高性能多機能形インバータ FUJI INVERTERS
Contents
1. 22. BN usso USB miniB 4 FWD REV Q r QO LED
3. 15msec 2 IEC60664 1 10 4 50 C 22kW 10 40C 5 9596RH SE 10
4. E 1 2
5. i 1
6. CPU CPU LSI Qs GB sme eto uber e ERE Er6 RS 485
7. FCS URL http www fujielectric co jp fcs jpn pp 1 ELE m MIUMIIMIMIIIEA ELFT FTFTFTTTTEHTELLEIHL M mm ss i ma Fe HL p TATEA rAr e acm W oH E 0 3 200V HD High Duty zx FRNLILILIG1S 2J 1 5 45 55 KW 1 1 5 9 45 55 kVA 2 1 1 1 9 3 0 4 2 6 8 10 14 18 24 28 34 45 55 68 81 FE V 3 3 200 240V AVR 3 200 230V AVR A
8. 1 1 1 1 1 18 2 3 6 1 2 1
9. 1 C ST S HA mT 2 DC E0 C1 DC4 20mA 12 C1 V2 DC0 10V UP DOWN 03 1 25 0 500 0Hz uH 1 25 0 500 0Hz e 5 1 0 AVR T 80 240V AVR 200V 160 500V AVR 400V 1 80 240V AVR 200V e X 160 500V AVR 400V 1 0
10. 3 200V 0 1 15kW 200V 0 1 2 2kW 3 400V 0 4 15kW FRENIC Multi 10 ROHS 2005 MH652 amp 2 FRENIC Eco 3 200V 0 75 110kW 3 400V 0 75 560kW MH651 2 PID
11. 1 3 1 3 50 60Hz SW50 SW60 1 3 1 3 1 2 6 7
12. 200V 22kW 400V 22kW 200V 30kW 400V 30kW 200V DC400V 400V DC800V 200V DC200V 400V DC400V
13. 1 4 ON OFF IGBT ON OFF 24 4 4
14. L AL 4 4 1 V f 2 3 V f 4 V f PG 5 d cu wip PN PG 6 7 PG 8 FMR
15. 3 3 10 50C MCCB 1 MCCB ELCB 2 2
16. 200V 45kW 400V 75kW o THR 200V 75kW 400V 90kW 200V 37kW 400V 75kW DB
17. 2 60Hz 5 60Hz 120Hz
18. PRG RESET RST OH1 OH2 OH3 dbH OL1 OL4 Er4 Er5 RS 485 1 Er8 ETE RS 485 2 ErP DC PID or or PTC
19. E 2 TP G1 J1 XV TP G1 C1 LCD 7 LED5 3 TP G1 J1 TP G1 C1 DH HH 1 FRENIC Eco Multi MEGA EH liDeviceNet CC Link BIPROFIBUS DP BICANopen SX FRENIC
20. 20m 50m OFL 50m PG
21. 6 7 5kW P DB 7 8 10cm 9 FWD REV X1 X9 Y 1 Y4 Y5A C 30A B C 10
22. 1 1 1 1 FWD REV OFL
23. FRENIC Mini 3 200V 0 1 3 7kW 3 400V 0 4 3 7kW 200V 0 1 2 2kW 100V 0 170 75KW MH650 PID FRENIC5000VG7S 3 200V 0 75 90kW 3 400V 3 7 800kW MH623 3 200V 3 7 45kW FRENICS000MGS 1 2
24. 3 e PRG MODE n Eas I m min PRG MODE RU PRG MODE l r min Il m min Hz ga kW BERE PRG MODE r min l m min HHz BA kW OA Ok r min m min mHz OA BIKW m IM PAR Hz BA kW Hz LA kW KEYPAD CONTROL BE
25. 0 3Hz 200 r min 5 5kW 200 3 150 1 2 HD High duty 200 3 150 1 LD Low duty 12096 1 22kW 7 5kW 200V 30kW 55kW 400V 30kW 110kW
26. 3 200V 3 400V 75kW HD FRN75G1S 2 4J LD FRN55G1S 2 4J EMC LDiLow Du FRN0 4G1S 2J RGG2251 GE Ida 94 900 FRN0 4G1E 2J ft HD RGG2267 A eli FI 100 000 FRN0 75G1S 2J HD FRN1 5G1S 2J HD RGG2253 142 600 FRN1 5G1E 2J FRN2 2G1S 2J HD RGG2254 171 100 FRN2 2G1E 2J FRN3 7G1S 2J HD RGG2252 RGG2255 114 900 199 600 FRN0 75G1E 2J FRN3 7G1E 2J HD HD HD HD RGG2268 RGG2269 RGG2270 RGG2271 121 000 180 000 210 000 FRN5 5G1S 2J HDLD RGG2256 298 300 FRN5 5G1E 2J HDLD RGG2272 314 000 FRN7 5G1S 2J HDLD RGGC225M 337 100 FRN7 5G1E 2J HDLD RGG2273 355 000 FRN11G1S 2J HDLD RGG2258 403 800 FRN11G1E 2J HDLD RGG2274 425 000 FRN15G1S 2J HDLD RGG2259 473 200 FRN15G1E 2J HDLD RGG2275 498 000 FRN18 5G1S 2J HDLD RGG2260 675 40
27. HEA 1 HES eo o O O 0 00 HO e 0 01 100 00 Hz s 999 HTI RRI IE X Ki m HTI O HE 0 0 500 0Hz 5 0 x HTDI TF tAm 10 8760 10 M1 0 1 9999 10 s700 F EOS H18 M1 0000 0001 FFFF 16 QO X 0 Qe HAD 1 gocodg HE I 1 0000 FFFF 16 amp 8 amp 8 Q HAZ 2 0000 FFFF 16 m 0 QUID HE 100 40096 5 39 Fx H8 O HAS 0 00
28. MC MC 3 4 PWM RHC PWM 5 DCR P1 P 55kW LD 75kW t 500kVA 10
29. ON Y1 Y4 1c Y1 Y4 AC250V 0 3A cos 0 3 DC48V 0 5A rnENIG EGA Maximum Engineering for Global Advantage 0 10V 4 20mA 1 AEE PID AO PID PID PG
30. 7 7 4 5 6
31. ON ON ON OFF ON ON ON OFF OFF 1 V 2 3 V 4 V f PG 5 PG KO 7 PG 8
32. ON 1 ON ON 3 1 2 3 4 ON AX ON OFF ON OFF ON LEIN MIHI DO ON
33. RoHS RoHS 6 gt PBB PBDE RoHS gt 2002 96 EC EH EC CE UL CUL C C US LISTED
34. F E SE TRE SOEN Vf PG 2 PG 35 FMP 4 0 C Ie 5 6 7 PID 8 PG 9 10 EA 13 14 7 JsEIV BERE VAS Ge 15 PID SV 16 PID MV E31 0 2 x 1 1 2 3 2 4 5 E38 0 RHI EAS EA E 1 Eun 1 1 300 300 999 999 CESARS Fu 1 2 300 30026 999 ECHEESEEECNESSBSMES gg 1 0 VARIE x 1 2 V 5 6
35. ORUN Q RUN O RUN QRUN LED OE E E TT 3 2 iE fg zs FRENIC WV ECA Maximum Engineering for Global Advantage FRENIC OS Windows2000 XP
36. 1 200 20Hz 3 0 596 500Hz 10 FRENIC MEGA Sexti oec eet iis 1 1 FRENIC MEGA 4ms 6ms 2ms E
37. 0 2 25 10C 1 0 01 10 50C 1 3000 V2 1 1500 0 01 500Hz 0 01Hz 99 99Hz 0 1Hz 100 0 500Hz 1 20000 0 01Hz 1 1500 4P 1r min 1500r min 7 1 200 4P 7 5r min 1500r min 6 1 100 4P 15r min 1500r min 1024p r 4 5 1 4 7 1 2 4 5 6 0 2 25 10C 4 5 7 0 01 10 50C 0 5 25 10C 6 0 5 10 50 V f
38. 1 2 2 EMC MHT221 OV Aa 500V
39. X10 B c PAEA C REOLEDA RAOT J 0 qued ju LED sa c 0 LED DEMCES AL 1 234X10 12 340 nw Ui LED 318 dimos Hz DA DkW i dd cid ie 3 LED 9o PRG MODE 2 LED mHz OA E kW RUN LED
40. d _ DBR 6 P gt 1C GM THR DCR 5 A pt iP LDB MCCB LO i Bd poney D ao NUS BREMA N MER ELCB MO 2 Pi Pr DBIN J 200V MM MEN OLUR DBR n o 200 240V 1 MEAT i ouis mm 4 VO M 400V Ko gt i s 380 480V 1 010 7 j RN ees LORO 3 SEREIA LOTO CN UX T Eel 10 CN R CN W BENTA oec GO 7 L J 8 ME 13 410VD OV 30C 2i 30B _ 02 a 30 30A i cM NC 0 10VDC 1 1j I MH 0 10VDC X A m io A S Vs Yscl 7 m ai 1E l YeA AX 0 10VDC PTC NTC aM M EREE mo o v Lh mue P OE E pv WERDE 7 m amp 24VDC ov lt i BE PLC
41. 1 5 PID PID PID PID 12 C1 V2 RS 485 PID 12 C1 V2 PID m 3X1 X3 X6 i 3
42. ex 0V 10V 2 1 V f 3 4 S PIDZ4 HF Vv 7 BrR T HH lt gt ELCB x BUE Iemm 2 1 10step IF PG
43. rnENIG A EGA Maximum Engineering for Global Advantage 100kHz ERI 0 10V 10 10V 4 20mA kL EJL M Khe ZJU y 4 MEGA
44. 1 2 1 498 e 0 H30 H30 1 H30 2 H30 3 555 C e 0 H30 y98 H30 y98 1 FRENIC H30 y98 2 H30 y98 FRENIC 3 FRENIC _FRENIC ___ 9 10 3 7kW 5 5 5 22kW 10 30kW 20 gt V 5 V f PG PG
45. 75kW MH654 MH654 240V 480V FRENIC EGA Maximum Engineering for Global Advantage HD High Duty 200 3sec 150 1min LD Low Duty 120 1min EMC prie 3 200V 3 400V 3 200V 3 400V 318200V 7l 3 400V 0 4 FRM AGIS T FRNO75G15 2 FRNO 75G1S 4J FRN0 75G1E 2 FRNO 75G1E 4J en a FRN5 5G1S 2J FRN5 5G1S 4J FRN5 5G1E 2J FRN5 5G1E 4J FRN55G1H2 FRN7 5G18 2J FRN5 5618 2 KERNT 5G15 4J FRN7 5G1E 2 FRN5 5G1E 2J FRN5 5G1E 4J FRN75G15 2 FRN11G15 4 FRN11G1E 2 FRN7 5G1E 4 FRNI8 5615 2J 4 FRN15619 2J fRN18561544 FRN18 5G1E 2J H FRN15G1E 2
