MEIDEN THYFREC-VT240S 明电全 digital alternating 调速 unit Manual
Contents
1. At0 0 B13 6 i 1 i A10 3 A11 2 ASR OQ HH 6 8 22. PM U V W
3. SS
4. lt
5. 2 1 1 2 10 C 50 C 1 3 4 015L 018H
6. PM d q a
7. viIi gt 2 022L 037H viii 1 1 1 8 1 1 2 1
8. i dq ASR 50 0 80 0 120Hz 3ms 50 0 80 0 t o lt B34 100 0 4 B19 0 4 AS wveclPv Fwd 1 2 3 M 6 7 M 7 B35
9. io TAIN1 1 B IN1 2 1 2 3 ACR 2 6 120 6 A B A B AB C50 2 2 C50 3 0
10. 5 ASR ACR ASR ACR A10 1 3 21 3 3 4 3 c 10 0 rad s 1000 s 100 sp X 100 op 100 ACR 1500 rad s ACR 10 0 ms A10 1 PM CTm 0 Tm ms 10 97 x J kg m x Nbase min 27 P W J kg m3 1 4 x GD kg m Nbase min 1 P WI
11. 6 a b L 1
12. A B C U 2 D 3 4 5 6 7 ol 1 O 6 12 5 a Modbus 1 CFS ON C02 1 RMT C02 0 4 CFS C04 1 4 PSI4 2 C02 0 2
13. 3 3 VT240S 4 2 C30 0 1 f0 f1 C30 0 2 f0 ff 3 4 1 VT240S 4 i C30 0 f0 1 V F s 2 IM IM 3 IM EE 1 PM
14. 8 11 8 AC AC AC AC ASR EE 1 ODN OFF Bs E FLT1 8 8 5 8 5 8 5 i 3
15. 1 2 TE 2 B18 7 3 B18 8 5 5 3 3 R PI E 1 A10 1 MCH ON 2 B15 0
16. 1001 2002 D20 2 3003 E 4004
17. We VT240S 25 C 25 C VT240S 1 6000rpm 10 000 3000rpm 30 000 1
18. UOH 1 95 C 120 C IM 100 PM 100 kHz Al3 CPASS PROG i 1 1 1 EXC D04 0 EMS RESET ON OFF LED PICK rm 00 A 1 1 11 11 11 a 1 1 D04 1 6 TRQB1 TRQB2 dp RFO 1 ET ET II 1 114 11 11 11 LIM2
19. 90 bi CC 4 V24 DN4 Al AO V24 AlO 7 7 3 DB VT240S DBR C22 3 DBR ED 10 0 DB C22 3 0 0 kK I 7 3 1 DB 018L 022H 018L 022H 011L 015H DBR DBR DB 7 3 1 a 10 ED B18 1 C31 0 DB t1 t2 T gt 10min t t1
20. VT240S 1 1 1 1 2 2 2 2 T2 T1 T2 T1 B13 6 ASR ACR B13 6 ASR B13 7 ACR ACR ASR 6 9 5 6 79 6 ASR 5 3 2 ASR ON MCH ON 2 _10 97xJ kgm x
21. i OFF ON ee
22. 3 PCB ON ON 1
23. RDY1 RDY2 READY OFF AUXDV AUXSW0 AUXSW1 Oo 0 ww o gt c30 0 ML WEF AUXDYV AUXDYV AUX DV _OFF on 0h OFF OFF AUX DV OFF ON OFF Note RDY1 RDY2 _ON OFF OFF ON 0 1s 0 1s
24. ee 2 1 B01 9 B33 E 4 B19 0 4 6 130 6
25. B35 2 ld B35 3 go ddl B35 1 B35 0 lt gt 6 9 8 6 137 6 10 AUXDV AUXSW0 AUXSW1 VT240S C30 0 f0 Vf AUXDV 6 10 1 AUXDV
26. 0 10V 0 5V 1 5V 4 20mA 0 20mA 2 I 0 10V 0 5C 1 5V 1 PID 10kHz 1 0 10V 4 20mA 2 DC Modbus RTU ASCII RS485 2 150m 4800 9600 14400 19200 38400bps 32 es IGBT
27. 10S PCB 4 2 LCD LCD C11 7 1 4 2 1 o 4 4 4 4 2 2
28. A10 1 3 i D00 2 i rc FWD LILI LI A00 2 300min 1 A01 0 10s 1 2 3 en 5 GD 6 Co 600min nn ge J 7 Po LIL LILILL 6 mi 8 LI CD
29. 1 8 B00 B01 B00 B01 A01 0 E B18 2 B18 2 A01 0 A01 1 B01 B01 B39 1 B39 2
30. 5 7 1 C12 1 5 1 2 0 1V 5V C12 1 1 10V C12 2 2 AlI1 Al2 Alt Al2 C12 0 4 2 C12 2 6 1 4 20mA 2 0 20mA Alt Al2 5 7 1 6 107 6 0 4mA 20mA Al3 Al3
31. VT240S VT240S 6 12 5 d VT240S 7 1 01h MUX MUX
32. 3 5 3 2 V f Vf Ne VT240S C30 0 B00 0 7 B19 0 2 V f ee 9 PF RUN LED FLT LED ATT m LCL LED RUN LED 3 4 1 VI f 3 6 1 3 Co 2 VT240S LED ECEY Hz 3 A05 2 1 en 4
33. UVW 3 5 3 B19 0 0 VT240S SFP 3 EE 1 1 B46 0 f0 2 ON B46 0 f2 10 C LB BL LB M IDET BL B46 5z0 0sec I
34. PM 0 0 1 25 2 50 3 75 4 100 5 125 6 150 0 ralm ol ol ml ee B38 Iq P OO 5096ld 6 B EID ER 50 0 200 0 01 ja 99 99 0 10 100 0 100 0 M 200 200 en ry ry ry ry 0 200 a B33 E P30 4 B19 0 4 6 B lt OFF
35. E B32 4 A10 0 YB13 6 gt A10 1 B30 2 i A10 0 A10 2 6 9 3 1 3 Y 2 3 B03 0 1 RLINE RI1 BO3 2 4 LNE a Md BO3 3 4 LNE a Mg a heh hol td dN ed a eol dl ole ne el ld dl i ed a 2 VI240S RLINE ILINE Bi 1a U V Mq W 6 9 3 6 134 6 6 9 4 ACR PI ACR ACR
36. Eo rr E PID B44 6 2 VT240S FH B45 0 Ne HN 1 A B45 1 PROG ON PROG OFF 1 RUN RRUN ON VT240S A01 0 2 RUN RRUN OFF A01 1 3 S 4 B11 8 1 C02 1 1 2 C07 4
37. 2 1 2 LOCAL LCL LED LCL LED 30 FLT 0 1 Me
38. C25 1 Eee WF C30 0 fo 1 0 1 30 0 6 117 5 100 6 bu 0 99 _ 100 VF WEE fi Bj VF 3 C25 1 50 2
39. 500 1500rad s ACR 5 20 ACR ACR 100 FF 2 B32 5 ACR B32 5 ACR FF 50 80 ACR 120Hz 3ms 50 80 6 9 5 A10 3 5 A11 2 3 6 8 3 att
40. C30 0f1 100 C30 0 1 Vi 0 120 150 2 OLT 1 OLT 3 100 C 1 C22 0 C22 3 0 OLT 3
41. ASR ASR B16 0 to B Z PM deg Z Z E Se 1 PM 2 PM
42. 6 9 5 b 1100 B13 8 0 B13 9 B13 8 400 B13 9 450 ACR PM ACR PM B32 6 100
43. B19 0 7 6 LCL U V W 3 3 4
44. 0 EE E 1 00 0 05 1 00 0 05 B30 1 6 8 7 ACR FF PM ACR FF PM 0 PM lq PM 6 9 E E B32 4 2 B32 5 DB 10 DB kW x 100 E 6
45. 4 PM 6 9 A10 1 6 8 Ea 3 3 4 4 PM C30 0 lf0 4 PM 1 PM FWD F RUN REV R RUN VT240S CCW CW VT240S PM VT240S
46. IDET RUN OFF RUN B46 4 OFF RUN 8 n n CPU CPU CPU RAM RAM EEPROM EEPROM EEPROM FLT PLC 1 1 D20 2 SET 2 3 A Y
47. B18 0 B18 0 DBR PWM ASR ASR ACR f ACR 6 8 4
48. 3 1 3 2 1 2 L1 L2 L3 3 1 3 3 400V 075H PCB 380V CNA 380 420V CNB 420 460V CNC 460V CND 2 3 7
49. j Be em PBOUT 0 1 2 wp 2 1 ee 2 1 jE 0 C50 2 C51 2 6 C wi C51 PM A B Z U V W 0 1 4 1 A B Z 3 A B Z U V W 4 SIN COS AB Z 1 vs I 1 AB Z T 5 E UVW bale4 1 2 ed 1 2 UVW
50. 1 3 100 C21 3 gt 10 30 409 6 lt V F gt ON RUN R RUN ON ON C08 0 3 B18 0 150 C21 3 100 VI f Vf 6 114 6 V F V F C30 0fol 1 1
51. 3 AA gt A gt Ba BB t t al C50 2 1 b C50 2 2 5 IM 1 4 6 1 B19 0 1 IM C30 0 f0 3 4 1 LCL LED F Os LCL LED 2 C02 0 3
52. A10 3 ASR A10 4 ASR A10 5 A11 2 ACR A11 3 ACR S TRQB1 on 1 off 1 1 2 1 OV 10V 0 2 LIM1 ON 100
53. 2S x Qutput frequency put frequency in frequency in Hz D00 0 0FF Hz D00 0 0FF Hz D00 0 OFF Hz 2 2 L 2s 5 C11 4 4 2 5 4 2 3 1 1 Output frequency lt 0utput frequency Moter speed in nm D00 0 OFF Hz D00 1 OFF CS D00 2 0 Onmim 1 1 1
