FRENIC-Mini Series
Contents
1. OFL2. 3 7 7 4
3. 60Hz 120Hz B PE gt o
4. 3 00V 200V 100V DC400V 3 400V DC800V 3 00V 200V 100V DC200V F14 3 400V DC400V F 1 4 H98 H98
5. 0 10 20 30 40 50 60 70 80 90 100 Q 3 120 do 4 20mA 0 10V 0 5V 1 5V 8 0 7 1 400Hz V f
6. CB S RS 485 m 3m 5m 3 gt H MIEJ POWI 2578 5 Modicon Modbus RTU EIA RS 485 1 31 19200 9600 4800 2400 bps TP E1 FRENIC Mini MAS CPAD C1 CN MB L JLUNfHN Z 1 DIN 35mm
7. OFL BE LE 2 60Hz
8. x PID ON OFF 1 2
9. FRENIC Mini The Compact Inverter FRENIC Mini 3 400V 1994 9 1999 10 2004 1 CRES OnSZOBA ANANAJ4K51Y The Compact Inverter FRENIC Mini
10. gt gt gt ZAD 400V 2 BLC BET e URL http www fujielectric co jp fcs KKA USB RHS 485 RS 485 USB
11. 1 6 6kV 50kVA 2 1 1kW 1 1kW nAkW 25788 SEB 35 25 16 138 10 0 901 0 761 0 70 2ekv 1 8 1 3 0 82 0 69 0 53 0 47 0 39 0 36 1 Pi Pi
12. I 0 FRENIC Mini MHT 70 4 4 PTC
13. H70 F37 2 ON OFF HO6 A V kW PID PID E48 E43 E48 Hz Hz Hz r min m min in GR p 23 UL
14. 3 6 1 2 1 sida mt 59 D 09 4727 7TAJFTA we Eo
15. 1 2 3 3 107 50C 115
16. 1 288 7 Ed 27 EG NSURE NN 28 011 271 337 060 0031 1 2 5 2 2 022 222 1110 980 0811 1 3 1 2 03 5847 8145 103 0011
17. FRENIC Lift a FRENIC5000G11S P11S MH594 E mail driveQfujielectric co jp ERENIC MEGA MH642 FRENIC5000VG7S MH623 Mini EZ AE MODNIE lt gt FRENIC Mini MHT270 sa FRENIC Eco MHT272 FRENIC Muli MHT275 FRENIC5000G11S P11S amp FVR E11S MHT257 GG TEL 0120 128 220 FAX 0120 128 230 FRENIC MEGA MHT278 6 3 PA R s o FRENIC5000 G11S P11S VG7 MS5 H a RHC FRENIC MX gg EL 0120 128 254 0120 128 258 103 0011 5 7 URL http www fesys co jp 03 5847 8031
18. E EMC IP 0 J IP40 7 3 The Compact Inverter FRENIC Mini 3 200V 3 400V LIC1S FRN0 1 C1S 2J FRN0 2 C1S 2J FRN0 75 C1S 2J FRN1 5 C1S 2J FRN0 4 C1S 4J FRN0 75 C1S 4J FRN1 5 C1S 4J FRN2 2 C1S 4J FRN3 7 C1S 4J 1 0 1 0 2 0 4 0 75 1 5 0 4 0 75 1 5 2 2 3 7 21440 EE 2 08 0 57 IF 1 9 3 0 JEJ lS 28 4 1 6 8 LV 3 34H 200v 50Hz 200V 220V 230V 60Hz 348 380 400 415V 50Hz 380 400 440 460v 60Hz 0 8 GW LS 1 4 25 3 0 5 0 ZE 8 0 7 0 1 5 5 Sm 55 SD 150 1min 200 0 5s 50 60Hz 3 200 240V 50 60Hz 3 380 480V 50 60Hz 10 15 2 10 5 165V
19. O H43 A O FS0 FS1 IGBT LIL LI O LIL i F10 F11 F12 PTC PTC UM O H26 H27 C1 11 PTC 13 C1 1 kQ
20. m 7 40 GE DCR DCR
21. TEL 03 5623 5933 http www sacom co jp NEMA 1 UL TYPE 1 ii JE EEE EE DIN The Compact Inverter FRENIC Mini mm _ BA 200V 400V W kg DBLILIL 2 DB0 75 2 DB0 75 4 A
22. ZOB 2 1 kW 4 4 ames 04 025 15 aa 37 A 6 50 9 55 6 6kV mA 579 2 5 25 18 1 3 0822 9 1 1 4 3 0 08 0 15ms 100 15 30ms 100 100 TEREE NA Saa EE 00 H A BREE A X
23. RS 485 RS 485 200V 3 400V 100V EMC RS 485 IP40 RS 485 RS 485 EC CE UL cUL 100V EMC EMC EC CE TUV
24. FAR 2 5 Hz2 FDT 8978 OFF 1 0 Hz E31 _ 0 OU F43 F44 2 IPF 1 I F10 F12 A b Ho4 H05 _ LIFE
25. 5 6 DD FREN Mini a4 0 75 90kW FRENIC 5000VG7S 3 400V 3 7 800kW 3 200V 0 4 90kW FRENIC MEGA 3 400V 0 4 630kW 3 200V 0 2 90kW FRENIC5000G11S 3 400V 0 4 630kW 3 200V 5 5 110kW 5000 115 34H 400V 5 5 710kW FRENIC Multi 3 200V 0 1 15kW 3 400V 0 4 15kW 200V 0 1 2 2kW 2 FRENIC ECO 3 200V 0 75
26. 50m OFL 1
27. F02 CPU CPU CEJ O STOP H96 _ LED 75 86 ON RS 485 RS 485 Er O EF 077 LERIUH IL 11 H70
28. 2 EMC MHT221 OV 500V 20m
29. E34 E35 H12 THR O E01 E03 E98 E99 O E20 E27 lt gt E01 E03 RST E98 E99 lt gt 4 Er I
30. AM MHz DCR 500kVA 10 z dw STN m HELS
31. F50 F51 IGBT 0 5 75 0 F10 F12 P99 PTC PTC H26H27 OL F10 F12 E34 E35 P99 HO4 HO5 SELU WEW AG 2 U PUC
32. 60 50 Hz 3 8 4 FRENIC Mini 1 1 0 0 4kW 1 5kW r min 120 100 A 0s 2 58 5s 7 55 105 12 58 1 2 Hz _ min 0 MA AM AM AMA MAAAAAAA ALU MILA AFYPEWAY PAT PAAJPAZYPTUN PAPAE FT PARE FT nl
33. ESO 0 01 200 00 E50 0 1 2 EBO 1 1 2 2 3 PID 12 C1 1 2 PID PID FWD REV rm m rm zm OO Lg 98 99 rm rm U a LU 0 0 1 SS1 1 0 3 SS2 2 0 7 SS4 4 2 RT1 6 HLD 7 BX 8 IP RST 9 1009
