施工マニュアル - RPI
Contents
1. 242. 2 4 5
3. Qe e HB E e
4. 2 3
5. fe FT d N z X I H 65 8 22 1 HW DC Injection F01 F02 F03 2 mol dE mm a aOR Temperature High i gt 2 S Temperature Low m HW NTC1 Fail HW NTC2 Fail a T pq BRA HW N
6. 67 8 23 1 Grid err Lock ON 2 ENT Lock fe FT d N X I H 68 9 9 1 AC DC
7. 64 8 21 amp EE 1 1 250V Solar1 Low 1 Power Meter w01 P29 2 1 2 250V Solar2 Low 2 Power Meter w02 P29 2 1 HWFAN diam 2 3
8. e e e pod 2 0a E gom RE 20 60 C 5 90 RH 60 A Sm i S
9. Install Settings 1 2 21 Jun 2010 13 50 Insulation 21 Jun 2010 13 50 Inverter ID 001 ON Resistance 550 kohm RCMU ON DC Injection Return to Factory Yes No Country Japan 60 Hz Grid Settings Mode Mode ON ON Resistance Positive Ground Resistance Negative Ground Resistance DC1 Only 1 Resistance DC2 Only 2 Resistance Disable OFF 82 1 Mode Mode ON 2 Resistance Mode ON Positive
10. Reconnection Time Ramp up Power 9 min AC connection 2 AC 3P3W 3P4W 3P3W TH Grid err Lock OFF ON DCInjection Return to Factory Country Grid Settings EPO Dry Contact Grid Settings OVR UVR OFR UFR etc Return to Factory event energy 33 Sj he m N rT D Password 21 Jun 2010 13 50
11. B m
12. Q 20 60 e 4 3 E t 200mm ia 5j pal rri 200mm 300mm 200mm 4 600mm EM S o US S Bl4 3 5 5 1 1 DC AC 2 3 DC
13. To gt e 2 UN P
14. 2 DC 2 1 RPI M16A M20A zB 1 E 1 AC AC DC 4 MC4 2 4
15. on Lo Ed es i C D G RM Td m Ig RN els a beo NE RE i e P 5 tt e OF Ak buried e ym BnBaUtd
16. P 60 1 70cm 20cm 60cm 20cm 2 3 4 6 1
17. Vac High On Vac High Of T Vac High Off T RD p Vac Low Off ERE MM LA M a Vac Low On i Low OffT Tu Vac Low OffT 37 8 m N r1 D ON OFF Sj jc m 1 N rT D 6 3 Grid Settings Fac High Off OFR AC AC N Fac High On OFR AC
18. Relay Test Open F13 F29 x oe 1 F30 2 DC 1000V HW Bus OVR Me Power Meter P29 F31 F33 F35 A urent IO qe F37 Ed ESO P OLEAT Ls HW CT A Fail HW CT B Fail CT 5 F42 F43 F44 m HW CT C Fail RAM DEN HW AC OCR MEND 9 mm i i DN HW ZC Fail F50 HIP I IS DCC A urrent igh Feo F61 F70 F71
19. Inverter ID Insulation RCMU Reconnection Time Ramp up Power AC connection Insulation Resistance DC ON Positive Ground Negative Ground DC1 Only DC2 Only Disable 6 Ed 6 16 DC Injection ACA RCMU
20. Recovery Time Lock in Power Lock out Power Lock in Voltage Lock out Voltage KU Mode Lock in Voltage Lock in Power Lock out Voltage Recovery Time Lock out Power Mode ON Active Power Control 21 Jun 2010 13 50 Active Power Control 21 Jun 2010 13 50 Power Limit Power vs Frequency Lock in Power Au Lock out Power Lock in Voltage Lock out Voltage Mode B 6 20 P V 6 2 6 4 4 Constantcosw Cap 0 80 Ind 0 80 Reactive Power Control 21 Jun 2010 13 50
21. 55dB 5 LCD 320x240 EXIT ENTER WxHxD 612x625 x 2 8 mm 43kg IP55 IP65 20 60 40 40 5 90 RH 2000m 71 lt gt 1 rea RPI Commerclal E Today 47kWh 21 Jun 2010 13 50 Runtime 8 2Hrs Power 12103W On Grid ENT LED GRN RED UP Up LCD EXIT
22. Lock ENT 83 3 3 6 ID RS 485 ID 1 ID ID 254 ID 1 Menu Settings Install Settings 2T Password 4 6 1 3 C Install Settings 2 Install Settings Inverter ID ENT ID Install Settings 1 2 21 Jun 2010 13 50 Inverter ID 001 Insulation RCMU ON DC Injection Return to Factory Yes No Country Japan 60 Hz Grid Settings 3 3 7 OVR UVR OFR UFR 1 Menu
23. Vac High Off T OVR Vac High Off AC AC Vac Low Off UVR AC 1 Pp AEN SET ERN Vac Low On UVR AC AC Vac Low Off T UVR Vac Low Off AC AC Vac High Off Slow Vac High On Slow Vac High Off Slow T Vac Low Off Slow Vac Low On Slow Vac Low Off Slow T Eo e Vac High Off NO ME
24. FRO 5 1 RPI M16A 40A RPI M20A 40A L3 2 L1 AC G N L1 L2 L3 AC 5 2 AC RPI M16A 40A 5 8mm 0 7N m UL10070 RPI M20A AC 3 3 phase PE 4 3 phase N PE 3 PE AC 1 53 55mm 2 3 L1 L2 L3 50 5 52 5mm 3 10 12mm 5
25. Dry Contact COM NO1 5 8 56 On Grid 5 9 5 8 Dry Contact Dry Contact On Grid Dni a n Gri Fan Fail TAN 277855 Insulation ins Insulation AC Freq High AC Freq Low Grid Quality HW Connect Fail No Grid Error E 1 8 ACVolt Low AC Volt High Solar1 High Solar2 High Insulation HW DC Injection Temperature High Temperature Low HW NTC1 Fail HW NTC2 Fail HW NTC3 Fail HW NTC4 Fail HW DSP ADC1 HWDSP ADC2 HW DSP ADC3 Faul HW Red ADC1 HW Red ADC2 HW Efficiency HW COMMI HW COMM2 ault Ground Current HW Connect Fail RCMU Fail Relay Test Short Relay Test Open Bus Unbalance HW Bus OVR AC Current High
26. E 3J pal 2 2 3 3 1 2 8mm LLL COMMI 3 1 3 2 3 2 3 2 1 3 2 2 DC DC B 3 2 3 2 1 A NELTA RPI Commercial E Today 47kWh 21 Jun 2010 13 50 Runtime 8 2Hrs Power 12103W On Grid LCD EXIT DOWN Down ENT LED GRN RED UP Up 3 3 11 3 2 2 eoe eoe lss id o o e e e e e e e AC DC RS 485x2
27. AC 5 1 4 DC 6 2 6 3 Install Settings amp GND GND 5 1 DC DC OFF gt 5 2 AC 3 3 Phase PE OFF 5 2 1 AC