46. ON Y5A Y5C 30A 30B 30C C1 4 5 7 PG 4 5 7 i LE ON ON PTC NTC ON C1 2mA ON ON ON DB
47. OPC G1 DI RGWG216 DeviceNet OPC G1 DO OPC GI DEV RGWG217 RGWG27 1 40 000 PG 5V PROFIBUS DP OPC G1 PG2 OPC G1 AIO OPC G1 PDP RGWG227 RGWG270 RGWG272 24 000 20 000 50 000 CC Link OPC G1 CCL RGWG273 40 000 SX OPC G1 SX RGWG274 40 000 T OPC G1 TL RGWG275 90 000 CANopen OPC G1 COP RGWG276 27 000 IP40 0 4kW 0 75kW 1 5kW 3 7kW P40G1 3 7 RGWG26 1 8 000 5 5kW 11kW FH P40G1 11 RGWG262 10 500 15kW 22kW FH m SEJRUZZZHJV P40G1 0 75 P40G1 22 TP G1 J1 RGWG260 RGWG263 RGWG221 8 000 12 500 25 000 TP G1 C1 ACL 40B RGWG230 RGWA622 25 000 ACL 74B RGWA623 DC DCR2 0 4 RGWG701 DCR2 0 75 DCR2 1 5 RGWG702 RGWG703 DCR2 2 2 RGWG704 DCR2 3 7 RGWG705 DC
48. lis BE ON OFF i _ ON KS OFF 3 ON OFF ON ON 20ms ON ENSE ON
49. DC0 10V 10kQ 2 5000 0 300 SEI 25 6000p Ss at 509 4 0 300 1 AHE PID AO PID PID PG DC0 10V A 734 E A2 7 A 10kQ 2 CM E RS 485 1 RJ 45 Modbus RTU SX DX DX SD RS 485 2 Modbus RT
50. 7 500kVA 50kVA 10 X 59 8 DCR 9 10 55kW DCR HD LD EMC 3 400V 0 4 55kW HD High Duty FRNLILJLIG1bE 4J kW 1 kVA 2 V 3 3 380 480V AVF A 0 4 0 75 1 5 2 2 3 7 5 5 r 15 25 4 7 5 7 5 11 11 18 15 18 5 29 150 1min 200 3 0s Hz 50 60Hz 31H380 480V 50 60Hz 5
51. 1 El 1 2 EMC EMC EMC C3 2nd Env EN61800 3 2004 EMC 3 16 FRENIC MEGA EMC FRENIC5000G11S 22kW 11
52. 11 ai I L1 R L2 S L3 T PWM 200V 37kW 400V 75kW 3 DCR 22kW 13 1 5kQ DC10V DC10mA max 12 22kO DC0 10V 0 100 DC0 4 5V 0 10096 DC 15V DC0 10V 0 100 DC0 5V 70 100 GABE DC 10 0V 0 10096 PID
53. FRENIC MEGA Series FRENIC With the flexibility and functionality to support a wide range of applications on all types of mechanical equipment the FRENIC MEGA takes core capability responsiveness environmental awareness and easy maintenance to the next level Maximum Engineering for Global Advantage MH642c FRENIC MEGA FRENIC MEGA FRENIC MEGA FRENIC Maximum Engineering for Global Advantage FUJI INVERTERS With the flexibility and functionality to support a wide range of applications on all types of mechanical equipment the FRENIC MEGA takes core capability responsiveness
54. MH630 585 eie N 7 010271 3377 060 0031 1 2 5 2 A 022 222 1110 7980 0811 1 3 1 03 5847 8145 103 0011 5 7 ZA 076 441 1236 930 0004 3 1 Z 052 231 4561 460 0003 1 19 24 II A 078 511 6490 652 0047 5 1 4 092 262 7862 7812 0025 5 18 NS ANS EA
55. PUB 1 0 00 2000A alal EIS e e PD R1 Pas 0 0 200 096 9 100 0 O O O P ID X Pag 0 00 15 00Hz X lajao 6 C e O P3 1 0 00 20 000 1 O wal 6 1OIOIO NIE 2 0 00 20 0096 e P 15 3 0 00 20 0096 O alal 00 m P I5 1 0 0 300 0 COTES SS EE Pu 2 0 0 300 096 OMAA e E NEL PB 3 0 0 300 096 SR 6 Cms NUS P2 5 0 0 300 096 2 SS OMS Pe a 0 0 300 0 1 1 1 1 1 1 1 1 1 1 O wal 6 O O OO P23 c 0 0 300 096 CONUS e CAE p53 36X 1 0 S00 1 O 100 O O O 9 X 2 0 30096 O AAA m O E55 0 00 2000A X AIA2 6 x O PSE 50 100 o X 122 8 X O O p597 9 0 000 20 000s OTAI 0 082 P998 1 0 0 8 gt 0 O O 1 1 HP 2 2 3
56. 0 Q O ENDE HERI 1 2 3 4 22kW 5 0min 30kW 10 0min 6 5 2 9 gt V 5 V f PG PG gt XX O0 QO 89 lt gt O 1 2 X 1
57. 3 Ein ON 200V 45kW 400V 75kW 00000000 200V 45kW 400V 75kW PID PID PID PID PID PID ON
58. d ie AH 10026 10096 CNN gg 15 0 0 1 0 500 0Hz QO QO 0 0 OREG O d i5 O d IB PID EBR 15096 15096 999 F15 m 999 QE NE u 18 PID 150926 15096 999 F16 Je Duty 15096 1 GTC uce 0 X 0 OIOI O 1 5 PID PID 0 00 5 00s 0 10 QG QO a 100 0 100 1 1 1 1 1 O O o0o 1OIOIO J55 0 PID EE 1 1009 J59 P 2 0000 30 00008 1 1 1 O O o010 O QO O ub D 2 0 00 600 00s 0 00 ee ube PID 0 3 X Q bito PID 0 Z7A 1 bit1 0 1 J59 0 0 25 0Hz 1 0 CEN OSEE J 10 TRE 0 0 5 0s UN GN S J95
59. o o GRRA y T1 30V RERO Qo o 3 RS 485 2 2 Q 2 1 5kO1 2W DC0 10V DC 5V 0 100 12 V2 DC0 10V DC 5V 0 100 12 V2 DC4 20mA 0 100 C1 UP DOWN ON 16 0 15 RS 485 2
60. 12 C1 V2 DC0 10V 0 100 DC 10 0V 0 100 DC4 20mA 0 100 DC20 4mA 0 100 X7 max 100kHz max 30kHz PG max 100kHz max 25kHz DC 1 5V 0 00 6000s 4 S OFF
61. PG Hz PG Hz PG V f 7 PID RST PID PID RST ON PID PID HLD PID PID HLD ON PID EXITE EXITE ON 6 7 LOC ON DWP DWP ON ISW50 50Hz ISW50 ISW60 OFF ISW60 50Hz 60Hz 60Hz T4 25 MS p OLS ON 01 25 PIN SIGN OFF ON CRUN M1
62. 3 1 1 3 2 3
63. 5 Bf 18200 230V 60Hz 10 15 2 6 5 5 PA 16 32 61 89 15 211 288 422 576 71 3 1 31 5 97 112 151 185 225 270 kVA 8 DCR 12 22 gi 52 7 4 10 15 20 58 7i 98 9e 9 100 10 1596 Q 40 24 16 12 8 6 4 18096 18096 180 180 180 18096 18096 Q 40Q 200 s 0 0 60 0Hz 0 0 30 0s 0 100 EMC C3 2nd Env EN61800 3 2004 DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP20 UL open type IP00 UL open type EE E kg 1 8 21 3 0 34 3 2 67 7 0 64 10 9 109 11 0 25 sz 42 43 LD Low Duty 5 ft od xX FRNLILILIG1E 2J 11 15 18 5 22 30 37 45 55 75 90 2x REE A kW 1 22 45 55 75 KyAO 2 EN a as ss
64. A B PI OZAJ EZZ W ON 0 20 120 999 0 300 0 01 600 00s 0 300 0 01 600 00s NN N N OO RRO ND OT RM OOD RO 0 HB LED 1 OO JI r Pa na nm Ln Een Ln OOO nu 3 3 Jc FA rm eu pies LTILT Ps un Ln x Cr M 12 C1 V2 Vy Pm nnm D ea Niss OOOOOO FT EN RT INI Li N OI 0O NJO COT GO O c Bs T js FT c 1 2 rnm 2a 2 I Ll OUO M e J TM S rar n mm cJ QOO r3 rmm j E mm
65. UL508C C22 2No 14 EN50178 1997 IEC60529 IP20 ULopentype IP00 UL open type ko 6 5 1 4 2 200V 220V 400V 440V 3 4 40C 3kHz 5 PWM AC 6 V V 3 V X 67 IEC61800 3 2 39 ACR 7 500kVA 50kVA 10 X 5
66. 4 7 PG 4 5 7 1209 PG 0 5 75 0 E PTC PTC V2 11 PTC NTC V2 11 NTC T NTC NTC 38 fr T 8 NTC
67. 9 1 A 09053 30 0740 T390 0815 4 17 3 A 025 284 5518 T950 0965 16 4 ERIA A 076 441 1235 930 0004 3 1 A 052 231 8187 7460 0003 19 24 A 06 6455 3833 553 0002 11 19 ft 082 2 37 099 733 0006 16 12 A 1087 023 2595 T760 0064 19 6 ft 092 262 7226 T812 0025 5 18 NS T 03 3558 55660 174 0041 30 5 A 03 3558 5740 174 004 1 30 5 A 052 352 24 1 1 7454 0807 5 1 A 072 749 1171
