VF-7F 取扱説明書（JPN）
Contents
1. 15msec 15msec 1 1 2 100msec 100msec e LU LU e 0 Hz e 1 3 P54 0 1 100 15msec2. ON OFF ON OFF U V W
3. SS ee ee SE ee A OREN TLL ER IRA SSS Ne RR ets OQ RR IC SE RAN ER EA NR AER EE OD eeao ee eee ee ER i RN I NR CA DD EEE RE EE
4. i e 5
5. e SW SsW1 gt SW 1 P20 5 WME e P09 2 0 5V 3 010V LM 1 10kn 4WEE 1 0 CT TTF SW 1 21314151S 110 111121131 P
6. AM BOX 10 50 P11
7. e e 2 2 1 8 KN DFF
8. 5 1 9 2 ZOO P 11 2 EN NE X100 X125 0 3 P06 1 1 P06 2 1 P06 3 1 100 au im 100 i 1 ul N 2 7 60 F600 OL P 19 a 8 0 5 60 0 1Hz 9 8 0 0 Hz
9. 48 P17 P18 P64 EE 0 1 P51
10. 000 a STOP STOP 00 TP MODE MOODE 3 4 777 SET SET P24 P25 P67 cd
11. 8 e 571 1048 TEL 08 6908 1131 lm
12. OC1 P52 U V W B START ON yes 0C1 P52 XP52 FR yhoyss e DFF Yes 1989 YES SER 1
13. 10 1 ij 5 16 SW ON SW SW2 gt 1SW2 T of 12 13 P2 1 2 SWz a SW2 SW2 3 P35 P52 SW 4 S Yes Kk
14. i a 1 ON i NR 60Hz 50Hz P01 02 1 P05 46 P29 31 P32 38 8 P39 44 2 4 P58 59 P60 0 5V P62
15. YES 7 4 MIN A ls YEs AN op 30 8096 1 a 12 1 90 8 _ Rs
16. OO 6 DB DB e Se NR 3 JNN P20 e eSTOP P20 ON
17. P29 P30 P31 15Hz 3 10 gt P29 15 0 P30 3 0 P31 10 0 SW 1 P20 3 1 1 1 SW1 6 SW 1 ey WOO Pe 12 13 1a ts 16 10 Y Nl SW1 P08 2 5
18. 9 1 200 1 1 0CS 2 P65 PWM 0 8 kHz 08 11 16 25 50 75 100 12 5 150 9 1 1 08 1 1 1 6 kHz 2 2 5 50 75 10 0 12 5 15 0 kHz 2 12 5 15 0 P63 39 P66
19. 3 SS 5 3 7 9 _ 0 e e 5 9 e e 7 e
20. er 7 1 Pi 10 50C 90 1 180 253V 200V 342 506V 400V3 7 1 O IN 2 1 3 My ES 0 4 ol gg 1O 2 0 2 1 2 ES DAME gt b
21. P35 36 e P35 P20 ee P20 lt P20 e e 4
22. _ eb SW PO9 1 4 2 P45 2 P46 2 P39 P40 0 6 A SW wSW P09 0 P22 P23 7 SW3 SW4
23. P15 P16 P03 FF P15 Hz 50 0 400 P16 Hz 1 P56 2 50Hz 60HzL P44 P17 P18 0 0 P64 OCS
24. og s 9 ne bi 9 ee 9 e 0 i MOOE lb Eo 9 ON 9 P52 Cnt P54 55 1 Na 85 e 125 140 Sa 1
25. P05 0 Cu 3 21 0 Hz Hz P06 P07 P10 P06 1 A 0 1 100 1 i B 140 BT 0 1 OL
26. SB 1 YES A a 6 e Na SI NO 1 7 p YES 1 le i NRN NO
27. a 3 1 20 a Lr RUN SET 2 sTop A MODE SET 2 OFF
28. EE 5 PU SH 2 1 2 3 4 4
29. OO 1 Ss en ae es P16 lt e ES e e 5 e e P16 8 i U V W NN 83 a e
30. 60Hz gt MODE 1 ON gad 30Hz gt 0 5Hz 0 MODE MODE Pe SET a 30Hz 8 SRT 1 by E 1 SET RUN 69 2 5 30Hz SET bg Fa Ea 60Hz 1 3 EI SET