28. 7 3 44 8 8 1 8 1 1 E Today 47kWh 21 Jun 2010 13 50 2 Runtime 8 2Hrs 3 Power 12103W On Grid 8 12 16 20 24 No 1 E Today 2 Runtime 3 Power 16 ig N A TY H I R 45 8 2 Power Meter 3P3W Power Meter 2 2 21 Jun 2010 13 50 7 AC Output 8 Voltage UV 388 VW 389 WU 387 Vac Current U 6 4 V6 5 W6 6 A Power U 1420 V 1455 W 1480 W D Today Power 4355Wh Frequency 60 00Hz Power Meter 1 2 21 Jun 2010 13 50 DC Input Input1 PO 1420 V 222 6 4 Output No 1 Input1 P DC 1 2 Input1 V DC 1 3 Input1 1 DC 1 4 Input2 P DC 2 5 Input2 V DC 2 6 Input3 DC
29. 200V 2 89 2 Lock out Voltage Lock in Voltage 8V 448V 8V 440V Lock out Voltage 440 3 1 V1s V2s Lockin Voltage Lock out Voltage 107V V1s 428 0V Lock in Voltage 440 0V Lock out Voltage 8V 432 0V V1s Lock in Voltage Lock out Voltage 00V Dx 4 2x 4 8 vis Lock in Voltage 420 0 428 0V 420 0V 105 0V 107 0V 420 0 430 0V 422 0V 105 0V 107 5V 422 0 432 0V 424 0V 105 5V 108 0V 424 0 434 0V 426
30. M6 2 4 1 a M6 4 1 b 3mm M6 x6 M6 x6 14mm 4 1 c 700mm 500mm 800mm 1 2 9 9 9 9 34 950mm 4 1 d 4 2 S pal Li Q RPI M Q Q
31. 3 4 Voc DC1000V 1 2 Vom 470 820Vdc 5 4 5 3 1 2 RPI M16A 18 2 kW 13 2kW RPI M20A 22kW 13 2kW 5 4 DC RPI M16A M20A DC 34A 3 5 6mm2 12AWG UL10070 DC 5 5
32. RS 485 USB ON indi 5 8 5 6 RS 485 PIN RS 485 1 vcc d12V 19200 bps L a L a 8 3 DATA 4 DATA 1 5 DATA yea e 6 DATA VCO RS 485 GND 5 4 3 EPO EPO 2 EPO 5 7 55 5 7 EPO EPO rt EPO1 1 2 Normal Open EPO1 1 2 Normal Close EPO2 24 5 4 4 Dry Contact RPI M
33. Y 200V 400V 200V 400V 1 2 200V 1 2 2 UVR 160V 160V x 2 320V Vac Low Off 320 100V 4 UVR Vac Low Off T Vac Low On Vac Low Off Slow Vac Low On Slow Vac Low Off Slow T 3 1 OFR Fac High Off OFR Fac High Off T Fac High On Fac High Off Slow Fac High On Slow Fac High Off Slow T 3 1 UFR
34. TT N 0 5N m 5 4 AC 20 AC 6 2 6 3 Install Setting AC connection AC 3 L1 L2 400 Vac 1096 L1 L3 400 Vac 1096 L2 L3 400 Vac 1096 21 5 3 DC DC 1 2
35. AC Fac High Off T OFR ES ER Fac High Off AC AC Fac Low Off UFR r4 AC AC N Fac Low On Fac Low Off T UFR UFR AC AC Fac Low Off AC AC Fac High Off Slow Fac High On Slow Fac High Off Slow T Fac Low Off Slow Fac Low On Slow Fac Low Off Slow T
36. FRT 90 120 50Hz 5Hz 60Hz 5Hz 0 99 3 2 EA 70 10 1 RPI M16A M20A RPI M16A RPI M20A PWM 3 0 100 1 5 0 8 0 8 2W RS 485 e BO
37. Fac High Off Fac High Off Fac High On Fac High On Fac High OfT Fac High Off T Fac Low Off Fac Low Off Fac Low On Fac Low On Fac Low OffT Fac Low OffT Reconnection Time AC 38 6 2 6 4 Active
38. 4 2 EO LED 6 1 A NELTA RPI Commerclal E Today 47kWh 21 Jun 2010 13 50 Runtime 8 2Hrs Power 12103W ON OFF On Grid 8 jc m D A R N rT D a LCD EXIT DOWN Down ENT LED GRN RED UP Up 6 1 26 6 1 LED LED LED OFF ON OFF OFF ON OFF OFF 1 ON 1 OFF 1 LED 2 1 1 LED 6 2 6 3 Japan 50Hz 400V Japan 60Hz 400V Japan 50Hz 420V Japan 60Hz 440V RPI M16A Japan PL 50Hz Japan PL 60Hz
39. 2 3 4 5 2000m 1 20 60 5 9096RH 2 2000m 2 2 1 2 2 RBiH 2 1 E E 3J pal 2 1 E 3J pal ii 2 3 1
40. Language Date Time Screen Saver brightness Contrast Screen Saver 5 60min LCD Brightness Contrast 1 5 Personal Settings 21 Jun 2010 13 50 English Date 21 06 2010 DD MM YYYY Time 13 50 Screen Saver 5 min Brightness 3 Contrast 2 6 12 Personal Settings 32 6 2 6 2 Coefficient Settings CO2 CO2 CO2 Saved kg kWh Earning Value kWh Currency Baud rate 6 13 Coefficient Settings 6 2 6 3 Install Settings Install Settings 2
41. PV KBT4 6 PV KST4 6 II 5 5 DC 22 5 4 RPI M VCC GND RS 485X2 EPO Dry Contact 5 6 El e 3A 28V E EPO 5 6 5 5 EPO Dry Contact RPI M16A 1 RPI M20A No2 5 9 5 4 1 2 1 2 3
42. English Select Country 1 1 21 Jun 2010 13 50 Confirm Country 21 Jun 2010 13 50 Japan 50Hz Are you sure to set country Japan 60 Hz Japan 60 Hz Japan PL 50Hz Japan PL 60Hz Japan 50Hz 420V Japan 60Hz 440V d 6 2 Select Language 21 Jun 2010 13 50 English Deutsch Francais Italiano Espanol Nederlands 27 Sj A m D ON OFF A fe 6 1 LCD LCD 6 4 E Today 47kWh 21 Jun 2010 13 50 On Grid 20 15 12 16 20 24 6 4 6 2 LCD EXIT 6 5 E Today
43. 100 0 100 o Actual Rated Power ON ON OFF Mode A Cr 1 2 3 4 Insulation 5 6 ID 7 OVR UVR OFR UFR 8 9 10 78 3 2 lt 4613 gt Password 21 Jun 2010 13 50 Password 21 Jun 2010 13 50 Password 21 Jun 2010 13 50 Password 4 3 3 w 21 Jun 2010 13 50 21 Jun 2010 13 50 ENT 4 3 3 ENT v ENT Password 21 Jun 2010 13 50 Password 21 Jun 2010 13 50 4 6 3 ENT 4 6 Em 3 ENT w ww ENT Password 21 Jun 2010 13 50 Password A ENT 4 6 1 B ENT 4 6 1 ww A V ENT
44. ENT EXIT Inverter ID AC Connection Insulation Grid err Lock RCMU ON Country Japan 60 Hz Grid Settings Reconnection Time 300s Ramp up Power 100 m ON OFF Sj jc m 1 N rT D lt 6 14 Password 21 Jun 2010 13 50 Install Settings 2 2 21 Jun 2010 13 50 001 300 js Insulation Ramp up Power 100 96 m RCMU ON AC Connection 3P3W DC Injection Grid err Lock ON Return to Factory Yes No Country Japan 60 Hz Grid Settings Normal Open Normal Open 6 15 34 Install Settings 1 2 21 Jun 2010 13 50 Insulation 21 Jun 2010 13 50 Inverter ID 001 ON Resistance 550 kohm RCMU ON DC Injection Return to Factory Yes No Country Japan 60 Hz Grid Settings 6 2 300 550 1200 ON Positive Ground Negative Ground DC1 Only DC2 Only Disable e 6 16 Insulation Do 6 2 Mode N
