目 次
Contents
1. PL EMAX ETIM EFRQ 3 0 6 0 9 ETIM 0 VV PL 4 PL2. LOAD 20A PL40 5A 3 BRAY INT CExT CHRG LOAD NN GSET cMoD DATA SET 2 or 8 ER GON GON GON GOVR gt EO gt gt dE GOFF GOFF GDEL GDEL so0C SOC26 GEXD GEXD cExp GRUN GRUN GRUN GRUN 2 GDAY G
3. 0 PL Lo 1 1 Thin arrow short push y Thickarrow long push BATV VMAX VMIN FTIM SOC TEMP SOLV HIST LOAD DAY 1 gt IN gt OUT VMAX gt VMIN gt FTIM SOC NEXT BACK gt EXIT 4 DAY 2 gt IN gt OUT gt VMAX gt VMIN gt FTIM SOC NEXT BACK EXIT DAY 3 IN OUT VMAX gt VMIN gt FTIM SOC NEXT gt BACK gt EXIT 1 1 I 1
4. FET FET PL 4 E PL 2 a Co PL20 PL40 PL20 PL40 40 0 20 5 20 1 40 1 0 19 4 8 32110 1 5 13 20 48 SS 0 SNS2 BOO 50 SH 1201 13 10 13 28 0 0 9 0 20 B
5. BSET 1 PL B 2 VEXT PL SOL 2 9 LOAD G 2 2 PWM PL
6. 0 25 PL 200Hz PWM PWM SOL LOAD PWM G FET
7. 4 0 HIST 6 6 IN OUT VMAX VMIN FTIM SOC 3 0 2 DAY DAY1 DAY2 1 1 EXIT SOC SOC SOC
8. 0 5mV 1 BP Solar Block 2 Sonnenschein Dry Hit 3 Absolyte battery 4 SmV C 5 BP Solar Block 6 Sonnenschein Dry Hit 7 Absolyte battery 8 SET MODE LSET GSET SET MODE LSET GSET 1 8 se LSET LOAD ST NO GSET
9. DATA TEMP TEMP RS 0 0 TEMP A a 1 A A Mo TEMP A PL PL gt CC ANAN
10. PL PL 3 5 PL 48V PL
11. A SET REG EL 1 LOAD a A BMAX MD 13 5 16 5V 2 SN EMA 14 0 17 0V CC ETIM 0 2 0 3 LOAD EFRQ 20 150 ABSV 13 5 15 5V 2 OH a ATI 0 4 0 4 4 FLTV 13 5 15 0 PWM 0 1 1 0 3 0 2 8 9 BRTN 11 0 13 0V 4 CHRG 1 20 40 A
12. LDEL 0 L ON lt LOFF LOAD gt 0 LOAD a A 2 68 4 BALY LINT LEXT CHRG LOAD LSET mp OT LOFF DI LON WE MM LDEL LOAD 1
13. PWM PL LOAD PWM LOAD BCAP BCAP PL Ah 4 BCAP BCAP 20 20 000Ah 200 BCAP 1 000Ah 20Ah 100Ah 1 000 1 000 1 0 1 100 1 1 20 000 20 0 Ah 20Ah 20 ALRM
14. B 2 VEXT SET MODE BSET SET MODE PWM 0 B 0 _ PWM 1 PWM SOL 1 2 2 PWM LOAD GN ME A 3 PWM NN PWM BSET 0 B PL BAT2 2 CC
15. AR PL PL RS PWM oC PLS RS232 PLI NS RA Ri I 2
16. TMOD a A 0 TMOD 1 gt TEMP Y 2 lt TEMP Y 3 VEXT gt VEXT Y 4 VEXT lt VEXT Y 5 gt TIME Y 6 lt TIME Y 7 8 TMOD N 9 gt TEMP N 10 lt TEMP N 11 VEXT gt VEXT N 12 VEXT lt VEXT N 13 gt TIME N 14 lt TIME N BSET 2 VEXT B VEXT 8 0 0V 0 1V 2V 100 3 V 5 0 TMOD STRT STOP TMOD 6
17. STRT STRT PB Pbext EXTD STRT STRT 1 SOLV STRT SOLV STOP STOP 12 TIME TIME 4 STOP PL STRT STOP 1 11 5 EMOD TMOD
18. PL DC PL 250A PL PLX PL PLI RS232 PL PL PL SE
19. PL LSET GSET LSET GSET 11 RSET RSET RSET PL I 2
20. 1 2 WMI SS 12 BEAP A SE EO 13 RM Aa Sa ND SR oN ir Ni 8 A EE NE Le eo 13 RSETS RR DR EER ERE RS Rs 13 4 1 3 1 3 RR 15 FTE EE ED RR ER 16 PLM ee 16 PLS 16 PEX 5 2 So 16 PL 16 17 PL 1 7 17 RAI ET SR TD EE SR EE EEA EE EE 18 PL
