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1. et 20kg2. D Ine SI S2 S8 8 12 R3 3 A ARDORE PAK A ON OVP PAK AM ON 1 3 4 0 0 0000000000 0 00 350WH O00 700w0 000 1000WH 3 6 1000 3 7 350W 700 1000W No Da
3. 1 1 2 PAK950 W DIE 9 29 EAK700W TRE eae ash ane E d 3 23 PAK1000W ite Se eet sess ra 9 24 7 2 5 2 6 ff 3 1 3 2 3 3 3 3 1 3 3 2 3 3 3 3 3 4 3 3 5 3 3 6 3 3 7 3 3 8 3 3 9 YO kee oseneecereeecee E 0 N 6 J HEOIR eosin 1 3 5 9312 3 12 H 3 17 H 3 20 3 23 ON OFF 3 24 5 3225
4. 2 6 MC HOUT ssnin 2 6 GND 3 1 o 20cm o
5. 5 350W 700W 3 1000W 2 3 23 3 8 6 ON OFF 1 ON OFF 8S2 S8 Si o VE 15k2 Ji o CP i S ON OFF OUTPUT OFF ON HE 3 3 L ON OFF OFF SW GPIB ON 2
6. J2 PAK A AM PIA3200 J PIA3200 3 31 4B KRAS ee SS BIA KRA150 1J1S 8 SS IKBP3 6 KBP3 6 KBP3 3 KBP3 4 KBP3 2 176 KBP38 8 173 KBP3 4 1 4 KBP3 2 KRA3 KRA
7. 5 1 5 2 fe R 1 ON 2 1 ON 2 3 3 9 0 V P 3 OFF ON 8 3 7
8. MO 3 oe aia DC 250V DCS00 V 30 MQ LI 70 RH fost DCS00 V 20 MQ AC1500V 1 143 W X 124H X 350 Dmm 6kg EIA KRA3 JIS KRAISO 2 7 PAK 6 120A 10 70A 20 36A 60 12A 6 120AM 10 70AM 20 36AM 35 20AM 60 12AM 9 1 1 2 2 2 3 3 5 mm 9 2 5m 3m 2P GND 1
9. 6 3 1 2 1 0 1 EMI 2 3 mV
10. AC 100 V 3 3 2 10 Hz 10 MHz 50 100 20 100 0 1 10 mV 1 100 O VP 100 90 110 O VP gt 2 6 Bul 0 6 V 2 4 2 2 PAK700 W 2 2 PAK 6 120A 10 70A 20 36A 35 20A 60 12A 6 120AM 10 70AM 20 36AM 35 20AM 60 12AM HU AC 85 V 132V AC 170V 250 V 47 Hz 63 Hz 0V 6V JOV 10VJOV 20VJOV 35V OV 60V
11. O O O O O OFF NN OVP 1V MO 2 HET oe aia DC 250V DCS00 V 30 MQ LI 70 RH fost DCS00 V 20 MQ AC1500V 1 214W X 124H X 350Dmm 8 5 kg EIA KRA3 JIS KRAISO PAK
12. 2 3 3 5 3 8 1 1 GP IB IFO1 PAK A PIA3200 PIA4800 o IF0O1 PAK A PIA3200 OVP GP IB IEEE 488 PIA3200 2 J2 J2 J2 26Pin MIL 25232119 3 1 0000 00 1 26 Er Pin XG5M 2632 i j 1 26 24 22 26 4 2 o Mo
13. ONT PAK20 18A PAK85 10A PAK60 6A PAK35 20A PAK60 194 PAK35 30A PAK60 18A l 3 10 No S1 GP IB 3 3 PAK AM 81 4 ON OFF J1 j1 3 3
14. Do not use the power cord attached to this product for the power cord of other instruments RE oe OE D AC JESC E0005
15. F ENDO EOSS O Fal i ff 7 ere LISS come lee Eo PAK A lap
