取扱説明書／10MB
Contents
1. ESC P24J J84 Copyright 1996 KIKUSUI PART NO Z1 000 710 1 000203 Printed in Japan2. fE
3. PRINTER 20P 42 MANUAL d A gt 4 gt 6 5 CYCLE RUN STOP CONT EDIT INITIAL QUIT
4. 3 OFF lt 20kg
5. xk
6. 1 1 2 3 This warranty is valid only in Japan
7. JI BB 1mA 1mA U 1 P2 No 12 CHGSTS CHGSTS 5 3 CHGSTS PFX 2 2 P2 No 12 CHGSTS No 13 FINISH v CHGSTS CHGSTS PFX FINISH 5 4 Sen SE E
8. Hmmm A 3 4 VOLTAGE PROTECT Over Voltage Protection Under Voltage Protection ALARM RESET SHIFT ESC 3 8 CONFIG 0 001 20 000V 20 001V 0 000V 1 20 001V 0 20 000V 3 5 FACTORY DEFAULT ALL CONFIG A H
9. 1 2 EH Deeg m TNR 5i WBIGHT p NE WEIGHT 1 2 1 3 1 4 0 40
10. SHIFT RUN SHIFT STOP IDLE STOP HOLD SHIFT STOP IDLE ec QUIT 6 6 6 7 amp 4 r 1ndNI vu azQ m amp Zk C Z E TO 6 8 723 quy eu Ame ECT o IB11 GPIB RS11 RS 232C MC11S MCB TRIP PO
11. HOLD CONT BE ESC P24J J84 EPSON Standard Code for Printer 24 84 EAR REENEN EE CONFIG 3 A 6 A 7 2 10 2 2 6 EDIT W sse SS 10 1
12. Recall Store Load Save 2 11 1 EDIT ENTER 4 P41 ESC ESC 2 ENTER
13. 7 3 8 1 8 2 8 3 8 4 SDO1 PFX 8 1 8 1 Bl d EE e 8 2 0 10V 0 4A 10V 0 20V 0 2A 20V 8 DCS0V 0 05 1mV SEI 3mA rms 500kHz 0 4A 0 4V 1 0 10mV 0 20V 0 10V 1 0 10mV OVP lmV 20 001V OUTPUT OFF UVP 0 20V OUTPUT OFF 100C gt POWER 20 X2 LCD 4 000A FS 0 3 Sdigit 999HS9M 40 000W T EE SR 30 8096RH
14. OFF 0 2 A WARNING s CAUTION AN I
15. P1 6 CONFIG 3 1 TEST CONDITION P3 2 5 1 0001 400A 0001 amp 000A 0 001 16 000 2CH 0 001 32 000A ICH 000 4000A 8 000 8 000A 4CH H d Ss Q T TIST to 16 000 16 000 ICH 32 000 32 000A 1CH 0 000 20 000 V 2 N SIEI Is 0 000 40 000W 0 000 80 000 0 000 160 000W ICH ICH 0 000 320 000W 5 1 ER 1000h 0 001A 2 A OCATREEZ1000h 0 001W 5 2 5 2
16. RESET SHIFT ESC A E 9 LOCAL SHIFT BS GPIB ADDRES SHIFT 1 GPIB TIME SHIFT 4 CONFIG SHIFT 0 rc SHIFT KEYLOCK SHIFT 9 SHIFT 9 SHIFT 9 CH CH d DISCH 1 CHG
17. 8 7 5 BPC Spy Test Executive DDE o BPC Spy Test Executive Visual Basic DDE BP GPIB BP PFX40W 08 2 8 8 BP BH 73 m Windows 3 1 IBM PC AT NEC PC 9801 9821 m CPU i48
18. 30 80 RH 7L si Ei 1 3 EE EE INPUT bus IS ZE EES DEE 3
19. CONFIG INITIAL PATTERN Full charge Full discharge OPTION OPTION 3 CONFIG ADDRESS TIME EDIT CYCLE MANUAL A 14 D e ie uyu ayama 2 11 5 22 Ute RADICE 5 12 BURMA 5 8 F FACTORY DEFAULT 3 9 C ee eu vL CS 5 15 CO 5 6 CO 5 15
20. 1 9 d 4 1 SAMPLE BATTERY P4 3 Capacity Rate E SE Se Se E A E 4 e 1 Last Charge YES Full Charge Full Charge ZNAN Last 5 amp Last Charge YES 3 3 PRINTER ITEM 0 00000000000 00 o ooo sss Printer USE AE EB Ae NOT USE USE CONFIG 3 7 2 1 99
21. POWER OFF Pl P2 C e XY2B 7006 XY2E 0001 XY2E 0001 4 FSRR S 470 S OUT S 470 S S 0 20V 470 0 10V 0 4A 10000 0 4V 103AT 13 mor 4 Thott
22. EDIT OPN OPeratioN 0 2 CH CHannel JEY CH 2 8 A B D E F G H WSSET GE E WSSET Work Sheet SET CONFIG PS 11 TCSET STIM CFORM 5 5 9 5 10 A WSSET 1 A WSSET 3 C
23. VMin 0 h 0 VMin v maa mna Lomo wd opo Lx o o s o xw s EC bu Ed poe Toa xx VMIn Min 0 A VMax X 65535 Max 65535 10 10 y 0 1 F 6 GCV GCC GCT GDV GDC GDT 8 1024
24. jc S 103AT 12 Th 103AT 15 D GND TRIG OUT 3 4 ON 10ms LOW Vce MAX 30V Ic MAX 30mA 8 4 3 P2 a sl GND P2 RESTSTS 5V CMOS HIGH DISCSTS SV CMOS HIGH CHGSTS 5 CMOS HIGH ERIS CMOS 5V 10kO LOW 4 103AT
25. ER 97 7 6 5 4 3 2 1 0 1 1 ETA RE HEAD NRI 0 1 HEAD O 1 IDN ROM SUB CPU ROM INR2 0112 1 Adr SR AJ e e is i e Si M 6 JN DN X I i vs lt ee ER Eo e n G gt c 4 gt Lal v amp VnNvW Z E d31NIHd amp 4 Z k Yx t G L1 Y AR 6p AAA Zennnenennf GC lt amp 4 RACE x Tq DH9 ALY ED o ACA Ae rue E CD ISVHINOO
26. 2 Unit CH1 CH2 CH1 BATTRY Sigg gggngggt1 uf 1 7 1 8 Pl P2 P1 P2 P1 P2 D AWG24 1 3mm 7 JT ed VR ees