31. 0 5 60Hz ro 2 45 400Hz 040 0 40 0 04 999 OFF 0Hz DC0 5V DC0 10V DC4 20mA 10kQ 200k DC0 5V DC0 10V 2000 DC4 20mA 150Hz 60Hz 45 400Hz 2 4 0 1 999 1 0 5 400Hz 8
32. p47 ee P 47 O wmemm P 48 pAag G3 RE p 50 O P51 EPR 82 MNO 9090 04028000AGMG620dma0daeopcPi58 4 ES STOP MODE 3 4 P08 O 1 STOP MODE 3 SET A 0 1 e P08 3 gt COM L IS3I4 5 6
33. 10 5 P18 MCB MC P11 5
34. ODN e eSTOP e e RS ee ES
35. SET LSET MODE Fr Frequency LMOOE w mg 4 4 No GET 3 PO 1 MODE P40 2 SET
36. 200 JEM1030 SC OC OL LU OU AU OP 10 50 90 RH 25 65 95 RHLEA 25 65 95 RH 5 9m s 06G JIS C 0911 1000m IP20 e 200V 0 2 0 75kW 1 5 2 2kW gt e 400V 0 75kW 1 5 3 7kW 12 5kHz 15kHz 200V 0 75kW 12 5kHz X 0 95 3 4A 15 kHz X 09 32A s
37. 8 e a PE lt s 6 e 10gm 10 50 le 5 i Ee ee 55ome 10com a Py
38. Cp 1 Mo 2 2 10C 1 2 10C 1 10 2 0 SE 9 o 1 O 8 css 2 12 1 2 5 GL GI 85 3 0
39. V F P04 1 ml a 0 1 50 eT 0 1 2 Hz i 1 2 P52 P54 0 5V P52 1 ooo P52 1 0 P54 0 1 SE 2
40. SW1 SW2 SW3 P20 P21 P22 O0 1 30Hz 6 20 Hz 2 P32 30 0 4 P34 50 0 6 P36 20 0 8 P38 40 0 3 40 Hz 3 P33 40 0 5 P35 10 0 7 P37 30 0 4 50 Hz 7 30 Hz 8 40 Hz 1 60Hz IO ie wm lOEE_ ON 0 ofE ov F P22 OJ 5 10 Hz SS 2 80 3 4 P19 1 SW1 SWz P20 P21 0J 05 P39
41. 200V gt P63 200 Hz Hz P05 0 4096 OC 5 1096 gt 10 P05 10 1 gt 3 P19 P20 P21 P19 0O
42. 60Hz 395 5 60Hz 2 1 1 STOP STOP 50Hz 395 N 22 2 3 0V VF 7F 4 23 LMeeg Moo
43. 3 1 10Hz Sl 05 400Hz 99 400Hz 0 400Hz i 20 0 2kW 100 mn 0 4kW 80 min IDCO 5V 50V 50mA 1c AC250V 0 5A 2 3 4
44. 5 500KVAK P18 16 M4 P18 0 0 GOOV 0 2kW 1 2HP 0 4kW 3 4HP 9 b m 15A 2mmz 14AWG 0 75kW 1HP 1 02N m 1 5kW 2HP BC 30N 10 2kgf m 7 2 2kW 3HP BC 30N 20A 30A 2mm 12AWG 3 7kW 5HP BC 30N 30A 40A j3 5mm 10AWG 400 V i 0 75kW IHP BC 30N 5A 9b mn 1 1 5kW 2HP BC 30N
45. P29 P30 P31 0 5Hz 400Hz P29 Hz 0 5 400 P30 P31 0 04 0 1 999 0 04 000 P08 1 6 e SW SW No 4 5 6 2 8 P32 P38 2 8 P32 2 P33 3 P34 4
46. P03 P15 P61 1 P 62 0 1 100 0 1 1 m mni j uz XK f 60Hz 30m mn 0 5 4 38 EE P63 0 1 500 1 V 0J 1 2 DC P63 0C Ss P64 0CS
47. P54 P57 1 3 O P 0 1 100 8 P ote a P59 30 0 P53 1 so g 7 1 0 P53 0 P54 0 1 60Hz 1 2 NY L U 3 kd 0 LU 0 Lb 1 0Hz 2 39 6 P68 P71
48. P55 57 DFF Ti we N P57 lt oo I AAMESSSENCSSSESEND3 SiO3 Eye mmo gt P57 ee lt A ENE NR EN EIGER Rt 1 by4 oe