34. F43 F44 FRENIC Mini PID PID J0 1 JO 1 8 JO 1 J02 E60 E62 ns Hz H2 X100 9 _ a ZE E60 BEAJ ORF 12 DCO 10V 0 100 E6 C1 DC 4 20mA 0 100 E62 RS 485 Hz Hz x100 J02 E6 1 E62 12 DC0 10v 0 100 E61 C1 DC 4 20mA 0 100 E62 3 3 H69 H69 1
35. ELCB MCCB ELCB SALJB L SA R L 50 600V HIV 75C 30 2 0 2 0 RS 485 IP40 FRNO 1C1S 2J RGC2100 47 300 FRN0 2C1S 2J RGC2101 51 000 FRN0 4C1S 2J FRN0 75C1S 2J RGC2102 RGC2103 57 600 68 400 FRN1 5C1S 2J RGC2104 89 800 FRN2 2C1S 2J FRN3 7C1S 2J FRN0 4C1S 4J RGC2105 RGC2106 RGC4000 104 000 126 000 105 000 FRN0 75C1S 4J FRN1 5C1S 4J RGC4001 RGC4002 121 000 138 600 FRN2 2C1S 4J RGC4003 179 000 FRN3 7C1S 4J FRN0 1C1S 7J RGC4004 RGC3020 228 600 57 000 FRNO 2C1S 7J RGC3021 63 000 FRNO 4C1S 7J FRN0 75C1S 7J RGC3022 RGC3023 70 500 83 000
36. 1 Pi kW h Y3 x Xx1 0228 1000 kVA 1 0228 6 2 kW 2 BREW 04 075 15 22 37 58 Pi 6 77 677 2 Ki ACR DCR 3 RI Ki
37. FRNO 1C1S 2J gt FRNO 2C1S 2J 10 10 FRN0 4C1S 2J FRNO 75C1S 2J FRN0 1C1S 7J FRN0 2C1S 7J RMA C1 0 75 FRN0 4C1S 7J FRN0 75C1S 7J FRN0 1C1E 2J 2 59 FRNOo 2C1E 2J y FRNO 4C1E 2J FRNO 75C1E 2 FRNO 1C1E 7J FRNO 2C1E 7J FRN0 4C1E 7J FRN0 1C1S 6J FRN0 2C1S 6J FRN0 4C1S 6J FRN0 75C1S 6J FRN1 5C1S 2J FRN2 2C1S 2J FRNO 4C1S 4J FRNO 75C1S 4J FRN1 5C15 4J FRN2 2C1S 4J FRN1 5C1S 7J FRNO 4C1E 4J FRNO 75C1E 4J CPAD C1A MA C1 1010 RMA C1 2 2 re 2 075 kW 3 7kW FRENIC Mini EVR ETIC Z2 5KW 2 AKW T FRENIC Mini FVR E1 18S FRN0 1C1S 2J FVRO0 1E11S 2 FRNO 2C1S 2Jk FVRO0 2E11S 2 FRNO 4C1S 2Jk FVR0 4E11S 2 FRNO 75C1S 2J FVRO 75E11S 2 0 75kW 1 5KW MA C1 0 75 MA C1 3 7 FRNO 1C1S 7J FRNO 2C1S 7J FRNO 4C1S 7J FRN0 75C1S 7 J FVR0 1E11S 7 FVR0 2E11S 7 FVR0 4E11S 7 FRN0 75C1E 7 J FRN3 7C1S 2J FRN3 7C1
38. 116 3 140 3 b2 b3 20 5 2l w NEMA1 2 2C1 2 113 NEMA1 3 7C1 2 143 NEMA1 1 5C1 7 113 2Xgd ik LED Jaz KI LAAL EE WZA LED Q
39. MCCB lg 100V 100V 3 00V ELCB We a gt 0 75kW _ u mmm EMC EMC KE AOR DCR PN SI Za Aj ZE G0m 20m
40. 3 RULET 30 6 6 OEB 0 60 0 30 SGM 0 25 0 60 UPS 6 0 60 7 7 DEE 7
41. PTC Windows RS 485 USB RS 485 URL http www fujielectric co jp fcs DIN DIN 35mm
42. x67 IEC6 1800 3 396 AC 9 2 4 Q SPR IEE 8 The Compact Inverter FRENIC Mini 25 400Hz 120Hz F03 25 400Hz 120Hz FO4 160 0 EE g 0 75 15kHz 7kHz F26 F27 H98 H98 0 296 25 10C 0 0196 10 50C
43. 165V 165V 15ms 300V 300V KARTE PME 15ms 4 4 8 2 2 9 30 DCR DCH 057 IE 0 2 0 93 0 3 1 6 0 6 50 5 3 1 1 5 7 9 5 2 0 50 8 3 132 2 9 30 0 85 1 Z Le 3 1 1 3 0 5 9 2 0 50 O 180 4 9 A 6 0 6 100 kVA 9 6 8 100 9 150 150 0 0 60 0Hz 0 0 30 0s 0 100 IEC60529 IP 20 open type 1 1 R Elka EJ OOV su FRNOC 1 0 FRNO 1 C1E 7J C1E 7J FRNO 75 C1E 7J kW 1 Pl 02 0 4 0 75 kVA 2 057 1 9 E V 3 0 3 ll 34H 200V 50Hz 200V 220V 230V 60Hz 0 8 1 5 3 0 0 7 1 4 25
44. 30A B C FREN Mini 7 80 D 6 5 _ 67 _ 65 2 D1 SE D2 6 gt LO LO I L 1 SS AlE FRENIC A6lnt aa ak LO wa Dar 0 FFI e FR A PULL masc mm D bi FRN0 1C1S 2J gp 10 T OCO Ae 5 5 FRNO 4C1S 2J 95 25 FRN0 75C1S 2J 120 50 3 400V LERNO 4C1S 4J 115 FRNO 1C15 7J 80 10 200V FRN0 2C1S 7J 70 100V t FRNO 4C1S 7J 95 25 5 FRNO 75C1S 7J 140 90 50 A i FRNO 1C1S 6J 100 10 i 100V FRN0 2C1S 6J 90 FRNO 4C1S 6J 115 25 FRENNC NMIM WARNING e 6 EL m 5 BE z ER
45. 2 gt W Or TRE JE iR M LNJL EE The Compact Inverter FRENIC Mini gk IS SA HBO 0 00 0 20 0 20 Hog 0 0 1 95 STOP 9 MA STOP HIT 98 3 Bn s M7 7J7 v3 JAF ak L n uj JD PID 0 uae 0 0 PID 1 J03 0 000 10 000f5 0 100 J04 0 0 3600 0s 0 1 S 0 0 J05 D 0 00 600 00s 0 01 S 0 00 U06
46. 5 10cm KIELCE 6 X 1 X3 FWD REV 8E1 k E0 103 E98 E 39 JE iR F The Compact Inverter FRENIC Mini 0 m LU 1
47. 1 8 E EMC J IP40 12 RS 485 21 RS 485 3 200V 3 400V 1 5kW M2 0 2 N m JAREN Mini The Compact Inverter FRENIC Mini E s oil 50 60Hz l 1 Ee 1 O O e DARA RZ 2 3 8 R 1 1 RZS sza MCCB ELCB
