 41 162 100 50 1 0 53 49 190 60 270 67 43 217 80 3 0 85 01 257 200 100 4 0 107 2 298 125 344 150 395 300 200 469 29 2 6 PAM 3 15 3 3 2 25 A 2
78. Vext 1 a EE 1 1 8 Eo ON OFF Ertg Vext1 SI 9 0 Vextl 10 5 V Vext1 Vext2 Ertg V lo ar Irtg Vext2 i os 0 Vext 2 10 5 V Itg A 4 8 2 4 14 PAM PAM gt Vext Vext 2 6 Vext Vext J2
79. 1 2 NIP 1m lt POWER OFF OUTPUT OFF ON OFF 3 3 POWER ON OUTPUT OFF SET VOLTAGE COARSE FINE COARSE FINE CURRENT COARSE FINE COARSE FINE 11 OUTPUT ON CC LED NO
80. 2 MEMORY OUTPUT ON 1 5 OUTPUT OFF MEMORY SET 3 21 3 5 LOCK LOCK LOCK 3 16 QIKIKUSUI PT OUTPUT 2 OO com 0 8 9 LOCK SETs MEMoy IO LOCK o 2O O MONITOR RESET 3 PPPLLLLLLLLLLT
81. y 1 3 POWER OFF POWER ON OFF PAM 1 7 1 4 PAM 2kW 100 V AC90 V 132 V 200 V AC180 V 250 V 2 1 100 V S1
82. 2 23 5 3 4 5 10 Hz 20 MHz 6 50 100 0 1 10mV 7 1V 80 V 3 H 8 CV CC 9 40 V 1 mA 10 0 6V 11 PAM 7 5 PAM 2kW MAX665 MAX150 548 MAX20 128 429 5 12 12 PAM40 50 PAM 4kW MAX665 MAX285 548 MAX20 429 5 13 7 7 13 PAM40 100 PAM80 S0 mm 7 6 PAM ROM
83. 6 S1 7 ON 4 3 S1 7 OFR 7 S1 7 ON
84. 5 1 41 6 1 2 5 2KW 2 4kW 4 PAM 2kW KRB3 TOS 84100 EIA KRB1S0 TOS 84110 JIS PAM 4kW KRB6 PAM 84210 EIA KRB300 PAM 84200 JIS E ul 1 1 PAM 5 3 5 4
85. RODRIGO S1 INPUT SELECT ON OFF 200V 100V Coe ee ee 4 16 OUTPUT ON OFF PAM 4 31 4 4 4 4 1 J2 CV CC ALM 3 4 19 Ko 1 sTATcoM 1 2 Low gt 2 CVMODE Low 12 Ss Low J2 1 2 3 4 40 V
86. Rextl Eo Rext2 Io 4 14 Rext1 Rext2 Io 10kQ 00UT 4 27 4 28 Vext ZN Vext Vext Vext 4 15 Vext 2 PAM H ul 4 15
87. 6 J2 E 7 IE 12 1 S1 INPUT SELECT Eo ON4 OFF Ertg Vext Eo VI 0 Vext 10 5 V eco 2 Vext Ertg rtg V lo 10kQ 0 OUT 10000 Rext 10000 tg A Rext 0 Q Irtg A 4 11 5 4 20 PAM PAM gt Vext Vext 2 6 Vext Vext
88. 1 OUTPUT OFF 2 POWER OFF 3 4 6 4 7 4 S1 5 4 11 EE 1 CV V CC R 4 8 1 S1 OFF ON 1 2 OFF OFF 10kO MAX OUT ON 10kQ 00UT 4 ON 5 ON 6 OFF ON OUTPUT ON OFF OFF 7 OFF ON OFF 8 OFF ON 1 OFF 100 V ON 200 V PAM 4kW
89. 4 Vext J2 5 12 PAM 4 3 2 ON OFF ON OFF 4 16 ONIOFF OFF OFF ON ON ON OFF OUTPUT ON OFF OFF OUTPUT ON ON OFF 4 17 4 17