27. CV CC CSS VER e x 2 5 D OUTPUT OFF CH DISCH 4 b Een W E T
28. C IDLE QUIT SHIFT STOP STOP IDLE HOLD HOLD CONT IDLE QUIT SHIFT STOP 2 2 3 ADDRESS GPIB MCB Muliple Channel Bus D SHIFT 1 A V GPIB MCB ENTER GPIB 0 30 MCB 0 15 B pm ENTER POWER 2 2 4 IIME
29. IDLE 1024 GE 102441 REO 1 Hoo 30 30x60 1024 1 1 1 2 2 16 16
30. Yes No LOAD SAVE LOAD LOAD SAVE ENTER SAVE 2 13 3 CONFIG 3 1 TEST CONDITION 3 2 CYCLE FORM 3 3 PRINTER ITEM 3 4 VOLTAGE PROTECT 3 5 FACTORY DEFAULT CONFIG 3 1 CONFIG 5
31. IDLE HOLD MSTOP HOLD HOLD CSTOP HOLD MSKIP Rest Time COUNTRST HOLD CONTINUE STOP MSTOP CSTOP HOLD 5 17 12 X2 5 18 RCCT ch Result of Charge Capacity Test E 522099 0 3599940 0 000 32 0 0 000 20 0 0 0 100 0 1 99999 0 000 9999 0 4V At
32. 99 PFX40W 08 BP 1 PFX Config PFX 2 Folder Editor 99 3 Test Executive 4 BPC Graph
33. 2 Q EDIT Load ENTER ALL CONFIG Yes No ENTER ESC 9 ETL 2 12 ENTER ENTER ALL CONFIG
34. 0V RESET SHIFT ESC OUTPUT OUTPUT OFF BE Over Voltage Protection OVP Under Voltage Protection UVP 2 6 2 2 2 CYCLE CONFIG A H CONFIG 3 CONFIGI P3 1 4 P4 1 MANUAL ADDRESS GPIB MANUAL EL SHIFT 1 PRINT E SHIFT CH TIME SHIFT 4 lt
35. CC 0 001 320 0W 8Unit 0 999h 0 359min 0 001 20 00V20V yx TI Max Time LILJLIh Lmin Cut Voltage CU T2 Rest Time JL 1L h J min FH TI 4 10 2 CP CP 0 001 320 0W 8Unitif 0 999h 0 59min 0 001 20 00V 20VV 77 TI T2 Rest Time JJ jh J min TI T2 4 11 3 CC PATTERN CC PATTERN SATY Tt COBRAR C iTo Repeat 1STEP 1SSTEP 0 001 20 00V 20Vv77 0 999h 0 59min a 0 001 32 00A 8Unit 0 999h 0 59min 0 000 TTT Omin L JL JL JA JL L h Omin ZU UA JL L h Omin JL L h Omin LLLILILJA LILJL h Omin AA LJLI
36. MANUAL CH CHG Tal b CV RESET SHIFT ESC OUTPUT OUTPUT OUTPUT OUTPUT SS CV CV
37. 15 D GND TRIG OUT TRIG OUT ON 10ms LOW Vce MAX 30V Ic MAX 30mA 1 3 P1 EENEG SV CMOS HIGH SV CMOS HIGH 5V CMOS HIGH 13 FINISH S 2 T CMOS FSV IO0kQ LOW 1 4 P2 1 9 3 POWER 103AT 103AT 1 5 QD 2mm
38. 2 2 5 PRINT P2 9 D POWER OFF 1 5Sm PRINTER 5 GPIB GPIB 1 5 3 GPIB PS 6 GPIB SLOT1 D POWER OFF SLOT 1 GPIB IB11 GPIB GPIB 1 11 CONFIG 3 4
39. 3 3 7 2 7 2 7 3 10 000 1 7 4
40. AE 18 OS 1000V ON
41. OTH Och 1 8 step 1 15 30 Ostring 5 3 3 1 EDIT CYCLE MANUAL O 3 GQGPIB OPN OPN 0 h EDIT SH OPN 0 OPN 1 CYCLE MANUAL EDIT CYCLE CYCLE MANUAL MANUAL 5 8 t SE CYCLE EDIT IDLE MANUAL EDIT
42. PFX40W 08 10V4A 20V2A 8 B POWER MOS FET B MOS FET B 16 8 m m Bl 16 AD 12 D A 1mV 1mA 20V 4A GPIB RS 232C MCB Multi Channel Bus gt
43. IDLE END HOLD IDLE HOLD IDLE POWER IDLE OVP Over Voltage Protection CONFIG OVER PROTECT ALARM OFF UVP Under Voltage Protection CONFIG OVER PROTECT ALARM OFF
44. 0 1 99999 0 OK1I N 0 000 9999 Ah 0 1 0 000 20 0 0 000 20 0 0 000 20 0 0 000 20 0 c V 0 000 20 0 v LIFRSPS ch LIFe ReSPonSe SS DE RLIFE ch NG Result of LIFE V V c 2 V G BH GDV ch Graph Discharge Voltage GDC ch Graph Discharge Current GDT ch Graph Discharge Temperature GCV ch Graph Charge Voltage GCC ch Graph Charge Current ch Graph Charge Temperature POINTRESET ch GRESET ch Graph RESET 5 19 14 5 20
45. 103AT 3 GND Th ON 3 4 D GND 5 Tipi POWER Trip 2 6 m POWER Trip 1 8 5 8 6 8 3 0Sr MAX 50 MAX 55 MAX 45 mm 8 4 SD01 PFX Battery Performance Checker SD01 PFX BP BP PFX40W 08 6 484 1 BP 2
46. 7 OUT OFF 7 77 7 1 CV CV CC CC CV CV ACTIVE HIGH ACTIVE HIGH CMOS SV ACTIVE LOW 30V 30mA TRG OUT 1P1 16 ACTIVE LOW CMOS 5V 10 2 3 _ D GND P1 15 P2 9 1 2 5 5 5 3 GPIB GPIB GPIB SH1
47. BL 2 A 4 CONFIG 3 9 4 7 4 1 SAMPLE BATTRY 4 2 INITIAL PATTERN 4 3 OPTION 4 4 CYCLE CHARGE 4 5 CYCLE DISCHARGE 4 6 FULL CHARGE 4 7 FULL DISCHARGE 44 4 2 er eg Recall Load LoadSave A A B B ALL CONFIG P Stot gt gt gt e e 0 P Save ni Recall Load PFX40W 08 i i B I Sg A ALL LoadSave X Worksheet Worksheet H H 7