45. Japan 50Hz 420V 470 4 i is 205 0 1 Japan 60Hz 440V 492 8 Japan 50Hz Japan 60Hz 4382 Japan PL 50Hz Japan PL 60Hz i Lock out Voltage Japan 50Hz 420V 462 0 Japan 60Hz 440V 484 0 Ab E Mode Mu ON ON OFF Japan 50Hz Japan 60Hz 428 0 Japan PL 50Hz Japan PL 60Hz V1s Japan 50Hz 420V 449 4 Japan 60Hz 440V 470 8 381 1 506 0 Japan 50Hz Japan 60Hz 448 0 0 1 Japan PL 50Hz Japan PL 60Hz V2s Japan 50Hz 420V 470 4 Lock in Voltage Japan 60Hz 440V 492 8 V2s Qsimit 85 a Ra Em SAEC V1 Vji i 7 Qi limit ee i Delay Time To Lock in Power ro Lock out Power T ade Ab E Mode Mu ON ON OFF 77 3 1 Cap0 08 cos 1 1 Ind0 08 Mode A ORNETTE ON ON OFF Grid err Lock OE ON ON OFF Set Point
46. ENT Event Log 21 Jun 2010 13 50 Event Summary 1 8 21 Jun 2010 13 50 1 15 02 2010 1702 AC Freq High Event 2 02 12 2009 09 13 No Grid HW DC Injection 3 23 11 2009 15 28 HW Fan Temperature 4 03 10 2009 06 02 Insulation HW NTC1 Fail 5 27 02 2009 05 52 Insulation HW NTC2 Fail 6 18 02 2009 16 46 HW DC Injection HW NTC3 Fail HW NTC4 Fail Summary 6 8 EventLog 6 2 4 Operation Data 4 FETH Operation Data 1 4 21 Jun 2010 13 50 Operation Data 2 4 21 Jun 2010 13 50 Input1 Maximum Maximum Voltage 247 Voltage 811 Current 30 5 Current 25 2 Power 6810 Power 11200 Voltage 244 Input2 Current 30 3 Voltage 785 Power W 6756 Voltage 245 Current 26 3 Current 30 1 Power 6745 LL a zZ Power Temperature d in Output Maximum Inside Voltage 247 Heatsink
47. Japan 50Hz Japan 60Hz 4600 Japan PL 50Hz Japan PL 60Hz i 1 Vac High Off OVR RE Japan 50Hz 420V 483 0 Japan 60Hz 440V 506 0 Japan 50Hz Japan 60Hz 452 0 Japan PL 50Hz Japan PL 60Hz 2 VacHigh On OVR Japan 50Hz 420V 475 0 Japan 60Hz 440V 498 0 3 Vac High Off T OVR 1 0 E Japan 50Hz Japan 60Hz 320 0 A E Japan PL 50Hz Japan PL 60Hz P 4 VacLow Off UVR Japan 50Hz 420V 336 0 PES EN Japan 60Hz 440V 352 0 I IN Japan 50Hz Japan 60Hz 3080 IE gr Japan PL 50Hz Japan PL 60Hz 5 VacLow On UVR Japan 50Hz 420V 344 0 Japan 60Hz 440V 360 0 6 VacLow Off T UVR 1 0 7 Vac High Off Slow x 8 Vac High On Slow 9 VacHigh Off Slow T 10 Vac Low Off Slow z 11 Vac Low On Slow 12 Vac Low Off Slow T 56 8 13 2 Grid Settings Grid Settings 3 5 21 Jun 2010 13 50 Grid Settings 4 5 21 Jun 2010 13 50 61 20 Hz Fac High Off Slow 2 Fac High On 6115 Hz 8 Fac High On Slow 3 Fac High OffT 10S 9 Fac High Off Slow T 4 Fac Low Off 58 80 Hz 10 Fac Low Off Slow 5 Fac Low On 58 85 Hz 11 Fac Low On Slow 6 Fac Low Off T 10s 12 Fac Low Off Slow T Grid Settings 5 5 21 Jun 2010 13 50 Reconnection Time
48. 0 8Hz 50Hz 1 0Hz 60Hz 3 ON OFF 1 50Hz Sj jc m 1 rT D 61 0Hz ED 50 8Hz se es 0 0 0 05 0 06 6 25 2Hz 51 5Hz 47 5Hz 50Hz 61 8Hz 570Hz 60Hz 50Hz 61 8Hz 51 5Hz 60 0Hz SN 50 0Hz A EN LI 2Hz 570Hz x 47 5Hz SE 0 0 6 26 42 7
49. 4 5 6 T E A 5 7 23 5 4 2 RS 485 RS 485 PIN 5 6 RS 485 ON 5 8 PC RS 485 ON OFF
50. Active Reactive Power Control 2 Active Reactive Power Control X Active Power Control ENT Active Power Control 3 Active Power Control P V ENT Active Power Control Active Power Control 21 Jun 2010 13 50 Active Power Control 21 Jun 2010 13 50 Power Limit Recovery Time Power vs Frequency Lock in Power Au Lock out Power 50 Lock in Voltage 448 0 V Lock out Voltage 4382 V Mode ON Y 3 Y 200V 400V 200V 400V 1 2 1 100V 200V 2 2 2 3 112V 112V x 2 x2 448V Lockin Voltage 448
51. 3 Y 200V 400V 200V 400V 1 2 200V 1 2 2 OVR 230V 230V x2 460V Vac High Off 460 100V 4 OVR Vac High Off T Vac High On Vac High Off Slow Vac High On Slow Vac High Off Slow T 3 1 85 UVR Vac Low Off i Grid Settings Vac Low Off ENT il ENT Y 3
52. AC DC 7 1 7 1 71 43 7 2 4 72 7 3 73 4
53. s 5 10 Mode ON 62 82 8 19 AC Freq High E01 1 P90 2 P90 Power Meter P29 AC DC D w AC Freq Low E02 P90 2 P90
54. Power Control gt gt Mode Active Power Control Power Limit Recovery Time Lock in Power Menu Settings Active Reactive E 3 Lock out Power P V pean Power Control gt Lock in Voltage Active Power Control P V Lock out Voltage Mode Vis Menu gt Settings Active Reactive V2s SH Q U Power Control gt diii Os limit Reactive Power Control Q V Mode cos Menu Settings Active Reactive Constantcos Power Control gt Mode Reactive Power Control Constant cos 93 E EE 94 E EE 95 gp 3 553 0003 5 9 6 TEL 06 4798 0665 FAX 06 4798 0550 20150423