68. C3 2nd Env EN61800 3 2004 DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP20 UL open type IPOO UL open type HE kg 68 69 62 105 105 112 26 27 32 33 75 630kW LD Low Duty FRNLILILIG1E 4J 75 90 110 132 KW 1 90 110 132 160 kVA 2 134 160 192 231 V 3 3 380 480V AVR A 176 210 253 304 12095 1min Hz 50 60Hz 318380 440V 50Hz 318380 480V 60Hz Rau 380 480V 50 60Hz B R380 440V 50Hz 5 BH R380 480V 60Hz 10 159 6 2 6 5 5 E A 7 kVA 8 DCR 9e 9 Q 0 060 0Hz
69. 10 10 1 40C 100 HD 80 LD Eb E EET h ASE A E Ni Sn MEGA a b c
70. gt 0O QO o0 WW gt O 1 A2 X EMC mm mm FRN0 4G10 2J FRN0 75G1 2J U E FRN1 5G10 2J FRN3 7G10 2J FRN0 4G10 4J FRNO0 75G1 4J Imi FRN1 5G10 4J FRN3 7G10 4J mm mm L Ed FRN5 5G1 1 2J FRN11G1 1 2 FRN15G1LT 2J FRN22G1 7 2J FRN5 5G1L 4J FRN11G1L 1 4 de a FRN15G1 4J FRN22G1 4J mm X D E WN AUAM D ajajaj mi n s io m mm P40G1 3 7 P40G1 11 SE P40G1 22 1 NN 2 40C FRN30G1L 2J FRN55G1L 2J 3 1 2 FRN30G1 7 4J FRN220G1 1 4J 4 H98
71. 5 2 7 22kW 0 30kW 5 0 8 22kW 0 30kW 20 9 gt V 5 V f PG PG gt X 0 QO or QO gt O 1 2 X H 9 0 SN ESSE EOE DCN 1 0 Hog 0 255 10 0 1 83 EN 0
72. 0 1 1 0 1 2 0 1 3 0 1 4 0 1 5 DC 0 1 6 0 1 22kW 7 IP20 IP40 0 IP20 1 IP40 2 A 2 25 0 500 0Hz A d qeqeoececeeneebrere cpepsep or C oooga an i HU3 2 0 AVR 80 240V AVR 200V 160 500V AVR 400V ADH 2 80 240V AVR 200V 160 500V AVR 400V A95 2 0 0 20 096 2 AOE 2 1 2
73. 1 200 MBEE 3 2 3g 0 01 600 00s O 1000 OO E40 PID A 999 0 00 9990 mU SEE OO OR CE EU PID B 999 0 00 9990 D 0 00 EHS 0 0 5 0s 0 5 m 1 22kW 6 00s 30kW 20 00s 3 5 7 5kW 0 11kW OFF gt V 5 V f PG PG gt XX e O lt gt O 1 2 X E ET
74. IP20 IP40 7 FRENhic FGA Maximum Engineering for Global Advantage 017 527 amp 1 WB 7 77323 7 EMCZ4JV2WFE A7 mm mm a o W W 2 H H1 H 2 FRN0 4G1 FRN0 75G FRN1 5G1 FRN2 2G1 FRN3 7G1 FRN5 5G1 FRN7 5G1 FRN11G1 3 200V FRN15G1 FRN18 5G1 FRN22G1 FRN30G1 FRN37G1 FRN45G1 FRN55G1 FRN75G1 FRN90G1 FRN0 4G1 FRN0 75G FRN1 5G1 FRN2 2G1 FRN3 7G1 FRN5 5G1 FRN7 5G1 FRN11G1 FRN15G1 FRN18 5G1 FRN22G1 FRN30G1 FRN37G1 FRN45G1 FRN55G1 FRN75G1 FRN90G1 FRN110G1 FRN132G1 FRN160G1 FRN200G1 FRN220G1 FRN280G1 FRN315G1 FRN355G1 FRN400G1 FRN500G1 FRN630G1 S E EMC mimm mo gig oA omni 3 400V
75. RST OOO 9 1009 9 OFF 1009 ON THR EC RC 10 1010 JOG O OI 11 1011 2 1 Hz2 Hz1 eM CSMES 12 1012 2 M2 O O Q 13 DCBRK OO 14 1014 2 1 TL2 TL41 J Q O Q 15____ MADI 50Hz SW50 XQ TS po 16 60Hz SW60 X 17 1017 UP UP Q OI QO 18 1018 DOWN DOWN E e 19 1019 WE KP O OI Q 20 1020 PID Hz PID O 21 1021 IVS WE E 22 1022 IL cnp TE 24 1024 RS 485 BUS option LE GNE GOES 25 1025 DL LLL U DI CO E a 26 1026 STM X x 30 1030 30 OFF 1030 ON STOP XO SD 32 1032 EXITE x O O 33 1033 PID PID RST OI O 34 1034 PID PID HLD GE EE Ee 35 1035 LOC O Q 36 1036 3 M3 O O I O 37 1037 4 M4 C O I O 39 DWP Q O O 40
76. b 53 3 XX D si a gt LT T ma m m S Pm m 0 001 1 000s olo o oLBoo Sees Bx x JOIOIOIO 1 OOOOOOOIOOIO_ OX e d m XOOOOO OO 0 000 0 100s O P 0 1 200 0 Q IS EL 0 9999 10 X O I IT I t 2 BS ERES 8 3 552 3 0000 FFFF 16 OTE 5 3 92X 1 0 300 100 MEN 559 3 X 2 555 50 100 X A A1 2 85 X 551 9 0 000 20 000s zx p wWUSq Ir 0t 54 Y2x r3A F Old 4 25 0 500 0Hz ci A HR 4 25 0 500 0Hz r3 NZ 4 0 AVR x A2 G 80 240V AVR 200V 160 500V AVR 400V 0H 4 80 240V A
77. PID _ 200 5 0 10V 0 100 5s 6 7 KB C1 AUT 250 DC4 20mA 0 100 DC30mA DO mA G AEE PID PID 20026 JE l EORR AEE AL DR T EELE 5 E 0000 Lou 4 20mA 0 10026 5s NENNEN UEFA CLARAM 8
78. mlm mmm mm mm m rm oo oo A o UU II USB TP E1U 18 2 io 61 9 5 10 S IB n To o X 2XM3 2 S Am e zi KEYPAD PRG MODE e E PEN pU and tm i lt co i co 1 N z 3 ERE T 2 i Ae l 1 I 1 o 1 2X 4 1 1 1 e j 5 61 9 5 CARA mm bleue No my A A 4 L DC D2 4XG A MAX D2 _D3_ MAX D2 D3 mj mI i kW W 0 4 DCR2 0 4 A 66 0 75 DCR2 0 75 A 66 1
79. E BE ELA vit Perz PG ESA FWD 30 1030 30 OFF 1030 ON STOP X 99 1O1O1IO_ E55 REV 32 1032 EXITE 2c QU oO 33 1033 PID IPID RST QE QUE 34 1034 PID IPID HLD QUI EO 35 1035 LOC d eX M 36 1036 3 M3 OX pex 37 1037 4 M4 QE CE EO 39 DWP E NE 40 50HzZ IISW50 EROR PPP POSER IUS TE Dea 41 60Hz IISW60 Q X 47 1047 n n LOC _ NE E E 49 1049 0 0 SIGN AERE DE 1O_ 72 1072 1 ICRUN M1 O X X 73 1073 2 CRUN M2 SN OMEN CNN 74 1074 3 0 L ICRUN M3 PEERS CUNTUR SR 75 1075 4 CRUN M4J xX X COZ AM E DROOP PM PEN CT NEA MINE ANS OT RG A GC CN e ce ER 2 ze IT 98 FWD O O O 99
80. kia EISE BT FT E48 PID PID PID JARANE 96 JEZNA 10 96 0 01 200 00 0 000 0 001 9999 0 0 1 7 1 2 7 2 0 0 500 0Hz 0 00 1 2009 0 01 600 00s 1 2 PID PID
81. o FRENIC WJ EGA Maximum Engineering for Global Advantage A H Hz PID 0 100 0 200 5 0 5 0 0 00s 5 00s GA 0 30Hz Ee Q TP TP OQ Qoo
82. 7 6 7 8 IF 2 1 10step 8 A V kW PID PID PID kW 6 7 6 7 iere ui Di 40C 100 6 LD 809 SSEOEESAT
83. r 45 4 2 22 4 TE DE r I5 0 01 1000kW r39 0 or 2 4 6 OIOI O 0 01 1000HP r39 1 0 cel 0 00 2000A 6 O11Q1 QO r IB 0 0 C Lu Yu 1 R1 X 2 V R1 X 1 5 a c 3 R1 X 1 5 g c Ni S DTE on 0 00 2000A x 6 OIO OQO re R1 0 0050 00 O TAS rei 0 0 200 096 9 O 100 0 O O O ceu X reb 0 00 15 00Hz X TAS ENSE 9S CE rei 1 0 00 20 0096 ORAA O TOHO e8 2 0 00 20 00 O A 1 2 0 00 OSEE reg 3 0 00 20 0096 IS2006 OPE TE 3i 2 0 0 300 0 O AA oo OT OC c 32 3 J4 5 0 0 300 0 OQO AIA ES CN e r 35 a r1 c 0 0 300 096 oO G CG Te r 38 4 0 8 x 1 HP
84. 8 DCR 9 10 55kW DCR HD LD F odo 25 500Hz HD V f 1 2 3 25 200Hz HD PG V f PG 4 5 7 25 120Hz HD 6 LD 1 7 25 500Hz LD 120Hz 0 1 60 0Hz 6 PG 7 0 0Hz 0 75 16kHz HD 0 4 55kW LD 5 5 18 5kW 0 75 10kHz HD 75 400kW LD 22 55kW 0 75 6kHz HD 500 630kW LD 75 500kW 0 75 4kHz LD 630kW
85. lt Z 059 383 8157 513 8633 5520 s cana lt gt ZA 059 383 8317 513 8633 5520 C gt 1 059 383 8401 513 8633 5520 Z ZZ y T WeIBESEZLICTEL FAX gt 9 00 lt 12 00 13 00 16 30 FRENIC Mini MH650 FAX E mail FRENIC Eco MH651 FRENIC Multi MH652 FRENIC U MH426 PET FRENIC5000G11S P11S MH594 E mail TO F drive fujielectric co jp FRENIC MEGA MH642 FRENIC5000VG7S MH623 m FRENIC Mini Multi ECo MEGA Y Y X lt gt FRENIC Lit FRENIC Mini MHT270 FUR LU X FRENIC EGo MHT272 IH FRENI