54. 7 7 1 a PCB PCB Ss 1 V24 DN1 IM PCB ST 3480 60 10kHz 20kHz 2 V24 DN2 IM PCB ST 3481 2 250kHz A B Z S 3 PM V24 DN3 PM PCB ST 3482 250kHz A B Z U V W V24 DN4 Heidenhain ERN1387 PCB ST 3483 1Vp p 2 2 Z PCB V24 RY0 ST 3477 4 PSIl8 11 4 PSO4 7 V24 PIO PLC ST 34
55. ACR 3 WI 8 A01 0 A01 0 jVF 4 A02 2 B46 B05 0 5 B01 7 GD o B18 5 A01 1
56. PWM PWM 1 2 1 2 0kHz C22 6 1 D03 3 6 0P7H 5P5H 0P7L 5P5L 110 C 2 0kHz 7P5H 022H 7P5L 011L 85 C 03
57. 6 VT240S MPO1 8 A 6 O 4 1 ULT PID LLT gt MPO1 MPO2 2 WO3 3 MPO4 4 bre ON OFF MPO5 5 6 ULT VT240S B43 3 PID LLT VT240S B43 4 PID T1 B44 1 T2 B44 2 Ta B44 3 T4 B44 4 ON OFF 1 PID ULT Tt 2 MPO2 2 PID LLT
58. 0 3 50 DC VWF C30 0foF1T C31 0fOF2 1 I 2 VF 110 1 2 2kHz f0 4 1 f1 1
59. EMS EMS 1 2 COP ON 1 2 RUN 1 ON 2 J1 J2 DC HH Ud lt as mm SS S Un ss mas BE RE 6 C i vi vec Pv we C03 1
60. Modbus 01 17 03E9 0002 03E7 0001 02 B004 9F52 CRC A00 0 50 00Hz 01 17 04 00001388 F471 01 97 10 pcftg LL Cpcfety 32 15 0 A YY B C U 6 175 7 7 1 VT240S OO YY BE pa MCCB MC AcL PCB 7 1 7 1 a MCCB 7 1 b UL cUL
61. 6 9 1 6 8 C50 C51 i 0 WE WE PM PM i ne SS WE y Se We x 0 1d 100 Iq 1 1d 75 2 L TIE 0 ld 50 1 a FE 5 3 ld 2
62. B00 B01 B19 1 B19 2 B00 B01 CAO1 1 A01 1 B18 2 B18 2 A01 0 A01 1 B00 B01 0 B01 PM 1S B39 2 E 3 B39 1 B39 2
63. wa Fr do kh C24 0 DD bd SS Oo a Co Co G BN a O 6 41 6 C 5 wi 0 0 30 0 gt pe 100 2 ONMOFF 1 2 2 Tr gt C24 3 ALM FLT F
64. 2 CFMAX bd EE blN 3 10 LO 0Hz L2 0 7 Xx L1 OLT C22 0 50 C22 0 C30 0 f1 2 150 175 2 5 C30 0 ff 1 120 140 2 5
65. 3 4 4 i 2 C13 2 6 40 FPOS ON C13 2 6 40 RUN 3 RUN XLB FPOS ON SM OFF MBRK_ans 8 4 PM 6 9 3 4 5
66. d ms l1 PM q ms l1 PM 1 5ms 500 1000rad s 5 20ms ms 6 6 6 3 B Fmax Nmax Fbase Nbase V Hf C30 0 f0 1 B00 4 B00 5 B00 1 0 B00 5 B00 4 7 Hz 1 0 Hz B00 4 hz 440 0 Hz B00 4 B00 5 Hz 3 0 Hz B00 5x7 Hz 440 0 Hz IM C30 0 ff0 2 B01 4 B01 5 B01 5 B01 4 2 50m B01
67. 4 5 3 6 9 7 8 lt A 9 A00 2 D00 2 C11 2 1 vn hn
68. B18 4 0 25 3 B18 5 B18 6 B18 5 100 B18 6 100 B18 5 B18 6 6 82 TH Ene lt SN em 1 B18 1 B18 2 B20 x B2F X B30 0 B18 1
69. MC DB DBR 7 1 b 2 3 a V21 ACL 10 7 1 b 0 9 V21 DCL V24 DCL 0 9 7 1 b EMI 3SUP ER 6 7 1 b V23 DBU 7 1 b
70. 0 ea 2 B11 2 1 B11 1 0 B11 0 B11 8 1 B11 8 2 SE OFP_ CSEL ON B40 0 2 2 B10 0 1 6 PID 1 PID Al1 Al2 Al3 VT240S Al1 Al2 0 10V 4 20mA PID 1 PID LCL OFF LCL ON 2 PID B43 9 PIDEN RUN PIDEN 3 PIDEN RUN RUN JOG BRAKE PID
71. 6 11 1 PLC 6 11 1 A 2mS Anpxesm 2 53D rm CT en tle ET gt tPFx 8 et 2mS 6 11 1 PLC D 2mS PLC 2mS U10 0 5 10mS E U60 0 PLC
72. 9 10 A 11 B C 12 B C 6 106 6 CC 13 B C 14 B 15 B 16 B 17 C 18 C 19 C CC A 2000 AI1 Al2 Alt Al2 C12 0 4 1 C12 1 5 1 0 10V 2 0 5V 3 1 5V Alt Al2
73. CRC work CRC work XOR 0xA001 4 3 8 8 5 2 4 CRC 6 1 5 CRC 01 03 0002 0002 6825 LL CRC 2 1 6 164 6 a 6 12 5 c VT240S Modbus VT240S 1 VT240S 2 CRC CRC x VT240S 1 CRC ee VT240S 1 VT240S
74. ON Ee 4 DC 609 6 75 2 1 2 200V VT240S 0P7L 045L 400V VT240S 0P7H 055H 235 260 200V VT240S 055L 090L 400V VT240S 075H 475H mm 200V 400V 430 300 615 595 350 10 3 EMS C00 4 2 n 9 9 ACR FE ee i ne 8 1 3 5 7 R300 n ACR 1 3 5 7 1
75. 2 3 4 6 ACR 7 9 VT240S MO OC OV GRD PM 6ms VT240S J pb A D 0 WO VT240S O PID PID 8 10 8 1
76. 8 LCL RUN 3 4 1 1 9 FLT i 3 4 5 3 Vif 1 LOL Gj LCL 2 C02 0 3 3
77. PSI1 RY0 C03 0 1 PSI4 RY0 8 12 8 C03 2 4 WF D01 0 5 9 i A02 2 A02 1 2 5 A02 6 i en VF B46
78. 16 16 PLC HT PLC 6 140 1280 CPU B CPU B im A wm wmvwA mimi yt TT sw 32 32 2mS 0 6 PLC DUDO ME a gt Al AO
79. MCCB U V W L 1 L 2 L U V W VT240S 6 9 1 C50 C51
80. A B 2Z HI Z UVW C51 7 C51 8 UVW UVW SP 6 2ms 2 i KUVW ABZ gt 1 ABZ UVW UVW ABZ C51 8 C51 9 C51 7 UVW C51 8 C51 9 ABZ 3 7 LOCAL LCL LCL A05 0 1 ON
81. IPM B35 0 B35 1 100 B35 0 1 B35 0 B35 1 B35 1 B35 0
82. V f C30 0 f0 1 D01 0 C14 2 IM PM C30 0 10 2 4 D01 3 C14 2 99999 99999 Jong PE DD DD 0 2 OLT 1 OL 3 OHT ER 1 i 100 Wi A 1 i ne ei U Amps i CC Amps A ee es Amps
83. i 1 1229 2 5 140 E n 1 155 2 5 175 2 DBR 3 120 1 150 n 1 3 9 5 7 CR i A D AD 0 5V C21 0 PROFIBUS PROFIBUS PROFIBUS I O IDET RUN
84. 1 IM C30 0f0 2 3 B19 0 1 3 4 5 1 do 2 1 30 B02 6 7 D03 1 B01 9 B02 2 3 B01 3 D03 1 3 IM 5
85. OLT PLC 1 PLC 2 PLC 3 PLC 4 ja ja AO1 AO2 C14 0 1 C14 3 4 W4 1 W3 2 W4 2 5 8 2 C13 0 0 C13 1 3 C14 5 6 AO1 AO2 O AO1 AO2 AO3 AO4 5 8 2 5 16 5 5 8 3 PSO3 PSO3 1 C50 0 6kHz 25 C
86. mm ello fen 1 EASR hf EE 1 2 ol o 0 9 es FE ee
87. 4 LCL I LCL ari 1 C02 0 3 A00 2 2 3 D00 2 9 FWD D00 2 A00 2
88. 6 110 6 ATN ATN B00 4 B01 4 IDET IDET B00 6 B01 6 IDET 5 SPD 1 1 SPD 2 2 SPD1 SPD2 B00 4 B01 4 SPD1 SPD2 1 ZSP ZSP il B00 4 B01 4 ZSP 1 C15 4 ZSP 6 111 6
89. C14 3 4 i II DU lt EY ast E gt C14 5 6 5V C14 7 8 2 5V C14 3 4 V V 100 0V 1 00 5V 0 50 2 AO1 AO2 OV 100 D00 4 D01 4 D00 4 D01 4
90. 1 2 VT240S 3 C30 0 ASR ACR 6 7 3 4 4 PM 1 PCB PCB 2 VT240S T a LED A A 1 _ 90 ee 3 Du 6 oF LCL Hz FWD REV FLT C30 0 4 PM Hz 3 A05 2 1 ON
91. B28 0 0 OLT B00 7 DC 0 B10 5 x0 1s x10s 6 18 6 B eolPM RE B29 2 2 2 0 1 6000 0 2 ON CSEL ON 0 9 el eh B10 5 2 6 83 2 1 JOG F JOG R JOG
92. 1 2 5 6 a40v av 6 240v 480V V f 1 B00 4 B00 5 Vf kW 59 DCAVR a 39 DC AVR VH B00 0 Fmax Fbase Se VA 500 20 Re Fbase Fmax 7 Fmax V f 1 00 440 00 Vf x 0 3 PWM i 1 0 15 0 et 1 0 15 0kHz VA 5 1 18 0 1 2 1 5 0kHz 8 1 21 0 2