48. ESC A H 2 22 HOLD IDLE IDLE SHIFT STOP 2 2 CYCLE 2 7 1 2 8 OUTPUT OFF CYCLE CH SHIFT RUN RUN A H 8 ENTER
49. GPIB ISDOLEPEX 7 5 ERKI 1 1 R 1 2 m 1 3 1 4 1 1 1 1 r3 REDIMERE IM RE M 21Kg Us 1 1
50. 128 6 POINTRESET GRESET 2 2 6 POINTRESET GRESET 5 21 16 5 22 NR N Manual DisCHarGe Jr F ap lE ji OUTPUT ON 2 NR4 OUT INR2 2 WEE WM IOUTch INRR2 VOUT ch
51. 1 4 O 6 D 1 5 E E EE EE DC24V 0 2A POWER OFF 9 TRIP 1 10 4 NEC 20 ESC P24J J84
52. AH1 TS LA SRO RL1 E1l 5 3 1 GPIB CONFIG PRINTER ITEM NOT USE USE 1 223 ADDRESS P2 8 POWER 5 6 2
53. 4 15 4 FULL DISCHARGE CC CP 1 CC CC 0 001 32 00A 8Unit 0 999h 0 59min 0 001 20 00V 20VV 77 1 Current LILILILIA T1 Max Time ILL h Omin T2 TI T2 4 16 2 CP 0 001 320 0W 8Unit 0 999h 0 59min 0 001 20 00V 20VV 77 W Power Iw T1 T2 1 T2 4 17 GPIB 5 1 5 2 5 3 GPIB 5 1 5 1 1CH 8CH Unit 3 1
54. Gd eg RUIUH T ern toi 7 amp vx 1 1 POWER OFF eeh E CHI1 CH8 1 2 E ebe vi 1 2 2 Unit CH1 CH2 CHI CH3 CH4 2 CH2 CHS CH6 CH7 CH8 CHA 4 CONFIG 3 1 TEST CONDITION P3 2 2 nul mun C cU WO REN MN
55. SAMPLE BATTERY INITIAL PATTERN OPTION CYCLE CHARGE CYCLE DISCHARGE FULL CHARGE FULL DISCHARGE 4 1 SAMPLE BATTERY GPIB Nominal Voltage Cycle Charge Mode CC PATTERN CC CV PATTERN CP PATTERN Full Charge Mode CC CV 43 p SE WEE SE SE 4 2 INITIAL PATTERN 30 0A 0 0 0 001 32 00A 8Unit 0 999h 0 59min INITIAL PATTERN STEP 1 16 UA LIL L h Ch Omin STEP 2 17 L JL JL JA
56. SHIFT CH EDIT amp TIME CONFIG SHIFT 0 Load Save EDIT SHIFT 4 lt ESC 2 1 2 2 2 2 1 MANUAL 1 MANUAL 0 001 lt 20 000V CONFIG 3 1 TEST CONDITION P3 2 3 4 VOLTAGE PROTECT P3 7 ADDRESS GPIB 1 CYCLE CYCLE SHIFT PRINT SHIFT CH EDIT amp TIME Load Save EDIT SHIFT 4 lt gt ESC 2 3 D OUTPUT OFF
57. 3 8 3 4 VOLTAGE PROTECT 3 8 3 5 FACTORY DEFAULT 3 9 4 4 1 SAMPLE BATTERY 4 3 4 2 INITIAL PATTERN 4 4 4 3 OPTION 4 5 4 4 CYCLE CHARGE 4 6 1 CC 4 6 2 CC CV 3 CC PATTERN 4 CC CV PATTERN 4 5 CYCLE DISCHARGE 4 10 VI 2 11 2 11 2 12 2 12 3 1 3 7 3 7 4 1 4 7 47 4 9 4 10 CP 4 11 CC PATTERN 412 CP PATTERN 4 13 4 6 FULL CHARGE 4 14 1 CC 4 14 2 CC CV 4 15 4 7 FULL DISCHARGE 4 16 1 2 3 4 1 CC 4 16 2 CP 4 17 5 5 1 5 2 5 2 5 3 1 1 5 3 2 2 5 4 3 5 3 GPIB 5 6 5 3 1 5 6 1 5 6 5 1 5 5 2 5 7 53 2 5 7 533 5 8 1 5 8 2 5 9 3 C
58. FULL DISCHARGE sm sr peers FDCC 0 001 32 0 Full Discharge 0 59999 0 001 20 0 0 5999 0 001 320 0 Full Discharge 0 59999 CP 0 001 20 0 0 59999 10 OPTION CAFD Charge M 0 001 32 0 Discharge Before Full Charge 0 001 20 0 0 59999 5 16 1 8 NR2 mau vh kel 1 8 NR2 1 BH lo m Fi H RT T MSTOP 1 8 NR2 meme LIT CSTOP 1 8 NR2 wp II MSKIP 1 8 NR2 gerne II abe d EE COUNTRST 1 8 NR2 COUNTer ReSeT QUIT _ 5 STOP
59. TIZA CRLF EOI 5 3 2 ASCII A AV mV Minute SHE V AT At C min C W 6 EH NR NRI 0 1 NR2 10 NR3 16 NR4 0 1 2 5 7 BUP POWER OFF
60. GN A 12 1000 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 1160 1170 1180 1190 1200 1210 1220 1230 1240 1250 1260 1270 1280 1290 1300 1310 1320 1330 1340 1350 1360 1370 1380 1390 1400 1410 1420 1430 1440 1450 k e k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k kk kk kk k k k k k k k k k k k k k kk ok di Kikusi Electronics corp x t K k amp k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k kk k kk k k k kk kk kk kk ISET IFC ISET REN CMD DELIM 0 PRINT l wsset 1 A EE e cue ue Test Condition PRINT l tcset 0 0 1 1 Range 10V Parlle 4A 8CH Temperrature ON Synchronization ON PRINT 1 stim 90 60 90 60 C C Time 1h30min C D Time lh Omin F C Time 1h30min F D Time 1h Omin PRINT l cform 10 2 75 2 0 Max Cycle 10 Interval 2 Judge Percent 75 Judge Life 2 Last Charge NO 1 Battery AS CHR 34 PFX DEMO CHR 34 PRINT G1 batt 5 1 1 2 0 7 0 0 0 0 Product Name PFX DEMO Battery Type Ni Cd Nominal Voltage 1 2V Capacity Rate 700mAh Cycle Charge Mode CC Cycle Discharge Mode CC Full Charge Mode CC Full