48. 3 The Compact Inverter FRENIC Mini 1 2 PID 35 The Compact Inverter FRENIC Mini 77 w s Ech g
49. 4 4kHz F25 41 15 40C 5 JEMA 85 6 DCR 8 AVR OFF 9 10 9 x67 2 3 00 618551177 2 ACR 1 1 UL TYPE 1 NEMA1 NEMA 1 10 40C V VJ 9 V IEC 61800 3 5 2 3 IP40
50. 0 0 900 0s 0 1 S 0 5 M Z BE y B z Spo L n Ra 49 RS 485 1 255 1 0 0 1 2 3 403 0 0 60 0s 2 0 404 0 2400bps 3 1 4800 2 9600 3 19200 495 0 8 bits 0 1 7bits 495 0 0 1 2 405 0 2 bits 0 i ibit SUE 0 0 1 60s 409 0 00 1 00s 0 01 910 0 Modbus RTU 1 1 SX 2 155 0 H30 H30 RRS 485
51. 4 3 00V G00V 100V GO20V 3 400V 440V 9 3 200V 4 4kHz 25g 9 5 40C 5 JEMA 85 6 DCR 8 AVH OFF 1 7 0 6 9 gt VJ BU VEEJE VJ HEHN 10 19127 2 4502 5 9 JETHS V x67 IEC 61800 3 5 2 8 a 39
52. F15 F16 PID F18 52 12 C1 C32 C39 DCO 5V 200 96 DO 5V 3 3 0 30Hz CO1 CO4 H54 0 00 400 0Hz C20 1 Cg1 F14 PO9
53. 1 1000 0 06Hz 60Hz 0 4Hz 400Hz 01 7 99 99Hz 0 1Hz 100 0Hz 2 1 20000 0 003Hz 60HZ 0 02Hz 400HZ 0 01Hz V GER 3 2S00V 200V 100V 80 240 V FO03 F05 AVR ON OFF OFF 34H4400V 160 500 V V f 1 H50 H5 1 FOS F37 0 1 3 4 FOB9F37 F37 FO9 F37 2 1 2 3 2
54. aigeoov RN1 5C1S 2J i 3 600V FRN3 7C18 2J FRN2 2C1S 2J 29 75 3 400V FRN3 7C1S 4J 3 400v FERN1 5C1S 4J 64 600V FRN2 2C1S 7J FRN2 2C1S 4J 200V FRN1 5C1S 7J 149 85 5 w rma a 12 RS 485 21 EMC D 110 D 226 D1 cz 65 97 es 2 Di M A 4X5X7 ER gt o I 0 L Ld d 0 q y D3 L D3 Anu mm mm SE D D3 w lp1lpz D3 FRNO 1C1E 2J 100 51 2 FRN0 4C1E 4J 158 40 161 5 3 200V FRN0 2C1E 2J FRN0 75C1E 4J FRN0 4C1E 2J 115 36 2 FRN0 75C1E 7J 60 139 99 40 55 2 FRN0
55. 0 1 mn m M LU 1 2 1 0 00 1 135 0 01 0 5 75 0min 0 1 5 0 m e AlE 0 1 4 5 1 m n c a m U IG r gt m ru m U PU 1 0 0 400 0Hz 0 1 2 70 0 0 0 400 0Hz 100 00 100 00 0 0 60 0Hz 0 1 0 01 0 1 2 2 0 0 0 00 0 0 0 100 0 00 0 01 30 00s 0 1 60 0H
56. 3 200V 200V 100V FRNO 1C1L 2J FRNO 2C1 1 2 1 1 7 DCR2 0 2 66 0 8 FRN0 4C1L 2J FRNO 2C1C 7J DCR2 0 4 66 1 0 Raq FRNO 75C1L 2J FRNO 4C1 7J_ FRNO 1C1 6J DCR2 0 75 66 1 4 B FRN1 5C1L 2J FRNO 75C1L 7J FRNO 2C1L 6J DCR2 1 5 66 1 6 4XG FRN2 2C1 12J FRN1 5C1 7J FRN0 4C1L 6J DCR2 2 2 86 1 8 FRN3 7C1L 2J FRN2 2C1L 7J FRN0 75C1L 6JIDCR2 3 7 86 2 6 3 400V FRN0 4C1 4J DCR4 0 4 66 1 0 E FRN0 75C1L 4J DCR4 0 75 66 1 4 FRN1 5C1 4J DCR4 1 5 66 1 6 FRN2 2C1 1 4 DCR4 2 2 86 2 0 E FRN3 7C1 4J DCR4 3 7 86 2 6 FRN0 1C1L 2J O S E EMC J IP40 12 RS 485 21 RS 485 3 200V 3 400V 1 5kW FRENIC Mini RS 485 F OPC C1 RS RS 485 FRENIO Mini 2685 5807 0
57. 057 DCR 1 1 0 2 0 93 JES 0 3 6 S l 55 0 6 1 1 SZ 99 2 0 50 8 3 222 2 9 30 0 85 1 6 JE SH 0 6 1 1 3 0 53 2 0 50 4 4 SE 2 9 30 S 18 0 4 9 9 kVA 5 6 100 100 150 150 0 0 60 0Hz 0 0 30 0s 0 100 UL508C C22 2No 14 EN50178 1997 IEC60529 IP 40 H m 7 1 4 2 GO0V 220V 400V 440V 3 4 JEMA 8596 5 DCR 6 AV off SW _ V ng 8
58. H42H43H98 OLP H70 _ ID 4 35 _ DD yO E34 E35 _ ALM Y1E Y1 11 CM 30A 30B 1c AC250V 0 3A cosg 0 3 E27 30C DC 48V 0 5A Y1 JJ 30A 30C ON
59. 20 200 NP O OTRONDP 180 0 1 900kWs 999 0 000 0 001 50 000kW 0 001 kWs kW 999 0 0 000 FRENIC Mini The Compact Inverter FRENIC Mini E 19 La i X1 0 EOL X2 7 X3 8 0 1000 2239015 0 1Ex SS1 1 1001 0 3 SS2 2 1002 07 SS4 4 1004 2 RT1 6 1006 HLD 7 1007 BX 8 1008 RST 9 1009 THR 10 GOTO ZR JOG 11 1011 2 1 Hz2 Hz1 19 1019 W
60. PID E61 E61 DC 4 20mA 0 4100 250 F18 DC 20 4mA 0 100 DC 30 C35 C37 DC 20 mA DC 20 mA PID PID PID E62 PTC PTC 1kO 13 C1 H26 H27 E62 13 12 C1 CM Y1E 1 X1 X3 FWD REV lt ON
61. 30B 30C ON _ RS 485 RS 485 RJ 45 H30 1 P 26 y01 y10 RS 485 PLC y99 1 RS 485 RS 485 Q ii FALE M 3 200V 3 400V 200V 100V FRNOAG1L M4 1 8 Nem M The Compact Inverter FRENIC Mini NC L2 N P1 P CM 13 11 FWD REV M2 5 0 4 N m FRN0 1C1 2J