93. Z IN gt U 1 A B Z U V W A B Z U V W Z U C51 5 0 Z gt C51 5 se lt 180 gt U E 60 gt V a W gt Z U V W J 2 A B Z Z Z gt 0 gt Z 6 123 6 3 C51 5 Z Z gt Z UV W ABZUVW UV W ABZUVW A BZ ABZUVW
94. MUX MUX MUX j CC Link mi 0Bh 10h VT240S 101 83 02 COF 1 6m CRC 7 ON 018302COF1 6 12 5 e MODBUS 0000 1 0020
95. RUN OFF RDELAY OFF 0 1 RDELAY C15 5 1 1 RUN 1 1 1 1 1 1 RDELAY EC RUN ON RDELAY ON RDELAY OFF RUN OFF RDELAY EC0 3 EC0 EC3 0 00 0 eo 0x0 0xF 0x00 0x13 0 1 RUN RUN R RUN RUN RUN X 1 1 ON 1 C20 3 1 C20 0 6 112 1 2 3 4 thw
96. 0 999 99 0 00 1 1 6 17 B28 2 2 2 Fmax_AU2 2 Fbase_AU2 2 2 x 2 6 B 50 00 Hz A 17 0 kHz 10 0 kHz 10 39 DC AVR 39 DC AVR I B00 0
97. C09 0 C28 1 4 0000 PLC 0 5 PLC 0 PLC PLC 6 11 PLC PLC PLC A PLC U10 0 1 PLC 6 11 6 125 6 PLC B PLC U10 0 2 PLC 6 11 PLC C PLC
98. 3 4 1 a 3 4 1 0b C30 0f0 1 B19 0 1 2 Vff 1 DO ON C30 0 f1 f0 1 n of F 29 C30 0f110 11 C30 0f110 21 V f BH 3 4 1 c 1 5 3 4 1 c C30 0 C30 0 f0 1 c30 0 f1 f0 11 C30 0 1 HH Ja
99. 6 0 to 6 ld Trq 150 ld Trq lg 6 9 6 b 6 9 7 IPM Ilq IPM d q Trq d q ld Ilq 2 Ki Kr T T 4 Pe 71 jd a I ld lq 6 9 7 a VT240S Kt1 B03 5 KTts luJ B38 0 6 Kr1 B03 5 B38 0 6 1009 6 Kt ld ld Id 25 6 9 7 b 1Id B38 0 6 12
100. 0 CB10 5 x0 1s x10s 2 ON 0 1 CSEL ON 6 B wilvec Pmjawe Ts 0 1 2 2 x0 1 3 x10 1 2 0 3 3 S0 S1 S2 S3 SE 5 i B11 0 7 B41 B42 6 10 6 B ct Se ee 1 C00 0 1 2
101. Doff End STP jPRST C13 2 6 C33 0 3 3 ON 0 4 CSEL 2 6 101 FRQ_SP RUN C00 1 OFF B60 5 RUN OFF 1 6 6 D13 3 STP D13 3 Fs Fo x Tolsed 2 Fl F x Tlsed n 2 F xTo sec 2 S S 1 C00 1 1 ge Su Si S Sb H Tlsec Tlsec T sec T sec Fvax Ha 2
102. 6 B46 5 MBRK MBRK_ans B46 5 VT240S IO E 0 0S E MBRK i B46 4 i i B46 1 B46 2 LB BL B46 0 f2 1 B46 5zx 0 0 MBRK i i gt lt i B46 3 B46 4 i B46 1 B46 2 3 BD a ON B46 0 f2 2 B46 5 0 0 B46
103. C30 0 f0 6 12 5 f Modbus 2 COP ON RMT COP C03 8 16 5 5 5 5 5 5 J2 C00 6 J2 C00 6 2 3 C26 1 4 C26 2 1 6 163 6 6 12 5 b Modbus VT240S Modbus R
104. IM 2 VT240S F 5 a We 0 a0 oi FWD REV FLT ECE Hz C30 0 f0 2 3 BD Hz IM 3 A05 2 1 ON C30 0 f1 f0 1 1 Vf MI0 0 11 C30 0 C30 0 4 3 4 2 f 4 2 a d 3 4 2 f
105. Con ee pe U36 PLC B oz PLC 6 0 FFFF ps FFFF Com Em 6 U37 PLC B PLC 7 0 U40 PLC C PLC U10 0 PLC lololelelolsloe leles lelelelslele 6 U42 PLC C pa FFF 40 PLC bly bry PLC U10 0 bry Si oO bly bly C bry
106. B10 5 x0 1s x10s 2 9 9 Ey i x B2E DC DC 3 3 20 00 0Hz 1 2 ey 196 196 DC 155 f DBR 10 0 05 Ee 0 B2E 8 9 3 6 0 0 a Ca 2 B2E 9 B2E 8 0Hz
107. CD 6 ON OFF RUN MBRK MBRK _ans B46 1 B462 B464 LB BD RUN El S FE 0 B RE 0 7 3 io B46 0 f2 1 B46 5z0 0 RUN VBRK B461 i B462 i B46 3 B46 4 LB i BD i DB RUN DC 2 DC ON DC B46 0 f2 2 B46 5 0 0 1 1 B46 0 fo 2 B46 0 ff1 IDET B46 0 f1 j 2 LB IDET ON IO C B46
108. PSO3 6kHz 25 C 50mA C13 C D 6000Hz 1 ON 5 9 5 9 1 1 VT240S 10 10 1 2 OFF 1 2 3 V24 SL0 1 2 3 4 E Modbus PC Ee A 2 2 AFS3 3 wael 0o C07 2 2 Raa Om C07 1 on
109. 10 000 fmax 5 fmax 5 440 00 440 00 C07 1 2 Nmax 5 0 min 10 000 1 000 fmax 5 fmax 5 0 00 2 5 440 00 440 00 Hz C07 2 3 6 73 0 9999 min 10 000 1 000 fmax 5 fmax 5 0 00 Ce 440 00 440 00 Hz 10 00 10 000 1 000 22 m5 0 00 _440 00 440 00 Hz 4 440 00 0 0 B10 5 0 1 x0 1s x10s De ea JOG F JOG R JOG 0
110. 1 2 3 4
111. 9 6 87 2 B40 0 7 6 VT240S 8 VT240S 1 PSO5 GO MPO1 8 OTO bPso1 MPO1 a dO PS02 MPO2 S J PS93 MPO3 3y coor oron MPO4 9 INV VT240S VS 3 B40 0 8 F1 V2 A VT240S MPO1 MPO2 MPO3 V2 NAV2NV3 V1 V1NV3 V1 V1 V2 FA V3 V3 V2 FIf 7 v1 F2FAJYv2 F3f A7 v3 bh 8
112. OFF ON E C24 7 C51 4 Z IN gt U PM C51 4 Z IN gt U 3 4 3 3 4 3 7 1 U V W 3 4 4 h A01 0 J
113. n n 1 2 3 4 6 ACR 7 9 B05 0 5 B18 2 B01 7 1 4 B18 5 B18 6 1
114. 6 B62 STP0 STP0 12 STP0 13 STP0 14 B63 STPO om ID ED ee rs er re B64 STP0 8 4 5 0 STP0 ED mw sw se we ee B65 STP1 0 STP1 0 1 STP1 1 2 STP1 2 3 STP1 3 4 STP1 4 5 STP1 5 6 STP1 6 7 STP1 7 B oo oo STP0 oo oo STP0 om oo STP0 14 STP0 0 1 STP0 1 STP0 2 STP0 3 STP0 4 STP0 5 STP0 6 STP0 7 STP0 8 STP0 9 3 STP0 10 STP0 11 STP0 12 STP0 13 1 STP0 14 Fl eg STP1 0 0 to000 STP1 1 oo toooo STP1 2 000
115. ww V f V f C30 0 f0 1 VEC 0 C30 0 10 2 3 PM PM C30 0 f0 4 8 y EE D00 EC C I ls V f C30 0 f0 1 D00 0 C14 2 IM PM i C30 0 f0 2 D00 2 C14 2 I 99999 99999 5 V D01 ds ASR
116. 0 O 6 D13 STP 0 STP 66535 Z A BB C J 2 3 D22 LED D30 OR 1 PCB PCB
117. 6 U26 PLC A PLC 6 0 FFFF Con ee Em U30 PLC B oz PLC 0 0 FFFF ps FFFF Com Em Eo 6 U31 PLC B PLC 1 0 FFFF Sy i Eira EE U32 PLC B ee EE ee ee aE El EOE U33 PLC B oz PLC 3 0 FFFF ps FFFF com Em 6 U34 PLC B PLC 4 0 FFFF
118. 0 6 8 8 B90 B30 4 B30 5 i 1 A J LPF i B30 6 i CL We 7 B30 7 RA 6 9 PM VT240S PM ASR ACR
119. EE E Minor Error LIST Auto Turning 3 Auto Turning End Data ERROR Data CHANGE Data END 9 A 11 5 7 LED 1 mt 8 31al3al9l5l593 ea 1 ss vIn olr oolnnls
120. 2 0 13 0 8mm2 TB1 TB2 0 6N m TB3 0 25N m 3 VT240S 2 4 a VT240S TB1 COM 30M 4 5 O 50m 6 W1 W2 5 2 W1 PSI1 PSI6 W2 PSI7 7 L W3 W4 W3 A01 W4 A02 8 DS1 2 3 DS1 2 Alt DS1 3 Al2 9 DS1 4 PSO3
121. 1 VT240S PCB CHARGE LED L 1 L 2 L 8 1 L 500VDC 4 VT240S 1MO 8 1 VT240S 1 VT240S 2 3 1MQO
122. lt A gt lt C gt AOO0n C10 Ao1 n 7 B10 1 7 B10 2 A05 0 B C C14 0 C15 2 4 15 5 5 1 5 1 5 1 TB1 TB2 PSI1 PSI6 W2 PSI7 RY0 RY24 PSI1 1 C03 C06 PSI7 DD oD gt Sy 0 10V 4 20mA C07 C12 0 2 DIP SW C12 4 1 DIP SW