86. E ae Hena ae aR FRENIC A EGA Maximum Engineering for Global Advantage BRE a IN o HHE v f PG PG Jg dg 1 RES 2 P 3 Jg 13 0 0 60 0s O O 2 0 Oo JU Iu 0 2400bps C m 3 ND 1 4800bps 2 9600bps 3 19200bps 4 38400bps 415 0 8bits CE 1 7bits U 0 2bits CORO 1 1bit 2 1bit 3 1bit 911 0 2bits EACAN ANA REC 1 1bit J iB 0 RS OU 1 60s Ju 1g 10 00 1 00s CE CO EO EA RC Jet 0 Modbus RHTU ESIEAHEN E EMIT 2 457 0
87. FV 1 0 00 1 135 ZAR 0 5 75 0 min 2 0 0 60 0Hz 0 100 HD 0 8096 LD 0 00 0 01 30 00s I r ee UN T Li UN z 253 3 Eae b as E 1 n OOOOOO OX X OOQOQOQOQOO OX X UN 2 2 Vf Vf 2 22 0 01 1000kW A39 0 or 2 4 0 01 1000HP A39 1 0 00 2000A 0 1 R1 96X 2 V f R1 X 1 5 a c 3
88. 2 3 1440 EE 1 i Ly Eg Lt OO OO BUT z LT U ___ 1 22kW 6 00s 30kW 20 00s 2 5 1 3 5 2 P03 4 22kW 5 0min 30kW 10 0min gt V 5 V f PG PG gt X 7 O0 QO O lt gt 1 21 X
89. 50HzZ SWS0 ZONE Li x 60Hz 1 ISW60 AI 47 1047 LOCK X X 48 X7 E07 PIN O 49 1049 X7 E01 E06 E08 E09 SIGN EE II 72 1072 1 CRUN M1 O X X 73 1073 2 CRUN M2J e xX X FRENIC A EGA Maximum Engineering for Global Advantage Ee e eT Hl VVf Paa PG ELS 74 1074 3 ICRUN M3 X _ 8 75 1075 4 ICRUN M4 OE ARo 76 1076 DROOP O O 77 1077 PG PG CCLJ xX O 1000 OFF E in 2 0 00 6000s m E 11 2 0 00 CREE HERR E 12 3 1 Q E 4 a HR E
90. 0 01 100 00Hz s e O x X 999 H 15 200 300V 200V A2 O 400 600V 400V HIS 10 0 30 0s 999 999 O Q HE 0 0 OT OT 1 PTC GHY RUZU T 1N A TIE 2 PTC THMJ 3 NTC HeT 0 00 5 00V E aro E DESEE H2B 60 0 0 0Hz 0 0 e H30 0 WIR 0 F01 C30 1 RS 485 1 2 F01 C30 3 RS 485 1 4 RS 485 2 F02 F02 RS 485 1 RS 485 1 F02 FRENIC MEGA Maximum Engineering for Global Advantage H icd zr e ED E REA Aea aaa va pova PG RS 485 2 RS 485 1 F01 C30 RS 485 2 RS 485 1 RS 485 2 RS 485 2 RS 485 2 0000
91. 8 DCR 9 10 55kW DCR HD LD FRENIC A Maximum Engineering for Global Advantage 3 400V 0 4 55kW HD High Duty FRNLILILLIG1S 4J 0 4 0 75 1 5 2 2 7 5 11 15 kW 1 0 4 075 15 22 7 5 11 15 kVA 2 o 14 18 24 V 3 318380 480V AV A DNE 4 55 5 le 2 2 9 150 1min 200 3 0s Hz 31H380 480V 50 60Hz 380 480V 50 60Hz 5 10 159 2 6 5 59 BACA 7 L6 90 49 f 17 31 59 82 130 173 23 2 33 43 8 823 6066 779 943 114 140
92. DCR 10 amp gw 1 4 2 200V 220V 400V 440V 3 5 PWM AC 6 9 V V 3 V X 67 IEC61800 3 2 39 ACR 7 500kVA 50kVA 10 X 5 8 DCR X9 10 55kW DCR HD LD
93. VES a UU O40 e EUMD NDOD KNIE MESE 5e T Nen mex LE 2 d D xj LL n D E Lt mm ES z aE E e i UN D E Li D m ES C m um y Li D 1 P 1 JOG P 1 0 000 5 000s 0 000 0 100s 0 1 200 01 amp 0 001 1 000s 0 000 0 100s 0 000 5 000s 0 000 0 100s 0 1 200 01 amp 0 001 1 000s 0 000 0 100s Ls n lt ur LT n ml E M u 5 i M le ed EUM n e N Ji ci 1 2 PG 0 1 2 AB 90 0014 EA60 16
94. 001 10 008 1 O 41222 012 O X X beb 0 00 15 00Hz PENES Q O QO be 1 0 00 20 0096 ESSENDO SET OTO beg 3 0 00 20 0096 zs 72 1900 OTO 53 2 0 0 300 096 O Aal 6 meme bJ 3 0 0 300 0 A CR ON 533 4 0 0 300 096 m m 534 5 0 0 300 096 TATAA RE NEG SEE 535 a 0 0 300 0 1 wal 6 O TO TO 531 c 0 0 300 0 OWA e CATARES 535 3 0 0 8 XxX 1 2 1 1 HP 2 2 3 3 6 4 2 5 1 3 5 2 P03 4 22kW 5 0min 30kW 10 0min 6 5
95. T562 0036 1 1 IS014001 T D ENVIRONMENTAL MANAGEMENT S M e EMS Accreditation avr AY RE 009 EC98J2011 2008 4 DO08c K06 CM3OFIS
96. 0 01 30 00s 0 00 xX HE 25 0 500 0Hz Q 250 Hgg 0 3 999 x 0 gg O4 CEE EE Eon OT ERES IER ugn 0 1 Q 8 0 H8 PID 0 0 0 1 60 0s 0 0 OTO O Har P 0 000 10 0001 amp 999 F O H93 1 0 010 10 000s 999 1 2 999 CNC H94 1 0 9999 10 X x Ol TO 95 O 1 x M H985 STOP STOP 0 uN OI E STOP STOP STOP 1 22kW 6 00s 30kW 20 00s 2 5 1 6
97. V2 22kQ DC0 10V 0 100 DCO 5V 0 100 DC 15V DCo 10V 0 100 DCo 5V 0 100 GE DC 10 0V 0 10096 EE PID PID PTC NTC PTC NTC 000000000000 20026 MEME _ 5 0 10V 0 10026 5s O O LLL 6 7 O LLL 8 11 2 Vuvs mir im zn 12 13 C1 V2 FMA CMICMY X1 1 X1 X9 FWD REV
98. 5 10 15 29 6 5 59 BH A 7 DCR 138 164 210 238 286 357 390 500 559 FB IL UM DCR kVA 8 DCR 96 114 140 165 199 248 271 347 388 9 10 15 Q 0 0 60 0Hz 0 0 30 0s 0 100 DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP00 UL open type kg 1 4 2 200V 220V 400V 440V 3 5 PWM AC 6 V V 3
99. 0 0 30 0s 0 80 EMC EMC C3 2nd Env EN61800 3 2004 DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP00 UL open type HE 42 62 64 10 109 14411441 1 4 2 200V 220V 400V 440V 3 5 PWM AC 6 V V 3 V X 67 IEC61800 3 2 39 2 ACR 7 500kVA 50kVA 10 X 5
100. 93 0 2 O x x 1 2 Eus 20 20096 DEDE Ege SPEX 5 0 1 9000kWs ous B O O Oe OFF Ft 0 001 99 99kW PRIEST COO TT CN 5 0 01 9990 GOEBENXEVIBDUDE e RIT can HDLD 0 HD High Duty X 0 ECE 1 LD Low Duty E 4 E pos Boe PT REGSE Vf pG 2 PG EU i mS EXT O 1000 0 1 SS1 0 cC IET EUP nex 1 1001 0 3 SS2 C O X3 2 1002 07 SS4 Q O I EUH X4 3 1003 0 15 SS8 OI QO EU5 X5 4 1004 2 RT1 OI EOE X6 5 1005 4 RT2 Q QM NS EU Bins 6 1006 HLD O I Q EUB X8 7 1007 BX O O I O EUS X9 8 1008
101. ON X2 2 lt gt 2 5 5mA X3 3 9 7 16mA X7 X4 4 2V To DUK ON ON x7 7 X7 0 5mA X8 AM6 22 27V X9 9 FWD REV CM 2 11 CMY PLC PLC PLC 24V 24V 22 27V 100mA TEE A5 H4 dun 2 PAT 0 58 FWD ON OFF NE X m REV REV ON OFF WW SS1 SS2 NN MUT nacen Udo SS4 SS1 SS8 ON OFF 16 un NN RT1 2 SOMNIS jeune iced E PIRE eure RT2 IB 4 oi0 We RT1
102. R1 X 1 5 a c 2 Lt 114 2 oci o00 0i Cn o m a m LN 3 m Cr a jl X mm ma eu OO QOO Aen 0 00 2000A ZING O m PEN R1 0 00 50 0096 EEr OR Apg X 0 00 50 0096 oa 0 0 200 0 O O 100 0 e QO Heu 0 01 10 00s Er DENS EOS X E a25 0 0 200 0 C 0 AZG 0 00 15 00Hz XTA e CE AgI 1 0 00 20 0096 VACUA SEED neg 2 0 00 20 0096 ESTESA R000 ER nes 3 0 00 20 0096 OS SA F0000 EF Aag 1 0 0 300 0 AIAJ G e H3 2 0 0 300 096 AN G OG TO H3e 3 0 0 300 096 Porere oNMENC H33 4 0 0 300 096 ZA S6 O AJ4 5 0 0 300 096 AIA 6G OIG H35 a 0 0 300 096 E AE AJG b 0 0 300 0