16. gt o ELELE NOIIVaHd0 NO IPS REY ROBY 1B OES CHOS eS HNZ o TATAA YS oE ERLAR CUEN i ROG A d9 P N y a BROW ka RZ dA 0 AGEN E 8I d9o TOHLNOO a Si S8 21MBMO WOOT Baw o dA0 5S gs Ha Na CHE 7 8 8 ERA onisnas EA BAUER SF 2 BE TYH HHO BB o ALOKGY ZS LS NIJ wg o RAHAA RS LS CR RAMON way sc 410Way AO YOUTHS PLAS Ga y aaka AE o LOMIY 46 y BOE 3 1 gt i OBE o A3 9S HHA MES To Cf HP 9S GS CR ROMAIN ad cc es YEON THB LIBS a y ala ka PE LWA o ILONAA ss NI Nig i bu B OGY 3 1 h OMB o 9 9 yv o7 PREVA KMS 1OW d HHAH Sm KedI dd DUVSEA HEA EAL EME oO TOUNO S HISYN JAVITS VRE TED R o gl d9 NOLWHadO a TIVHWd H E THM IIR KR Vo TS PH NY IVd o g19YS14 ES Wool 31ION3U CHE 2 9 8 8 PAH OE REAA k AS OHLNOD qAO GOLA V WWd ANENE ILLI OLA GLOOM Es o Ladino TS Zs 440 NO e Ha fd IQON ONISN S SLOWSY S32 PARALLEL OPE REMOTE SENSING ON _ oF S2 S8 SI
17. o 2 5m 8m 4 o3 oe GND LIVE lt 50W a SVT 18AWG k o350W be lt NEUTRAL SR 3P 125V 10A 9700W 1000W VCTF 3 5 SQ o700W 2P 125V 15A o1000W AC 125V AC 200V GND 2 16 GND S XG5W 0031 o AWG24 UL 1061 o o
18. 23 C 5 C 400 ppm C 0 C 50 C 100 mA 100 mA 10 mA 10 mA 10 mA C V LED C C LED LOW 3 3 9 ON OFF 10 110 EEN 1 5 ms 110 85 C 5 C 90 C 5 C 139 C 10A PAK 6 60A 10 35A 60 6A 6 60AM 10 35AM 20 18AM 35 10AM 60 6AM 0 C 50 C 30 80 RH 20 C 70 C 20 80 RH
19. 2 2 1 PAK350 W 2 1 PAK 6 60A 10 35A 20 18A 35 10A 60 6A 6 60AM 10 35AM 20 18AM 35 10AM 60 6AM AC85V 132V AC170V 250V 47 Hz 63 Hz gt ov 6v ov lov ov 20V 0OV 35V 0V 60V 10 0 018 ofES FINE COURSE 1 0A 60A 0A 35A 0A 18A 0A 10A 0A 6A 10 0 025 of ES 1 73 75 78 80 78 8A AC 100 V SA AC 200 V 1 33 A peak 4 10 0 05 5 mV 4 D 0 100 0 1 5 mV p p 40 mV 40 mV 40 mV 40 mV 40 mV S MAX 60 mV 60 mV 60 mV 60 mV 60 mV KAE 10 mV 10 mV 10 mV 10 mV 10 mV 5 Hz 1 MHz
20. TLP521 1 Ycgo 55 v Z Veco 7 ie 50 mA 1 Pc 150 mW 4 Pe C 1 5 m C Ta 25 1 Topr 55 100 Tstr 55 125 C 1 Pt 250 mW BR 4 Pt C 2 5 mW C Ta 25 C C1 m E 1 BYs 2500 Vrms 1 1 R H 40 60 3 27 3 3 10 1 E PAK A AM 3ORJZEF CETA tko T H PAK A PAK AM J GND PAK A PAK AM DC 250V GND