55. 85 Ind0 100 Ind16 98 71 Ind32 94 74 Ind48 87 73 Ind1 99 99 Ind17 98 54 Ind33 94 40 Ind49 87 17 Ind2 99 98 Ind18 98 37 Ind34 94 04 Ind50 86 60 Ind3 99 95 Ind19 9818 Ind35 93 67 Ind51 86 02 Ind4 99 92 Ind20 97 98 Ind36 93 3096 Ind52 85 42 Ind5 99 87 Ind21 97 77 Ind37 92 90 Ind53 84 80 Ind6 99 82 Ind22 97 55 Ind38 92 50 Ind54 84 17 Ind7 99 75 Ind23 97 32 Ind39 92 08 Ind55 83 52 Ind8 99 68 Ind24 97 08 Ind40 91 65 Ind56 82 85 Ind9 99 59 Ind25 96 82 Ind41 91 21 Ind57 82 16 Ind10 99 50 Ind26 96 56 Ind42 90 75 Ind58 81 46 Ind11 99 39 Ind27 96 29 Ind43 90 28 Ind59 80 74 Ind12 99 28 Ind28 96 00 Ind44 89 80 Ind60 80 00 Ind13 99 15 Ind29 95 70 Ind45 89 30 Ind61 79 24 Ind14 99 02 Ind30 95 39 Ind46 89 79 Ind62 78 46 Ind15 98 87 Ind31 95 07 Ind47 88 27 Ind63 77 66 3 1 88 1 Lock in Voltage Menu Setting Active Reactive Power Control 2T Password T lt 5 gt 5 gt 5 gt 5 gt
56. Power Meter P29 AC DC Bow Grid Quality E07 AC DC UJ N HW Connect Fail E08 AC AC DC w N No Grid E09 AC 2 AC OF AC DC A 63
57. Reactive Power Control 21 Jun 2010 13 50 O Mode ON ENT 91 3 3 10 Mode OFF 1 Menu Settings Active Reactive Power Control jT Password C 5 lt 5 gt 5 gt 5 gt Active Reactive Power Control X 2 Active Reactive Power Control Active Power Control ENT Active Power Control Active Power Control 21 Jun 2010 13 50 Power vs Frequency P V Active Power Control X Power Limit ENT Active Power Control Active Power Control 21 Jun 2010 13 50 100 96 Actual Rated Power Rated Mode OFF Mode ON ENT Active Power Control 21 Jun 2010 13 50 Set Point 100 Actual
58. 6 2 1 6 2 6 Menu 21 Jun 2010 13 50 ALLEM Power Meter 6 2 1 Energy Log 6 2 2 EventLog 6 2 3 Operation Data 6 2 4 Inverter Information 6 2 5 Settings 6 2 6 ON OFF Sj jc m D Nc 1 N rT D ES 6 5 28 6 2 1 PowerMeter Power Meter 1 2 21 Jun 2010 13 50 2 Output 3P3W Power Meter 2 2 21 Jun 2010 13 50 AC Output AC Voltage UV 388 VW 389 WU 387 Vac Current U 6 4 V6 5 W6 6 A Power U 1420 V 1455 W 1480 W Today Power 4355Wh Frequency 60 00Hz 6 6 PowerMeter 29 yato LL a zZ 6 2 2 Energylog ENT Energ
59. OFF AC DC AC DC RS 485 EPO and Dry Contact 69 Sj AE m D 1 N rT D ES 10 101 10 1 RPI M16A M20A RPI M16A RPI M20A DC 1000V 200 1000V MPP 470 820V 250V DO 635V DO 22A x 2 ilic eem 2x2 16 5kW 20kW AC 24A 26 5A 29A 32A 98 496 97 596 AC 400V 420V 440V 3 100 40 OVR UVR OFR UFR
60. 1 1
61. Japan 50Hz 420V 4704 AEN AS Japan 60Hz 440V 492 8 D H b Japan 50Hz Japan 60Hz 4382 2 DR Japan PL 50Hz Japan PL 60Hz ES 8 Lock out Voltage Japan 50Hz 420V 462 0 Japan 60Hz 440V 4840 9 Mode ON 60 8 17 Constant cos Reactive Power Control 21 Jun 2010 13 50 No 1 coso 1 00 2 Mode t F OFF 61 le R A gt IN H ra pN 8 18 Q U Reactive Power Control 21 Jun 2010 13 50 Reactive Power Control 21 Jun2010 13 50 T Delay Time 8 Lock in Power 9 Lock out Power No Japan 50Hz Japan 60Hz 428 0 Japan PL 50Hz Japan PL 60Hz 1 V1s Japan 50Hz 420V 449 4 Japan 60Hz 440V 470 8 Japan 50Hz Japan 60Hz 448 0 Japan PL 50Hz Japan PL 60Hz 2 V2s Japan 50Hz 420V 470 4 Japan 60Hz 440V 492 8 3 Os limit Os Ind52 ES fn 4 Vli UVR 1 IK me 5 vai UVR DEN x2 x 6 Qilimit Qi IN IN H ZUR 7 Delay Time IS Hg b 8 Lock in Power 9 Lock out Power
62. 6 Reconnection Time 300 7 Ramp up Power 100 8 ACConnection 3P3W 9 Grid err Lock OFF ON ON 53 19 FT d z X I H w 8 10 Install Settings 1 2 21 Jun 2010 13 50 CD oo 2 Insulation Install Settings 2 2 21 Jun 2010 13 50 9 Ramp up Power 10 AC Connection D Grid err Lock 300 s 100 96 m 3P3W ON Normal Open Normal Open ON 4 DC Injection 5 Return to Factory Yes No Japan 60 Hz 7 Grid Settings 14 Dry Contact No 1 Inverter ID ID 001 2 Insulation 3 RCMU ON 4 DCInjection 5 Return to Factory 6 Country be 7 Grid Settings R S 8 Reconnection Time 300 R 9 Ramp up Power 100 1 R 10 AC Connection 3P3W g 11 Grid err Lock OFF ON ON 12 EPO1 Normal Open 13 EPO2 Normal Open 14 Dry C
63. 19 FT d DI bs I H 8 20 1 Grid Settings P90 2 ACVoltL bes bots dli do P90 Power Meter P29 AC DC Grid Settings P90 2 BE ACVoltHigh us iid usi uml ci Te E11 E13 E16 E18 E21 E23 Es
64. 2 PN 7 ACOutput AC n iE 8 Voltage EU xs x 9 Current B 7L E INS z H D 10 Power ES 11 Today Power 12 Frequency 46 8 3 Energy Log Energy Log Total 21 Jun 2010 13 50 1 Life Energy 29200 kWh 2 Life Runtime 3651 Hours 3 Total CO2 Saved 54312 kg 4 Total Earning 0 History Energy Log Month 21 Jun 2010 13 50 2010 06 1 5 10 15 20 25 30 Day Peak Day 06 92 kWh Energy Log Year 21 Jun 2010 13 50 1234567 89101112 Day 5 Peak Month May 2354 kWh 6 E Year 17033 kWh Year CO2 Saved 31681 kg EXIT 2009 Energy Log Day 21 Jun 2010 13 50 2010 06 21 16 20 24 Hour D Peak Hours 01 pm kWh OEO A TEETER No 1 Life Energy 2 Life Runtime 3 TotalCO2 Saved CO2 4 TotalEarning 5 Peak Month 6 E Year 7 YearCO2 Saved CO2 8 PeakDay 9 E Month