103. 150 1min 200 3 0s Hz 31H200 220V 50Hz 918200 240V 50 60Hz 348200 230V 60Hz es pup 200 240V 50 60Hz 200 230V 50 60Hz 200 220V 50Hz 5 200 230V 60Hz 10 159 2 6 5 5 TR A 7 16 32 61 89 15 211 28 8 422 576 71 0 34 31 5 970 112 151 185 225 270 i2 2 2 3 1 52 10 15 20 58 i 98 kVA 8 DCR 7 4 96 9 10096 10 1596 RENE Q 40 24 16 12 8 6 4 18096 18096 180 180 180 18096 18096 Q 40Q 20Q s DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP20 ULopentype IP00 UL open type Eis kg by LD Low Duty LM FRNLJILILIG1S 2J 5 5 7 5 11 15 18 5 22 90 RW e 75 11
104. 2 0 H55 0 00 2000A H55 50 100 1 2 85 zum mme 5 9 3 j0 000 2000s 0 0 1 1 X j A 122 0088 3 b nk DE vf PG 2 PG 50 1 3 25 0 500 0Hz 60 0 OIT QO 3 25 0 500 0Hz 50 0 O I 3 0 AVR A2 200 DIE NE 80 240V AVR 200V p 400 160 500V AVR 400V 507 3 80 240V AVR 200V X A2 200 X X 160 500V AVR 400V 400 505 3 0 0 20 096 3 Ss m 2 mM b5Ub5 1 m b07 O AAJ OO bUB Om DR AA RCE b it Q 0 qe SEN bil 0 00 0 01 30 00s e DoD CMS 5 ce 3 0 0
105. 2 3 6 FRENIC 7A Maximum Engineering for Global Advantage S E x s 0 1 2 3 4 cH d 4 0 00 0 40 RC OOO c2 4 0 4 EE a CE 60 r 3 4 0 000 5 000s CES 49 0 000 0 100s O 45 P 0 1 200 0 O O 10 0 x OIIO 45 0 001 1 000s r 48 0 000 0 100s CES 4 0 9999 10 X X OIO 5g 4 0000 FFFF 16 ERSE CR 53 X 44 X 1 0 300 ELSA TD Wm PSU 9 X 2 0 30096 EA OO EC EC r5
106. 380 480V 50 60Hz 10 15 2 36 5 5 A 7 0 85 1 6 3 0 4 5 7 5 10 6 14 4 21 1 28 8 35 5 57 0 68 5 83 2 4 3 1 5 9 8 2 13 0 17 3 23 2 33 43 8 52 3 77 9 94 3 114 kVA 8 0 6 P2 24 9 2 o2 7 4 10 15 20 2b 40 48 58 96 9 150 100 20 10 15 Q 96 Q s at da 200 180 96 64 180 180 180 180 48 180 32 180 24 16 180 180 5 E IE 2 0 0 60 0Hz 0 0 30 0s 0 100 EMC EMC C3 2nd Env EN61800 3 2004 DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP20 UL open type 8 IP00 UL open type RE 18 21 27 29 32 68 69 62 105 105 112 26 27 32 33 75 630kW HD Hign Duty FRNLILILIG1E 4J 75 90
107. EMC C3 2nd Env EN61800 3 2004 DCR 10 UL508C C22 2No 14 EN50178 1997 IEC60529 IP20 ULopen type IP00 UL open type Kg J 9 7 70 964 109 109 110 25 32 42 43 1 4 2 200V 220V 400V 440V 3 4 40C 3kHz 5 PWM AC 6 V V 3 V X 67 IEC61800 3 2 39 ACR
108. PID STP CAE AE 1 eme IE 2 WC a 1 CXII 2 GIU TIMES E CX ER I 4 CO ENR IEE eMe GHE GAE CONT Co I n O 3 OX ICE TIER C1 cioFFl 0 090_ PG NN NE Il EE saai xo e 3 Qro PG POM C x PORNO RAT gest CORO GM Sea M 105 1105 eO NM GO 1000 OFF E30 0 0 10 0Hz E JE Ae Ane e 0 0 500 0Hz e 60 0 S gt O 0 0 500 0Hz 1 0 0 00 1 200 up mess O a E35 0 01 600 00s 1000 EO 35 2 0 0 500 0Hz 60 0 E31 2 0 00
109. V X 67 IEC61800 3 2 39 ACR 7 500kVA 50kVA 10 X 5 8 DCR 9 10 55kW DCR HD LD 3 400V 5 5 55kW LD Low Duty FRNLILILIG1S 4J 5 5 7 5 11 15 KW 1 7 5 11 15 18 5 kVA 2 12 17 22 28 V 3 318380 480V AVR A 165 23 305 37 12096 1min Hz i e 31H380 480V 50 60Hz 380 480V 50 60Hz
110. 5 0 5 096 O MEE 0 00 200 0096 O O 100 0 9 L33 0 00 5 00s 0 05 OTO L 34 0 00 100 0096 O O 10000 O L 35 O X O 1 Q LO GG 1 L35 C1 5 0 5 0 O E 0 0 OQ EE 0 00 200 00 Oo O 10000 O O t 38 0 00 5 00s m m 0 05 H O L 38 0 00 100 00 100 00 9 C4 t 7387 ABB RT V2 76 5 0 5 096 O 00 1OIOTO 4g 0 00 200 0095 100 00 43 0 00 5 00s O O 0 05 O C99 0 00100 00 1 O O 1000 0 O O 45 0 1 EXE 9 1 1 0 00 100 00 O 0 00 O PID 1 100 00 100 00 9 0 00 9 0 00 100 00 O 0 00 O 1 0 EJ EXE 1 3 5 2 P03 gt V 5 V f
111. 20 60000 VV A 1 9999 xololooolooolo o es olololoolooolooo 8l lia 9999 0 0 50 076 0 00 10 00s Pm Vi n REEL PG 0E 1 1 2 2 OOOXXX OIOIOIOIOIO ut Pa x DN TREE 0 EIES RAS RT 1 D O n D Vt 1 T Li t Uss L1 n ASR 0 000 1 000s x 4 10 X D L nagd Riga gia Lr nnm pnm unm f e Jc ur c T N HB Li Li Bem P 13 sss m n nc m i en em Q He Li J 1 2 9 1 0 1 2 AB 90 0 000 5 000s 179999 SID ox e X Q QOO 0 005 10 E 10 m Il229999 0 1 2 0 0 10 0Hz ND N X D eo CC CIN X QQUO MIN m cca aua Li y 9
112. 5 RE CA 10 15 2 6 5 5 NETT 96 e STe 9 5s 96 120 13096 14096 15095 130 Q 800 s 3 7s 3 4s ED 2 1 4 E RA 0 0 60 0Hz 0 0 30 0s 0 80 PP IP20 Sr UL open type IP00 UL open type RR IPAH HE kg 6 5 6 5 5 8 9 5 9 5 10 25 26 31 75 630kW LD Low Duty FRNLILILIG1S 4J 90 110 132 160 200 220 280 315 355 400 500 630 kW 1 90 110 132 160 355 400 450 500 630 710 ERR AL ORO 134 160 192 495 563 640 731 891 1044 V 31H380 480V AVR 4 em mun 176 210 253 304 12096 1min Hz 50 60Hz 318380 440V 50Hz 318380 480V 60Hz 5 A A UE 520 650 840 9
113. 1 4 DI DO AO 1 5 7 ASR 6 7 6 7 7
114. 3 6 4 H 1 2 3 4 OO OO X HD4 0 1 10 amp CES HgS 0 5 20 0s 5 0 HOE ON OFF 0 ON 0 COEGIT 1 ON OFF HO 1 0 0 CIS 1 S 2 S H57 H60 3 HGB 0 1 2 Hgg 0 0 e lt 1 2 0 1 e O Hie 0 D x x 1 H13 0 1 10 0s RL QUSS Me HIH 0 00
115. FRN15G1S 4J HDLD RGG4229 687 200 FRN15G1E 4J HDLD RGG4308 723 000 FRN18 5G1S 4J HDLD FRN22G1S 4J HDLD RGG4230 RGG4231 909 800 1 076 000 FRN18 5G1E 4J FRN22G1E 4J HDLD HDLD RGG4309 RGG4310 958 000 1 130 000 FRN30G1S 4J HDLD RGA4200 1 331 000 FRN30G1E 4J HDLD RGA4250 1 400 000 FRN37G1S 4J FRN45G1S 4J HDLD HDLD RGA4201 RGA4202 1 674 000 1 977 000 FRN37G1E 4J FRN45G1E 4J HDLD HDLD RGA4251 RGA4252 1 760 000 2 080 000 FRN55G1S 4J FRN75G1S 4J HD RGA4203 2 422 000 LD HD LD O RGD4200 RGA4204 RGD4201 2 537 000 3 363 000 3 772 000 FRN55G1E 4J FRN75G1E 4J HD RGA4253 2 550 000 LD HD REE RGD4230 RGA4254 RGD4231 2 670 000 3 540 000 3 970 000 PG OPC G1 PG OPC G1 RY RGWG213 RGWG214 22 500
116. V f V f PG PG PG 200V 80 240V AVR ON OFF 3 1X4 V f 400V 160 500V AVR ON OFF 1 4 V f 3 0 500V 0 500Hz HD 1 4 0 0 20 0 1 4 2 1 4 22kW 200 30kW 180 0 3Hz 6 22kW 200 30kW 180 0 3Hz 50Hz
117. 0 10096 9 HSA 2S 0 10096 9 10 OUI H55 18 0 10096 2S 10 100 10 UP DOWN O 0 00Hz 1 O I O 1 UP DOWN HEI 1 F16 0 0 F16 0 1 60 0Hz EE A2 7 poe Vf3 0 0 0 1 500 0Hz G HGS 0 240V AVR 200V A2 0 500V AVR 400V H5 1 0 P m X 0 F16 e X X E OX ONSSOOXO QOIOOCIONESUSEENPSOCODIOX OO OO
118. 1 4 7 RS 485 RS 485 2 DX DX RS 485 LSI PID PID