123. 2 6 LPF X LPF X LPF X LPF X 64 0 TIMER1 67 1 64 0 65 TIMER2 TIMER3 TIMER4 6 146 TIMER1 TIMER1 ns TIMER1 gt BR i Acc X 74 75 Acc Acc X 76 77 Acc Acc X 78 79 Acc Acc X 7A 7B Acc 105 105 105 134 134 134 134 6 6 11 5 PLC 1 RUN PSI PSI2 14 bit2 bit1 1 1 28 bit0 PLC1 gt FRUN a 0 28 bit0 28 bit0 14 bit1 1
124. LB F B DB FE BL BL 2 3 34 3 4 4 g 3 4 4 g D ON OFF yy U V W g LB IDET I B46 5 0 BL 3 4 B46 3 DB ZSP ON 5 B46 4 D46 4 OFF IO D 0 0S
125. Standard serial MODBUS 5 DATA No Start register 0000 0000 1 0001 gt 0002 2 6 172 6 4 10h 0002h Vf 0000h 32 om a 440 00 1440 00 0002h 0002h Ce oh 0 1 LSB 300 0 300 0 FE 0002h 0 1 LSB 300 0 300 0 A 002h 0 1 LSB 3 100 0 0 1 LSB ee 100 0 FW Modbus 01 10 0000 0002 04 00001770 FDBB cRc 4 60 00Hz 01 10 00000002 41C8 01 90 02 CDC1 Rc ft L_ cgcf 32
126. ololol 2 i 2 0 i 21 3 gt 10 1 6 113 4 EE 2 Fmax 3 6 115 Nmax 5 2 ol 19 3 Nmax 6 00 lol ol 6 00 6 C22 C22 1 C22 2
127. 0 2 No A02 0Hz 4 LD 9 2 0 00 20 00 o A03 0 0 0 01 20 00 1 o 1 B00 x 1 6 0 A OLT 2 x0 3 1 0 B18 is 125 ee 0 50 300 G23 155 C22 120 3 110 300
128. 6 161 6 12 4 0 0000 6 1 15114113112 111 10 91 7161514 3 21 1710 0 FF Co Al3 PICK PROG AUXDYV CFS IVLM S0 IBDW S1 BUP S2 FDW S3 FUP SE 2 151141 13112 111110 9 71615 4 3 2 1 0 Al2 Co EMS All RST CPASS FRUN IPASS RRUN CSEL FJOG 0 RJOG BREAK EXC HOLD 0 0001 1 5 14113112 11 10 9 7 61514 31 2 170 0 DBRK 0 SRST 0 PID 0 S5 0 S6 OCL LV2 S7 OCL LV1 AUXSW0 PLS IN AUXSW1 2 15114113112 11111091817 9 64115141 13 21110 0 0 0 ACR 0 PCTL 0 LIM1 0 LIM2 TRQB2 MCH TRQB1 RF0 DEDB DROOP 6 162 6 6 12 5 Modbus Modbus
129. 2 2 1 55 400V 600V 200V 300V 15 3 2 EY 30 7 5 40Hz 0 3 40Hz Et 12 5Hz 0 2S xX 12 2 4S B00 4 B01 4
130. 5 PR 6 mn ew RBD 8 300 8 Rs 0 9 Ce gg Cl 600 0 min 600min1 C11 2 1 Os CO ee 10S 20S 100min YW 10 600min Os 0 00 FWD REV A03 1 2 0 A03 2 50 7 11 oy
131. E ji Da De 3 4 4 e 3 4 4 f ee E Az00 ACR mM ACR CPM CPM 3 4 i B19 0 7 1 B19 0 0 2 4 1 1 B46 0
132. rad s 0 gt ad 6 8 3 3 4 3 PM C30 0 fol 4 PM 3 4 4 1 PM FWD F RUN REV R RUN VT240S CCW
133. 1 2 UVL UVL UVL UVL UVT UVL UVL PSO4 PSO5 PSO6 PSO7 C13 2 6 6 1 6 119 6 0 0d 44000d 0 01Hz 0d 65535d 0 1min 1 0d 4400d 0 1Hz 0d 7200d 1min 2 16 0d 10000d 0 01 0d 10000d 0 01 3 32767d 32767d 0 01Hz 32768d 32767d 0 1min 4 4400d 4400d 0 1Hz 7200d 7200d 1min 5 10000d 10000d 0 01 10000d 10000d 0 01 6 0d 44000d 0 01Hz 0d 72000d 0 1min7 7 0d 4400d 0 1Hz 0d 7200d 1minr7 8 32 0d 100
134. 6 V2 DBR V2 148 2 200V V2 593 400V 1 4 00 1 i H 66Hz E 50 0 3 B30 0 6 10 E
135. FWD REV 4 1 3 RESET FWD REV STOP LED OO LED LED LED LED J 2 LCL
136. Output frequency D00 0 OFF Hz LED 5 7 LED LED LED 7 LED do0 2 A 1 Sp en LED FWD REV FWD REV FWD REV 1 1 L REV 1 1 1 1 1 1 STop 1 STIREV REV EE BI REV REV FE REV 1 1 1 1 1 1 1 gt 4 1 2 FWD REYV 4 3 4 4 1 3 C11 7 1
137. B13 0 5 9 2 5 9 3 1 1 1 3 1 _ 11 sh V24 SL0 1 2 3 4 Modbus 5 19 5 2 1 1 1 C07 9 Re 1 1 B13 2 O Be C02 4 5 9 3 1 5 9 4 1 ASR ACR
138. PP n me3 L 4 6 RUN X ON C20 2 C20 2 0 RUN X C20 3 ON RUN ON RUNY 1 GC n tDLY 1 2 3 0 1 2 3 3 1 2 3 ws 2 3 EE
139. 0 0 B10 5 x0 1s x10s ololole B2A DC DC 2 ee EF LA 0 20 00 0Hz 2 0 9 1 2 25 00 1 2 olololo E72 EF 1 gt 20 00 Ee 1 196 9 ee se oo em 4 155 olololo 6 83 5 10 96 DBR 10 1 00 0 05 7 100 0 B2A 8 9 2 l J gt B2A 9 2 B2A 8 0Hz
140. 1 5 9 5 1 1 5 9 3 1 2 5 9 6 2 5 9 4 B13 5 100 x ASR A10 0 rad s x A10 1 B15 0 ms lt 05 mir B13 5 100 x B01 5 min 1 6
141. 3 STP OFF STP STP 4 4 PRST C03 9 PRST STP STP PRST ON STP STP0 B60 0 f1 B60 0 ff1 1 STP PRST OQN C00 1 B60 0 1 2 FRQ_SP STP RUN 5 B60 5 OFF ESTP ON PRST ON FRQ_SP Sr
142. ae B05 0 5 B01 7 B18 5 Y es ec FE B18 2 1 o E B18 2 1 o o B18 6 B18 6 8 J J OC 2 3
143. 2 9 VT240S PICK C04 D C08 0 C21 OC OV B18 5 6 B18 5 0 50 B18 6 200 8 13 1 200V VT240S 0P7L 045L 200v mm INA 1 sslss es nel so IA 5 0 11 16 24 33 a6 61 76 88 118 146 174 2 kW ozs 1s5 22 137 5s5 75 11 15 185 22 30 37 a5 3 i
144. C00 1 B60 0 f1 2 FRQ_SP FRQ_SP FRQ_SP RUN OFF RUN C00 1 FRQ_SP B60 9 C01 0 B60 5 B60 0 12 B60 9 FRQ_SP C01 0 A03 1 DC A03 1 DC RUN ji ia i PRST gt i B60 5 FRQ_SP B60 0 22 6 100 6
145. S NY o B10 4 so B10 0 A01 1 B10 1 B04 B41 0 7 ts ta tb 1 B10 4 B10 4 ts x 2 lt ta tb 2 ta tb 6 B10 5 1 x1 2 x 0 1 3 x 10 S B46 0 ON S B10 4 0 S
146. 1 B19 0 1 1 10s 1 3 4 1 a 2 B19 0 2 2 V f 1 2 3 4 1 b 3 4 1 b R1 L 1 V f C30 0 f0 1 B19 0 1 2 B19 0 2 120Hz 1 B19 0 1 A02 5 A02 6
147. 5 8 3 3 C 1 lt C13 D ET 5 8 3 5 8 3 C14 a 1 00 10V 0 AO1 1 00 1 AO2 1 00 5V 11V ME Wy tr AS 10000 3065 ee D00 4 D01 5 C14 7 8 1 3 0V 0 10V t 0 00 C14 7 8 2 0 10V AO14 2 0 10V 5V B 4 20mA AO2 1 2 SV ololol Al1 30 00
148. 7 B47 5 ASR B47 6 ASR 9 C21 2 500ms gt I 1 ASR 2 D00 5 6 0 1 2 3 4 B50 2 B51 2 B52 2 B53 2 B54 2 RUN 1 10 B50 B59 1C02 0 4 n 0 9 B5n 0 0 1 2 3 B59
149. 0 C51 2 1 C50 3 0 C51 2 1 0 0 1 A gt 1 es B 1 z _ ANN t c C51 1 0 5 C50 3 ABZ C50 2 C51 2 C50 3 C50 2 C51 2 C50 3 0 A t b C50 2 2 a C51 1 0 A Z t b C51 1 1 A 0 1 1 1 B NANN 1 Ws Z t d C51 1 1 C50 3 C51 1 A IN 3 B IN Z IN
150. 150 OL 3 1 2 1 3 125 6 127 6 6 7 2 1 OL 1 min C30 0 2 QO cs30 0 1 0 50 100 150 1 120 60 122 140 2 5 1 0Hz
151. THYFREC VT240S THYFREC VT240S VT240S 1 2 20 3 CHARGE 20 4
152. t 100 1 2 2 B00 5 R1 B02 0 1 1 500ms 2 3 4 1 V f 2 B00 3 10 30 1 2