90. RL 25 Q HE RL 10 o 9A10A 5 EE LL 1O 2 7 2 5 OFF ALARM LED 72 4 ALM 2 8 2 9 ALARM RESET POWER POWER POWER ee ON OFF ALARM LED 6 4
91. 6 4 3 2 ON OFF 7 4 2 8 1 4 1 POWER OFF 2 OUTPUT OFF ON OFF 3 S1 3 1 3 1 1 7 OFF 4 5 POWER ON 6 3 2 7
92. AC1S00 V 1 AC1300 V 1 250 V 500 V 0 50 20 80 RH 10 60 10 90 RH IEC61010 1 A2 1995 II 18 kg 1 3 14 mm2 3 m 1 AWG16 100 mm 1 M4 1 1 23 C 5 2 0 23 5 3 4 5 10 Hz 20 MHz 6 50 100 20 100 0 1 10mV 7 1V 80 V 3 160 V 100 8 1
93. ON OFF POWER ON OVP MONITOR OVP OVP OVP 0 OVP 110 SET SET POWER ON OVP OVP OUTPUT ON OVP 110 PAM 11
94. ON OFF 200 V 2 1 E CE E 6 7 EE 1 1 8 Ertg Vext 0 Vext 2 10 5 V Yet Rext Ertg V lo 10 kQ MAX OUT 10 kQ 0 OUT JIrtg Rext 10000 Rext 10000 0 A Rext 2 10000 0 Irtg A 4 7 1 4 12 PAM PAM gt Vext Rext Vext 2 6
95. PAM40 50 PAM80 25 PAM160 12 PAM320 6 AC90 V 132 V 100 V AC 180 V 250 V 200 V 50 Hz 60 Hz 100 V 200 V 48 A 26 A 2 50 kW 2 44 kW 2 44 kW 2 44 kW 40 V 80 V 160 V 320 V 0 40V 0 80V 0 160V 0 320V 0 01 V 0 01 V 0 1 V 0 1 V 0 06 V 0 1 V 0 36 V 0 52 V 50 A 25 A 12 A 6A 0 50A 0 25A 0 12A 0 6A 0 01 A 0 01 A 0 01 A 0 001 A gt 0 27 A 0 15 A 0 08 A 0 032 A CV 0 05 of 10 SmV 0 1 of 0 100 10mV pp 5 0 2V 0 3V 0 4V 0 6V 5 Hz 1 MHz 0 03 Vrms 0 04 Vrms 0 08 Vrms 0 15 Vrms 6 2ms 100 100 ms
96. 4 4 4 4 S1 1 HH 2 3 H 10kQ 00UT 10kO MAX OUT 10 kO 00UT 10kO MAX OUT 4 5 6 OUTPUTON OFF ON OFF 7 8 1 200V 100V PAM 4kW ON OFF 200 V S1 8 1 4 4 6 PAM 4 2 PAM
97. 11 0 6V PAM40 50 PAM80 25 PAM160 12 PAM320 6 0 10 V 8 CV 0 CC 0 CV CC 1 0 10kQ 8 CV 0 CC 0 CV CC 2 10kQ 0 CV 0 CC 0 CV CC ON OFF ON OFF 0 0 10V 0 0 10V CV Low CC Low ie Low 1V 2 23 3 4 0 1 of rdg 2 digits 23 C 5 C 4 0 5 of rdg 2 digits DC500 V 30 MQ 0 DC500 V 20 MQ
98. 30 60 30 ho II 3 4 oo I 3s
99. 4 7 4 8 IN N 5 6 ON OFF 4 5 ON OFF 0 1 F 100 pF C C 120 3 m C C
100. 5 5 5 4 17 VOLTAGE COARSE LED FINE LED 18 CV 19 SET SET 20 OUTPUT ON OFF ON ON LED OFF OFF LED 21 ALARM 22 CURRENT COARSE LED FINE LED 23 CC 24 SET SET 5 6 PAM
101. 20kg OFF OO OFF
102. OVP OVP 20 110 OVP OVP OVP 0 SET OHP i OHP OHP OHP ALARM LED PAM 2kW