119. 15 18s 2 ro BEEE VA 3k2 EEEE E e a pan 68 107 J V 3 318200 240V AVR 3 200 230V AVR 31 8 46 2 59 4 74 8 88 115 29 42 55 68 80 107 120 1min Hz2 31H200 220V 50Hz 3 200 240V 50 60Hz 318200 230V 60Hz UA 4 146 180 215 283 346 415 H H200 240V 50 60Hz 200 230V 50 60Hz 200 220V 50Hz 5 200 230V 60Hz S 10 15 2 6 5 59 I DRM 288 422 576 710 844 114 138 167 203 282 334 410 DCR 427 607 soa 970 112 151 1885 225 270 kVA 8 DCR 10 15 20 25 30 40 48 58 71 98 9e 9 70 1596 Q 12 8 6 4 4 120 130 14096 150 130 O s
120. 7T 77CH W3 2zc 7 377 3U Hx No HD Hight Duty 3 200V 0 4 90kW 3 8400V 0 4 630kW FRENIC MEGA LD Low Duty 3 200V 7 5 110kW 318400V 7 5 710kW MH642 EMC 3 USB HD 200 3 150 1 LD 120 1 FRENIC5000G11S 3 200V 0 2 90kW 3 400V 0 4 630kW MH594 0 5Hz 2009 22kW MH594
121. PG APR PG 1 A BEN s ara z 2 A lt Ln 7 LS CE PID PID
122. T x UN FT j La Pa 1 m FWD REV 0 1000 1 1001 2 1002 3 1003 4 1004 5 1005 7 1007 8 1008 9 1009 10 1010 11 1011 12 1012 13 14 1014 0 1 0 3 0 7 0 15 2 4 6 1006 9 OFF 1009 ON 2 1 E 2 1 RST THR JOG Hz2 Hz1 M2 DCBRK J 50Hz 17 1017 18 1018 PID Se meom Ey RS 485 BUS option DI 19 1019 20 1020 21 1021 22 1022 24 1024 26 1026 OO O O O O O X ze eeoee eSesS Pe e OOOO0QO0 O 1X l l C Ue OR 99999999999 9 OOOLOJO O rnENIG A EGA Maximum Engineering for Global Advantage
123. amp s1 107 191 158 MS 31 8 462 594 748 88 115 A 4 29 42 55 68 80 107 120 1min Hz 50 60Hz 3 200 220V 50Hz 3 200 240V 50 60Hz 338200 230V 60Hz 200 240V 50 60Hz 200 230V 50 60Hz 146 180 215 283 346 415 200 220V 0Hz 5 200 230V 60Hz 10 159 29 6 5 59 iA ROPA ET Dert 288 422 576 710 844 114 138 167 203 282 334 410 Derg 427 607 801 970 112 151 185 225 270 kVA 8 15 20 25 30 71 98 96 9 70 1596 FENER Q 16 12 8 6 4 4 96 13096 12096 13096 140 150 13096 QJ 200 s 87s o O 0 0 60 0Hz 0 0 30 0s 0 80 EMC
124. 12 EHHA FWD REV RETH PG 12V OPC G1 PG PG 5V OPC G1 PG2 OPC G1 DI 8 12 15 16bit BCD OPC G1 DO FRENIC MEGA OPC G1 AIO OPC G1 RY IP40 P40G1 L1L 17
125. 200V 0 1 2 2kW 100V 0 1 0 75kW 0 1 0 2 0 4 0 75 3 7 FRENIC Minih MH650 FRENIC MH513 FRENIC5000VG7S MH623 FRENIC5000G11S P11S MH594 MICREX SX MICREX SX SPB LH984 MICREX SX SPH LH982 FRENIC Eco 0 75 110kW 0 75 560kW 3 200V 3 400V 15 2 MH651 0 4 90kW 0 4 630kW 0 75 90kW 3 7 800kW 5 5 110kW 5 5 710kW 560 630 710 FRENIC Muli MH652 800 1000 kW J FRENIC MEGA MH642 F ALPHA T amp FALDIC 4 v U X MH545 series e POD UG40 LH855 Motion Control System MH690 ALPHAS MH555 FRENIC WJ ECA Maximum Engineering for Global Advantage NATz5ui
126. AD 0 75 0 4 0 75kW 115 IP40 1 RY 2 5 5 7 5 11kW 3 7 1 5 2 2 3 7kW 22 15 18 5 22kW lIRS 485 1 8l USB E 374 RS 485 dd RS 485 RHJ 45 POWER INPUT MOTOR LZR 27S L3 T U v 10 10 Hn 10
127. AIA 6 OIO H31 ce 0 0 300 096 1 2 6 COO A39 0 0 8 X JA142 1 HP 2 3 6 2 0 X rnENIG EGA Maximum Engineering for Global Advantage 2 A a a dali Vf PG PG_ AH 1 2 DOO OCO a a a SHOSUUDESE SEX 1 A H43 2 EC ODO SNC NIRE ao Suo bra T1 6 199 X 6 O A45 P 0 1 200 0f amp Q 10 0 AMENS dd 0 000 0 100s 0 002 X OTO H5 t 425B ERE n e Ne ASE 2 x TE H53 2 ABa M OTO ASH X
128. DCR4 15 DCR4 18 5 FRN18 5G1S 4J DCR4 18 5 DCR4 22A FRN22G1S 4J DCR4 22A DCR4 30B FRN30G1S 4J DCR4 30B DCR4 37B FRN37G1S 4J DCR4 37B DCR4 45B FRN45G1S 4J DCR4 45B DCR4 55B FRN55G1S 4J DCR4 55B DCR4 75B C FRENIC EGA Maximum Engineering for Global Advantage 400V 400V OFL i me
129. P1 P N W FRN7 5G1 2J C lis 15 3 FRN15G1BI 2J eileieae Mi 20V gs leolmoLulylw FRN18 5G1 2J D 5 elole eo DB G PE FRN22G18 2J LR urs ut e 2 30 HD we FRN30G1 2J 9 7 FRN37G18 2J EMC s e 3 FRN45G1 2J F D O HD FRN55G1 2J HD o0 9 3 A B FRN3 7G1B1I 4J a UJ r jns A r N T c r co mt j J CO ER L ERNSEO TBI e HD FRN7 5G1 4J C HD FRN11G1 4J HD FRN15G1 4J 400V FRN18 5G1BM 4J T D FRN22G1B8 4J FRN30G1 4J 37 T FRN37G1 4J sm ee 45 HITS FRN45G1BlI 4J FRN55G1 4J 90 FRN75G1BI 4J F RO TO M3 5 1 2N m R1 T1 M3 5 1 2N m 200V 37kW 400V 75kW O NC SG M3 0 7N m FRENIC MEGA Maximum Engineering for Global Advantage F sncur8EZsB itid vit Peva Pe
130. REV O O 1000 OFF 0 C V f PG z m Hii i pi c EZ RS ril ala PG 1 0 0 500 0Hz OO HIE Ee t03 3 0 0 coH 0 0 30 0Hz E Sae EON OE EE C65 1 0 00 500 00Hz E 0 00 H S C06 O 0 00 WE 0 00 C88 O 0 00 9 09 G 0 00 r3 Q 0 00 5 H amp EH m m 0 00 9 Le C ODO ENSE t i3 0 00 5 H amp G Ci m 0 00 O L 15 ECENNOSNIECEESEBNS t Q F 0 00 SS r1 9 Q 0 00 9 LIB AE AA Ae e t ig Q 0 00 5 H amp 9 tet 0 00 500 00Hz 9 O 0 00 e c 30 2 X 2 12 DC0 10V C1 DC4 20mA 12 C1 V2 DC0 10V UP DOWN AO 12
131. environmental awareness and easy maintenance to the next level i I I NIL ET FRENIG LIEGE Maximum Engineering for Global Advantage ER BERI J FRENIC VIEGA Series Maximum Engineering for Global Advantage Vu HCZidlz MEHTA i ANA X Dk ti 200 duty 120 1 S SE H eE dp EMC irs Ed PG 1 1500 100Hz 0 01 500Hz 10
132. 00 6000s 1 m 1 0 00 1 0 0 20 096 1 2 O X 1 1 e 1 m 2 FV 0 00 1 1359 AIA 3 0 5 75 0 min 4 T O 5 O 0 0 500 0Hz 0 0 500 0Hz 1 100 00 100 0096 1 0 0 60 0Hz 0 100 HD 0 80 LD 0 00 0 01 30 00s x PX X BA E 1 0 0 60 0Hz 0 00 10 00s O Q 70 0 TI LT ma k E xi WHN OOOOIO e eo e
133. 103 103 144 144 FRENIC A EGA Maximum Engineering for Global Advantage 3 400V 5 5 55kW LD Low Duty FRNLILILIG1E 4J 5 5 7 5 kW 1 11 kVA 2 12 17 V 3 A 165 23 12095 1min Hz 50 60Hz zu a 318380 480V 50 60Hz 380 480V 50 60Hz 5 10 15 2 6 5 5 EJLA 7 DCR 14 4 21 1 28 8 35 5 42 2 57 0 68 5 83 2 102 DCR 232 330 438 523 606 779 943 114 140 kVA 8 DCR 10 15 20 25 30 40 48 58 71 9 9 7096 1596 771296 O 64 48 32 24 16 16 13096 120 13096 14096 15096 13096 Q 80Q E CS 37s 9 ED 2 2 1 4 0 0 60 0Hz 0 0 30 0s 0 80 EMC EMC
134. 110 132 kW 1 75 90 110 132 kVA 2 114 134 160 192 V 3 318380 480V AVR A 150 1min 200 3 0s Hz 50 60Hz 31H380 440V 50Hz 31H380 480V 60Hz 150 176 210 380 480V 50 60Hz 253 304 377 415 520 585 650 740 960 5 BH 18380 440V 50Hz 8 18380 480V 60Hz 10 159 6 296 6 5 5 A 7 238 286 357 390 500 559 628 705 881 DOR sem sm qp qp wee qoe p m9 D ose qo oe d o9 Dow 0 o kVA 8 DCR 347 388 436 489 611 773 96 9 10 15 Q 95 0 0 60 0Hz 0 0 30 0s 0 100 EMC EMC C3 2nd Env EN61800 3 2004