49. OFF P24 0 O sr I FE TR P25 i ON ON 2Hz P27 RY P26 1
50. 89 OC P64 1 5 gt 1 5 P51 1 5 0 NE 49 aw a e V F 0 5V 5 gt 1 60Hz
51. P56 0 5 400 0 5 100Hz 0 1 100 400Hz 1 1 P15 Hz 2 P56 Hz P55 PP 100 P57 P58 P59 0 5V 0 10V 4 20mA P57 P58 RR Ho 99 400 5 P59 000 05400 0 000 OV 1 Hz 1
52. P08 jE P28 0 1 0V P09 P09 0 3 SET 0 MODE 1 5V 20mA Ma 3 a Wi IW 0 0 10k 8 1 4WEL COM 0 5V 0 10v 3 20mA OA PO09 0 1 0 5V 3 0 10 4 4 20mA 0 OV 1 42 e
53. P26 GR P26 5 spa AC250V 0 5 A 0 4kW 3 4HP BC 30N 5A A Non 1 02N lt m 1 1 mm 0 75kW 1HP 10A HP 15A 0 M3 5 grrTIT8I 3 NI 2 2kW 3HP BC 30N 20A 2 mm Me 0 m 3 7kW 5HP BC 30N 30A 3 5mm 08N m 400V Series Inverter Circuit breaker IFuSe rating Wire size Tightening torque QO QO QO a E sbin A Tad Fe25 BC 30N 10A 1 02Nem SMW1LSW2 SW3 SW4 2 14AWG 2 3 emm Terminal No 3 6 No 12 16 SS P08 P19 P23 VF 6E VF 7E Notes 1 Only copper conductors rated GO C are to be used 2 For installattons subject to t
54. P63 460V 60 61 05 400Hz _ 0 1Hz 100Hz 1Hz 0 1Hz 50 60Hz 0 59 25 10C 1 PWM V F 10 815kHz P63 1a 1a 1b 8 0 1 100 18 05 400Hz 0 04 999
55. a Co i Na 0 2 OP 3 OV OV 8 P53 4 OV 3 SET J 24 25 mi a ja 8 8 EE EET EE EE TT P01 1 10 0 1 939 05 0 p41 3 10 1 999 050
56. 1 0 1 P19 SW1 2 3 No 13 14 15 P20 P21 P22 SW 2 3 4 1 1 P09 2 2 8 P32 P38 OFF IOFFIOFFI 1 1 1 1 2 4 1 P39 P44 ON OFFIOFF 2 2 2 2 1 OFF oN oFF 3 3 3 ON ON OFF 4 4 P46 47 OFFIOFF ON 5 1 5 1 ON GN 6 120 5 1
57. EE OCS P64 E P51 IOHz 94 PF NT P52 lt e ON eS 1 OP 0 s
58. P08 4 5 6 STOP START P35 1 P 52 e SW SW SW3 gt SW3 P22 1 SW3
59. 1 P12 5 Ip1 3IDC 10 0 1 120 000 P53 10 P14IDC 10 100 0 IP54 10 1 100 00 1 V F P03 8 5 Hz 50 400 60 0 IP55 Hz O 5 400 00 5 50 400Hz 50 60Hz 50 400Hz 6 0 0 Hz 0 V F Hz 0 Hz 9 V F P15 P16 P15 P16 0 10 1 68 3 1 1 V 50Hz 60Hz 8 jp24 10 1 0 64IOCS 1 200 140 50rz tb 60Hz P19 p25 1R 0 4 0 IP65 kHz 0 8 15 0 8 SE Pai gw ePi P26 RY 0
60. 10 BFV20222F 22 3 EE MT nS 5 FV20372F 37 ss ez so 5 165V 15ms 0 75kw 3 7kw 10kHzLA P63 240V 400V 400V 075 3 7kW EEE CVA RE kg 380 460V 26 25 150 1 380460V 50 60Hz 10 5 330VEA 15ms 3 6 2 7 3 7kw 10kHz A
61. 5 ij 0 P36 6 Hz 10 0 5 400 25 0 0 0 1 0 5Hz 537 Hz 10 05 4001350 0 238 8 rg 0 0 5 lt 400145 0 Es e P39 2 10 1 999 05 0 340 2 10 1 999 05 0 EE 26 a P09 RE No i No 1 2 3 2 05 V No23 2 3 10 10 V No 2 3 2 3 14 20 mA No 2 3 2 3 No 2 10 1 4 17100