21. XG5M 2032 N ae 1 Lt a ZT b ELL HHHHHHI Vf 1 3 579 11 838151719 ai E PERPER AXW 1204314 2 4 6 8 10 121416 18 20 L XG5S 2012 1 A B 2 C D 3 o XY2B 7006 o o XY2B 6061 o 3 3 1
22. 1 S2 S8 SI ip Jl q Z x f 6 GY ON REMOTE __ LOCAL PARALLEL_OPERATION suave CC MASTER Rin ED sa Bo V Ene Rin Em V 10 Rin kQ 0 Rin 10kO JE 3 3 1 Rin 1mA 2 Rin 1 2W 3 Rin 0YP 3 2 4 10 kQ
23. 6 AC100V 0 19 an 3 22 3 3 5 S2 88 si B wy 4 i 2 BJF PARALLEL OPERATION suaveC_ MASTER we NN ON NCS OFF S FEMOTEC Oo 53 PARALLEL_OPERATION suave __ Masten 4 CC REMOTE anC O En T sof Nm CD 17m SS CV REMOTE ea s7 Ps On SB 3 3 BLURS 2 3 SW ON SW 3 3 6 4
24. 3 Ein 4 En G Fin 5 AC100V 0 19 3 17 2 1 o Eo Rin Va 0 Rin o Rin RHO 2 S2 S8 SI REMOTE LOCAL PARALLEL OPERATION SLAVE CE master Bo V Em Rin Em V 19 Rin
25. ON OFF 2 CS 7 3 16 3 3 3 Cl 0 10V S2 S8 SI REMOTEC LOCAL 3 PARALLEL OPERATION Ein Bo V F Ems Bin En ERBE V ie Ein V 0 Ein 10V lz 3 3 L J1 0 0 10kQ TH 1 mA 2 Ein
26. Ein Ein Ein AC100V 0 1 3 20 2 1 I o lo Rin 0 Rin o Rin 2 S2 S8 SI V P CON REMOTE eoa 53 PARALLEL OPERATION SLAVE C_ MASTER S4 lo A Ime Rin Im C
27. 10 0 2 10 mA 1V 100 0 2 10 mA o re cei 260 mA 160 mA 92 mA 60 mA 44 mA 300 ppm C 0V 10V 0 Q 10 kQ 31 247 LED 0 1 rdg 2 digits 23 C 5 200 ppm C 0 C 50 C 10 mV 10 mV 100 mV 100 mV 100 mV 312 LED 0 5 rdg 3 digits 23 C 5 C 400 ppm C 0 C 50 C 100 mA 100 mA 100 mA 100 mA 10 mA C V LED C C LED LOW 3 3 9 ON OFF 10 110 EEN
28. 15
29. HI RE 2 o o o O O O O O OFF lt gt eo sy les aes OVP 1V 3 ON OFF DC 250V DCS00 V 30 MQ T YT aed pean DCS00 V 20 MQ AC1500V 1 71
30. S1 9 3 218 l S1 S9 3 2 3 3 1 20P MIL 3 1 3 2 20P pas XG5M 2032 gt AXW 1204818 S1 Ji 3 1 Se S2 S8 SI PAK A PAK AM REMOTE SENSING nC oF 2 ONE CONRO So T palette OFF 4 DA ON SAEC BD Masten S4 ae z5 1 HH ll Dyk La SE 1 2 3 4 5 ION1 2 3 4 5 CY REMOTE wC Din s7 sae sse La S8 51 S1 i 3 iii 3 1 GE 2 3 4 AFS 5 6 7
31. 15 6 AC100V 0 1 cr 3 19 3 3 4 1 0 10V S2 S8 Si VPC REMOTE C E LOCAL PARALLEL OPERATION SLAVE CE MASTER C C REMOTE Rw O Ew h S1 o CA ves Im Bin Im CA 10 Ein CV 0 Ein 10V HE 3 3 ds J D 0 10kQ CH 1 mA Ein