135. 2 9 gt V 5 V f PG PG gt 0O QO O WW lt gt 1 2 X 3 b JUL rz AB TE E dr 3 0 1 2 3 T 0 20 b 1 3 3 0 3 X EEI 1
136. 328 000 379 000 EMC E DS RGWG941 20 600 EFL 3 7SP 2 RGWG943 33 400 ERIS SREZ EFL 15SP 2 EFL 22SP 2 RGWG944 RGWG945 RGWG946 72 600 186 000 214 000 EFL 0 75G11 4 RGWG948 19 500 EFL 4 0G11 4 RGWG949 23 400 EFL 7 5G11 4 EFL 15G11 4 RGWG950 RGWG951 32 800 43 200 EFL 22G11 4 O RGWG952 oo oo oo oo oo ooo oo oo oo oo 9 9 99 3 38 51 200 FRENIC MEGA FRENIC5000G11S FRENIC Mulli 3 200V 0 1 15kW 318 400V 0 4 15kW 200V 0 1 2 2kW FRENIC 5000VG7S 3 200V 3 400V 3 200V 3 400V 0 2 90kW 0 4 630kW 318 200V 318 400V FREINIC5000P11S 3 200V 3 400V 2 FRENIC ECO FRENIC Mini 34H 200V 0 1 3 7kW 3 400V 0 4 3 7kW
137. 60Hz 1 3 UP UP ON DOWN DOWN ON WE KP ON PID Hz PID ON PID PID VS ON LE ON RS 485 U DI DI STM STOP STOP OFF
138. FFFF 16 e Q 10 1 0000 FFFF 16 0 O Es Li 1 2 0 1 10 0s m r OL COOL OO OE OOE x 0000FFFF 16 ak HH 10 E Hu 1 10 0 10 0s m 0 0 OTO H50 Vf 0 0 0 1 500 0Hz 0 0 000 X O 7 O X H5 0 240V AVR 200V X 8 O X 0 500V AVR 400V V f2 0 240V AVR 200V x 0 500V AVR 400V HSY 0 00 6000s 3j OHE H55 0 00 6000s OTO H55 0 00 6000s a NICE HST 1S
139. s RT2 T Rx JE 1 4 HLD 3 HLD ON FWD REV OFF BX BX ON RST RST ON 7 THR THR OFF OH2 JOG JOG ON FWD REV ON JOG ON a Hz2 Hz1 ON 2 2 3 M2 M3 M4 1 4 OFF 1 4 DCBRK ON 2 1 TL2 TL1 2 a CUR EAE SW50 SW60 OFF 50Hz
140. 0 FRN18 5G1E 2J HDLD RGG2276 709 000 FRN22G1S 2J HDLD RGG2261 857 000 FRN22G1E 2J FRN30G1S 2J HDLD RGA2220 1 161 000 FRN30G1E 2J FRN37G1S 2J HDLD RGA2221 1 528 000 FRN37G1E 2J FRN45G1S 2J HDLD RGA2222 1 795 000 FRN45G1E 2J HDLD HDLD HDLD HDLD RGG2277 RGA2250 RGA2251 RGA2252 903 000 1 220 000 1 610 000 1 890 000 FRN55G1S 2J FRN0 4G1S 4J HD RGA2223 2 232 000 LD RGD2148 RGG4221 2 442 000 131 100 FRN55G1E 2J FRN0 4G1E 4J HD RGA2253 2 350 000 LD HD RGD2240 RGG4300 2 570 000 138 000 FRN0 75G1S 4J HD RGG4222 142 600 FRN0 75G1E 4J HD RGG4301 150 000 FRN1 5G1S 4J HD RGG4223 190 200 FRN1 5G1E 4J HD RGG4302 200 000 FRN2 2G1S 4J HD RGG4224 223 000 FRN2 2G1E 4J HD RGG4303 235 000 FRN3 7G1S 4J HD RGG4225 287 700 FRN3 7G1E 4J HD RGG4304 303 000 FRN5 5G1S 4J HDLD RGG4226 367 700 FRN5 5G1E 4J HDLD RGG4305 387 000 FRN7 5G1S 4J FRN11G1S 4J HDLD HDLD RGG4227 RGG4228 468 900 525 500 FRN7 5G1E 4J FRN11G1E 4J HDLD HDLD RGG4306 RGG4307 492 000 555 000
141. 00m 200V 55kW 400V 75kW 200V 75kW 400V 90kW 3mm 2 9Hz 9 8m s2 9 20Hz 3mm 2 9Hzzkiii 2m s 9 55Hz 2m s2 20 55Hz 1m s2 55 200H2z 1m s2 55 200Hz 25 465C 5 95 RH f 80 amp U NC 1 V 2 3 V 4 V f PG 5 PG KO 7 PG 8 rnENIG EGA Maximum Engineering for Global Advantage
142. 0793 dx d e RS 485 1 1 255 O O une 0 B BERE ERUSZ 0 IPC NO 1 2 F 3 403 0 0 60 0s e e 2 0 MI 404 0 2400bps e 3 QE EGGS 1 4800bps 2 9600bps 3 19200bps 4 38400bps uns 0 8bits O O 0 SR 1 7bits 406 0 2bits 0 QE 1 1bit 2 tbit 3 tbit 97 7 0 2bits Q 0 D 1 1bit 408 0 O 0 QUIE 1 60s ung 0 00 1 008 O 0 01 Me 40 0 Modbus RTU 1 1 SX 2 RS 485 2 1 255 x 1 QO S Hig 0
143. 1 ON CRUN M1 CRUN M2 CRUN M3 CRUN M4 ON CRUN M3 1 2 3 4 H CRUN M4 DROOP PG CCL NONE E2 4 PG DROOP CM ON PG CCL CM ON PG 4 5 7 rnENIG EGA Maximum Engineering for Global Advantage DC24V DC100mA Max PLO CM CMY 1 2 3 4 ON ON OFF DC27V NY cHEE
144. 3 V X 67 IEC61800 3 2 39 2 ACR 7 500kVA 50kVA 10 X 59 8 DCR X9 10 55kW DCR HD LD FRENIC FGA Maximum Engineering for Global Advantage EMC 3 200V HD High Duty FRNLILILIG1E 2J 1 5 45 55 KW 1 1 5 45 55 kVA 2 t1 1 9 3 4 2 6 8 10 14 18 24 28 34 45 55 68 81 V 3 TREH A 150 1min 20096 3 0s H2 TT zm TU Tem mut SfH200 240V 50760Hz Hes oe PASSANT ES DE a 200 240V 50 60Hz 200 230V 50 60Hz B 1H200 220V 50Hz
145. 4 DCR4 2 2 DCR4 3 7 DCR4 5 5 RGWG715 RGWG716 RGWG717 oo oo oo oD D9 398 8 19 200 23 200 DCR4 7 5 RGWG718 28 000 DCR4 11 RGWG719 33 600 DCR4 15 DCR4 18 5 RGWG720 RGWG721 40 000 48 000 DCR4 22A RGWG722 52 800 DCR4 30B RGWA761 63 000 DCR4 37B DCR4 45B RGWA762 RGWA763 65 000 OIOIOIOIOIOIOI OI DCR4 55B RGWA764 85 000 90 000 OFL 0 4 2 RGWG900 49 400 OFL 1 5 2 RGWG901 50 600 OFL 3 7 2 OFL 7 5 2 OFL 15 2 RGWG902 RGWG903 RGWG904 69 800 87 800 147 000 OFL 22 2 RGWG905 220 000 EIE SO OFL 37 2 OFL 45 2 RGWA920 RGWA921 RGWA922 248 000 261 000 328 000 OFL 55 2 RGWA923 379 000 OFL 0 4 4 RGWG906 49 400 OFL 1 5 4 OFL 3 7 4 RGWG907 RGWG908 50 600 69 800 OFL 7 5 4 RGWG909 87 800 OFL 15 4 RGWG910 147 000 OFL 22 4 OFL 30 4 OFL 37 4 RGWG911 RGWA925 RGWA926 220 000 248 000 261 000 OFL 45 4 RGWA927 328 000 OFL 55 4 RGWA928 379 000 OFL 0 4 4A OFL 1 5 4A RGWG920 RGWG921 49 400 50 600 OFL 3 7 4A RGWG922 69 800 OFL 7 5 4A RGWG923 87 800 OFL 15 4A OFL 22 4A RGWG924 RGWG925 147 000 220 000 OFL 30 4A RGWA940 248 000 OFL 37 4A RGWA941 261 000 OFL 45 4A OFL 55 4A RGWA942 RGWA943
146. 5 DCR2 1 5 A 66 22 DCR2 2 2 A 86 3 7 DCR2 3 7 A 86 5 5 DCR2 5 5 A 111 318 7 5 DCR2 7 5 A 111 200V 11 DCR2 11 A 111 15 DCR2 15 A 146 18 5 DCR2 18 5 A 146 96 120 96 25 M8 7 5 M8 12 M8 14 M10 16 M12 16 90 72 15 M4 1 0 L 078 PCR A 6 s 99 72 20 94 saxe M4 14 li 20 M4 1 6 2 T DCR 1 XA ET 100 15 M4 2 dE EE M4 2 6 55 DCR455 A 86 7i 100 80 20 110 6X9 M4 2 6 KR UEEENDORZ SE AE EY FR OO 24 M5 4 2 3 100 24 M5 4 3 400V DCR4 15 A 12 15 M5 59 DCR4 18 5 A M6 72 DCR4 22A A M6 72 DCR4 30B B M8 13 DCR4 37B B M8 15 DCR4 45B B M8 18 DCR4 55B B M8 20 BATER HD LD HD LD FRN0 4G1S 2J DCR2 0 4 Em FRN0 75G1S 2J DCR2 0 75 FRN1 5G1S 2J DCR2 1 5 FRN2 2G1S 2J DCR2 2 2 FRN3 7G1S 2J DCR2 3 7 FRN5 5G1S 2J DCR2 5 5 DCR2 7 5 FRN7 5G1S 2J DCR2 7 5 DCR2 11 FRN11G1S 2J DCR2 11 DCR2 15 FRN15G1S 2J DCR2 15 DCR2 18 5 FRN18 5G1S 2J DCR2 18 5 DCR2 22A FRN22G1S 2J DCR2 22A DCR2 30B FRN30G1S 2J DCR2 30B DCR2 37B FRN37G1S 2J DCR2 37B DCR2 45B FRN45G1S 2J DCR2 45B DCR2 55B P FRN55G1S 2J DCR2 55B DCR2 75B C 20 TmIn 1209 6 1min FRNO 4G1S 4J DCR4 0 4 m 20076 9S FRN0 75G1S 4J DCR4 0 75 m FRN1 5G1S 4J DCR4 1 5 FRN2 2G1S 4J DCR4 2 2 FRANS GIS AJ DORAS FRN5 5G1S 4J DCR4 5 5 DCR4 7 5 FRN7 5G1S 4J DCR4 7 5 DCR4 11 FRN11G1S 4J DCR4 11 DCR4 15 FRN15G1S 4J