61. lt 1nd1no X H9 6 DIE am amp 45A k4 n kQ 4 4 AA LEE x 7 8 Zeck u3MOd 62 POWER ON OFF OFFD CV CC CP REMOTE GPIB UNLOCK 2 OUTPUT
62. 0 000 20 0 0 000 20 0 0 000 20 0 0 3599940 0 000 20 0 0 000 20 0 0 ER E GE e sa edel Ah M Oh tA i O rs E V V V F V V 13 o 1 12 H 1 31 _ H 0 23 0 59
63. p RA GH2 B CH a WSSET 4 D TCSET Test Condition SET STIM Synchronous TIMe 22 0 10V 1 20V 10V 0 2 8 INR2 0 4A 8CH 1 8A 4CH 2 16A 2CH 3 32A 1CH 20V 0 2 8 1 4A 4CH 2 8A 2CH 3 16A 1CH 1 99999 1 999 1 100 15 9 0 Discharge 1 Charge 5 11 4 SAMPLE BATTERY 110 1 Ni Cd 2 Ni MH 3 Pb 4 Li 0 001 20 0 0 001 9999 0 CC 1 CC CV 2 CC
64. 8 8 8 7 f s A 1 VIII 1 A 2 2 A 4 3 6 D 6 2 7 3 A 8 4 9 4 A 10 1 A 10 2 A 12 A 14 PFX40W 08 8CH ROM 1 0 ROM ROM POWER ON ROM I 1 1 1
65. SHIFT CH 3 A 8 A 9 CONFIG D SHIFT 0 CONFIG CONFIG SHIFT CH 2 A A H D SHIFT CH 4 gt ALL ENTER 2 A 4 LoadSave
66. eh 5 16 FDCP 5 16 CCC 5 13 Folder Editor en 8 7 EE EE 5 13 FULL CHARGE eee 5 15 CCCCPS UL 5 13 FULL DISCHARGE nennen 5 16 Ee 5 13 COCVP Q u L Qa doni 5 13 G CCCVPS EE 5 13 ON 5 19 EDUC ee te 5 14 5 19 ee EE 5 14 GCV ch 5 19 CDGGCPS EE 5 14 GDC cli cce cesare teintes 5 19 5 14 GDT ch en 5 19 e EE 5 14 EE 5 19 CDOBPS aa haah aa 5 14 GPIB V ETA Re edant 2 9 CEORM uitia enge 5 11 GPIB 1 11 Sua 5 8 SEET 5 6 CONFIG 5 11 EE 8 8 CONFIG 2 11 CONTINUE 5 17 H CO SE EE 5 22 CSTOP NN 5 17 MN Ge CYCLE eet 2 7 CYCLE CHARGE 4 6 5 13 CYCLE DISCHARGE 5 14 CYCLE FORM aa 3 5 F An 1 SE 5 12 D Eeer 2 7 IDN 5 22 eE 5 6 E DD 8 IOUT ch 5 22 5 17 M l 2 Last Char LIFRPS CD setenta o tM lotos SAMPLE BATTERY 4 3 5 12 SED EE 5 6 SROR 5 6 SIE piede DINI RO DU UD 5 8 SIIM D EN 5 11 STOP nist RE eget em bd YO uu 5 17 chr M 5 8 tia ED pneri 5 6 TCSEE S deoa 5 11 TEMP CH E 5 22 TEST CONDITION 3 3 EE 5 7 EEN 1 8
67. 10 AT At 30 5 0 001 32 00A 8Unit 0 999h 0 59min SEET Ee LJLI L h Omin STEP 2 J JL JA JJ h Omin AA LILJLJh Omin LILILIA CU Omin ZU JU JL JA TI Omin LILJLJA JL h Omin 48 4 CC CV PATTERN CC CV PATTERN 13 1 99 C min 1 100C 0 999h 0 59min AT A dT dt LILILIh Lmin AT At 30 0 001 32 00A lt 8Unit 0 001 20 00V 4 20VV777 1 999mV LILILILIA HHHHHV Cat LILA EE Oh Co 4 9 MONS 4 5 CYCLE DISCHARGE CC CP CC PATTERNZ CP PATTERN
68. 3 2 90 110VAC 1 4 1 POWER ON 1 1 1 6 0 7SmW 7mm 1 1 4 7 mm
69. N X X X 1 1 1 1 1 1 2 1 2 1 4 1 3 1 5 1 4 1 5 1 1 5 BEH yo 1 6 12 72 AC 1 6 2 P1 P2 1 8 3 1 10 4 1 11 5 GPIB 1 11 2 2 1 2 1 2 2 2 1 1 2 2 2 1 2 2 2 2 2 2 3 2 2 1 MANUAL 2 3 1 2 3 2 2 2 CYCLE 2 7 1 2 8 223ADDRESS 2 9 2 2 4 TIME 2 9 2 2 5 PRINT 2 10 D 2 10 MEREZI WENMEZS7 210 CONFIG 2 11 2 2 6 EDIT 2 11 0 2 2833 CONFIG 3 1 TEST CONDITION 3 3 Y 3 3 2 3 3 3 3 3 4 3 4 3 2 CYCLE FORM 3 5 1 3 5 2 3 6 3 3 6 4 3 3 PRINTER ITEM 3 7 1 2
70. 4 5 4 5 l 4
71. D SHIFT 4 ENTER 2 9 2 2 5 PRINT ESC P24J J84 CONFIG 3 3 PRINTER ITEM P3 6 ESC P OFF ESC P Q 1 CONFIG PRINTER BUSY 2
72. 3 23C 5C 8 2 1 ou 5 op s ow o LS 8 3 NE S OUT S 470 S 47Q S S 0 20V 470 0 10V UMOR 0 4A 476 0 4V 7 GND em 0 4A 1000 I MON 2 0 4V
73. 5 2 1 2 1 1 2 1 2 2 2 2 2 1 MANUAL 2 2 2 CYCLE 2 2 3 ADDRESS 2 2 4 TIME 2 2 5 PRINT 2 2 6 EDIT 2 1 2 1 CONFIG 2 1 1 2 MANUAL CYCLE CONFIG EDIT 2 1 2 2 2 MANUAL CYCLE 7 ADDRESS GPIB 1 CYCLE MANUAL Tl dc HC AER MANUAL CYCLE SHIFT PRINT