62. 165V 15ms 300V KUJ o 5300V 15ms A 6 DCR 0 57 0 93 JES S10 8 3 oes 1 6 3 0 4 4 5 DCH 1 8 5 9 3 9 5 132 5 9 SE 13 0 kVA 0 2 0 3 0 6 1 1 20 2 9 0 6 I 2 0 4 9 9 8 100 50 30 100 50 30 HELA 9 150 150 EJ 0 0 60 0Hz 0 0 30 0s 0 gt 100 IECG0529 IP 20 UL open type 1 1 51 gt lt ft i OOV 1 OOV 12 FRNHLLc1s LH FRN0 1 C1S 7J FRN0 2 C1S 7J FRNO 75 C1S 7J FRN1 5 C1S 7J FRN0 1 C1S 6J FRN0 2 C1S 6J kW 1 0 1 0 2 0 4 0 75 Lo 0 1 0 kVA 0 3 0 57 JET 9 3 0 0 26 0 53
63. ACR 1 1 UL TYPE 1 NEMA1 NEMA 1 10 40C 1 100V 100V 150 Q EMC JK m 34HH200V FRNO 1 C1E 2J 3 400V FRNO 4 C1E 4J FRN2 2 C1E 4J FRN0 2 C1E 2J FRN0 75 C1E 2J FRN1 5 C1E 2J FRN0 75 C1E 4J FRN1 5 C1E 4J FRN3 7 C1E 4J C1E FRNHL 0 4 1 5 3 7 e 6 8 3 8 380 400 415V 50Hz 380 400 440 460v 60Hz 155 2 8 SZ SIO 0 1 0 2 0 4 0 75 1 5 0 75 0 3 0 57 lal JE 3 0 34H 200V 50Hz 200V 220V 230V 60Hz 0 8 ES 3 0 5 0 8 0 0 7 1 4 25 4 2 7 0 150 1min 200 0 5s 50 60Hz 34H 200 240V 50 60Hz 34H 380 480V 50 60Hz 10 15 29 10 5 5 kW 1 kVA 2 3 4 1
64. 3 200V 200V 100V DC400V 3 400V DC800V 001 ULIC 013 3 200V 200V 100V DC200V 3 400V DC400V Lu 2 14 4 5 F14 L i O H98 BEAL O H98
65. 10 JOG 11 2 1 Hz2 Hz1 19 WE KP 20 PID Hz PID VS RS 485 LE PID PID RST PID PID HLD 98 FWD 99 REV 1000 OFF C 0 0 400 0Hz 0 0 0 0 0 0 3 0 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 400 00Hz 0 00 0 0 37 2 2 12 DC0 10V C1 DC 4 20mA 12 C1 Lu FU ER En T N N 0 0 30 0Hz T N 1 0 00 400 00Hz 0 01 2 ma EJ m im gt LT EJ 2 EJ F
66. 5 JEMA B5 EJ 2724 2 4 6 7 DCR 8 AVH OFF 9 r er BARE V ENEE V 10 3 V x67 IEC 61800 3 5 2 3 3 ACR 11 UL TYPE 1 NEMA 1 NEMA 1 10 40 9 ADNAN 8 00V 37H400V The Compact Inverter FRENIC Mini m FRNLLLIC1S LU21 FRN1 5 C1S 2J21 FRN2 2 C1S 2J21 FRN3 7 C1S 2J21 FRN1 5 C1S 4J21 FRN2
67. ZSRR m FEI o Eo 2 1 1 3 2
68. 1 2009 0 01 A 35 0 01 600 00s 0 01 S 10 00 E39 0 000 9 999 0 001 0 000 E40 PID A 999 0 00 999 0 01 100 B 999 0 00 999 0 01 0 00 E43 LED 0 E48 z 0 3 4 9 10 PID 12 PID 13 EH5 E45 OF E95 7977 gt NH JE iR Q The Compact Inverter FRENIC Mini E za E9g LED 0 0
69. DEP SBE krh UL 275895 L orm ADRE 1 OPL OU LLC OH 2 BRE DH OHE PTOH 229 QL BL Er Ero Er CPU Er H HS 485 4 FRENIC Mini 4 MHT270 OFF __
70. ls1 0 90 1000 055 2000 0 80 4 5 7 1 1 1 1 1 18 2
71. 90 3 2 LS 3 2 0 0 60 0Hz 0 0 30 0s 0 100 UEC60529 20 B UL open type 1 1 MAII gt lt Q HS 485 1 8 34H200V 3 400V zl C1S FRN FRN0 1 C1S 2J12 FRN0 2 C1S 2J12 FRN0 4 C1S 2J12 FRN0 75 C1S 2J12 FRN1 5 C1S 2J12 FRN2 2 C1S 2J12 FRN3 7 C1S 2J12 FRN0 4 C1S 4J12 FRN0 75 C1S 4J12 FRN1 5 C1S 4J12 FRN2 2 C1S 4J12 FRN3 7 C1S 4J12 KWI 1 0 1 0 2 0 4 0 75 15 2 2 3 7 0 4 0 75 ES 2 2 3 7 EIRAS kVAJ 2 0 3 OS IE 1S Se 4 2 6 5 IE ER 2 8 4 1 6 8 3 34H 200v 50Hz 200V 220V 280V 60Hz 3 8 380 400 415V 50Hz 380 400 440 460V 60Hz 4 0 8 ES OZ 1 4 30 2 5 50 4 2 B0 210 lO 10 0 TO dielo JES 28 3 7 9 9 SAB 150 1min 200 0 5s 50 60Hz 3 200 240V 50 60Hz 348 380 480V 50 60Hz 10 15 296 1
72. 4 5 15096 5Hz RER B B F0g 5 RS 485 RS 485 H30y01 y10 YES FO1 C30 Q A 1 5 kO 13 12 1 1 FO1 C8O DC0 10v D000 5V 0 100 15 F18 C32 C34 DC 4 20mA 0 1009 C1 F18 037 C39
73. V f 1 IE JI 2 V f 40C mm 3 200V 0 75kW RS 485 PJ BE RS 485 RS 485 3 200V 0 75kW FVR C11S 1 5kW TAVANIT 3 200V 1 5kW
74. 12 DC0 10V C1 DC 4 20mA 12 C1 25 0 400 0Hz O RO ONDP O O 0 1 Hz 60 0 m cj 25 0 400 0Hz 0 1 2 60 0 m cy Lm R 0 80 240V AVR 3 200V 200V 100V 160 500V AVR 3 400V a 1 1 0 00 3600s 0 00 0 00 3600s 0 00 0 01 0 01 6 00 6 00 L 0 0 20 0 F05 XF374 0 1 T3 4
75. 50 60Hz DR 2 MCCB ELCB ia MC MC 50 60Hz R J gt OHN SOURCE zu 1 2 F FU 1 12 DC0 10V C1 DC 4 20mA FZZ a 1 FWD CM 2 DC0 10V