147. 5 E NN XX 0 00 2000A AIAT 50 100 1 2 85 1 2 0 082 1 TI X c Ln 9 0 000 20 000s 1 PID 0 1 2 3 Joe 0 0 1 PID 1 12 C1 V2 3 UP DOWN 4 J03 P 0 000 30 0001 D TODO RO D J04 1 unb 0 0 900 0s m 0 5 i IIT J08 J89 10 60s O O 0 MC EI uii 0 200 200 E Nnm OQ TIN Q
148. 60 380 480V 50 60Hz 380 440V 50Hz 380 480V 60Hz 10 15 2 6 5 5 DCR 164 210 238 286 357 390 500 628 705 DCR DCR 114 140 165 199 248 2I 347 436 489 DCR 10 7 12 ESA Q 0 0 60 0Hz 0 0 30 0s 0 80 UL508C C22 2No 14 EN50178 1997 IEC60529 IP00 UL open type pc i kg 1 4 2 200V 220V 400V 440V 3 5 PWM AC 6 V V
149. 60 0Hz i O b 13 0 2 x G KEE 3 1 2 3 2 4 5 b IH 0 V f Q 0 CEE 1 2 V f 5 6 b 15 2 2258 A142 4 O SN ES b Ib 0 01 1000kW b39 0 or 2 4 ZA S OT OT O 0 01 100HP b39 1 0 577 0 00 2000A 1 2 6 e O I QO b iB 0 X 0 OIO 1 R1 X 2 V f R1 X 1 5 a c 3 R1 X ERA ERST LR REM 10 7 0o S VISIT S STE beu 0 00 2000A AA2 SEES be RU ODOR BN NX e beg X 0 00 50 0095 T NEE bJ 10 0 200 0 O 100 0 O OIIO beu
150. C Multit MHT275 FR FRENIC5000G11S P11S amp FVR E11S MHT257 FRENIC MEGA MHT278 EI3TEL 0120 128 220 EI FAX 0120 128 230 FRENIC5000VG7S MHT263 MHT221 FRENIC5000 G11S P119S VG7 MS5 H RHC FRENIC MX EIS TEL 0120 128 254 gg FAX 0120 128 258 nnnm T103 0011 5 7 URL http www fujielectric co jp fcs 2 13 504 2091 103 0011 5 7 B 011 271 3377 TO060 0031 1 5 2 022 222 1110 980 0811 3 1 A 048 648 6600 T330 0854
151. Ib 2 300 3009 999 999 EH 300 30094 999 E ame Eeoae e e 8 jd 9 19 Eg 1 1001 X 1 QO QO tog 2 1002 E GUEBESBEECNNESEEBSNES E23 3 1003 X 8 s 5 8 Eg 4 1004 X 15 E21 30A B C Ry 5 1005 99 COE e 6 1006 MET 7 1007 o M TO 8 1008 CL OL 100010 n EI dec T E S T C eo pee R 2 WW WIIOC00 II RE SENE QUNM SN Q X X 1 sws2 l ONE MES TRAE E ONE SUE SS CXII TO ON OFF COE OS CHE TE DO O Q OUI E S Sd UE 2 NEG EN MC NE ee QE NES CUI CRT ON 2 CO ME E 3 CO C COO PID PID ALMJ CON I REO Es PID IPID CTLI SHE DE PID
152. J FRN15G1E 4J FRN22G1S 4J 90 FRN75G1S 2 400 450 500 630 FRN55G1 2J FRN55G1L 4J HD DCR LD OSEE EEMC FRN0 75G1S 2 EBEN pm E A E i REL E 0 4 0 4kW 3 200V f 4 3 400V 630 630kW S EMC 1 AIA A Q9 En LED KEYPAD CONTROL LED x10 LED D 9999 x10 LED 4 LED
153. KVA 8 ECHOMEESONEECNME TUNE ONESCNEEE SN 9 150 100 EE S 6 Q 200 160 9 64 48 32 24 16 18096 18096 18096 18096 18096 18096 18096 18096 Q 720Q 4700 1600 800 s 5s ED E Eee e e 0 0 60 0Hz 0 0 30 0s 0 100 DCR C10 BARENE IEC60529 IP20 UL open type IP00 UL open type Eis kg 2 7 75 630kW HD High Duty FRNLILILIG1S 4J 75 110 132 160 200 220 280 315 355 kW Cid 90 110 132 160 200 220 280 315 355 kVA 2 134 160 192 231 287 316 396 445 495 V 3 31H380 480V AVR A 150 176 210 253 304 415 520 585 150 1min 200 3 0s Hz 50 60Hz 348380 440V 50Hz 348380 480V 60Hz 380 480V 50 60Hz
154. NECA Maximum Engineering for Global Advantage FRENIC MEGA a gt OPENPR 3 3 2 inprR ol 1 CB 5S Sm CB 3S 3m CB 1S im DeviceNet OPC G1 DEV DeviceNet CC Link OPC G1 CCL CC Link PROFIBUS DP OPC G1 PDP PROFIBUS DP CANopen OPC G1 COP PLC FWD REV RET T OPC G1 TL PLC T
155. PG PG gt X 7 0 QO s cxm O QO gt O 1 2 XX 1 P PE gt D NINI PoI 1 2 22 Pe 0 01 1000kW P99 0 or 2 4 X 6 O 1 X 0 01 1000HP P99 10 0 00 2000A NSPSN2I 6 e Q Q PON 0 X 0 OEC 1 R1 X 2 V R1 X 1 5 a c 3 R1 X 1 5 a c
156. R2 5 5 DCR2 7 5 DCR2 11 RGWG706 RGWG707 RGWG708 AC ACR2 0 4A ACR2 0 75A ACR2 1 5A FRENIC WV EGA Maximum Engineering for Global Advantage RGWG600 RGWG601 RGWG602 ER 25 200 25 200 27 000 ACR2 2 2A RGWG603 28 800 ACR2 3 7A ACR2 5 5A ACR2 7 5A RGWG604 RGWG605 RGWG606 O00 30 600 ACR2 11A RGWG607 ACR2 15A RGWG608 ACR2 18 5A ACR2 22A RGWG609 RGWG610 80 200 ACR2 37 RGWA607 71 400 ACR2 55 RGWA608 82 800 ACR2 75 ACR4 0 75A ACR4 1 5A RGWA609 RGWGe 1 1 RGWG612 109 000 0 0 0 0 0 0 O O O ACR4 2 2A RGWG613 ACR4 3 7A RGWG614 ACR4 5 5A ACR4 7 5A RGWG615 RGWG616 ACR4 11A RGWG617 ACR4 15A RGWG618 ACR4 18 5A ACR4 22A RGWG619 RGWG620 ACR4 37 RGWA615 ACR4 55 SSU 50TA NS SSU 100TA NS RGWA616 RGWG960 RGWG961 oo oo oo0 98 280 000 362 000 Oo O39 8 28 000 DCR2 15 RGWG709 DCR2 18 5 RGWG710 DCR2 22A DCR2 30B RGWG711 RGWA751 DCR2 37B RGWA752 DCR2 45B RGWA753 DCR2 55B DCR4 0 4 RGWA754 RGWG712 DCR4 0 75 RGWG713 DCR4 1 5 RGWG71
157. U USB USB mini B Ver 2 0 IE 1 Vf 2 3 V f 4 V f PG 5 PG 6 7 PG 8 LH A Ne YR kw AOE FRNO A4G1BI 2J ie LI RI2 S 13 7 U V W i 3 lejeje FRN0 75G1 2J cdi e FRN1 5G18 I 2J HD eG FRN2 2G1 2J B i FRN3 7G1882J EB M o PREECE gt A e E x L1 RIL2 SIL3 T DB
158. VR 200V X 20000 EG EC d ues 160 500V AVR 400V 400 4 0 0 20 096 4 O O 2 Q x X r b 4 1 1 GO Dues 2 FV 07 0 00 1 135 Q ne OM OT cg i0 0 100 HD 0 80 LD e 0 De Ae r1 0 00 0 01 30 00s O_ O r i2 4 0 0 60 0Hz EE IOD ue CO sd M 0 0 2 1 eO 4 1 2 3 2 4 5 0 V A 6H 4 1 0 Ol TQ 2 V f 5 6
159. i CMY ol E H SW1 H Sr r E i 6000 E SOURCE pe L Dur p CM E ma 0 10VDC 45 FMA MEN a j mem xg 0 1 Bn Y 7 0 3 11 11 LEE Z amp EBISORHR 0 7 1 0 15 H DX 1 T 2 2 d NE res e zem 4 Mis SD 4 hi Pg 4m pu ae RS 485 1 RJ 45 SW3 11 USB f TE A 1 1 MCCB ELCB 2 MCCB ELCB
160. kW A EMC 0 4kW 22kW E FRN0 4G11S 2J FRENIC5000G11S 0 4KW 22kW USB 1 USB mini_B 2 D 4 USB
161. o Bee i OD 2 dud DO 9 e ulse n narun RN nun 0 0 60 0Hz 0 75 16kHz HD 55kW LD 18 5kW 0 75 10kHz HD 75 630kW LD 22 55kW 0 75 6kHz LD 75 630kW 0 0 mm 78 78 OO OO OO OO OO puis OOIO O NIE OIOJOIOO unu M Da a ir i 3 Pu X 1 1 2 SA 3 3 0 1 n y Li ur DC0O 10V DC4 20mA 10 300 1 2 BILZ PID PG AO Lese p Jor PID SV PID MV FMA il c Li HI ca OO co 400ci c0o mn oO FMP 25 6000p s 1009 096 50 1 300 2000p s 0 1 1 2
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