74. TEST CONDITION CYCLE FORM Full charge Full discharge PRINTER ITEM VOLTAGE PROTECT OVP UVP FACTORY DEFAULT CONFIG 3 2 CONFIG 3 1 TEST CONDITION 2 3 10V 20V 10V 0 10V 0 4A 20V 0 20V 0 2A BCH 4CH ICH 2CH 3CH 4CH SCH 6CH 7CH 8CH 2CH ICH 4CH SCH 8CH 1CH 8CH Max Temp 4T
75. 2 9 B gua 5 22 ATRA oodd uae 1 5 2 4 ash 2 10 d EE 1 5 8 3 cox Abe Re AN 2 11 5 20 EE 3 6 549 1 8 4 1 8 uuu 7 2 ER 1 8 8 5 EE 2 9 1 3 wA EE EH 8 7 Ie 5 18 CC 4 14 CC CV 4 15 EWOMAN 7 2 CC 4 16 S CP 4 17 S 5 2 L Ka 0 90090209009090992920990090990090990090929000909900900090999 3 3 ZU 49 WB 3 8 3 7 7 pce FOU DZ 5 9 A 7J Z1 FOB 2 10 kk 3 3 ik 1 6 kk 5 2 EE 2 5 kk 2 10 5 22 F Seen 4 2 2 12 2 12 EENS 5 7 EE 1 2 3 serere 3 6
76. ONIOFF 5 CONTRAST 6 3 Ep IDLE END HOLD 64 ESC CLR BS 0 9 SHIFT SHIFT ENTER
77. Current 2 0 001 Time S 0 h 1 min dV 999 mV dT dt 99 C min Max Temp 100 C Max Voltage 0 001 V Auxiliary Charge a 0 001 A Auxiliary Time S Oh 31 min Rest Time Oh 1 min CYCLE DISCHARGE Current 0 001 A Max Time Oh 1 min Cut Voltage 0 001 Rest Time S Oh 1 min FULL CHARGE Current 0 001 A A 4 KIKUSUI PFX Ver 1 05 Max Time dV dT dt Max Temp Max Voltage Auxiliary Charge Auxiliary Time Rest Time FULL DISCHARGE Current Max Time Cut Voltage Rest Time OPTIONALY Charge Current E 0 001 Charge Time Oh Discharge Current 0 001 Discharge Voltage 0 001 Discharge Time s Oh 0 KIKUSUI PFX Ver 1 05 TEST CONDITION Range 20V Parallel 2A BCH Temperature ON CONFIG Synchronization OFF Sync Time C C Sync Time C D Sync Time F C Sync Time F D TEST FORM Max Cycle Interval Judge Percent Judge Life Last Charge ADDRESS GPIB Address MCB Address Print Interval 20 001 V UVP 0 000 V 3 1 UNIT 1 CH 2 Work Sheet B 6 18 02 16 Charge Rate Voltage V 17 000 CYCLES 00003 DATE 06 18 00 38 Capacity 1 056 Ah Un Load Voltage 32 185 V Start Voltage 13 418 Average Voltage 16 271 V Charge MAX Voltage 16 809 V Charge Finish Voltage
78. Full Charge Full Discharge 3 2 CYCLE FORM i4 1 1 1 1 99999 CONFIG 3 5 3 6 CONFIG Full charge Full discharee Cycle charge Cycle discharge 2 1 Interval 2 1 1 999l Interval 4 4 1 gt 945 LL ERR L 100 Judge Percent 1 10096 Judge Life
79. Omin 999h 59min PNE Max Cycle b 1 909999 TE Interval 1 999 Judge Percent 1 100 MON APIS DRE uc 1 9 YES NO Printer Interval 1 99 1 99 ALL A B C D E F G H FACTORY DEFAULT ADDRESS GPIB Address p 0 30 SHIFT 1 EEN WEE SS OPRO Lf MCB Address Edd 1 15 i TIME Year Month Day Hour Minute SHIFT 4 A 2 EU MEMORY CARD Load Save Recall Store A H SAMPLE BATTERV 71 f Product Name _ i Battery _ Nomina Voltage I 0 001 10V 20V i Capacity Rate 0 001 9999 AH gt Cycle Charge UM M P G S ee E Full Discharge Mode E c EE i INITIAL PATTERN i STEP 1 i CURR TIME gg 30 4 CURR TIME CHARGE EE Tan CC CURR TIME dV dT dt MAX TEMP i MAXVOLT AUX CURR AUX TIME REST TIME CC CV i CURR VOLT TIME dT dt MAX TEMP REST TIME GG PATTERN dV dT dt MAX TEMP MAX VOLT A REST TIME i STEP1 15 CURR TIME CC CV PATTERN f dT dt MAX TEMP REST TIME STEP1 15 CURR VOLT TIME ee ed CP POWER TIME CUTVOLT REST TIME rn n n quant Ima n nn na mg Y Iu nnn nr wap IIIa hehe rhe eee auum p EEE CC PATTERN i i
80. 46 2 CC CV CC CV 0 001 32 00 80 0 001 20 00V 20Vv77 0 999h 0 59min 1 99 C min 1 100 IL V TI Max Temp mim mke T3 Rest Time L L h Omin coo j D 4 5 AT At 30 2 4 _ 9 CC PATTERN CC PATTERN 15 1 999mV 1 99 C min 1 100 C 0 001 20 00V20V Vy AN V T 4 7 AV