76. V 3 34H G00V 50Hz 200V 220V 230V 60Hz 0 8 O7 18 1 4 3 0 25 5 0 4 2 7 0 150 1min 200 0 5s 50 60Hz 200 240V 50Hz 60Hz 100 120V 50Hz 60Hz BEE O 10 5 5 5 165V 165V 15ms 85V 85V 15ms A 6 DCR 1 1 20 3 5 6 4 116 S 22 3 8 6 4 l20 1 8 DCR 3 8 5 4 Z 16 4 24 8 3 6 SLE 5 18 1 kVA 7 0 3 0 4 0 7 1 3 2 4 3 5 0 3 0 5 0 7 1 3 8 150 100 50 30 150 100 EJ 9 150 150 0 0 60 0Hz 0 0 30 0s 0 100 ECG0529 IP 20 B UL open type x11 IP20 TI 274 kg gt lt
77. 150 1min 200 0 5s 50 60Hz 45 200 240V 50Hz 60Hz 10 10 Ero 5 165V 165V 15ms IE 2 0 3 5 6 4 1 6 IEZE IRE 3 3 5 4 9 7 16 4 24 8 0 3 0 4 0 7 1 8 2 4 3 5 100 50 30 5 DCR DCH A 6 KVA 8 96 9 150 0 0 60 0Hz 0 0 30 0s 0 gt 100 IEC60529 IP 20 UL open type 1 1 4 3 200V 200V 20V 3 400V 440V 93 3 00V 4 4kHz F25 4 5 40C
78. 5 7 2 076 441 1236 930 0004 3 1 A 052 231 4561 460 0003 1 19 24 2 078 511 6490 652 0047 5 1 4 2 092 262 7862 812 0025 5 18 NS 4 A 059 383 8157 513 8633 5520 EE 059 383 8317 7513 8633 5520 a A 059 383 8401 513 8633 5520 DO sAn BAZALI TEL FAX gt 9 00 lt 12 00 13 00 16 30 FRENIC Mini MH650 FAX E mail FRENIC Eco MH651 rm f PREM FRENIC Multi MH652
79. 7 26 DB0 75 4 RGWG363 RGWG356 DB2 2 4 RGWG357 DB3 7 4 RGWG345 10 ED DB0 75 4C RGWG371 DB2 2 4C RGWG372 DB3 7 4C RGWG373 RGWGO26 RGWG810 RGWG811 OPC C1 RS CPAD C1A CPAD C1 CN RMA C1 0 75 RGWG812 RGWC205 RGWC209 RGWC012 1 5 2 2kW RMA C1 2 2 RGWC013 3 7kW 0 75kW RMA C1 3 7 MA C1 0 75 RGWC014 RGWC010 3 7kW P28 NEMA1 MA C1 3 7 NEMA1 0 2C1 2 RGWC011 RGWC020 10 000 NEMA1 0 4C1 2 RGWC021 11 400 NEMA1 0 75C1 2 RGWC022 11 400 NEMA1 2 2C1 2 RGWC023 13 300 NEMA1 3 7C1 2 RGWC024 14 800 NEMA1 0 4C1 4 RGWC025 12 400 NEMA1 0 75C1 4 RGWC026 12 400 NEMA1 0 75C1 7 RGWC027 18 600 NEMA1 1 5C1 7 RGWC028 18 600 NEMA1 0 2C1 6 RGWC029 17 100 NEMA1 0 4C1 6 RGWC030 19 500 NEMA1 0 75C1 6 RGWC031 32 400 URL http www fujielectric co jp fcs The Compact Inverter FRENIC Mini 400V 400V
80. A GEPR FT U KR UL CUL C PL US LISTED 6 3 200V 200V 100V 3 400V EMC RS 485 IP40 kW 3 00V 3 400V 0OV 100V 0 01 FRNO 1C1S 2J FRNO 1C1S 7J FRNO 1C1S 6J 0002 FRNO 2C1S 2J FRNO 2C1S 7J FRNO 2C1S 6J FRNO 4C1S 2J FRNO 4C1S 4J FRNO 4C1S 7J FRN0 4C1S 6J FRN0 75C1S 2J FRN0 75C1S 4J FRN0 75C1S 7J FRN0 75C1S 6J FRN1 5C1S 2J FRN1 5C1S 4J FRN1 5C1S 7J 7 NN O FRN2 2C1S 2J FRN2 2C1S 4J FRN2 2C1S 7J FRN3 7C1S 2J FRN3 7C1S 4J EMC 0 1 O FRN0 1C1E 2J FRN0 1C1E 7J 0 2 FRN0 2C1E 2J FRN0 2C1E 7J FRN0 4C1E 2J FRN0 4C1E 4J FRN0 4C1E 7J FRN0 75C1E 2J FRN0 75C1E 4J FRN0 75C1E 7J a 7 15 FRN1 5C1E 2J FRN1 5C1E 4J FRN1 5C1E 7J
81. Pollution degree IPo0 1 0 40C 10 lt 450C IP40 NEMA 1 IP20 10 lt 440C 5 95 RH 0 000 m 2 7 88 TOONT Ni 1 001 2 000 4 2001 3 000 3mm 2 9Hzkii 9 8m s 9 0HZ 2m s 20 55Hz 1 m s2 55 200H2 250 470C fE 5 95 RH MEEDIAT E The Compact Inverter FRENIC Mini EA sz mea o Raz IL I O O LIL
82. Tr103 001 1 5 LOT ET 060 0031 1 5 2 2 UL ELL TO ms T980 0811 3 1 2 048 648 6600 7330 0854 9 1 0263 48 2763 T390 0852 943 3 2 076 441 1236 930 0004 1 1025 284 5510 see T950 0965 16 4 2 0980891918 T460 0003 19 24 z 06 6455 3833 T553 0002 11 18 m 082 247 4240 T 30 0022 14 18 m 087 85B1 9101 8 oo T 60 0017 1 6 8 Z 092 262 7808 T812 002
83. S H200V The Compact Inverter FRENIC Mini 3 400V U FRNLLLIc1J LJ FRN0 1 C1J 2J FRN0 2 C1J 2J FRN0 75 C1J 2J FRN1 5 C1J 2J FRN0 4 C1J 4J FRN0 75 C1J 4J FRN1 5 C1J 4J FRN2 2 C1J 4J FRN3 7 C1J 4J kW 1 0 1 0 2 0 4 0 75 1 5 0 4 0 75 1 5 2 2 3 7 kVA 0 30 5 57 lal IFS 3 0 Il 215 4 1 6 8 F V 3 34H 200v 50Hz 200V 220V 230V 60Hz 3 8 380 400 415V 50Hz 380 400 440 460V 60Hz 4 15kH2Z 0 7 1 4 215 4 2 2 3kHz 0 8 1 5 3 0 5 0 8 0 LS 25 5 7 9 5 9 0 SE lali 150 1min 200 0 5s 50 60Hz 34H 200 240V 50 60Hz 380 480V 50 60Hz ELE 10 15 Gig VNO A E 2 H8 G 8 JEDREK 5 5 165V 165V 15ms 300V 5300V Zpiz FREER PASE 4 1 5me
84. DC 4 20mA Tu 1 P1 P 50 60Hz 100V CM 3 7 2 1 LEON MCCB ELCB la pg s AE gt er 3 MCCB ELCB MC MC 4 12 11 DCO 10V DC0 5V 13 12 11