62. PUSH 33 33 37 n 22 a mm 200V n 02 075kW 149 128 108 3 140 128 130 101 5 22 37KW BEWLOIS 1 1 5 3 7kW mm a 400V Ne i w lwmlo ln lk ln L 1 002 02kW PT 0 37kW 0 18811751141 7 3 00 Re 1 5 37kW oo7 025kW 2oo zaoy A 3 no O 015 1 5kW 4 380 460V 022 2 2kW 037 3 7kW O no gt co P 19 P 17 18
63. 2 ON No 7 8 ON No 9 8 OFF ON 2Hz 3 140 P28 ON OFF T R R Y P27 P28 P27 P28 000 0 5 400 0 1 0 5 100Hz 2Hz Hz Hz 1 100 400Hz
64. A U V W DB DB 1 R S T V W 2 DB DB 3 4
65. U 0 0 1 wp 1 gp U 0 Hz P54 100msec f LU e L U 99 1 4 2 0 2 ur 1 6 1 P54 DE P55 P56 P55
66. P35 5 Hz 000 0 5 400 O000 OV P36 6 P37 7 P38 8 Hz 0 1 0 5 100 Hz 1 100 400Hz 2 4 P39 P41 P43 2 4 P40 P42 P44 4 2 4 2 4 P39 2 P40 2 P41 3 P42 3 P43 4 P44 4 0 1 999 2 P45 2 2 215 45 0 400 0
67. OFF ON ON 2 1 7 10 0 9 Oi 8 SW SW SWI 4SW SW SW p23dbSsW4 SW SW SW e SW _
68. Hz Hz DC P13 P14 8 P08 DC 1 P13 DC jms 0 1 120 000 1 P14 DC 8 ao 0 100 5 DC 3 ON P 12 i SE 1 0 1
69. 0 04 0 1 999 8 i PO 10 0 1 999 05 0 P42 3 10 1 999 05 0 101 1 100 1 100 999 3 jP03 V F 50 60 FF 60 lp43 4 10 1 993 _ 05 0 lt 0 04 000 Hz 0 jp04IV F IO 0 IP44 4 10 1 999 05 0 P03 P15 P05 0 40 05 ijP45 2 Hz 45 400 60 0 P06 10 1 2 3 2 P46 2 0 40 05 1 P02 lp07 A 0 1 100 IP47 1 te 10 0 5 400 000 0 5Hz lp08 0 6 0 P28 6 100 5 400 000 P09 10 4 0OIP49 3 tg 0 0 5 400 1 000 0 04 0 1 999 P10 0 1 0 MP50 ty 10 lt 10 0 FM EP 0101 100 1 100 999 1 A nn 0 04 9s 1 9 5 5 6 6 3 P03 P15
70. 5 A P05 50 ni SET SET P05 nS SET SET Sg Ei ico or r 030 G Se y 15 MODE MODE gag SET SET ne Wb 1 MOOE VODE MODE 1 MODE 2 TE 1
71. LU LU OP OFF ON LU P54 LU OP OFF ON 1 TOP TO ON ON 1 EE I Ke 4 mE P53
72. 000 0 5 400 Hz 000 J P50 0 1 10 0 P47 P48 P49 HE P50 kk P47 P48 P49 Hz P51 3 IRN P64 OCS 00 00 0 1 9 9
73. 2 7 MOD Ee YEs K 9 1 START ON 1 0 5Hz wv YES YES 54 OFF e P52 2
74. Hz P03 V F 3 P15 Ee 2 P46 2 P04 1 2 P04 0 0 40 Hz 0 Hz 1 3 P47 P49 P50 3 1 10Hz 1 2 3
75. 1 9 OFF P08 0 STOP START P08 1 2 3 OFF START
76. 4 3 3 1 1 9 1 2 2 olo o olo 2 3 6 ES 1 i 2 G lt SI 89 ss 1 Gi ltg O 7 57
77. 11 2 P59 P1 10066 1 38 9 P58 P59 Me P53 J 1 2 4 37 3 0 5V P60 No 11 O V P03 P15 5 V P03 P15 5 V 3 75V 5 00V 6 25V 75 100 125 75 125 1259 100 75