81. 16 809 V A 6 KIKUSUI PFX 3 Time hl UNIT 1 CH 2 Work Sheet B 6 18 03 29 Discharge Rate zit VoltagelV 13 000 CYCLES DATE Capacity Un Load Voltage Start Voltage Middle Capacity Voltage Nominal Capacity Voltage Average Voltage 00003 06 18 02 26 1 043 Ah 16 685 V 15 831 V 14 413 V 11 350 V 14 036 V KIKUSUI 100 Time min A 7 UNIT 1 CH 2 KIKUSUI PFX Start Time 6 17 18 47 SAMPLE BATTERY ITEM Product Name i Battery Type Li Nominal Voltage 14 400 V Capacity Rate 1 000 Cycle Charge Mode CC Cycle Discharge Mode CC Full Charge Mode CC CV Full Discharge Mode CC lt lt CHARGE CYCLEIDATE TIME Un LoadiStart jAverage Charge Charge Volt MaxVo FinVo1 V I Aa S A Volt Volt v v 00001 06 17 18 16 584 16 818 16 808 00002 06 17 21 lt 16 264 16 823 16 809 00003 05 18 00 lt 13 418 16 271 16 809 16 809 00004 06 18 03 n 13 439 16 276 18 809 16 809 00005 06 18 08 12 216 13 453 16 279 16 826 16 804 00006 06 18 09 40 12 219 13 454 16 280 16 809 16 809 00007 06 18 12 39 1 030 12 264 13 515 16 292 16 823 16 809 00008 06 18 15 37 1 023 12 294 13 556 16 301 16 809 16 809 00009 06 18 18 35 1 034 12 274 13 523 16 293 16 824 16 784 00010 06 18 21 33 1 033 12 273 13 511 16 291 16 814 16 808 lt lt DISCHARGE
82. 7 7 L E ET SER 20 8096RH AC1500V 1 AC1500V 1 OOVAC 10 l 50 60Hz 2 1200VA 100VA EE EH NE WR pt x E ex 2 M nr e d Nr di FH di Nr a H 22 MR E SS N NI ri NT H 3 Gi Eg s s 8 m P X mp Bu Em v SF Eg B T lt t m S SE E JE A V Ka 430WX132HXS5S0D 9450W X 155H X 613D 1 3 2 1 8 16 1 2 2 2 WEIGHT 1 1 E A MCB Multi Channel Bus 1 2306 5812 2 See 2 4
83. CDCCP CDCCPS Cycle Disharge CC Pattern Step CDCCPS step CDCPP Cycle Disharge CP Pattern CDCPP CDCPPS Cycle Disharge CP Pattern Step CDCPPS step 0759999 QU NN E UR 20 0 _ 0 59999 0 001 320 0 0 59999 0 001 20 0 N99 EE 0 59999 1 ON 0 001 20 0 0 59999 O OFF 1 ON 17 15 0 000 3200 0 59999 1 15 8 FULL CHARGE BEE EE Full Charge Full Charge CC CV JIVEE AT 0 001 32 0 0 59999 999 1 99 1 100 0 001 20 0 CV ATI Af 0001 320 0 001 0 001 32 0 0 001 20 0 0 59999 0 59999 1 99 1 100 0 59999 5 15 9
84. ON CONFIG 3 3 _ 4 CH 1 CH 2 CH 3 CH 4 3 4 CONFIG ON w v j r O a T BU SN Em H VR Full Charge Full Discharge 2 4 0 999h 0 5O9min Cycle Charge Cycle Discharge
85. Discharge Mode CC EE Initial Charge PRINT dl 1chq 1 0 5 50 PRINT 1 2 0 5 60 PRINT 1 1 3 1 5 80 Step 1 0 500A 0Oh50min Step 2 0 500A 1h00min Step 3 1 500A 1h20min 1460 1470 1480 1490 1500 1510 1520 1530Ae 1540 1550 1560 1570 1580 1590 1600 1610 1620 1630 1640 1650 1660 1670 1680 1690 1700 1710 1720 1730 1740 1750 1760 1770 1780 1790 1800 1810 1820 1830 1840 1850 1860 1870 1880 1890 1900 1910 1920 1930 PRINT Cycle Charge Set 1 0 5 30 10 5 80 1 8 0 3 20 10 1 1 Current Time dV dT dt Max Temp Max Voltage Aux Cur Aux Time Rest Time 0 500 A 0h30min 10 mV 5 flC min 80 fC 1 800 V 0 300 A 0h20min 0h10min 1 0 5 30 1 10 1 Current Max Time Cut Voltage Rest Time 0 500 A 0h30min 1 000 V 0h10min Cycle Discharge Set Full Charge Set al fooc 0 9 1 60 10 5 80 1 8 0 0 20 10 Current Time dV dT dt Max Temp Max Voltage Aux Cur Aux Time Rest Time 0 910 A 1h Omin 10 mV 5 flC min 80 1 800 V 0 600 A 0h20min 0h10min l fdcc 0 7 60 1 10 Current 0 700 A Max Time lh Omin Cut Voltage 1 000 V Rest Time 0h10min 1 0 2 20 Current 0 200 A Time 0h20min l dbfc 1 1 60 Current 1 000 A Cut Voltage 1 000 V Time 1h Omin Full Discharge Set A 13 END
86. JD LllC mm MaxTemp LX JC VO IMaxVoltage J JV 12 2 Aux Time L h min T3 Rest Time Oh Omin Ee WE be EE AV 10 AT At 30 5 4 14 2 CC CV CC CV 0 001 32 00A 8Unit 0 001 20 00V 20VV 77 0 999h 0 59min 1 99 C min 1 100C I IlCunent JLJLILJA 1 CV T2 CVTime Th Lmin OOC Lh Lmin Eh a AT At 30 TEE QN