85. 0 00 3600s Hs 6 00 0 0 1 10IE 0 5 20 0s S 5 0 ON OFF 0 1 5kW 0 S S 1 0 PTC 1 60 0 X x RS 485 X RS 485 RS 485 RS 485 RS 485 RS 485 RS 485 X i e H43 57 V f 0 0 0 0 2 S Hz HEY 0 0 F16 20 0 1 60 0HZz HES 0 0 1 0 00 Hz s 999 0 01 100 00Hz s 999 H i 2 1
86. H30 H30 RS 485 RS 485 RS 485 5 gt PITA e FRENIC Mini R The Compact Inverter FRENIC Mini EMEA 2 2 4 2 EE EN m _
87. IVS E01 E03 DC 10 lt 0v DC 5 OV 0 100 12 EJ8 E99 DC 20 4mA 0 100 C1 B 0 7 CO5 C1 1 RS 485 RS 485 H30y01 y10 1 E20 1 1 F30 F31 0 00 3600 5 FO7 FO8 x0 00 s 2 1 E10 E1 1 2 HO7 S S
88. FRN1 5C1S 7J RGC3024 103 000 FRN2 2C1S 7J FRN0 1C1S 6J RGC3025 RGC1030 FRN0 2C1S 6J RGC1031 FRN0 4C1S 6J FRN0 75C1S 6J FRN0 1C1E 2J RGC1032 RGC1033 RGC2110 0 0 FRNO 2C1E 2J FRNO 4C1E 2J RGC2111 RGC2112 FRN0 75C1E 2J RGC2113 FRN1 5C1E 2J FRN2 2C1E 2J RGC2114 RGC2115 126 000 146 000 FRN3 7C1E 2J FRN0 4C1E 4J FRN0 75C1E 4J RGC2116 RGC4010 RGC4011 176 000 147 000 169 000 FRN1 5C1E 4J RGC4012 194 000 NP FRN2 2C1E 4J FRN3 7C1E 4J 1 1 7 RGC4013 RGC4014 RGC3030 251 000 320 000 79 800 FRN0 2C1E 7J FRN0 4C1E 7J RGC3031 RGC3032 88 200 98 700 FRN0 75C1E 7J RGC3033 116 000 FRN1 5C1E 7J FRN2 2C1E 7J FRN1 5C1S 2J21 RGC3034 RGC3035 RGC2124 144 000 175 000 98 800 FRN2 2C1S 2J21 FRN3 7C1S 2J21 FRN1 5C1S 4J21 RGC2125 RGC2126 RGC4022 114 400 138 600 152 500 00 FRN2 2C1S 4J21 FRN3 7C1S 4J21 FRN0 1C1S 2J12 RGC4023 RGC4024 RGC2130 196 900 251 500 FRNO 2C1S 2J12 RGC2131 FRN0 4C1S 2J12 RGC2132 FRN0 75C1S 2J12 RGC2133 FRN1 5C1S 2J12 RGC2134 FRN2 2C1S 2J12 RGC2135 FRN3 7C1S 2J12 FRN0 4C1S 4J12 RGC2136 RGC4030 110 000 FRN0 75C1S 4J12 RGC4031 126 000 FRN1 5C1S 4J12 RGC4032 143 600
89. gt E01 E03 gt g X2 2 FWD FWD REV 2 5 5 e 2 V OFF gt 0 5 mA E98 E99 E E 22 27 V 3 lt R X1 CM ON ON X2 X3 FWD REV CM FWD CM ON OFF FWD REV FWD REV REV CM ON OFF 0 1 C05 C11 0 3
90. 0 7 i RT1 CM ON 2 E10 E11 OP REZ RT1 CM OFF 1 3 HLD CMEJ ON FWD REV HLD CM OFF xy N CM ON WEW RST CM ON 0 1 AUBE THR CM OFF _ OHE _ JOG CM ON _ FWD CM ON C20 H54 REV CM ON Hz2 Hz1 2 1 Hz2
91. 50 mA 11 Y1E The Compact Inverter FRENIC Mini PRZE 4 FMA WO EDEZZ 0 10 V F30 F31 PID 2 mA 228 A 2 11 FMA CM Y1E Y1 Y1 27 50 mA E20 Y1 Y1E ON OFF 0 1 mA ON low 2 at 50 Los RUN b RUN2
92. FRN2 2C1S 4J12 RGC4033 184 000 FRN3 7C1S 4J12 FRN0 2C1J 2J RGC4034 RGC2151 233 600 FRNO 1C1J 2J RGC2150 SIONO 54 900 FRNO 4C1J 2J RGC2152 61 500 FRN0 75C1J 2J FRN1 5C1J 2J RGC2153 RGC2154 73 200 957200 FRN2 2C1J 2J RGC2155 109 700 FRN3 7C1J 2J FRN0 4C1J 4J RGC2156 RGC4050 133 500 111 300 FRN0 75C1J 4J RGC4051 128 300 FRN1 5C1J 4J FRN2 2C1J 4J RGC4052 RGC4053 146 000 189 000 FRN3 7C1J 4J RGC4054 242 000 FRENIC Mini RS 485 NEMA1 3 200V 200V 100V The Compact Inverter FRENIC Mini DCR2 0 2 RGWG700 DCR2 0 4 RGWG701 DCR2 0 75 RGWG702 DCR2 1 5 RGWG703 DCR2 2 2 RGWG704 DCR2 3 7 RGWG705 34H 400V DCR4 0 4 RGWG712 DCR4 0 75 RGWG713 DCR4 1 5 RGWG714 DCR4 2 2 RGWG715 DCR4 3 7 TK80W120Q RGWGZ16 RGWK300 REITT DB0 75 2 RGWG352 DB2 2 2 RGWG353 DB3 7 2 RGWG336 10 ED DB0 75 2C RGWG361 2 2 2 RGWG362
93. FRNO 75C1S 2J NEMA1 0 75C1 2 FRN1 5C1S 2J FRN2 2C1S 2J NEMA1 2 2C1 2 FRN3 7C1S 2J 1NEMA1 3 7C1 2 FRN0 4C1S 4J NEMA1 0 4C1 4 FRNO 75C1S 4J NEMA1 0 75C1 4 400V FRN1 5C1S 4J FRN2 2C1S 4J NEMAT 2 2C1 2 FRN3 7C1S 4J NEMA1 3 7C1 2 FRN0 1C1S 7J NEMA1 0 2C1 2 FRNO 4C1S 7J NEMA1 0 4C1 2 200V FRN0 75C1S 7J NEMA1 0 75C1 7 FRN1 5C1S 7J NEMA1 1 5C1 7 B FRN2 2C1S 7J NEMA1 3 7C1 2 C FRN0 1C1S 6J NEMA1 0 2C1 6 100V FRN0 4C1S 6J NEMA1 0 4C1 6 FRN0 75C1S 6J NEMA1 0 75C1 6 RS 485 3 200V 3 400V 1 5kW 81 A A Hm 34H 200V FRN0 1C1 G _ 2J MCCB ELCB A MC The Compact Inverter FRENIC Mini mm2 FRN0 2C1 2 FRN0 4C1 2 FRN0 75C1L 2J DCR FRN1 5C1 2 FRN2 2C1 2J FRN3 7C1 2J DCR SC 05 L1 R L2 S L3 T DCR 2 0 2 0 2 0 L