78. 10O 1 3 hs 1 i a 1 2 2 1O a Ii 1 9 1 ET _ O 58 1 1 1 12 2 O t2 2 _ i 8 200V 200V 20 KW AN ef VA KA ka i02 37kW BFv0022F 02 20 08 0 a 200 230V BFV70042F 0 4 28 1 1 1 4 14 150 1 BFV70072F 075 1 4 20 200 230V 50 60Hz SPP PR 28 6 1
79. STOP 60Hz 5 21 2 1 gt MODE MODE MODE MODE dr SET SET bere SET SET 90g RUN RUN 5 6BO0Hz gt MODE MOOE MODE MODE SET SET amp 4 SET SET
80. P65 STOP STOP EE 2 8 000 OHz 000 OV A MODE MODE 3 P 40 A 2 P03 5 1 5 0 PP 60Hz Fr SET SET P03 LMODE MODE 3 PP YY
81. RY L V UL N gt I 0
82. 10 3 P4 1 20 4 RE 2 P40 10 3 P42 20 4 P44 30 2 _IoN loFF SW1 ON ION OFF ON ore 4 SW L_oo P 19 0 1 P39 P44 5 6 a 0 2 3 4 2 3 4 P19 2 SW1 SWz P20 P21 0 1 60Hz 2 4 ON OFF ON IO ON lorr o SW1 SW2 COM 12 13 14 151 fai 1 SW 1 woo SWzs 8 4 0
83. 50 60Hz P16 50 60Hz 50 60Hz 44 EN e PLCPPE YE P63 i pe 000
84. 6 5 P66 10 1 999 000 100 EN 100 p27 TR 10 0 5 400 00 5 P67 0 Lo 9 9 jpe8 RY 0 0 5 400 1 00 5 1 2 Ha 5 9 Hz 0 5 400 10 0 P69 2 1 P52 1 60Hz P30 0 0 1 999 05 0 P 0 3 2 P56 P31 0 0 1 999 05 0 P71 4 3 P32 Hz 0 0 5 400 20 0 V F P04 N P33 3 Hz 10 0 5 400 30 0 P34 4 Hz 0 0 5 400 40 0 ta S 1 935 5 Hz 0 0 5 400 15 0
85. 09 4 43 60Hz V F P03 F F P15 60Hz 120Hz gt OV F FF P03 FF 120Hz P15 120 1 V F P 03 60 V F P 03 FF 1 P15 RS 6 P16 O 60 120 Hz Hz V F 50 60 V F FF V F P56
86. 1 SET 89 0 1 4 P68P71 4 P68 P69 1 P70 2 P71 3 P52 40 2 UK e P26 P 42 lt O 2 wwooeooeeoee 8 NRSC DRETEC NN a ee P 45 O oooeoeoeoeeeeeeee P 46
87. 10A 15A 2mme 14AWG 1 02N m 22kWIHP BC 30N 15A ij 102kgfm 8C 30N 20A 2oA 509 2 3 NEC UL 3 7kW 5HP 1 _ HI mi 0 No 1 2 3 10 P09 Wiring 4 20mA No 2 10 No 3 11 P60 200V Series 0 5V 0 10V Inverter capacityi Circuit breaker SO
88. 200V 3 7kW 12 5kHz X0 94 14 5A 15 kHz X0 87 13 5A 400V 3 7kW 12 5kHz X 081 70A 15 kHz X 0 62 5 4A 20A 97 93 lt W Se 0 2 0 4 BFV9080042 15 BFV8080152 22 BFV9080222 7 EVI080372 e
89. he NEC use UL listed fuses and fuse holders 1 Type of fuse Class K5 or J 20cmkAE Rated voRage 600V 2 30m A 3 Short circuit rating 3 Suitabie for use on a Circuit Capable of Delivering no more than 5 000 RMS 2 symmetrical amperes Input volts V maximum 24V 4 No 4 5 6 13 16 COM 0 K 24v 5 J 18 1 LL
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