65. 3 49 16 ig N A IN H I R 8 5 Inverter Information Inverter Information 21 Jun 2010 13 50 Inverter Information 21 Jun 2010 13 50 1 Serial Number B3514200020 2 DSP Version 1 80 3 Red Version 1 17 4 Comm Version 1 01 5 Installation Date 05 Jan 2009 6 Inverter ID 001 Japan 60Hz No Serial Number DSP Version DSP Red Version Red 4 Comm Version 5 Installation Date 6 Inverter ID ID 7 Country h 8 Pmax VA e 16 d z x I H w I LL UN g 50 Settings 8 6 Settings 21 Jun 2010 13 50 Personal Settings 2 Coefficients Settings 3 Install Settings 4 Active Reactive Power Control No 1 Personal Settings 2 Coefficients Settings 3 Install Settings 4 Active Reactive Power Control 5 FRT Fault Ride Through 51 o 16 A t IN H I R 8 7 Personal Settings Personal Sett
66. rT Mode ON ON Positive Ground Negative Ground DC1 Only 1 DC2 Only 2 Disable OFF 35 Grid Settings 1 5 21 Jun 2010 13 50 Grid Settings 2 5 21 Jun 2010 13 50 Vac High Off Vac High Off Slow Vac High On VacHigh On Slow Vac High Off T Vac High Off Slow T Vac Low Off Vac Low Off Slow Vac Low On Vac Low On Slow Vac Low Off T Vac Low Off Slow T Fac High Off Slow Fac High Off 61 20 Hz Fac High On Slow Fac High On 61 15 Hz Fac High Off Slow T Fac High Off T 1 0 5 Fac Low Off Slow Fac Low Off 58 80 Hz AYI ap iS S rT D lt FacLow On Slow FacLow On 58 85 Hz Fac Low Off Slow T Fac Low Off T 1 0 5 6 17 Grid Settings Grid Settings 25 6 3 36 6 3 Grid Settings Vac High Off OVR AC 1 S d VE EE Vac High On OVR AC AC
67. ENT Reactive Power Control Reactive Power Control 21 Jun 2010 13 50 Reactive Power Control 21 Jun 2010 13 50 V1s 428 0 Delay Time V2s 448 0 Lock in Power Os limit Ind 52 Lock out Power Mode Qi limit Y 3 Y 200V 400V 200V 400V 1 2 1 100V 200V 2 2 2 3 107V 107V x 2 x 2 428V zzv vis 428 200V 2 87 2 V2s Lock in Voltage 3 Os limit Ind52
68. JI F A fe 16 d AT I H w 57 8 13 2 Grid Settings No Japan 50Hz Japan PL 50Hz 51 00 Japan 60Hz Japan PL 60Hz 61 20 1 Fac High Off OFR Japan 50Hz 420V 51 00 Japan 60Hz 440V 61 20 Japan 50Hz Japan PL 50Hz 50 95 Japan 60Hz Japan PL 60Hz 61 15 2 FacHigh On OFR Japan 50Hz 420V 50 95 Japan 60Hz 440V 61 15 3 Fac High Off T OFR 1 0 Japan 50Hz Japan PL 50Hz 48 50 Japan 60Hz Japan PL 60Hz 58 80 4 FacLow Off UFR Japan 50Hz 420V 48 50 ES Japan 60Hz 440V 58 80 gt 1 Japan 50Hz Japan PL 50Hz 48 55 ER D x Japan 60Hz Japan PL 60Hz 58 85 1 EN 5 Fac Low On UFR 1 HP Japan 50Hz 420V 48 55 d Wi Japan 60Hz 440V 58 85 6 Fac Low Off T UFR 1 0 7 Fac High Off Slow 8 Fac High On Slow 9 Fac High Off Slow T 10 FacLow Off Slow 11 Fac Low On Slow 12 FacLow Off Slow T 13 Reconnection Time 300 58 8 14 Active Reactive Power Active Reactive Power 21 Jun 2010 13 50 Settings 21 Jun 2010 13 50 Personal Settings 1 Active Power Control Coefficients Settngs 2 Reactive Power Contro
69. 6 21 Constant cos 6 2 6 4 5 Coso P 6 2 6 4 6 Constant Reactive Power 6 2 6 4 7 Q U 6 22 40 Reactive Power Control 21 Jun 2010 13 50 O Vis 4280 V D V2s 4480 V Q O Qslimit Ind 44 96 V UVR UVR O vi E I kee V B Q Qilimit Kd Qi Delay Time Shi eo Lock in Power Lock out Power Mode 6 22 Q U 6 2 6 5 FRT 6 2 6 6 FRT FRT FRT Fault Ride Throug
70. 79 Install Settings 1 2 21 Jun 2010 13 50 Inverter ID Insulation RCMU DC Injection Return to Factory Country Grid Settings 001 ON Yes No Japan 60 Hz 3 3 3 3 1 1 Menu Inverter Information ENT Country Menu 21 Jun 2010 13 50 Inverter Information 21 Jun 2010 13 50 E Today Serial Number B3514200020 Power Meter DSP Version 1 80 Energy Log Red Version 1 17 Event Log Comm Version 1 01 Operation Data Installation Date 05 Jan 2009 Inverter Information Inverter ID 001 Settings Japan 60Hz Country Japan PL 50Hz Japan PL 60Hz Japan 50Hz Japan 60Hz Japan 50Hz 420V Japan 60Hz 440V RPI M16A RPI M20A 2 Menu Settings ENT Install Settings Menu 21 Jun 2010 13 50 Settings 21 Jun 2010 13 50 E Today Personal Settings Power Meter Coefficients Settings Energy Log Event Log Active Reactive Power Control Operation Data FRT Inverter Information 3 Settings Install Settings ENT Passwo
71. Settings Install Settings Password 4 6 1 3 Install Settings 2 Install Settings Grid Settings ENT Grid Settings 3 Grid Settings 5 Grid Settings 1 5 21 Jun 2010 13 50 Grid Settings 2 5 21 Jun 2010 13 50 4600 V Vac High On 452 0V Vac High On Slow 2 Vac High Off T 105S Vac High Off Slow T 3 Vac Low Off 320 0 V Vac Low Off Slow Vac Low On 328 0 V Vac Low On Slow 4 Vac Low Off T 105 Vac Low Off Slow T 84 Grid Settings 3 5 21 Jun 2010 13 50 Fac High Off 61 20 Hz Grid Settings 4 5 21 Jun 2010 13 50 Fac High Off Slow Fac High On 61 15 Hz Fac High On Slow 6 Fac High Off T 10S Fac High Off Slow T 7 Fac Low Off 58 80 Hz Fac Low Off Slow Fac Low On 58 85 Hz Fac Low On Slow 8 Fac Low Off T 105 Fac Low Off Slow T Grid Settings 5 5 21 Jun 2010 13 50 OOVR Vac High Off i Grid Settings Vac High Off ENT Lig ii ENT Y