94. 110kW 3 400V 0 75 560kW FRENIC Mini 100V 0 0 2 0 4 0 75 3 7 15 560 630 710 800 1000 kw 2 FRENIC MH513 FRENIC Minih MH650 FRENIC Eco MH651 FRENIC Muli MH652 FRENIC MEGA MH642 ALFA T FRENIC5000G11S P115 MH594 FRENIC5000VG7S MH623 FALDIC MH545 4 a ul PR EZCT R E m pam u RC Programmable S ZPS Mm i MICREX SX z Motion Control System MICREX SX SPB LH984 MICREX SX SPH LH982 POD UG40 LH855 MH690 A gt 2
95. 2 C1S 4J21 FRN3 7 C1S 4J21 KW 1 1 5 e 3 7 2 2 3 7 EIRAS 2 3 0 4 2 25 226 4 1 6 8 LV 3 34H 200v 50Hz 200V 220V 230V 60Hz 380 400 415V 50Hz 380 400 440 460V 60Hz 4 8 0 To 11O 10 0 165 3 7 9 5 9 0 150 1min 20096 0 5s 50 2 37H 200 240V 50 60Hz 34H 380 480V 50 60Hz 10 15 29 6 10 5 5 5 165V 165V 15ms 300V 300V 15ms A 6 DCR 5 8 3 14 0 3 0 4 4 2 DCR 9 5 13 2 222 5 9 S2 150 KVA 7 2 0 2 9 4 9 2 0 2 9 4 9 EJ 9 8 150 100 150 100 s 18 12 8 18 12
96. 320 54711 1 MCCB ELCB GB i 2 2 1 1 1 1 FWD REV
97. 64 1 3 DB z 10 ED 4 7 07 SE TEET T DBLILIL 2C DB3 7 4 A 64 17 08010 46 DB0 75 2C DB0 75 4C 43 0 5 a bara DB2 2 2C DB2 2 4C 0 8 DB3 7 2C DB3 7 4C 67 1 6 50 Hz 60 Hz 100 100 s 22 A 0 N m Nm HEME kws s kw ED FRN0 4C1HH2J a 1 4 02 3 32 9 0 044 22 m FRNO 75C1 _ 2J 7 57 6 25 45 0 068 18 FRN1SCIC 2J B222 1 46 150 15 0 12 4 34 0 075 10 FRN2 2C1 2J 22 0 18 2 33 30 0 077 7 7 1 1 2 DB3 7 2 1 33 37 1 30 5 37 20 0 093 5 FRNO 4C1 4J 4 02 3 32 9 0 044 22 a FRNO 75C1 4J EA zog 7 57 6 25 17 45 0 068 18 a FRN1 5C1 4J 150 15 0 12 4 34 0 075 10 400V 3 2 2 2 1 1 44 282 2 4 1 199 22 0 18 2 33 30 0 077 7 FRN3 7C1 4J DB3 7 4 1 130 37 1 30 5 37 20 0 093 5 FRNO 4C1 _ 7J e 2 1 4 02 3 32 9 0 044 22 FRN0 75C1 1 7 Ed 7 57 6 25 17 45 0 068 18 200V FRN1 5C1 1 7 RE 15 0 12 4 34 0 075 10 FRN2 2C1 7J A 22 0 18 2 33 30 0 077 7 FRNO 4C1 6J 4 150 9 3 32 9 0 044 22 100V FRNO 75C1 1 6 7 57 6 25 17 0 068 7 FRNO 4C1 2J 4 02 3 32 250 37 3 RN0 75C1L
98. 75C1E 2J 140 61 2 FRNO 1C1E 7J 100 200V FRNO 2C1E 7J DE FRNO 4C1E 7J 115 36 2 mm 180 245 555 ono m EJ FRN1 5C1E 2J 3 200V FRN2 2C1E 2J FRN3 7C1E 2J FRN1 5C1E 4J 3 400V FRN2 2C1E 4J FRN3 7C1E 4J FRN1 5C1E 7J FRN2 2C1E 7J 200V M IP40 A mm c bd 3 200V 9 400V M NEMA 1 No 46tba 6 FRNO 75C1J 2J FRNO GENE AJ FRN0 75C1J 4J FRN1 E TEN 4J FRN2 2C1J 4J 2182 168 NEMA1 0 2C1 2 NEMA1 0 4 1 2 NEMA1 0 75C1 2 NEMA1 0 4C1 4 NEMA1 0 75C1 4 NEMA1 0 75C1 7 NEMA1 0 2C1 6 NEMA1 0 4C1 6 NEMA1 0 75C1 6 NEMA1
99. Po m2 O FRN2 2C1E 2J FRN2 2C1E 4J FRN2 2C1E 7J FRN3 7C1E 2J FRN3 7C1E 4J 1 5 FRN1 5C1S 2J21 FRN1 5C1S 4J21 FRN2 2C1S 2J21 FRN2 2C1S 4J21 3 7 FRN3 7C1S 2J21 FRN3 7C1S 4J21 RS 485 FRN0 1C1S 2J12 FRN0 2C1S 2J12 FRN0 4C1S 2J12 FRN0 4C1S 4J12 FRN0 75C1S 2J12 FRN0 75C1S 4J12 FRN1 5C1S 2J12 FRN1 5C1S 4J12 FRN2 2C1S 2J12 FRN2 2C1S 4J12 FRN3 7C1S 2J12 FRN3 7C1S 4J12 7 w IP40 FRN0 1C1J 2J FRN0 2C1J 2J FRN0 4C1J 2J 0 75 FRN0 75C1J 2J FRN1 5C1J 2J FRN2 2C1J 2J FRN3 7C1J 2J RS 485 RS 485 The Compact Inverter FRENIC Mini FRNO 4C1J 4J FRNO 75C1J 4J FRN1 5C1J 4J FRN2 2C1J 4J FRN3 7C1J 4J gt _ J FRN FRENIC Fi N 1 0 5 1 2 2 1 1 T 5 0 1kW J 8 7 3 7kW 5 2 34H2O00V SR 4 34H400V 2 A 6 100V 7 200 1 1 5 IP 0
100. 0 5 5 5 165V 165V 15ms 300V 4 RURI o 300V 15ms A 6 DCR 057 0 93 1 6 3 0 8 3 0 85 1 6 3 0 4 4 S DCR I 1 8 SH 9 3 95 52 Sl 5 9 8 2 1310 KVA 7 GE 0 3 0 6 1 2 0 2 9 0 6 1 1 2 0 2 9 4 9 EJ 9 8 100 50 30 100 50 30 9 9 150 150 0 0 60 0Hz 0 0 30 0s 0 100 IECG05298 IP 20 B UL open type 1 1 MAII B 5 0 6 1 4 3 00V G20V 3 400V 440V 3