21. IBM PL40 12V 24V 32V 36V 48V BAT BAT 100V BAT BAT 120V BAT SOL 100V LOAD BAT 60V BAT 60V B BAT 10V SOL 20 40 A LOAD 20 5 A 25 A G 120 mA 5 50C 70 C 9 12 mA ul 2 1 PL PL SOL BAT LOAD BAT
22. PL PL ABSV ATIM EN ABSV ABSV PL FLTV PL FLTV
23. Plasmatronics Web SR CCN RN PL E CO 0 2 4V NE dl O 0 3 CHRG GMOD 0 GON 1 1 5V GOFF 1 3 8V GDEL 1 0 GEXD 3 0 GRUN 1 0 LOAD LOFF 1 1 3V LON 1 2 8V LDEL 1 0 SET REG EFRQ 4 5 ABSV 1 4 0V ATIM 2 0 FLTV 1 3 8V HYST 0 4V BRTN 1 3YV CHRG PL20 20A CHRG PL40 4 0A BFRQ 1 5 TCMP 0 SET MODE BAT2 1 4 0v PWM 1 ALRM 1 1 4V SET EVNT STRT 1 2 TIME 0 STOP 1 2 TIME 25 5 EMOD 2 TMOD 0 0
24. 4 1 FLOT 6 4 F IO BATv gt BOST EQUL y ABSB y CHRG CINT CEXT I Oor 4 2or6 Ler5 GON GON GON GOVR GoFf SOF GDEL epeL soce SOC GEXD cexp cexp GDAY GDAY GDAY LOAD LINT LEXT Re GSET GMOD V SOC S0C mm POE 100 GRUN GRUN GRUN GRUN LSET py IN p INT EXT User Guide Clear p10 Clear User OUT INT EXT Pi plo Clear Clear p8 pe p8 p9 DATA VMAX gt VMI
25. PL 3 PL 4 4 4 Figure 4 Battery Cngrge Cycle TIME EMAX BMAX _ ABSV ETIM FLTV 1 L ATIM 1 BMAX 3 EE BMAX 8
26. NY 0 SET EVNT EMOD G 9 2 STOP EMOD EMOD 0 EMOD SET EVNT STOP 1 PL STOP 0 gt SOLV 2 1 lt SOLV 3 2 VEXT gt VEXT 4 ExtD 3 VEXT VEXT 5 PL 4 PB 2 TIME 6 PL
27. SOL Nt PL RE SOL LOAD G LSET GSET 11 1 SOL 1 LOAD NN A PL
28. Ni a bn BRTN 10 PL b PL BFRQ c PL 5 ko 1 BATV gt BOST EQUL y ABSB y FLOT EE a or
29. 1 1 0 3 9 2 PL LSET LOAD GSET G 11 1 4 i 2 3 7 EVNT EVNT STRT
30. PL 70 PL PL 50C 60 C PL PL CE PL PL 3 1 ec
31. PL 0 1 3 TCMP BMAX V 15 0 14 2 15 0 14 2 EMAX V 16 0 14 0 16 0 14 0 3 1 ETIM 1 0 0 1 0 0 PL LSET 1 4 4 NE GSET 2 2 9 9 BSET 0 2 2 TCMP T
32. SOLV 1 E ON 1 0 STOP EOFF 1 PL 1 1 1 0 2 EMOD 1 5 0 3 TMOD TMOD 1 EOFF STRT 1 0 E ON STOP 0 MOD 0 0 1 0 00 EOFF
33. GOFF GDEL 2 SOC G ON SOC GOFF GOFF 100 3 GSET GRUN 6 RE A 9 4 6 0 2 a M PL GEXD E a GDAY NN GTIM GDAY GTIM
34. ME CHRG PL PL A E PL MODE PL 18A 22A 1 i 10 00 20 00 30 00 40 00 50 00 60 00
35. LSET LOAD GSET G LSET CSET 6 BB PL BAT PL BAT
36. i PL 2 NOS PL 2 BAT2 2 2 PWM PL HYST PL PWM 15dB 4 8V
37. 6 7 STRT Set1 STOP Set2 EMOD TMOD Set3 12 180 12 190 4 1 25 6 18 00 18 0 STRT 7 STOP EMOD 1 0 1 0 0 5 STRT Set1 STOP Set2 EMOD TMOD Set3 14 100 14 5 3 5 100 4 PL 4 PLM PL PLS 2 PL
38. PL SOC SOC BCAP 2 PL CE
39. 7 4 STRT SET EVNT STRT 4 STRT O WE 59 2 9 VEXT 3 VEXT 4 gt Me IN TIME 6 Pon TIME 7 8 TIME me 0 ns TIME 12 gt TIME a we 15 0 1 25 5 RATE ul PB BB BAT Pbext EXTD
40. 2 BCAP SOC 1 2 PL 2 1 0 25 SO 0 2 SOC 100 1 Ah 100 SOC PL SOC PL Ah in Ah out
41. 2 3 STRT EMOD NGOI 1 STOP TMOD EMOD 0 E ON EOFF 1 STRT STOP EOFF 1 STRT 0 1 E ON 1 STOP 0 STRT