153. DIP DS1 4 ON PSO3 C13 5 OFF 0 DS1 PSO3 1 C13 B 2 OFF ON 2 C13 E 5 8 3 A C13 E 0 OO pso3 1 2 3 4 5 8 3 a 3 C13 C D C13 F 2 Hz 0 Fmax 5 8 3 b 5 17 5 0 1 10kHz 0 1Hz
154. GOC E00 E07 E00 E07 3 B RESET FLT RESET 5 5 3 PSI LED D RDY1 RDY2 ON 4 14 4 4 4 B C B C A04 0 A04 7 A C10 0 7 A04 0 7 Vif C30 0 1 LED
155. f0 STP 1 2 f1 1 2 FRQ SP STP0 STP1 STP2 STP3 1 x1 2 x10 STP B63 64 67 68 71 72 75 76 B60 5 1 1 x1 0 2 x0 1 3 x10 oO oO B60 0 f1 2 B61 STP0 0 sTP0 0 oo 100 00 ee STP0 0 ol js te ed es 10 00 ee ee a 10 00 ee 3 sTP0 3 00 100 00 ge STP0 3 ol 6 99 4 STP0 4 00 100 00 STP0 4 o js 6 102 5 sTP0 5 00 100 00 STP0 5 ol js OO0 6 sTP0 6 100 00 ise STP0 6 ee 10 00 ee a B62 STP0 0 sTP0 8 00 100 00 STP0 8 ol js TO 00 1 STP0 9 100 00 0 STP0 9 ee 10 00 ee 2 STP0 10 100 00 sb STP0 10 6 102 oo 3 STP0 11 0 0 100 00 STP0 11
156. 6 200V 160C 180V 190V 200V 220V 240V 400V 300V 320V 360V 380V 380V 400V 440V 480V 7 1 37 PM PM PM PM 1 2 eh PWM 1 15KHz 0 1kHz 2 1 5kHz 3 4 ER 0 01Hz 2 0 025 a 0 01 25 10 C 0 0 25 10 C
157. 60 60 2 150 60 155 175 2 5 1 0Hz 75 60 i Wahl 2 OL 3 C22 0 C22 3 C22 0 100 C22 3 120 120 60 6 6 C22 0 3 6 128 6 6 8 VT240S ASR 6 8 1
158. B43 5 B43 6 B43 7 6 86 6 3 B43 8 PID PID 4 PID B43 9 fo PID f0 1 PIDEN ON RUN ON PID f0 2 PIDEN ON PID PID PR CO Vz lt dl c H dl t om EN f1 1 PID f1 2 PID PID B43 9 f1 fol 21 PID RUN OFF ON B43 9 fj fo 22 PID PID
159. I 10S 20S Le CR 00min A00 2 H 10 D00 2 0 00 FWD REV A10 1 6 8 1 3 4 4 i 3 ATT 9 7
160. VT240S VT240S W2 SOURCE B06 5 15 5 8 P0 5 8 1 C14 7 8 L W3 W4 AO1 AO2 CTE TE TI H 10 2 5 5 8 2 AO1 AO2 AO1 5 3 0 10V 1 1 0 10V H AO1 C14 7 1 0 10V W3 1 AO2 C14 8 1 0 10V 5 4 4 20mA AO1 C14 7 3 4 20mA AO2 C14 8 3 4 20mA 5 8 2 C13 0 1 E OLT
161. l A02 1 2 V F lt gt C25 1 VF 1 1 2 2 MODBUS C26 6 2 1 FW FR MODBUS 03h 10h C26 7 0 0 01Hz 0 1min GO1FW00000003000 V F 30 00Hz PM 300 0min MODBUS 0110000000020400000BB8F4ED VI F
162. 4 CMD 4 N KK Ss 2 6 ON 4 CS 4 4 5 4
163. 5 1 5225 0 5 2 5 3 PSD 5 3 5 4 PSO 5 8 5 5 nn 5 9 5 6 00 5 10 9 PD 5 12 5 8 P0 0 5 16 5 9 0 5 18 0 6 1 Gel SM SN CE ee a Nn a ee 6 1 622 6 4 C37 B 6 6 6 lt CPS a ee 6 34 G0 US Ce 6 45 GO Ow jt 6 61 6 7 b 6 127 6 8 IM 0 6 129 6 9 PM 6 134 6 10 6 11 3 nn SEE 6 138 DEG Ds ee nd 6 140 Modbus 6 148 7 1 OE sa td en A 7 1 PERB dm 7 5 zh DB Es 21 7 7 8 1 8 1 DG Oe ee en 8 2 Ee te 8 3 ra aa 8 4 8 12 oo A 1 A 7 df ORR A 9 A 11 LED ed A 12 es ll
164. 3 4 1 V f C10 0 7 4 7 B C 0 ASR ASR ASR ASR Kp ASR A10 0 rad s x Tm A10 1 B15 0 ms 1000 ASR 4 A10 2 ASR A10 0 Irad s 100 6 1 4X GD kgfm 1 ASR
165. 3 4 3 d 3 4 3 d A03 2 6 VT240S PM 4 3 4 3 e 3 3 4 3 e 1 A B Z U V W V24 DN3 2 A B Z V24 DN2 3 A B Z U V W VDADNS 4 V24 DN4 1 A B Z TU V W Z AB AB ABZ ABZ AB Z AB Z Z Z IN gt U Z IN U 4 Z UVW Z IN U Z IN U
166. RUN 06 REV HOLD BRAKE COP CSEL 1PASS PIDEN PRST C00 5 CPASS VFS IFS AUX PROG CFS 0 S1 2 3 SE FUp FDW BUP BDW IVLM AUXDV PICK DEDB TRQB1 2 i ACR MBRK_ans pcTL 5 Li ua AUX SW0 MCH AUX SW RFO PLS IN DROOP OCL LV1 DEDB th TRQBI1 TRQB2 MBRK_ans ER i R RUN 6 7 AUX SWO AUX SWI1 pLS IN OCL LV1 OCL LV2 PSI1 7 PS18 11 C00 6 1 1 Fu06 1 R J06 1 HOLD BRAKE 1 1 1 1 1 1 1 1 1 EMS RESET lt 5 5 5 9 5 5 6 PSI1 PSI11 FA FB FC RA RC PSO1 PSO5 ON OFF 5 6 1 C03 C06 5 6 1 a ON 16 OFF 0 5 6 1 b D04 ON D04 0 3 RUN REV J
167. ll 6 AO1 AO2 AO1 AO2 C13 0 1 5 8 LL 0 1 2 Namp OLT 3 2 4 PLC 5 x 6 x 2 200V 300V 7 400V 600V OLT 8 ee 9 10 1T DM1 DM2 C13 0 1 20
168. 7 100 0 6 6 156 6 6 12 4 i CW VT240S COP ON COP 6 12 5 a CMD 1 2 4 8 000A0005h 6 12 5 o 6 12 5 o lt 6 2 oa 6 12 4 j CR CW
169. 6 EI veo Fe D03 Te 5 1 0 FF TY eR D05 i J 2 ASIC D06 ee a Ee Sa ll Al1 C14 9 99999 99999 OVERI Al2 C14 A 99999 99999 OVERI Al3 C14B 99999 99999 OVERI 1 PLC 32 1 PLC 33 1 PLC 34 1 PLC 35 j PLC je 0 i
170. C50 1 1 90 A B C50 1 2 A B oT AINT th To B IN1 2 mm 1 2 IM ACR 1 2 C50 2 AB A B AB
171. D Qutput frequency Output frequency D00 0 OFF Hz D00 1 i D00 1 OFF 1s 4 2 4 CE D A BC UD Output frequency Local frequency gt Rated input volt D00 0 OFF Hz A00 0 10 00Hz B00 0 7 1 U00 0En Run Command meth U00 0 0 C00 0 1 4 4 2 5 A B C U Local frequency Local frequency A00 0 10 00Hz A00 0 10 00Hz Nh Local frequency Local frequency Local frequency A00 0 9 99Hz A00 0 10 00Hz CS A00 0 10 01Hz 1 1 lt lt
172. Local frequency Local frequency A00 0 10 00Hz lt A00 0 10 00Hz Local frequency 4 Local frequency A00 0 10 00Hz 0 A00 0 10 00Hz Local frequency Local frequency A00 0 12 34Hz A00 0 12 34Hz mp A00 0 A00 2 Max frequency v Max frequency lv Max frequency v B00 4 50 00Hz B00 4 50 00Hz 0 B00 4 80 00Hz Run _ Command meth C00 0 1 Local frequency Output frequency lt U00 0En A00 0 10 00Hz D00 0 0FF Hz U00 0 0 4 4 2 6 Output frequency D00 Output frequency Output
173. 0Hz 0Hz 0 0 1 0 1 i ee 0 00 0 00 0 2 6 15 1 Fmax_AU1 1 Fbase_AU1 1 1 1 1 6 B 50 00 Hz A 17 0 kHz 10 0 kHz 1 00 kHz 1 00 Hz 440 00 Hz 0 10 Hz 39 DC AVR
174. 1 VT240S 2 RUN 3 FWD REV STOP EMS 1 2 B12 2 _B12 i B12 6 S0 S1 S2 S3 SE 6 77 6 4 PM B12 0 B12 1 0 1 2 3 B12 2 B23 0 B27 0 B2B 0 B2F 0 B12 3 B23 1 B27 1 B2B 1 B2F 1 B12 4 B23 2 B27 2 B2B 2 B2F 2 B12 5 B23 3 B27 3 B2B 3 B2F 3 B12 6 B23 4 B27 4 B2B 4 B2F 4 C02 2 3 5 9 2