103. 23 5 4 0 1 of rdg 2 digits 23 5 4 0 5 of rdg 2 digits DC500 V 30 MQ TT DCs00 V 20 MQ AC1500 V 1 AC1300 V 1 250 V 500 V 0 50 20 80 RH 10 60 10 90 RH IEC61010 1 A2 1995 II 30 kg 1 3 14 mm2 3 m 1 AWG16 100 mm 1 M4 1 1 1 23 C 5 H 160 V 100 1 2 1 CV CC 20 100
104. ON OFF PAM 4 9 4 3 ON OFF gt J2 4 3 1 4 4 6 paa Cee i 1 we i RN
105. 6 2 2 6 3 12 2 6 3 13 5 6 6 4 1 9 3 2 5 6 6 5 2 2 1 8 1 8 2 3 3 14 3 14 1 2 2 8 5 3 5 3 3 21 4 33 4 7 12 PAM PAM
106. IIKIKUSUI VOLTAGE 0 0 0 6 OUTPUT V ON oN ne OFF COARSE FINE 7 LOCK ET MEMORY OvP 1 1 STORE 6 OO 18 MONITOR Sg O00 J oic 5 3 6 OUTPUT ON OFF ON OFF 20 OUTPUT ON OFF LED SET 7 8 LOCK 9 OVP 10 OVP MONITOR 10 OVP MONITOR 9 OVP PAM PAM 11 ALARM RESET OFF 12
107. OVP IQ 4 OVP OVP POWER OFF 3 7 3 3 2 3 8 OUTPUT OFF
108. 2 s 4 2 J2 Low 2 EVMODE Low 1 STAT COM CT ME Low NLGCON 3 a 6 OUTPUT ON OFF ee 7 VMON IMON CV RCONT
109. 5 12 V MON 1 MON ANLG COM 1kQ 10mA POWER ON OFF V 4 33 4 34 PAM LO 5
110. 6 Lo 12 _ 1 31 lt INPUTSELECT 1 ON OFF 8 Eo ON lt yOFF 10 kO MAX OUT 10 kO 0 OUT po Ertg Rextl Eo 10000 Rextl 10000 M1 10000 PEIM Rextl 10000 Q Ertg V Vext Rext lo 10 kO MAX OUT 10 kO 0 OUT Irtg Rext2 10000 Rext2 10000 0000 IgA Rext2 2 10000 0 Irtg A 4 10 4 4 18 PAM PAM gt Rext 2 6 10 kQ MAX OUT Rext
111. OFF OFF 6 1 1 N 6 1 2 A 2 1
112. 3 10 1 POWER OFF 2 6 mm 3 3 15 3 15 2kW 4kW 2kW 3 15 4 3 14 5 OUTPUT 0 80V 0 25A 3 14 M3 3 15 PAM 2kW PAM 3 4 PAM 3
113. PAM 6 2 POWER OFF OFF 6 3 6 4 PAM 6 4 PAM 7
114. 4 7 43 KW RA RAS 4 10 4 3 1 4 10 4 3 2 ON OFF 4 29 44 PIN 4 32 4 4 1 4 32 4 4 2 4 33 5 0 lt 5 531 BRASS 0 2 BN PSNSR SS ss 5 2 3 2 5 7 6 6 1 61 ais dd 6 2 6 1 1 6 2 6 1 2 71 0 6 2 6 4 63 lt SRS RR SAE RS A RR RR SR ARR 6 4 6 4 6 5 7 7 1
115. OFF OFF 7 4 PAM PAM40 100 PAM80 50 PAM160 25 PAM320 12 0 10 V 3 CV 0 CC 0 CV CC 1 0 10kQ 8 CV 0 2 10kQ 0 8 CV 0 CC 0 CV CC CC 0 CV CC T ON OFF ON OFF 0 0 10V 0 0 10V CV Low CC Low ie Low 9 1V 1
116. 4 12 Rext1 Rext2 BEo 10kQ 0 OUT 4 23 ss 7 CV Ertg CC V 4 14 7 S1 1 ON 10kQ 00UT 2 ON 3 OFF ON 7 4 OFF 5 ON 6 OFF ON OUTPUT ON OFF OFF 7 OFF ON OFF 8 OFF ON 1 OFF 100 V ON 200 V PAM 4kW ON OFF 200 V 2 EC FREE