32. 8 3 10 11 12 ON OFF 18 14 C C 15 CV 16 17 18 GE 19 ON OFF 20 GE 6 CHI 6 6 PMH AN ACEP MME he ad Ao a i OMBICH o 93 199 MRS Bio BAR ICS EKAMAN Gonna ya co UY o gs EL CELE MO pxl EUS MO A og PAR ILONAN MON ACS UAE NMS havo Ac 3 1 OP BILE o K3 LS EEE HF PMH ELLE MER eB Be CTS BE OS ow 4 A UES o 98 1 Cf DLO ELS EMBAGCUL OW HOY Ay PAR LOW ENE HY 9 8 8 FI
33. S1 HE 3 3 Le 1V F S HAM S F 7 ER 6 ON OFF
34. X BW o o o 0 50C 10 2 O o L ATH
35. POWER ARKI 1 LED 0 V P VOLTAGE CURRENT c Y gt C V Constant Voltage CC GRE e C C Constant Current 0 Y
36. 100V AC 50Hz 16 100 14 12 4 10 AI 08 4 50 P 6a T PAK700W 2 a Ln E a E E E E L E 50 100 1 200V 2 3 AC 100 V 4 3 3 2 S 10 Hz 10 MHz 6 50 100 20 100 0 1 10 mV 7 1 100 8 O VP 100 90 110 O VP 9 0 6 V 10 2 6 2 8 2 3 PAK1 kW PAK
37. ON OFF ON OFF ON 3 28 2 PAK A AM PAK A PAK AM 1 ON OFF ON OFF
38. 3 26 3 27 ul H Q H 3310 WER E raa se eke ae 3 3 11 4 5 5 1 M 5 1 1 5 1 2 5 2 it GP IB 3 30 4 1 5 1 EU UO a a aa BEI FORIR ee 5 5 2 1 l PAD L 2 1 3 8 0
39. l 2 lt 5 E HE
40. No 4 1 NO CONNECTION 14 REMOTE LOCAL CONTROL 2 ANALOG COMMON 0 LEVEL 15 NO CONNECTION 3 NO CONNECTION 16 NO CONNECTION 4 CY EXT VOLTAGE CONTROL 0 10 17 STATUS ID SELECT 5 CC EXT VOLTAGE CONTROL 0 10Y 18 CY MODE Ds 6 NO CONNECTION 19 OUTPUT ON IDs 7 OVP EXT VOLTAGE CONTROL 0 10V 20 0 V P ALARM IDe 8 VOLTAGE MONITOR 0 10V 21 0 8 D ALARM IDs 9 CURRENT MONITOR 0 1Y 22 POWER ON OD 10 DIGITAL COMMON 23 CC MODE IDs 11 OUTPUT SW ON OFF CONTROL 24 REWOTE LOCAL IDe 12 POWER S OFF CONTROL 25 CONNECTION Ds 13 NO CONNECTION 26 5V INPUT x TTL G 1 S1 PIA3200 S D S OFF PIA3200 PAK A AM PIA3200 1 2 3 ON PIA3200 4 ON MM S1 5 OFF S1
41. 10 0 018 of ES FINE COURSE 1 0A 120A 0A 70A 0A 36A 0A 20A 0A 12A 10 0 025 of FS 1 73 75 78 80 78 16A AC 100 V 10A AC200V 60 A peak 10 0 05 5 mV 4 0 100 0 1 5 mV p p 100 mV 70 mV 70 mV 100mV 100 mV 5 MAX 150mV 100mv 100mv 150mv isomv 10 mV 10 mV 10 mV 10 mV 15 mV 5 Hz 1 MHz 6 2 ms 150 ppm C 1507150 ms 20007150 ms OV 10 V 0 Q 10 kQ PAK 60 12A 20 36A 6 120A 10 70A 6 120AM 10 70AM 20 36AM 35 20AM 60 12AM