72. 1 Current 30 5 Heatsink 2 Power 20311 Heatsink 3 Frequency 50 10 4 6 9 Operation Data 31 ON OFF Sj R m D Nc 1 N rT D ES 6 2 5 Inverter Information ID ID 6 2 6 3 Install Settings Inverter Information 21 Jun 2010 13 50 Inverter Information 21 Jun 2010 13 50 Serial Number B3514200020 Prix VA DSP DSP Version 1 80 Red 1 Red Version 1 17 Comm Version 1 01 Installation Date 05 Jan 2009 ID Inverter ID 001 Country Japan 60Hz 6 10 Inverter Information 6 2 6 Settings Personal Settings Coefficients settings Install Settings Active Reactive Power Control FRT Settings 21 Jun 2010 13 50 Personal Settings Coefficients Settings Install Settings Active Reactive Power Control Fault Ride Through FRT 6 11 Settings 6 2 6 1 PersonalSettings
73. P90 Power Meter P29 3 AC AL DC HT 4 g S TN IK t L o l n 1 1000V x Solar gn m NEC Power Meter NN P29 IN Hu num 2 1000V I Solar2 High 2 Power Meter 3M P29 1 DC Insulation I E34 2 DC
74. x2 EPOx1 Dry Contact x1 1 2 FL pream 1 9 3 2 4 DC INPUT 34 3 5 4 4 1 2 Q 4 2 AC 4 1 12 M6
75. 5 min Brightness 3 Contrast 2 2 Language ENT 3 Date ENT 4 Time ENT 81 3 3 3 1 Menu Settings Install Settings T Password 4 6 1 3 C Install Settings 2 Install Settings AC Connection ENT 3P3W 3 Install Settings 2 2 21 Jun 2010 13 50 Reconnection Time 300 js Ramp up Power 100 96 m 3P3W Grid err Lock ON EPO1 Normal Open EPO2 Normal Open Dry Contact 3 3 4 Insulation 1 Menu Settings Install Settings jT Password 4 6 1 3 Install Settings 2 Install Settings Insulation ENT Insulation Mode Resistance
76. Fac Low Off UFR Fac Low Off T Fac Low On Fac Low Off Slow Fac Low On Slow Fac Low Off Slow T 3 1 Reconnection Time 86 3 3 8 QUU PV 1 Vis D Menu Setting Active Reactive Power Control Password 5 gt 5 gt 5 gt 5 gt Active Reactive Power Control 2 Active Reactive Power Control X Reactive Power Control ENT Reactive Power Control X 3 Reactive Power Control X Q U
77. Rated Power Rated ON 92 4 Country Install Settings AC Connection Menu Settings Install Settings ID Inverter ID gt Install Settings Grid err Lock Mode Menu Settings Install Settings Insulation gt Install Settings Resistance Insulation Vac High Off OVR Vac High On OVR Vac High OffT Vac Low Off UVR Vac Low On UVR Vac Low Off T Menu gt Settings Install Settings Grid Settings a Fac High Off Install Settings OFR AREF Grid Settings Fac High On OFR Fac High Off T Fac Low Off UFR Fac Low On UFR Fac Low Off T Reconnection Time Menu Settings Install Settings Grid err Lock Grid err Lock Install Settings Grid err Lock Set Point Menu Settings Active Reactive Power Limit
78. 0V 106 0V 108 5V 426 0 438 0V 430 0V 106 5V 109 5V 428 0 440 0V 432 0V 107 0V 110 0V 430 0 442 0V 434 0V 107 5V 110 5V 432 0 444 0V 436 0V 108 0V 111 0V 434 0 446 0V 438 0V 108 5V 111 5V 436 0 448 0V 440 0V 109 0V 112 0V 90 3 3 9 J Mode OFF 1 Menu Settings Active Reactive Power Control JT Password 5 lt 5 gt lt 5 gt lt 5 gt C Active Reactive Power Control Active Reactive Power Control Reactive Power Control ENT Reactive Power Control X Active Reactive Power 21 Jun 2010 13 50 Active Power Control Reactive Power Control Reactive Power Control X Constant coso ENT Constant cos Reactive Power Control 21 Jun 2010 13 50 Constant cos coso P Constant Reactive Power Q V Cap0 80 1 Ind0 80 ENT
79. HWCTAFail HW CT B Fail HW CTC Fail HW AC OCR HW ZC Fail DC Current High Warnin 9 Solar1 Low Solar2 Low HW FAN 25 6 ON OFF TE ZI 7E A8 AN 70 AC DC DC ON LED 320X240 5
80. Japan 50Hz 420V Japan 60Hz 440V 2 ENT Are you sure to set country Japan 60 Hz 2 1 2 1 Select Language 21 Jun 2010 13 50 English Deutsch Francais Italiano Espa ol Nederlands 2 English ENT Menu E Today Power Meter Energy Log Event Log Operation Data Inverter Information Settings 74 3 3 1 Japan 50Hz Japan 60Hz 460 0 Japan PL 50Hz Japan PL 60Hz Vac High Off OVR Japan 50Hz 420V 483 0 Japan 60Hz 440V 506 0 318 0 529 0 Japan 50Hz Japan 60Hz 4520 0 1 OVR Japan PL 50Hz Japan PL 60Hz i ERE i Vac High On a id Japan 50Hz 420V 475 0 Japan 60Hz 440V 498 0 Vac High Off Slow Vac High On
81. Slow Vac High Off T OVR 10 uh i OVR Vac High Off Slow T Japan 50Hz Japan 60Hz 320 0 Japan PL 50Hz Japan PL 60Hz Vac Low Off UVR Japan 50Hz 420V 336 0 J 60Hz 440V 352 0 ERES 3180 529 0 Japan 50Hz Japan 60Hz 328 0 AT Y 7 01 UVR Japan PL 50Hz Japan PL 60Hz RE Vo Japan 50Hz 420V 3440 Japan 60Hz 440V 360 0 Vac Low Off Slow Vac Low On Slow Vac Low OffT UVR Cmm UVR Vac Low Off Slow T 75 3 1 o Japan 50Hz Japan PL 50Hz 51 00 Japan 60Hz Japan PL 60Hz 61 20 Fac High Off OFR Japan 50Hz 420V 51 00 Japan 60Hz 440V 61 20 45 00 65 00 0 1 Japan 50Hz Japan PL 50Hz 50 95 OFR Japan 60Hz Japan PL 60Hz 61 15 Fac High On OFR 0 05Hz Japan 50Hz 420V 50 95 Japan 60Hz 440V 61 15 Fac High Off Slow E Fac High On Slow