87. Pattern DAMM 3 CC CV Pattern 0 CC 1 CP 2 CC Pattern 3 CP Pattern 10 1 CC CV 5 ICHG Initial CHarGe ICHG step 5 12 6 CYCLE CHARGE 4V AT Cycle Charge CC CV CCCCP Cycle Charge CC Pattern CCCCPS Cycle Charge CC Pattern Step CCCCPS step CCCVP Cycle Charge CC CV Pattem CCCVP CCCVPS Cycle Charge CC CV Pattern Step _ CCCVPS step 0 59999 P r9 1 100 0 001 32 0 17 999 1 99 1100 0 001 20 0 0 001 32 0 0 59999 21022999 0 001 20 0 0 59999 0 001 20 0 5 13 7 CYCLE DISCHARGE 5 14 CDCC Cycle Disharge CC CDCCP Cycle Disharge CC Pattern
88. gt gt CYCLE DATE Un LoadiStart Middle NomiCap Average Volt Volt Volt Volt Volt V 00001 06 17 20 23 14 013 00002 06 17 23 25 14 036 00003 06 18 02 26 14 036 00004 06 18 05 27 14 033 00005 06 18 08 28 lt 14 043 00006 06 18 11 28 lt lt 14 027 00007 06 18 14 26 e lt 14 023 00008 06 18 17 23 lt 14 014 00009 08 18 20 22 14 048 00010 06 18 23 21 16 683 14 404 14 045 A 8 4 UNIT 1 CH 2 6 21 10 10 Chargye Discharyxe Capacily X 140 Slarl Time 6 17 18 47 SAMPLE BATTERY ITEM Name BaLLery Nominal Vollage Capacily Rale Cycle Charge Mode Cycle Discharge Mode Full Charge Mode Full Discharge Mode Li 14 400 V 1 000 Ah CC CC CC CV CC Life Cycle Set KIKUSUI 60 Cycle count 4 N88 BASIC 1 A 10 1000 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 1160 1170 1180 1190 1200 1210 1220 1230 1240 1250 1260 1270 1300 1310 1320 1330 1340 1350 1360 1370 1380 1390 Ve k k k k k k k k k k k k k k k k k k k k k k kk kk ce ce coke ce ce ck ecce cede ck ce e deck kx E Kikusui Electronic
89. 6DX 33MHz 8MB 20MB SVGA 1024X768 m 17 20 GPIB 3 National Instruments NI 488 2 GPIB IOtech Driver 488 WIN GPIB NEC PC 9801 29N GPIB IEEE 488 GPIB 24 PFX 22222 SE E SE 7727227722 E 22 Z 1 3 4 2 A 1 1 PFX40W 08 i CONFIG ed TEST CONDITION SHIFT 0 Parallel Temperature C C Time Oh 999h 59min C D Time Oh Omin 999h 59min F C Time Oh Omin 999h 59min F D Time
90. CUT VOLT REST TIME REPEAT ON OFF STEP 1 15 CURR TIME CP PATTERN T STEP 1 15 POWER TIME i FULL CHARGE TT CURR TIME dV dT dt MAX TEMP VOLT AUX CURR REST TIME CC CV ii CURR VOLT TIME CV TIME dT dt MAX TEMP REST TIME FULL DISCHARGE VOLT RESTTIME OPTION b s ss u SC i Discharge CURR CUT VOLT TIME E MANUAL A 3 2 UNIT 1 Work Sheet A SAMPLE BATTERY ITEM Product Name MEL Battery Type EL Nominal Voltage 0 001 V Capacity Rate 1 000 Ah Cycle Charge Mode ecc Cycle Discharge Mode CC Full Charge Mode CC Full Discharge Mode CC INITIAL PATTERN STEP CURR TIME 1 0 001 A Oh 1 min 2 0 000 A Oh O min 3 0 000 A Oh O min 4 0 000 A Oh O min 5 0 000 A Oh O min 6 0 000 A Oh O min 7 0 000 A Oh O min 8 0 000 A Oh O min 9 0 000 A Oh 0 min 10 0 000 A Oh 0 min 11 0 000 A Oh 0 min 12 0 000 A Oh min 13 0 000 A Oh O min 14 0 000 A Oh min 15 0 000 A On min 16 0 000 A On O0 min 17 0 000 A Oh 0 min 18 0 000 A On 0 min 19 0 000 A Oh 0 min 20 0 000 A Oh O min 21 0 000 A On O min 22 0 000 A Oh O min 23 0 000 A Oh min 24 0 000 A Oh O min 25 0 000 A Oh O min 26 0 000 A Oh min 27 0 000 A Oh O min 28 0 000 A Oh min 29 0 000 A Oh min 30 0 000 A Oh min CYCLE CHARGE
91. EE ETAS EE 4 2 5 22 Worse La nan 7 3 5 8 E 3 3 n 03 2 AX aedes detti 5 21 EI ee 8 6 5 17 FED C RE c 0 n HB Ed 5 3 3 8 ENEE 9 90 I Dace p 1 4 7 NOD ces cuu eh 5 7 H J E 5 8 7 eh 2 2 3 4 kk 3 9 RAN 7 3 7 2 I EON eR 5 7 T i EEEE d ecd tuin 1 2 3 8 Ee 1 2 S a EE 5 7 5 20 EE 7 3 CC CV 4 7 CC CV PATTERN 4 9 EE E EI EE 3 4 uM MN RA 5 5 OCC PO 2 11 Le COREE A10 UR rdum Sr CV 1 10 CC PATTERN 4 12 ee 1 1 epe n 8 5 CP PATTERN 4 13 3 5 5 20 PIS ose em c snae daas 4 2
92. L h Omin STEP 2 STEP 6 _ 4 12 4 CP PATTERN CP PATTERN Fo 15 Repeat 1STEP 15STEP 0 001 20 00V 20VV77 0 999h 0 59min T Rest Time L L h Omin Repeat ON OFF 0 001 320 0W 8Unitl 7 0 999h 0 59min W1 LILILILIW ZU T1 CC Omin LLL LIW _ LILJLIh TI min LILILILJW TI Omin O L IW TI Omin _ 000 HHHh_ HHmin 448 4 6 FULL CHARGE CC CC CV _ 1 CC CC 0 001 32 00A 8Unit 0 999h 0 59min 1 999mV 1 99 C min 1 100C 0 001 20 00V 20VV 77 0 0 II 0 Curenrn LLLA 0 0 1 4v 1 dV v 0 0 ATA E