175. 2 3 i 20 0 500 1000 AR 0 ACR OR A20 ACR PM ACR 0 ACR PM 100 6000 Ce 2 0 by j a a 8 0 1 00 0 ms gt 2 0 ma 6 6 3 B B B ht B00 Vf V f
176. Ey EI 18 1B 5 D 2A 31 TSEQ Al1 3 14 0 2 TSEQ PSI PLC MSEQ MSEQ_O 1C 20 Ee 32 35 D10 0 3 6 141 6 6 11 2 PLC 1 D10 0 3 PLC D10 0 3 4 32h 35h 2 C03 C06 PLC PLC 28h 4 PLC1 4 3 C07 PLC gt PLC 24h 27h 4 PLC 1 4 8 11 C07 4 C13 0 1
177. PSI i Pr imary error co Local frequency E00 UV 2 D D00 0 OFF Hz FWD REV Gi LcL FWD REV FLT LOL ry Sr a D LCD D RDY1 RDY2 ON 4 10 4 4 3 LED LED 3 3 4 1 V F 4 3 1 5 D20 0 1 2 A 4 3 2 LED
178. ON RA OFF RA 5 11 5 5 7 PI 5 7 1 3 5 7 1 cu 5 7 1 1 i 10 10V _5 5V 1 100 100 2 AFS1 AFS2 AFS3 1 2 3 ue oO 0 100 100 0 100 100 0 100 PID AO1 AO2 PID ee 0 100 0 100 ACR 0 300 300 300 A11 2 3 0 300
179. S 0 eden i ne Time STP0 B60 1 14 2 STP S0 S1 S2 S3 4 STP B11 8 B11 8 1 B11 8 2 S2 S1 S2 S1 STP No OFF OFF OFF OFF OFF OFF STP0 ON OFF ON STP1 ON ON OFF STP2 OFF OFF STP3 2 STP 6 3 STP 1 STP RUN ON F JOG R JOG STP 0 2 B60 0 f1 STP B60 0 f1 1
180. i Ek 010208 01 82 03 00A1 Le i 1 CRC CRC 2 1 2 32 1003 5007 3827 811F 3 2 1 0 6 168 0 6 15 14 13 12 11 10 9 8 F 6 5 4 3 2 0 IDET CC CJ ATN REV SPD1 LCL SPD2 RDY2 COP RDY1 EC0 MC EC1 FLT EC2 RUN EC3 1 1511411311211110191817161514 13 2110 LLMT ULMT ZSP DVER ASW MBRK EX FAN Doff end ALM BPF AUXDV L RDELAY DCC LL INT FAN ACC 0 2 15114113112111110191 8 171 6151 4 3 2 1 0 PLC7 FF MPOLE PLC6 PLC5
181. 0 0 10Hz 0 0 20 0 NE 0 LPF PLC 5 1 2ms 3 3m 6 a 2 LED 4 LCD Ar 7 LED x5 LED 7 LED AW 7 PSI7 PM PM a 1c 1 3 PS03 en
182. 1Hz 50 D02 2 C13 0 1 15 50 100 150 C22 0 100 2 OL 3 B00 6 B01 6 100 C22 3 C22 3 120 C22 0 100 cool 120 C22 21 C22 0 C22 1 C22 3 150 C22 0 100 50 C22 1 C22 2 0 7 B00 5 BO1 5 D02 6 C13 0 1 Ms 8 6 115 C22 6 C22 7 6
183. 6 B32 1 FF FF ACR M 0 M 100 100 100 100 100 5 M 100 6 M 100 100 7 M B OO oS i oO 0 2 C30 0 f0 3 C30 0 f0 2 4
184. C07 8 A10 5 ACR A11 3 gt ASR A10 4 5 9 4 b 5 9 5 1 1 1 2 1 2 1 1 1 2 1 1 9_o J 1 1 1 000 1 B13 1 5 9 5 1 5 22 5 5 9 6 2 2 1 2 2
185. Q CN 1 1 2 4 1 3 LED 3 4 1 LCD Output frequency EU D00 0 OFF Hz ROM EC 0 E00 CpU 6
186. 0 B26 5 100 1 B2A 5 100 2 B2E 5 100 3 2 DBR kW es 0 85 1 kW kW x 0 85 x kW DBR 200V K 148 2 400V K 593 7 10 8 8 1 VT240S 1 8 1 a 10 50 C 95 i VT240S i 2
187. 6 C Z IN U 3 5 3 3 4 3 7 7 1 a B19 0 73 3 ji lt lt Ea B39 0 ff0 10 2 B19 0 7 3 gt EB Ld lt Lq 0 3 6 9 PM f0 1
188. B39 1 B39 2 VT240S A02 2 A03 0 C22 4 DBR DBR 8 A02 2 A03 0 B01 9 J n
189. ON 4 4 5 5 43 3 D05 1 16 0 FF ASIC 6 160 6 6 12 4 n NK 1 2 1 2 C26 1 128 EEPROM VT240S
190. 0 0V ololol 50 99 ololol 6 117 6 118 ON OFF 10 A SI ON OFF I O O 0 1 MODBUS O es aa Pr fo 4800 19200 2 9600 5 38400 3 14400 1 2 2 2 3 signed 0 01Hz 0 1min signed 0 1Hz 1min signed 0 01 unsigned 0 01Hz 0 1min unsigned 0 1Hz 1min unsigned 0 01 2 0 6 C EE Wa C30 f1 1 120 1
191. 1 Local LCL LED es On LCL LED A05 0 T s ON B19 0 3 5 2 1 5 we Ge LCL 3 7 3 6 0 EMS 0 3 7 D22 0 I LL
192. 2 Ef aa jy T oo 1 A 20 0 1 olololo 2 0 0 0 0 10 0 6 92 2 6 93 TO 4 so 09 olololo 5 0 00 200 89 so ONN E1 o o o o 6 Y 0 0 20 0 100 Ss1 oN olololo B46 DB 111 6 B f0 1 OFF 2 f1 IDET 1 OFF f2 1 2 DC ON 222 ON 2 50
193. A10 3 0V 10V 0 100 A10 4 A10 5 3 LIM2 ON 5 pr lB V24 SL0 US V24 SL6 i J 0 100 A10 3 LIM1 ON KDBL B13 4 PRORIBUS Gp a eal NBASE min 0 100 FNDRI NRASF XKDRI Lmio y A10 5 A11 3 LIM1 ON
194. ACR 100 0 a I Se 5 000 5 000 1000 ACR PM 6 9 5 B14 ASR ASR B15 2 2 ON MCH ON 6 11 6 B16 0 E 0 rr 2 B
195. C30 0 ff fo 1 PM C30 0 4 C30 0 ff1if0 C30 0 fol 14 C30 0 ff fo 24 1 Vf C30 0 11 C30 0 2 C30 0 SP 5 3 30 3 4 PM 3 4 4 b 3 4 4 b d q
196. lelol elele lele lo es lol 28H 47H 30H 30H 46H 52H 30H 30H 30H 30H 26H y 24DH ASCII amp ASCI 16 ASCII 6 12 4 f 4 em ow wm 8 D A B C U 6 154 6 en wo nn 2 6 12 4 g FW CFS GON C02 C30 0 f0 CMD 4 7 30 00Hz
197. 1 0 E00 E37 0 4 12 4 4 3 4 A B C D20 2 A B C 9 La o A B C lt gt VX OO lt LED gt 1 DUU UW ee Ce mm o gt I J in 1 cm mh me Vd C14 0 CFM D00 0 D20 2
198. A03 2 DC DC A02 0 2 A02 0 1 A02 1 2 A02 1 1 R1 1 A02 5 0 A02 3 4 6 0 2 A02 3 0 A02 1 A02 0 F A02 2
199. VT240S VT240S VT240S VT240S 6 148 6 TB3 TB3 TB3 TB3 SG 1 1 120 TB3 6 12 2 RS485 ER 1 8 1 2
200. lt B34 100 B33 4 B19 0 4 M M B33 0 2 B33 1 B33 7 B33 2 6 B33 0 1 2 3 4 5 6 7 6 8 5 A PI ACR renee ACR oem 4 ACR B32 4 FF 6 8 6
201. Z PM U C51 4 PM C51 4 B19 0 6 6 PM 7s 51 4 a Z Vuv 2 PM 3 19 3 PM C30 010 4 B19 0 0 5 U V W 3 PM
202. _64 0 0 0 65 66 67 65 gt 66 1 _65 _66 _64 0 0 _66 _64 0 2mS 6 147 6 6 12 Modbus VT240S RS485 Modbus Modbus VT240S 6 12 1 1 32 VT240S CN2 TB3 CN2 TB3 2 4 150 RS485 RS232C
203. 1 3 4 2 d IM 1 10 R1 R2 M B19 0 5 B01 9 R2 L M 6 6 3 3 IM 4 9 VT240S C30 0
204. 1 2 B13 4 A10 3 A11 2 A10 4 A10 5 A11 3 KDBL x NBASE min 100 NFB min min NDBL NBASE NMAX 2 9 NFB lt NDBL oo a RN ee KDBL x NBASE min NFB min KDBL C07 7 KDBL B13 4 NFB min NBASE min NDBL NBASE x KDBL min CR o i A11 2 SO ee ASR A10 3 Xi 5 9 4 a 5 21 5 O x KDBL xNBASE min lt NFB min
205. 4 Su 6 R1 B02 IM R1 IM 3 3 2 5 3 PM 0 010 90999 0 010 90999 0 100 9 999 0 100 90999 0 100 90999 0 001 9 999 0 001 9 999 0 001 9 999 Ek 2 B R2 1 000 x 10 mol R1 1 000 x 10 mA Ld 1 000 x 10 m H q wveclPv wa 6 B ht sen fmax 5 fmax 5 0 00