42. kQ 0SR 10kQ 3 3 fe L 2 con Rin 1 nA Rin 1 2W OVP 3 2 ACI00V 0 19 3 2 Eo o Bo Rin i o o Rin 0V Rin
43. Rin S2 S8 SI REMOTE C__ LOCAL PARALLEL OPERATION SLAVE E MASTER CC REMOTE An Ew lo CA Ss Ime Rin Im CA 10 Rin ke 0 SEin 10kO 3 3 1 Rin 1mA 2 Rin 1 2W 3 Rin 4 10 kQ 15
44. 10 100A 60 18A 10 100AM 20 50AM 35 30AM 60 18AM 9 1 1 2 2 2 20P 1 3 3 5 mm 2 5m 3m GND 1 100V AC 50Hz 24 J J 100 20 1 oq 5 15 50 1 WL Allo J PAK1000W 05 4 As 1 1 ji 1 1 b 1 j 1 1 1 50 100 7 8 9 10 200 V AC 100 V 3 3 2 10 Hz 10 MHz 50 100 20 1
45. o Part No Z1 750 011 IA002937 Dec 2013 6 0 6 PAK A PAK AM PAK6 60A PAK10 35A PAK20 18A PAK35 10A PAK60 6A PAK6 120A PAK10 70A PAK20 36A PAK35 20A PAK60 12A PAK6 160A PAK10 100A PAK20 50A PAK35 30A PAK60 18A PAK6 60AM PAK10 35AM PAK20 18AM PAK35 10AM PAK60 6AM PAK6 120AM PAK10 70AM PAK20 36AM PAK35 20AM PAK60 12AM PAK6 160AM PAK10 100AM PAK20 50AM PAK35 30AM PAK60 18AM KIKUSUI oars 1
46. 1 5 ms 110 85 C 5 C 90 C 5 C 139 C 20 A PAK 6 120A 10 70A 60 12A 6 120AM 10 70AM 20 36AM 35 20AM 60 12AM 0 C 50 C 30 80 RH 20 C 70 C 20 80 RH RE 2 o o O O O O O OFF NN OVP 1V
47. 1ms 150 ppm C 50750 ms 2000 150 ms OV 10V 0 Q 10 kQ PAK 35 10A 60 6A 20 18A 10 35A 10 35AM 20 18AM 35 10AM 60 6AM 10 0 2 5 mA 1V 100 0 2 5 mA PAR 120 mA 70 mA 40 mA 20 mA 12 mA 300 ppm C 0V 10V 0 Q 10 kQ 31 247 LED 0 1 rdg 2 digits 23 C 45 C 200 ppm C 0 C 50 C 10 mV 10 mV 100 mV 100 mV 100 mV 312 LED 0 5 rdg 3 digits
48. S 1 mA DC 15V 2 PAK A o SI 4 ON ON 1 o S1 4 ON ON OFF PAK AM S1 4 ON 3 24 3 3 7 S2 S8 Sl o 15V 22kQ o OFF At oF 3 3 o S 1 mA DC 15V 3 25
49. ALT Lib 4 Part No E Copyright 2002 2013 z EE NOTE
50. 2 GP IB 2 QD ABROAD CT D VOLTAGE COURSE VOLTAGE FINE CURRENT S2 gt S8 3 3 k F I GND GND 3 11 323 PAK A AM 3 2
51. 2 3 6 160A 10 100A 20 50A 35 30A 60 18A 6 160AM 10 100AM 20 50AM 35 30AM 60 18AM 0Q 10kQ HUH AC 85 V 132V AC 170 V 250 V 47 Hz 63 Hz 0V 6V JOV 10VJOV 20VJOV 35V OV 60V 10 0 018 of ES FINE COURSE 1 0A 1600A 0A 100A OA 50A 0A 30A 0A 18A 10 0 025 of FS 1 73 75 78 80 78 24A AC 100 V 15A AC 200V 90 A peak gt 10 0 05 5 mV 4 0 100 0 1 5 mV p p 100 mV 70 mV 70 mV 100 mV 100 mV 5 MAX 150mV 100mv 100mv 150mv isomv aie 1 MHz 15 mV 15 mV 15 mV 15 mV 20 mV 6 2 ms