82. yo adn Fac High OffT OFR 10 Ed 2 OFR Fac High Off SlowT pr E g Japan 50Hz Japan PL 50Hz 48 50 Japan 60Hz Japan PL 60Hz 58 80 Fac Low Off UFR Japan 50Hz 420V 48 50 Japan 60Hz 440V 58 80 45 00 65 00 0 1 UFR Japan 50Hz Japan PL 50Hz 48 55 Japan 60Hz Japan PL 60Hz 58 85 eo UFR 0 05Hz Japan 50Hz 420V 48 55 Japan 60Hz 440V 58 85 Fac Low Off Slow T BOUT Fac Low On Slow yu E Fac Low OffT UFR CE OO UFR m Edu Fac Low Off Slow T o E E 76 3 1 TE i F Reconnection Time e 300 0 300 Recovery Time 10 10 900 Lock in Power 55 10 100 Lock out Power 50 07 50 Japan 50Hz Japan 60Hz 448 0 Japan PL 50Hz Japan PL 60Hz Lock in Voltage
83. 0 5 lt 52 5mm 10 12mm 5 2 AC 5 4 AC L1 L2 L3 AC 16 20mm 2 5 3 1 LI L1 m Y rud 2 L2 2 0 L2 4 N L3 QD PE 0 7N m
84. 10 Month CO2 Saved CO2 11 Peak Hour 12 E Day 13 Day CO2 Saved CO2 47 fe FT d N X IN H w 19 16 d X I H w Operation Data 1 4 21 Jun 2010 13 50 8 4 1 Input1 Maximum Voltage Current Power Input2 Voltage 4 785 Current 5 26 3 Power 6 10301 Operation Data Operation Data 2 4 21 Jun 2010 13 50 aximum Voltage Current Power 247 30 5 6810 Voltage Current Power 244 0 3 Voltage Current Power No 1 Input1 Voltage Maximum DC 1 2 Input1 Current Maximum DC 1 Input1 Power Maximum DC 1 Input2 Voltage Maximum DC 2 Input2 Current Maximum DC 2 Input2 Power Maximum DC 2 L1 Voltage Maximum AC L1 L1 Current Maximum AC L1 L1 Power Maximum ACL1 L2 Voltage Maximum AC L2 L2 Curr
85. 8 2 4 8 Bil ge nIHE essendo 45 3 82 63 3 1 9 9 32 IMRE ig 9 9 1 69 4 10 4 1 12 0 70 41 BEBE MEME 12 5 z ODIO AUS 1 c LL 7 52 18 ioc 2 7 74 5 3 2 3 75 5 4 23 ABER MORREEA RE a 93 amp i amp c BOSE B 5 BO Ei ON OFF 1 SO Ei 433 0 Mo a x
86. A NELTA RPI M16A M20A 1 6 ON OFF 26 2 6 1 LCD 28 ui m 3 6 2 LCD 28 8 7 P Fatis uc EN DM 7 1 43 EnG 44 2 1 d M 22 B8 7 7 3 44 TE MD 1 8
87. DOWN Down 72 ENT EXIT Settings 21 Jun 2010 13 50 Personal Settings 21 Jun 2010 13 50 Personal Settings 21 Jun 2010 13 50 ENT English Language English Coefficients Settings Date 21 06 2010 Date 21 06 2010 Install Settings DD MM YYYY DD MM YYYY Active Reactive Power Control Time 13 50 Time 13 50 FRT Screen Saver 5 min or Screen Saver 5 min Brightness 3 Brightness 3 Contrast 2 Contrast 2 js js Settings 21 Jun 2010 13 50 Personal Settings 21 Jun 2010 13 50 Personal Settings Language Deutsch Coefficients Settings Date 21 06 2010 Install Settings M DD MM YYYY Active Reactive Power Control Time 13 50 FRT Screen Saver 5 min Brightness 3 Contrast 2 ki 11 T ENT 303 BH Personal Settings 21 Jun 2010 13 50 Personal Settings 21 Jun 2010 13 50 Language English Language Deutsch 1 Date 21 06 2010 Date 21 06 2010 DD MM YYYY Y Time n DD MM YYYY Settings 21 Jun 2010 13 50 Time 13 50 Screen Saver 5 min s s e Personal Settings Brightness 3 Ba EVER 5 min Coefficients Settings Cont
88. Ground Negative Ground DC1 Only DC2 Only 1MO Resistance 550kohm 550kO 3 3 5 ON ON OFF 1 Menu Settings Install Settings j 2T Password 4 6 1 3 C Install Settings 2 Install Settings Grid err Lock ENT ON Install Settings 2 2 21 Jun 2010 13 50 Reconnection Time Ramp up Power 96 m AC Connection 3P3W ON Normal Open Normal Open Grid err Lock EPO1 EPO2 Dry Contact ON
89. Reactive Power Control Settings 21 Jun 2010 13 50 Personal Settings Coefficients Settings Install Settings Active Reactive Power Control Eu FRT Password 21 Jun 2010 13 50 Active Reactive Power 21 Jun 2010 13 50 Active Power Control ENT Reactive Power Control EXIT Elt 6 18 Active Reactive Power 6 2 6 4 1 PowerLimit MPP Tracking Mode OFF Active Power Control 21 Jun 2010 13 50 Active Power Control 21 Jun 2010 13 50 S 100 196 i Power vs Frequency Actual Rated Power Rated P V Mode 1 OFF gr EROR gris 6 19 Power Limit 39 ON OFF Sj jc m 1 N rT D a 6 2 6 4 2 Power vs Frequency 6 2 6 4 3 P V
90. TC3 Fail a i 5 HW NTC4 Fail D SN HW DSP ADC1 LY 1 HW DSP ADC2 1 Tn dun Dess E En Power Meter A HW DSP ADC3 cd ERA ds s 2 029589 EC TNE ee 2 sx HW Red ADCI I Wi HW Red ADC2 HW Efficiency F20 HW COMM1 F23 NOM ROUEN 2 Re N 66 8 22 Ground Current raa HW Connect Fail F26 BREST F27 Uv Relay Test Short F28
91. ent Maximum AC L2 L2 Power Maximum AC L2 13 L3Voltage Maximum AC L3 14 L3Current Maximum AC L3 15 L3 Power Maximum AC L3 48 Output 8 4 2 Operation Data Operation Data 3 4 21 Jun 2010 13 50 Maximum Voltage Current A Power W Frequency Hz Vdc 1 247 2 30 5 3 20311 4 50 10 Operation Data 4 4 21 Jun 2010 13 50 Temperature Inside Heatsink 1 Heatsink 2 Heatsink 3 Max Min 247 5 15 7 30 5 6 15 340 20317 15 2 50 10 8 15 24 No 1 Output Voltage Maximum AC3 2 Output Current Maximum AC3 3 Output Power Maximum AC3 4 Output Frequency Maximum AC3 5 Inside Max 6 Heatsink 1 Max 1 7 Heatsink 2 Max 2 8 Heatsink 3 Max 3 9 Inside Min 10 Heatsink 1 Min 1 11 Heatsink 2 Min 12 Heatsink 3 Min 2