206. FLT COP ON C00 6 po ON ON C00 0 3 OFF VT240S ON RUN R RUN FLT FAULT OFF 5 Te ry 3 ON OFF 1 A01 0 1 PP PID C00 6 0 2 B10 0 1 5 5 3 2 AF
207. C13 2 6 C33 0 3 MPO1 8 VT240S PSO1 3 RA RC FA FC V24 RY0 PSO4 7 1 8 PSO4 7 V24 RY0 V24 RY0 ST 3477 PID B43 0 A PID LCL OFF RUN R RUN F JOG R JOG ON PID OFF PIDEN ON PID 6 91 6 3 1 B44 1 5 Al1 Al2 VT240S E gt C20 0 3 RUN ON C20 0 3
208. C26 7 6 1 C26 7 0 01Hz min 6 173 6 a DW Modbus 01 10 03EB 003 06 A00000001388 8981 CRC 4 A00 0 50 00Hz 01 10 03EB 0003 F078 01 90 0B 0DC7 pcftg LL Cpcfety 32 A000 00001388 1 A A ee B B 8 C C U E 6 174 6 4 17h 0002h 32 DR
209. D00 0 CD mg FWD 10 00 A00 0 10Hz A01 0 10s 3 8 3 1 2 3 4 e8 6 3 10Hz 50Hz a DNMN_N IDDPD 7 NE LDL LI 1 LILI 2 EU ll ey Ey 3 3 Dd Oe 9 lt 60 002
210. EE A B B a C50 2 1 b C50 2 2 A B Z C50 2 C51 2 C50 3 C50 2 C51 2 C50 3 0 C50 3 AB oe Oj gt A yO B Z Do o A B Z Z VT240S A B Z A Z C51 1 Z A 0 Z A a C51 1 0 A C51 1 1
211. 2 CR VI f VEC PM 03h VEC PM VEC PM 1 VEC PM VEC PM 0063 Read latest fault information 0073 Read previous fault information 03h 0083 Read 2nd to last fault information Hz 0093 Read 3rd to last fault information 00A3 Read latest minor fault information 00B3 Read previous minor fault information 00C3 Read 2nd to last minor fault information 00D3 Read 3rd to last minor fault information 1 2 V f VEC PM VEC PM VEC PM 1 VEC PM VEC PM 6 166 6 6 12 5 f Modbus Modbus
212. 8 2 8 2 1 8 1 b 5 VT240S 8 8 3 VT240S 8 3 8 3 65 B18 0 125 C22 0 1 2 3 120 1min
213. C04 9 BDW C04 A IVLM C04 B 6 B 4 IVLM ON BUP BDW B B BUP IVLM ON ON B BDW ON B IVLM ON BUP BDW OFF B IVLM OFF B 0 BUP BDW RUN OFF B 0 BUP BDW I B A IM PM
214. C08 0 2 3 1 0 00 0 LCD 0 1 2 3 4 2 0 LCD LCD LCD 6 C wveclPv wa C11 LCD Mi 0 2 1 0 10V 2 0 5V 3 1 5V 1 4 20mA 2 0 20mA 2ms 1 2 Dec 1 4 20mA 2 0 20mA Al3 1 0 10V 2 0 5V 3 1 5V ololo eto7 Al3
215. C12 8 Al3 C12 8 1 10 10V 2 5 5V 3 1 5V C12 9 Al3 Al3 5 7 1 5 7 el 10V C12 8 1 5V C12 8 2 10V C12 8 1 5V C12 8 2 XK ReRUN 8 lt NS S0 SE S0 SE S0 SE C12 B C12 B 6 108
216. C13 100 OLT 10V 100 100 100 1 0 4 PSI4 8 PSI8 12 PSI12 1 PSI1 5 PSI5 9 PSI9 13 PSI13 2 PSI2 6 PSI6 10 PSI10 14 PSI14 3 PSI3 7 PSI7 11 PSI11 15 PSI15 5 8 5 0 EMS 4 FJOG 8 HOLD 12 IPASS 1 RST 5 RJOG 9 BREAK 13 CPASS 2 FRUN 6 EXC 10 COP 14 Al1 3 RRUN 7 11 CSEL 15 Al2 6 0 Al3 4 SI1 8 FUP 12 IVLM 1 PROG 5 S2 9 FDW 13 AUXDV 2 CFS 6 S3 10 BUP 14 PICK 3 S0 7 SE 11 BDW 15 7 0 4 LIM2 8 DEDB 12 1 ACR 5 MCH 9 TRQB1 13 2 PCTL 6 RF0 10 TRQB2 14 3 LIM1 7 REG 11 FPOS 15
217. C30 0 1 120 1 150 CPU CPU GRD sed PM PHL 8 8 4 8 4 8 4 C00 4 2
218. DC A03 1 0 0 6 66 6 IM IM PM C03 0 0 2 to 4 B01 4 C15 4 A03 2 DC Ce i A01 0 AO1 1 A03 1 DC A01 0 0 A01 1 0 CSEL OFF F JOG R JOG B10 2 3 A03 1 DC DC RUN OFF C15 4 DC 0 0 DC
219. MCH OFF MCH ON B15 0 Te 10 97 x J kgm x Nbase min WI Power ASR ASR A10 0 ASR ASR ASR ASR ASR ACR ACR ASR ACR OFF A10 3 A10 4 ACR ON A11 2 A11 3 C00 4 3 EMS A10 5 B18 0 ACR rad s IM ACR rad s PM ACR ms IM ACR ms PM ACR
220. ON ON 0 B11 8 1 B11 8 2 6 RUN ON C04 0 PROG C04 2 6 B11 8 B41 x B42 x B12 0 2 1 DC B12 1 2 B12 4 3 B12 5 4 B12 2 B12 6 5 B12 3 6 B12 6 B12 2
221. 1 100 3 0 1 2 3 2 100 0 OlO lOlo 6 27 6 B 3 3 100 0 4 100 0 5 100 0 6
222. B02 8 BO2 9 B02 0 7 3 B02 8 9 B03 0 5 PM 6 9 3 PM 6 72 6 i V f B05 4 B05 2 B05 0 Y AX B C X A Y B 1 C 2 IPASS C03 A BUP
223. B11 8 1 D04 4 ACC DCC ACC ACC ON EOS DCC ACC EOS B60 0 B76 6 6 B60 0 fOF2 1 V F C30 0 0F1 1 4 STP 14 B60 1 4 STP B60 6 STP B63 0 B64 6 B67 0 B68 6 B71 0 B72 6 B75 0 B76 6 B60 5 STP STP NA
224. UU Z IN U B19 0 6 1 C51 0 1 A B Z 2 A B Z 3 A B Z 4 U V W HFHU V W 2 C50 2 AB A B AB C50 2 2 C50 3 0 A s t a C50 2 1 3 C51 1 AB Z 4 C51 2 Z A ee t b C50 2 2 VT240S A B Z C51 1 ZZ A Z A 3 Z A Ca
225. WelB m V1240S 2P2HBF2C 000X000ABC INPUT AC3PH 380 480V 50 60Hz HD 5 4A ND 8 6A 10A AC3PH 380 480V 0 1 440Hz HD 5 4A ND 8 6A SslNe 1234567890 MEIDENSHA CORPORATION TOKYO JAPAN 6T56 LISTED 5 IND CONT EQ 1 UL MADE IN JAPAN 2 VT240S 2P2H BFE J PCB 7 1 a ae LCD gt LED a I A pa 0 F R DCL 1 7 3 A B
226. 0V 10V 0 100 A10 3 A11 2 0 100 LIM1 ON 0V 10V 0 100 A10 4 A11 3 LIM2 ON 300 300 ASR ASR 0 300 0 300 _ ACR 0 300 1 TRQB1 ON 100 100 B16 0 0 100 Es 0 100 100 0 100 5 12 5 C12 0 A 2 Al3 10 0V 5 0V 0 3 Al1 2 0 10V 12 Al1 2 0 20mA 12 Al3 10V 10V
227. 4 C02 1 1 2 C07 4 3 B45 0 4 S0 S1 5 OCL OVL 1 C02 1 C02 1 4 PROG ON S0 S1 2 3 6 2 X Y PROG ON SO X S1 Y FH B45 0 2 UUSEE IAA ON 3009 S1 Y OFF X Y S0 X ON X B45 5 S1 Y ON Y B45 6 3 PROG ON SO S1 ON C07 4 S0 S1
228. 4 4 4 1 VT240S 2 LCD V24 OP1 LED V24 OP2 LCD V24 OP1 LCD ey nl N gt LED V24 OP2 LCD yue LED EE LED 4 1 4 4 1 1 LED LED
229. mk gt _ R 13 FDB 2 3 a b c L 2 L DB 3m DB 14 L 015L 018L 018H 022H L DB 2 a OP7L 011L b 018H 022H OP7H 015H c 015L d 030H 2 3 b 2 f 022L 030L g 037L 045L 037H 055 h 055L 075H 090H i 075L 110H 132H Power supply input 2 3 b 2 090L 160H 200H k 250H DCL V Motor output Power supply Inpu 315H 475H unit i L L 2 A A U V Motor DCL W output Power supply input 2 3 b 2 2 4 1 L1 L2 L3 L 1 2 L B U V W
230. 3 4 4 a 7 3 4 4 a gt V24 DN1 ST 3480 V24 DN2 ST 3481 V24 DN3 ST 3482 V24 DN4 ST 3483 A B Z 2 PM A B Z U V W VT240S VT240S ZZ ZZ Z VT240S B19 0 7
231. 3 4 5 4 9 1 LCL LCL 2 C02 0 3 3 27 3 3 D00 2 LL pt ea J FWD 3 LILI LI A00 2 300min 1 A01 0 10S LI 1 2 3 4