52. 3 3 8 1 0V 0V 10V 2 mH 0A 0V 1V 1 2 AC 100V 0 1 3 O 3 3 9 Ji 5 D Cc eo C C 4 ON es CV eee C Y Z ON 9 ON QA ON ON ri HD YAR 1 ON TLP521 1B Ta 25
53. 4 1 VOLTAGE DES CURRENT ONL 2 Si ON S2 8 3 3 9 CE 1 LED 4 1 8 8 2 2 8 3 ZE 3 HAD 1 7
54. 150 ppm C 1507150 ms 20007150 ms OV 10 V H PAK 6 160A 10 100A 60 18A 6 160AM 10 100AM 20 50AM 35 30AM 60 18AM 10 0 2 15 mA 1V 100 0 2 15 mA es re cei 340 mA 220 mA 120 mA 80 mA 56 mA 300 ppm C OV H 10V 0 Q 10kQ ae lS BEA AT 31 247 LED 0 1 rdg 2 digits 23 C C 200 ppm C 0 C 50 C 10 mV 10 mV 100mV 100mV 100mV 312 LED 0 5 rdg 3 digits 23
55. P OVP Fo 0 V P Over Voltage Protector OBS 0 Y P RER OVP 105 1109 3 9 Mo a al ee LMT OUTPUT OW OFF RW OFF ON OFF Wee 3 3 6 1 SW ON 3 3 6 2 ON LED
56. 00 0 1 10 mV 1 100 O VP 100 90 110 O VP 0 6 V 2 6 gt zl 2 12 2 5 1 PAK 6 60A PAK10 35A PAK20 18A PAK85 10A PAK60 6A B ae T MAN 2S S PAK 6 120A n PAK10 70A amp PAK20 36A PAK35 20A PAK60 12A Q PAK 6 160A gt PAK10 100A N PAK20 50A PAK35 30A PAK60 184 MAX 10 2 PAK 6 60AM PAK10 35AM PAK20 18AM PAK35 10AM PAK60 6AM i S EA e 700W 3 PAK 6 120AM 5 PAK10 70AM amp PAK20 36AN PAK35 20AM PAK60 12AM PAK 6 160AM PAK10 100AM PAK20 50AM PAK35 30AM PAK60 18AM 2 15 2 6 co on
57. 150 4 172 4 1 EY f i H i i i lt A m if 2 8 m4 K 2 wert om Yam a r Rte ig CN g 5 R 5 1 1 3 3 O 2
58. AD ny Bin KQ 0 Rin 10kQ 3 3 1 Rin 1mA 2 Rin 1 2W 3 Rin 110 4 AC100V 0 1 on 3 21 3 2 I o lo Rin NN y zA o Rin 0A
59. C 5 C 400 ppm C 0 C 50 C 100 mA 100 mA 100 mA 100 mA 10 mA C V LED C C LED LOW 3 3 9 ON OFR 10 110 1 5 ms 8 110 85 C 5 C 90 C 5 C 139 C 30 A 2 10 PAK 6 160A 10 100A 60 18A 6 160AM 10 100AM 20 50AM 35 30AM 60 18AM 0 C 50 C 30 80 RH 20 C 70 C 20 80 RH
60. W X 124H X 350 Dmm 3 5 kg EIA KRA3 JIS KRAISO 2 3 PAK 10 35A 20 18A 35 10A 60 6A 10 35AM 20 18AM 35 10AM 60 6AM 9 1 1 2 2 20P 2 1 3 2 5m 3m 3P GND 1 100V AC 50Hz 09 gt 100 07 1 06 05 4 A 04 50 03 4 PAK350W 02 50 100 2 5 4 5 6 7 8 O 10 200 V gt
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