117. COARSE FINE FINE 05 V V Uiui 6 OUTPUT _ OFF COARSE FINE 3 5 COARSE FINE 3 7 3 2 2 OVP OVP OVP ALARM LED OFF ALARM RESET OVP N OVP OVP 110 OVP
118. fo Rp Eo Tp 2 3 2 4 PAM 2 3 3 PAM 2 4 Dsp Dap 1 2 2 3 10 3 DRP Dgp es oo DRP DRP
119. A AC INPUT 5 8 ALARM RESET 5 5 ALARM 5 6 C CC 5 6 COARSE 3 5 COARSE FINE 3 5 CURRENT 5 5 CURRENT 5 6 CV 5 6 D DC OUTPUT 5 3 5 8 F FINE 3 5 J J1 4 3 3 8 J2 4 3 3 8 L LOCK 3 22 5 4 LOCK 3 22 M MEMORY 5 5 O OUTPUT ON OFF 5 6 OUTPUT 5 4 OVP MONITOR 5 4 OVP 3 4 5 4 P POWER 5 3 R ROM A 1 PAM S S1 3 2 4 6 5 8 SET 5 4 STORE 5 5 V VOLTAGE 5 5 VOLTAGE 5 6 4 10 4 10 2 8 ON OFF 4 29 4 32 3 4 2 2 6 2 3 17 5 9 5 9 2 10 3 16 3 5 4 32 1 4 32 1 10 1 6 5 3 5 5 2 10
120. INPUTSELECT 8 ON OFF OFF 100 V AC 90 V 132 V ON 200 V AC180 V 230 V 3 1 PAM 2kW 3 1 S1 ON OFF 1 10 k 0 OUT 10k MAXOUT R 2 3 10 k 0 OUT 10k MAXOUT i 4 5 6 OUTPUT ON OFF ON OFF 7 8 1 200 V 100 V PAM 4kW ON OFF 3 2 200 V PAM 1 3 4 3 1
121. V cliJi 6 3 2 PAM40 50 PAM 3 3 3 2 OVP 3 2 1 PAM40 50 20 10 V 30 05 A 3 3 POWER ON POWER OFF LOCK ON OFF POWER ON LOCK ON OFE LOCK ON OFF 3 3 3 2
122. 100 V 200 V AC IN 1 4 2 8 PAM OVP OHP O ALARM LED OVP 1 OHP FE oUTPUT OFF ALARM LED ALARM AR M LED 1 OVP 2 8 OHP UN 4J2 ALM gt J2
123. S1 7 ON S1 7 OFR 30 CVLED CC LED OUTPUT OFF
124. a ON ON ON OFF S1 6 ON ON OFF 9 OFF OFF a ON OFF OFF OFF ON S1 6 OFP ON OFF 029 OFF OFF ON OFF S1 6 OFF OUTPUT ON OFF PAM 4 29 Hf Dl Cl 4 30 POWER ON J2 S 2 6 B
125. 3 9 M4 PAM 2kW 3 10 3 17 PAM DC OUTPUT 3 11 M4 PAM 2kW M6 M8 25 mm 3 12 M6 M8 PAM 2kW 3 18 PAM 4 2 M3 3 M3 80 V 3 13 DC OUTPUT PAM 2kW PAM 3 19 3 20
126. 5 2 5 5 PAM 2kW PAM40 50 5 6 PAM 4kW PAM40 100 PAM 5 7 25 26 AC INPUT AC AN 1 5 1 6 27 J1 4 4 1 1 J1 J2 28 J2 0
127. Vext Rext Eo 10kQ gt 0 OUT 4 17 ES 4 CV R CC R 4 11 4 S1 OFF 10kQ MAX OUT 1 ON 10kQ 0OUT 2 ON OFF 10kQ MAX OUT 5 ON 10kQ 0OUT 4 ON 5 ON 6 OFF ON OUTPUT ON OFF OFF 7 OFF ON OFF 8 OFF ON 1 OFF 100 V ON 200 V 1 PAM 4kW ON OFF 200 V 2 E hE J2 7