101. 2J aa a ki 7 57 6 25 133 Aa 20 FRN1 5C1 2J 150 15 0 12 4 75 14 200 FRN2 2C1 2J DB2 2 2C ao 22 0 18 2 50 00 10 FRN3 7C1L 2J DB3 7 2C 1 33 37 1 30 5 140 75 0 185 10 FRN0 4C1 4J 4 02 3 32 250 37 FRNO 75C1 4J 080 75 46 i n 7 57 6 25 gt 133 R 20 FRN1 5C1 1 4 150 15 0 12 4 73 14 400V 00 FRN2 2C1 1 44 xx 282 2 46 ted 22 0 18 2 7 50 ij 10 FRN3 7C1 4J DB3 7 4C 1 130 37 1 30 5 140 75 0 185 10 FRN0 4C1 7J 4 02 3 32 250 37 DB0 75 2C 1 100 FRNO 75C1 7J i 150 7 57 6 25 10 133 20 200 FRN1 5C1 7J DB2 2 2C 1 F 15 0 12 4 A AG 14 FRN2 2C1 7J 22 0 18 2 50 10 FRNO 4C1 6J i 150 4 02 3 32 250 37 100V FRNO 75C1 6J 7 57 6 25 133 A gt 20 P o TK80W120Q TK80W120 W 0 08 oJ 120 e E FRN0 4 FRNO 75 FRN1 5 FRN2 2 FRN3 7 o CIE 2J 200V kW 0 4 0 75 1 5 2 2 3 7 150 130 100 65 45 15 5 5 5 5 NM 155 15 10 10 10 i C 3 400V DCR z
102. 5 5 18 NG z 03 3558 5566 T174 0041 30 5 2 03 3558 5746 7174 0041 30 5 2 052 352 0411 T454 0807 5 1 2 072 749 1171 562 0036 1 1 IS014001 onGANIZ4 Toy O IsQ MIC 100 V JACS 2 ENVIRONMENTAL w k w MANAGEMENT 42 Z or EMS Accreditation RE 009 EC88J201 1 2008 9 108h D02 CMZOFS
103. C Mini 3 3 200V 3 400V 200V 100V L1 R L2 L3 T 3 DCR PCG mae 2 1 5kQ DC 10V 10mA 12 DC0 10V 0 100 22 kQ F18 DC0 5V 0 100 DC 1 5V 0 100 DC 15 V C32 C34 TACE zgi DC 10 V DC 10 DC 10 0V 0 100 PID PID
104. E KP 20 1020 PID Hz PID 21 1021 IVS 24 1024 RS 485 LE 33 1033 PID PID RST 34 1034 PID PID HLD 1000 ia 2 0 00 3600s 0 01 S 6 00 E ti 2 0 00 3600s 0 01 S 6 00 Egg Y1 Z 0 E2 30A B C Ry 99 0 1000 RUN 1 1001 FAR 3 1003 LU 5 1005 IOL 6 1006 IPF 7 1007 OL 26 1026 TRY 30 1030 LIFE 35 1035 RUN2 36 1036 OLP 37 1037 ID 41 1041 IDL 99 1099 ALM 1000 OFF E2 i FDT 0 0 400 0Hz 0 1 Hz 60 0 E34 0 00
105. FRENIC FUJI INVERTERS GREAT PERFORMANCE IN A COMPACT PACKAGE WELCOME TO THE NEW GENERATION OF MICRO INVERTERS MH650h FRENIC Mini Series CONCEPT _FRENIC Mini __ A WARNING Tu ri i HL 9 m HH rip 5 r Ar Em LD MATEAKI M raion gpi LC E ET TY TOW WO EE POW mi SriP_ mal rozety FAT FATF E TT N 150 ON ON 5Hz 200 r min JL 7 A 0s 2 58 5s 7 5s 10s 12 5s 500 1000 1500 2000 r min
106. Hz1 CM ON 2 F01 C30_ WE KP WE KP CM ON _ Hz PID PID Hz PID CM ON PID 91 206 o FO1 C30 gt IVS 105 CM ON PID ONION LE LE CM ON RS 485 H30 y99 PID RST CM ON PID PID RST PID PID HLD PID PID HLD CM ON PID PLC PLC PLC 24V P24 24 V
107. S 4J FRNO 1C1E 2J FVR0 1E11S 2 RMA C1 3 7 FRN2 2C1S 7J FRN0 2C1E 2J FVR0 2E11S 2 FRN1 5C1E 2J FRNO 4C1E 2J FVR0 4E11S 2 FRN2 2C1E 2J RER FRN0 2C1E 7J FVRO0 2E11S 7 A PENISO JES FRN0 4C1E 7J FVR0 4E11S 7 FRN2 2CTE 4J FRN3 7C1S 2J FVR3 7E11S 2 FRN3 7C1S 4J FVR3 7E11S 4 FRN2 2C1S 7 J FVR2 2E11S 7 gt FRN0 1C1S 2J 12 RS 485 21 RS 485 3 200V 3 400V 1 5kW 99 FRN3 7C1E 4J FRN1 5C1E 7J FRN2 2C1E 7J 12 k NEMA1 LILILIC1 L NVM FRENIC Mini EPS ERZE NEMA 1 UL TYPE FRN0 1C1S 2J 12 RS 485 21 FRNO 1C1S 2J 2 15 2 NEMAT 0 2C1 2 FRNO 4C1S 2J NEMA1 0 4C1 2 200V
108. TS IFSTIFS aii CEZ z nu ZNA WR RA FRENIC Mini EE CIE The Compact Inverter FRENIC Mini 32 0 00 200 00 0 01 100 0 33 12 0 00 5 00s 0 01 5 0 05 34 0 00 100 00 0 01 100 0 37 0 00 200 00 100 0 138 C1 0 00 5 00s S 0 05 35 0 00 100 00 100 0 C50 1 0 00 100 00 0 00 C5 PID 1 117 ZB 100 0 0 00 100 0 0 00 0 00 WET TENMET 0 01 HP EB 0 00 99 99A 0 01 A 0 0 200 0 0 1 0 0 PH X 35 3 31 0 00 lt 99 99 0000000000 00 0 00 299 0 8 0 1 HP 3 6 H 3 0 0 1 2 0 1 400 0Hz 0 240V AVR 200V 0 500V AVR 400V
109. UVWJ P1 H 2 0 Pd 2 0 3 400V FRN0 4C1 FRN0 75C1L 1 4 FRN1 5C1 FRN2 2C1 FRN3 7C1 SC 05 2 0 2 0 2 0 2 0 2 0 200V FRN0 1C1 7J FRN0 2C1 7J FRN0 4C1 L 1 7 FRN0 75C1L 7J FRN1 5C1 7J FRN2 2C1 7J SC 05 20 0 2 0 210 2 0 100V FRN0 1C1 2J FRN0 1C1 1 6 NINIOT SIZE NN ON RN FRNO 2C1 L 6J FRN0 4C1 6J FRN0 75C1L 6J SC 05 2 0 N 02 2 0 O S E EMC J IP40 12 RS 485 21 RS 485 3 200V 3 400V 1 5kW MCCB ELCB
110. t A P FAR LED O FRENIC Mini 270 im ERENIC Mini mea The Compact Inverter FRENI
111. z 0 01 0 1 Hz 0 00 1 0 im 60 0M2 0 1 2 0 2 LU m gt pa 1 NU u J m LU reg FMA 8435 kHz 0 0 FAJ 2 2 8a 3 0 200 100 a i FMA AEE UHREJ PID NIP m LIL 2 2
Download Pdf Manuals
Related Search