42. 9 nl TY 2 0 REG SET REG 6 12V 12V 24V 2 6 BATV TIME gt VOLT gt PROG gt REG MODE EVNT CHRG BMAX pSet our EMAX mp Set DATA ETIM pSet sET EFRQ pset ABsv pset AT pSset FUTV pSset HYsT mSet BRTN Set CHRG pSset BFRO set TCMP mp Set
43. 0 EQUL ABSB FLOT PL _ BATV g ETIM 0 ATIM 0 BOST FLOT EQUL ABSB ETIM ATIM PL PL 1 4 ockout
44. SE EE ES 5 HIST 5 SCOCO 2 Ne RSS es Se SA ap 4 5 Sn 5 EE 6 lt lt lt 6 6 6 SN EG i EE SE a 7 lt 7 7 EE SO I RE PE EE 0
45. DAY4 DAY2 DATA DAY 30 IN gt OUT VMAX gt VMIN gt FTIM SOC NEXT gt BACK EXIT DATA DATA VMAX 0 VMIN 0 FTIM 7 SOC Ah PL 3 3 2 TEMP SOLV HIST 0 VMAX VMIN FTIM SOC IN OUT VMAX VMIN
46. 4 BFRQ 1 20 TCMP TIME VOLT PROG 3 0 REG PL MODE PL 10 EVNT 13 SOC BCAP 4 MODE MODE 10 TCMP 2
47. EON EOFF STRT TIME STOP TIME EMOD TMOD 12 0 12 250 2 0 4 STRT STOP STRT STOP 0 23 9 6 0 25 0 25 0 EMOD LOAD LSET 5 STOP 13 EXTD TIME 250 10 STRT TIME STOP RU
48. G oil a a 0 2 AS BAT2 2 13 0 16 0V PWM PWM 0 3 2k 8 BCAP 20 20 000Ah 2 A ALRN 10 0 18 OV i EAL a lt 3 4 LOAD O 5 6 LSET 6 IN A GSET 6 2 RE _ 2 1 PL LOAD 9
49. VOLT PROG REG MODE EVNT p23 p30 LSET COAD GSET G BSET B BA 2 PWM gt BCAP A 5 995Ah ALRM RSET gt STRT en sTop etting EMOD 2 Tvop 3 Setting TMOD EOFF EON
50. i PL GEN 10 3 2 AA TMAN 11 PWM 2 3 4 5 BSET 5 B 6 PL 1 2 LSET GSET PL
51. 0 0 20 0 00 00 0 00 0 0 0 00 00 20 0 0 0 0 0 0 0 0 7 7 7 Ne SN a RR SS i ES i 8 A RE BI GR iS NE 8 i es 8 REG 8 TCMP lt 9 ES 80SR0 UP NO ONS SS SW EE eS 9 0 3 9 EDEHIIHEY SE RR NE 10 lt 11 lt 1 1 GS eS 2 2 SW eo Cy Sv lt 11 BSET B 12 BAT2 2
52. 6 PBext 9 TIME 7 ExtD 7 PBexxt gt TIME a gt 8 ExtD 1 T 9 ExtD gt PL E 1 9 3 uM 10 ED PL 6 ME ME gt 11 1 2 ME 12 gt TIME SET EVNT EMOD TMOD 13 ExtD TIME TMOD 0 6 gt 14 TIME 1 240 8 14 15 RUN 0 1 25 5
53. DAY GDAY GSET 10 PL GSET GEN 4 GMOD 0 6 O GON GDEL GOFF GDEL 1 SOC GON
54. N EMOD TMOD 4 0 14 10 0 2 0 STRT 0 STOP RUN 1 0 EMOD 2 STRT Set1 STOP Set2 EMOD TMOD Set3 12 0 5 0 1 0 0 STRT PL EMOD PL EMOD STRT PL BAT STOP 25C
55. N FTIM gt SOC gt TEMP SOLV HIST LON LOGFF gt LDEL m VMAX gt VMIN FTIM gt SOC gt TEMP SOLV HIST DAY 1 gt IN gt OUT gt VMAX gt VMIN FTIM SOC NEXT BACK EXIT palp25 p8 DAY2 IN gt OUT gt VMAX gt VMIN FTIM gt SOC NEXT BACK EXIT Wo DAY 3 gt IN gt OUT gt VMAX gt VMIN FTIM SOC NEXT BACK gt EXIT LL yy yy yy DAY4 DAY2 DATA DAY 30 IN gt OUT gt VMAX gt VMIN gt FTIM SO C NEXT gt BACK EXIT 3 SET Set time Set Set battery program Yoltage P27 BMAX EMAX 1 ETiv EFRQ 48sy ATM Fv HYST BRTN CHRG pFRo TCP TIME
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