128. 10 kQ MAX OUT Rext2 J2 Rext2 10kQO 0 OUT Rext2 J2 Rext2 2 Rext2 1 2 W
129. ON OFF 200V 1 8 PAM 1 5 14 mm lt 3 m 3 m gt AC INPUT AC INPUT L N GND AC INPUT 2 1 10 AC INPUT 2kW 4kW 3
130. 0 06 V 0 1 V 0 36 V 0 52 V 100 A 50 A 25 A 12 A 0 100A 0 50A 0 25A 0 12A 0 1 A 0 01 A 0 01 A 0 01 A gt 0 7 A 0 27 A 0 15 A 0 08 A CV 0 05 of 10 5mV 0 1 of 0 100 10mV pp 5 0 3V 0 45 V 0 6V 0 9V 5 Hz 1 MHz 0 05 Vrms 0 06 Vrms 0 12 Vrms 0 22 Vrms 6 2ms 1007100 ms 20007100 ms 20007200 ms 100 ppm CC 0 1 of 0 20 mA 0 2 of 1V 100 20 mA SHz 1 MHz 7 0 3 Arms 0 2 Arms 0 1 Arms 0 06 Arms 200 ppm OVP 20 110 OFF OHP
131. 2 1 CV CC 7 3 PAM 4 kW 30 PAM40 100 PAM80 50 PAM160 25 PAM320 12 AC180 V 230 V 200 V 50 Hz 60 Hz 200 V 48A 5 00 kW 4 88 kW 4 88 kW 4 88 kW 40 V 80 V 160 V 320 V 0 40V 0 80V 0 160V 0 320V 0 01 V 0 01 V 0 1 V 0 1 V
132. 6 6 6 Part No Z1 002 290 TB002627 Nov 2005 PAM PAM 2kW PAM40 50 PAIM80 25 PAM160 12 PAIM320 6 PAM 4kW PAM40 100 PAIM80 50 PAM160 25 PAIM320 12 IKIKUSUI 1 1 This warranty is valid only in Japan NN
133. 8 OFF 100 V ON 200 V 1 9 N POWER OFF POWER ON _ POWER ALARM NM 200 V 100 V ON ti ALARM 100 V 200 V ON S1 200V foov ON OFF 100 V AC 90 V 132 V ON 200 V AC180 V 250 V 1 9 PAM 2kW PAM 4kW 200 V AC180V 250 V PAM 4kW S1 8
134. D 3 16 LOCK 3 22 PAM EE 4 PAM 4 1 4 1 JI J2 S1 ON OFFR 4 1 J1 J2 S1 PAM 2kW 4 2 PAM EGR 4 1 1 J1 J2 JI 1 J 4 1 J2 4 2 4 1 J1 S
135. E COARSE FINE 3 3 3 3 COARSE 1 1 10 10 1 1 10 10 V FINE 0 01 0 01 0 1 0 1 0 01 0 01 0 1 0 1 COARSE 1 1 1 0 1 10 1 1 1 A FINE 0 01 0 01 0 01 0 001 0 1 0 01 0 01 0 01 PAM 3 5 3 6 PAM40 50 20 10 V 30 05 A LOCK SET OUTPUT OFF OUTPUT ON SET OUTPUT OFF SET COARSE
136. LED OFF LED VOLTAGE CURRENT ON OFF S1 6 OFF OFF MA ON OFF SI 6 ON S1 6 OFE 4 3 2 ON OFF 5 CV CC VOLTAGE CC CV CURRENT 12 4
137. S Z1 002 390 1 1 5 GPIB 6 84 61 5102 Z1 002 390 TTP BUS 1 TP BUS 1 1 1 6 TP BUS Dl 1 4 PAM 4kW PAM 4kW 9 1 Be 1 7 83 22 6290 IZ1 002 380 1 1 3 m 1 1 8 PAM 1 5 1 2 1 6 0
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