93. ONFIG 5 11 4 5 12 5 5 12 6 5 13 7 5 14 8 5 15 5 16 11 5 17 12 5 18 9 13 5 19 10 5 16 VII 14 5 20 15 5 22 16 5 22 6 6 1 6 1 6 2 6 2 6 7 7 T 7 1 7 2 1 7 2 2 7 2 7 2 7 3 7 3 7 3 7 4 7 3 8 8 1 8 1 8 2 8 2 83 1 8 3 2 Pl 84 3 P2 85 4 8 5 8 3 8 6 8 4 SDO1 PFX 1 8 7 2 8 8 Bu 37 8 8
94. SCH Volt LJ JL IV T2 ime Lj h Omin CYCLE CHARGE FULL CHARGE CYCLE CHARGE amp amp amp CYCLE DISCHARGE FULL DISCHARGE CYCLE DISCHARGE pe Ee XE Interval 1 4 5 4 4 CYCLE CHARGE CC CC CV CC PATTERN CC CV PATTERN Fo 1 CC CC 0 001 32 00A 8Unit3 y 0 999h 0 59min 1 999mV 1 99 C min 1 100 C 0 001 20 00V 20VV 77 T1 Max Voltage LJLI LILIL V I2 T2 Aux Time Oh TT min T3 AV 10 AT At 30 5
95. TA 1410 PRINT G1 greset 1 1420 FOR J 0 TO 127 1430 FT 1 1440 IF CONS CHGS THEN GOSUB FCHG 1450 IF CONS DISCH THEN GOSUB FDISCH 1460 NEXT J 1470 IF CONS CHGS THEN GOSUB CCAP 1480 IF CONS DISCHS THEN GOSUB DCAP 1490 CLS 3 1500 RETURN 1510 1520 1530 1540 FCHG 1550 LOCATE 10 10 PRINT Charge Data 1560 PRINT G1 gcv 1 LINE INPUT 1 VOLTS 1570 PRINT G1 gcc 1 LINE INPUT 1 CURRS 1580 PRINT G1 gct 1 LINE INPUT 61 TEMPS 1590 PRINT 1 VOLTS 1600 PRINT 2 CURR 1610 PRINT 3 TEMP 1620 RETURN 1630 1640 1650 FDISCH 1660 LOCATE 10 10 PRINT Discharge Data 1670 PRINT 61 gdv 1 LINE INPUT 1 VOLTS 1680 PRINT 61 gdc 1 LINE INPUT 1 CURRS 1690 PRINT 61 gdt 1 LINE INPUT 61 TEMPS 1700 PRINT 4 VOLTS 1710 PRINT 5 CURRS 1720 PRINT 6 TEMPS 1730 RETURN 1740 CCAP 1750 PRINT 1 root 1 LINE INPUT 1 1760 PRINT 7 AS 1770 TCONS DISCHS 1780 RETURN 1790 DCAP 1800 PRINT 1 rdot 1 LINE INPUT 1 AS 1810 PRINT 8 A 1820 TCONS CHGS 1830 RETURN 40h 40h A 11
96. WER INPUT AC Z 7 1 7 2 7 3 7 4 IE ds X 1 7 1 e X RFB 1 2
97. oooh JU jh Omin STEP 3 J L JL JL JA STEP 18 L IL JL JA ooh Omin JU h Omin STEP 4 JL JA STEP 19 LIL L h Omin Doh Olmin STEP 5 LILTL JA STEP 20 J L JL JL JA Ch Omin Lh Omin STEP 6 c LILIE JL JA STEP 21 J L JL JL JA LILJLJh Omin Ch Omin STEP 7 OULA STEP 22 LJUUA LJLIL h Omin O00h Omin STEP 8 000 STEP 23 XLLLILILJA LJL L h Omin LJ h Omin STEP 9 L JL IL JA STEP 24 IL JL JA Lh Omin L L h Omin STEP 10 J L JL JL JA STEP 25 ZU LIL JA LILIL h Omin JU h Clin STEP 11 J L IL JL JA STEP 26 J L JL JL JA LJL L h Omin ooh Omin STEP 12 27 L JL JL JA Eh Omin CITT Omin 13 zx LILILIL JA STEP 28 J L L JL JA JU h Omin Lh Omin STEP 14 sel JL JL JA STEP 29 JL JL JA LILILIh och lmin STEP 15 L JL JL JA STEP 30 EU AE IL JA CU LILImin LILILIn LJL Imin 44 4 3 OPTION 0 001 32 00A 8Unit3X 0 999h 0 59min 0 001 20 00V 20VV 77 D JI js m c E Fu T Ud HG Cur LILILILIA HG Time CC min ISCH Cur LILILILIA V I
98. s corp Vo k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k kk k k k e kk ISET IFC ISET REN CMD DELIM 0 CLS PFX 1 CHGS 9 DTSCHS 7 CENDS 13 TCONS CHGS OPEN b GCHGV DAT FOR OUTPUT AS 1 OPEN b GCHGC DAT FOR OUTPUT AS 2 OPEN b GCHGT DAT FOR OUTPUT AS 3 OPEN b GDISCHV DAT FOR OUTPUT AS 4 OPEN b GDISCHC DAT FOR OUTPUT AS 5 OPEN b GDISCHT DAT FOR OUTPUT AS 6 OPEN b GCCAP DAT FOR OUTPUT AS 7 OPEN b GDCAP DAT OUTPUT AS 8 OPEN b GLIFE DAT FOR OUTPUT AS 9 PRINT l head 0 PRINT 1 opn 18 PRINT 1 run 1 1 1 A MAIN PRINT 1 1 INPUT 61 CON LOCATE 10 10 PRINT CONS TCONS IF CONS TCONS THEN GOSUB CDATA IF CONS CENDS THEN OWARI GOTO 1240 OWARI CONS 7 GOSUB CDATA PRINT 1 1ifrsps 1 LINE INPUT 61 A PRINT 9 A CLOSE 1 2 3 4 5 6 7 8 9 END 1400 CDA
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