92. h 0EAC9701 2012 FRT FRT 1 20 0 3 0 1 80 100 E 2 2096 0 3 00 01 6 23 20 41 Sj he m N rT D 20 0 3 1 80 100 8096 2096 0 3 0 0 1 0 6 24 2096 2
93. ings 21 Jun 2010 13 50 English Date 21 06 2010 DD MM YYYY 3 Time 13 50 4 Screen Saver 5 min 5 Brightness 3 6 Contrast No 1 Language English 2 Date 3 Time 4 Screen Saver 5 5 Brightness 3 6 Contrast 2 8 8 Coefficient Settings 4 Baud rate E e Coefficient Settings 21 Jun 2010 13 50 I y 1 CO2 Saved kg kWh 0 00 B 2 Earning Value kWh 000 3 Currency b IE W I LL UN gr No 1 CO2 Saved kg kWh CO2 0 00 2 Earning Value kWh 0 00 3 Currency 5 4 Baudrate 19200 52 2 Insulation 9 Grid err Lock ON 5 Grid Settings 6 Reconnection Time 3005 Install Settings 1 2 21 Jun 2010 13 50 001 8 AC Connection 8 9 Install Settings 2 2 21 Jun 2010 13 50 Japan 60 Hz 7 Ramp up Power 100 96 m No 1 Inverter ID ID 001 2 Insulation 3 RCMU ON 4 Country 5 GridSettings
94. l Install Settings Active Reactive Power Control FRT No 1 Active Power Control 2 Reactive Power Control 8 15 Power Limit Active Power Control 21 Jun 2010 13 50 Active Power Control 21 Jun 2010 13 50 Set Point 100 2 Power vs Frequency 5 Actual Rated Power Rated OFF No 1 Power Limit 2 Powervs Frequency vs 3 P V 4 SetPoint 100 5 Actual Rated Power Rated 6 Mode OFF 59 19 FT d z AT IN H w 8 16 P V Active Power Control 21 Jun 2010 13 50 1 Power Limit 2 Power Vs Frequency Active Power Control 21 Jun 2010 13 50 No 1 PowerLimit 2 Powervs Frequency vs z 3 PV 4 Recovery Time 10 5 Lock in Power 55 6 Lock out Power 50 4 Japan 50Hz Japan 60Hz lt Japan PL 50Hz Japan PL 60Hz SRA RA 1 n 7 Lock in Voltage
95. ontact 54 Install Settings 1 2 21 Jun 2010 13 50 Inverter ID RCMU Country Grid Settings Reconnection Time Ramp up Power 8 11 Insulation 001 ON Japan 60 Hz 300s 100 m 2 Resistance ON 550 kohm No 1 Mode ON 2 Resistance 550 8 12 Dry Contact No 1 On Grid OFF 2 Fan Fail ON 3 Insulation OFF 4 Error OFF 5 Fault OFF 6 Warning OFF On Grid 55 fe FT d N X IN H w 8 13 1 Grid Settings Grid Settings 1 5 21 Jun 2010 13 50 Grid Settings 2 5 21 Jun 2010 13 50 4600 V L2 2 VacHigh On 4520 V 8 VacHigh On Slow 3 Vac High OffT 10S 9 VacHigh Off Slow T 4 Vac Low Off 3200 V 10 Vac Low Off Slow tel 5 Vac Low On 328 0 V 11 Vac Low On Slow 6 Vac Low Off T 2 Vac Low Off Slow T No
96. rast 2 ie ad 3 Install Settings een 2 Active Reactive Power Control xl I Y Settings Menu EXT Menu Menu E Today ENT E Today 47kWh 21 Jun 2010 13 50 Menu 21 Jun 2010 13 50 rea 8 2Hrs Power 12103W T Power Meter 20 Energy Log 15 Event Log 10 Operation Data ENT Inverter Information 0 T T Settings 4 8 12 16 20 24 2 2 1 7 3 2 2 1 2 1 1 1 Japan 60Hz Japan 50Hz Japan 50Hz 420V Japan 60Hz 440V ENT RPI M16A Japan PL 60Hz Japan PL 50Hz Select Country 1 1 21 Jun 2010 13 50 Japan 50Hz Japan 60 Hz Japan PL 50Hz Japan PL 60Hz
97. rd Password 21 Jun 2010 13 50 80 4 lt 4 gt lt 6 gt lt 1 gt lt 3 gt ENT Install Settings Install Settings 1 2 21 Jun 2010 13 50 001 1 Insulation RCMU ON DC Injection Return to Factory Yes No Country Japan 60 Hz Grid Settings 5 Country ENT Select Country Install Settings 1 2 21 Jun 2010 13 50 Select Country 1 1 21 Jun 2010 13 50 Inverter ID 001 Japan 50Hz Insulation RCMU ON Japan PL 50Hz DC Injection Japan PL 60Hz Return to Factory Yes No Japan 50Hz 420V Japan 60 Hz Japan 60Hz 440V Grid Settings 6 ENT Are you sure to set country Japan 60 Hz 3 3 1 Menu Settings Personal Settings ENT Personal Settings Personal Settings 21 Jun 2010 13 50 English Date 21 06 2010 DD MM YYYY Time 13 50 Screen Saver
98. y Log Total 21 Jun 2010 13 50 Life Energy 29200 kWh Life Runtime 3651 Hours Total CO2 Saved 54312 kg Total Earning 0 ee EXIT History Energy Log Year 21 Jun 2010 13 50 kWh 2010 1500 750 0712345678 91011 py 1234567 89101112 Day Peak Month May 2354 kWh Peak Month Jul 2490 kWh E Year 17033 kWh Year CO2 Saved 31681 kg E Year 29200 kWh Year CO2 Saved 54312 kg EXIT 2009 Month EXIT 2008 2010 Month yato ON OFF A fe 21 Jun 2010 13 50 2010 06 2010 05 0 1 5 10 15 20 25 30 Day 1 5 10 15 20 25 30 Day Peak Day 06 92 kWh Peak Day 15 95 kWh E Month 1447kWh Month CO2 Saved 2690 kg E Month 2480kWh Month CO2 Saved 4612 kg EXIT 2010 05 Day EXIT 2010 04 2010 06 Day Energy Log Day 21 Jun 2010 13 50 Energy Log Day 21 Jun 2010 13 50 kW 2010 06 21 kW 2010 06 20 20 157 107 0 8 12 16 20 24 Hour 4 8 12 16 20 24 Hour Peak Hours 01 pm kWh Peak Hours 01 pm 15 kWh E Day 46 kWh Day CO2 Saved E Day 80kWh Day CO2 Saved 149 kg EXIT 2010 06 20 EXIT 2010 06 19 2010 06 21 Year d 6 7 Energy Log 30 6 2 3 Eventlog Error or fault 30
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