232. 6 142 6 6 11 3 PLC 16 ET EE 5 0 ER TI D0 i MB04 4 D05 0 C19 0 1 16 5 2 C13 0 1 17 8 4 3 2 PLC1 EE EE A0 C0 0 32d A0 0 A1 1 AC 12 6 143 6 1 0 100
233. DR A 0 3 0 10 0 0 0 5 0 CMD 4 6 50 N Kk lt 2 6 j gt jzjzjsj gt L ut D20 0 D20 1 D20 2 A B C D30 0 D30 1 PCB D22 0 A04 0 7 A05 0 2 B C C10 0 7 6 159 6 6 12 4 m ER VT240S 4 0 0 0 0 0 0 0 0 CMD
234. ET er evince sleet 1 1 DOL 3 120 0 DBR ED DBR 6 115 DBR 6 116 DBR 0 0 C30 0 f0 0 C31 0 f0 24 2 2 1 2 3 1 3 Olo lo 6 117 C30 0 4 1 2 kE 2
235. 1IM 1 B19 0 1 IM B02 6 7 x B02 2 3 D03 1 B19 0 1 B02 6 7 EE B01 9 D03 1 gt i B02 2 3 M B33 0 7 B33 0 B33 1 x 1 2 B33 1
236. 2 1 J1 ON C00 5 2 2 MBRK 27 27 3 35 5 3 MBRK_ans PSI1 11 C04 E 3 PCB 3 RC RA C13 2 PS01 C13 3 PS02 C13 4 PS03 C13 5 FA FC C13 6 PCB C04 E 2 PSI1 PSI8 PSI9 1 1 PSI10 1 PSI11 1 PSI8 11 1 ACR 1 0 2 C04 E 0 16
237. CMD 4 6 12 5 o CMD 1 2 4 8 004B6002h 6 12 5 o N Kk 2 lt 6 6 157 6 6 12 4 k A B C U DW VT240S A B C U C26 1 A010 1 50 0S gt 000500 lt A gt pw IA o 1 0 0 0 0 5 0 0 CMD
238. CW EE VT240S PM VT240S 3 4 3 a 7 3 4 3 a AB U V W A 3 A B Z U V W A ABZ UVW ABZ 3 ABZ UVW 3 ABZ UVW 2048 2 SIN COS A B Z 1 2 SIN COS 2 PM
239. 50Hz C11 2 1 CS Om rn 10s 20s OD 10HZ 10 D00 0 D00 0 50Hz Fm 0 00 FWD REV 11 ee 50Hz 4 3 9 3 3 4 2 IM C30 0 f0 2 IM C30 0 f0 3 1
240. B00 4 or B01 4 AlI1 Al2 B43 3 B43 4 B43 2 B43 1 B43 0 1 PID PIDEN ON OFF C03 8 PIDEN 2 5 9 1 Hz B00 4 3 C07 5 C12 1 2 Al1 C12 5 6 Al2 Al3 C12 8 1 0 10V C12 8 2 0 5V 4 B43 4 B43 3 LLMT ULMT C13 2 6 24 LLMT 25 ULMT 2 PID IO C
241. C00 1 2 Su Si S H Tu secl Ti secl Ti sec xFwwx Ha 5 FRQ_SP FRQ_SP ane Fn Fs 7 D13 4 D13 3 1 Ho Fave x Trun X 840 xGain Fave Hz TRUN sec 840 1 840 yard B60 7 B60 8 Gain a Pole Ge Re yard Pole GR Ni Nz Gain 2TxRe x Kc 6 6 102 6 6 6 4 C LCL OFF C03 0 C03 2 C03 5 F RUN R RUN HOLD 1 2 1 1 RY0 3
242. O 00 HE 1 A10 1 on 2 B15 0 5 9 7 5 9 8 ASR 1 ASR 2 ASR 2 1 ASR j V24 SL0 1 2 3 4 ASR A10 0 2 ASR ASR O 0 ASR ASR ASR A10 0 5 9 8 ASR 5 24 6 6 6 1 VT240S
243. ON C15 0 1 I ODN 3 OFF ON 4 ON PID lt B43 4 PID gt B43 3 B60 5 ON 7 1 B12 1 ON RDELAY RUN PLC1 8 PLC PLC H ON 5 5 5
244. PSIt PS ida PSI8 11 6 103 1 2 6 F RUN R RUN OFF DC SR pe 0 DC RUN FE EMS EMS 1 a 2 b C03 1 EMS PSI1 11 PSI1 PSI1
245. ovoP 3 a J COM l Ca OVOP ee Ne 2 11kQ 5VOP OO A B 5100 10kQ DATAT bar CL Wor Lb J 20kQ Al3 0 A pe ee 0 10V 4 20mA 6 0 10V 1mA COM 4to 20mA OV ov 000 RY24 rz Forward run Psl O00 Sink source logic changeover yy Emergency stop A PSI2 Sink RA Oo 9 250V 1A Reset signal oy Se 30V 1A oo PSI3 Fr O 0O OF FA FB FC 125V AC 0 4A Rivne kK 2 30V 1A OO PSI4 47ko Ex Forward jog oO O PSI5 PSo1UnEAqy1 4 7ko Reverse jog Psl6 R Current 0 0 RK PSO2 detection 30V OMA Nag P03 te RYOV 9 PSO3 Speedgetained SS Ae RY0 l PSOE SS RYOV 7 2 4 a 1 4 COM 2 RY0 COM 5 2 1 tN lan Wi W2 TB1 CN2 TB2 1 2 A02 RY24 PSI2 2 14
246. 0Hz 0 0 0 Es 0 999 99 2 0 00 2 _ 6 19 B2C 3 3 Fmax_AU3 3 Fbase_AU3 3 3 3 x 3 6 B 50 00 Hz A 17 0 kHz 10 0 kHz 10 39 DC AVR 5 3 DC AVR
247. 4 FWD REV pick up E I0 4 Ee n 1 C21 0 0 2 FA FC 3 DC OVT 4 OFF FA FC ON 5 C80 0 f0 4 5 6 113 6 tpw
248. 7 a b 2 C 8 9 400V 30m 10 DCL DCL L 1 L 2 DCL L 1 L 2 DCL 5m 11 DB 022L 030H DB 7 2
249. 9 10 VT240S 9 GOOFW00000001000 FR0000 CW0000000000040402 CR GOOAK FR00000001000 AK amp OE Re 128 128 9 FF VT240S VT240S _ _ FF 6 153 6 6 12 4 e
250. C08 0 2 mz RDY RUN Se Vf C30 0 f0 1 2 3 C08 0 1 2 C09 1 C09 2 C09 3 C09 4 C09 5 C09 6 C09 7 6 1 2 2 1 9 3 C28 0 2 U00 1 C28 1 FEWD REV STOP 1 2 STOP 3 STOP
251. mm n dc gt 800 400 Ey ACR A Hi 5 T ACR EEE a 1 3 Ss 7 Ea 1 3 5S 7 em C08 0 2 3 AC 1 i 2 1 2 I C24 0 C24 2 C24 5 1 2 n 1 2 3 7 4 6 1 ee 8 9
252. B05 0 5 B18 2 IM 3 5 2 ASR A10 0 1 0 B30 0 1 Mew TT 2 1 IM B31 0 1 2 8 EB B00 4 5 B01 4 5 1
253. B16 6 2 3 S5 S7 S7 Ss6 S5 OFF OFF OFF 0 v GFF OFA ON 1 S5 S6 S7 GOFF oN NEE 2 I GE ON ON EE 0 B16 1 ON x x 4 Xx 1 Ov 1 B16 2 2 B16 3 MRI O 3 B16 4 6 B16 1 B16 5 C05 0 2 S5 S7 4 C07 A Al1 Al2 Al3 C12 0 A B16 7 B B16 7 9 EGS n pi y
254. GD GD A01 1 OC 4 ACR gt 8 n n 1 2 3 4 6 ACR 7 9 50 C 1 n 1
255. I i 8 ASCII Modbus RTU 9600bps 1 8 2 01 6 12 3 1 C26 0 C26 0 0 6 149 6 2 C26 2 18 3 C26 4 5 38400bps 4 C26 5 1 1 5 C26 6 1 6 C26 4800 2 9600 3 14400 19200 5 38400 1 2 2 CN2 i 2 3
256. EMS 0 jh G 3 8 D22 0 11 1 1 9 LCL RUN 3 4 2 1 10 FLT 3 4 5 4 IM IM C30 0 f0 3 3 4 2 i 3 4 2 i AB 1 C50 1
257. Ey C09 2 ACR i 1 5 ACR 2 1 VA O O 1 2 1 C10 C11 0 00 0 1 9F F 0 00 0 7 0 1 2 3 4 5 6 7 4 LCD 1 1 2405 lt ZI ZI TF I EK FE EK EC A04 0 7 B13 0 1 13 0 1 9
258. ON 2 X Y SO S1 ON 4 1 B45 0 6 A01 0 1 OCL OVL 5 00 100 00 SO X S1 Y ON 0 OQN 3 tn
259. PM PM EGRTE EE 2 3 4 4 2 10 0 miImImImImIm 0 1 2 3 EE 4 5 6 7 mm 0 3 4 2 8 LCD 4 3 7LED 6 64 6 TD
260. RUN JOG C09 2 A 4 4 1 2 C11 7 1 C11 7 1 LED 4 v 4 1 1 LCD 5 8 16 2 LCD LCD LCD
261. 2 1 5 0kHz 1 0 8 0 1 0 8 0kHz 8 1 11 0 1 2 1 5 0kHz 11 1 14 0 2 2 1 5 0kHz 6 B B01 1 200V 400V 6 zav 480v 1 0 10 750 00 KW 1 230 3 40 480 400 Nmax 5 Gl 6 A Bo kHz 1 0OP7L 045L 0P7H 055H 2 055L 090L 075H 475H wveclPv Fw
262. B46 0 f0 2 2 B46 3 B46 2 120 120 DL 120 I B39 1 2 D16 0 1 3 4 4 f D16 0 1 D16 3 B39 1 2 3 4 4 f D39 1 2 B39 1 2 B39 1 B39 1 20 B39 2 D16 0 3 B39 3 20 B39 3 2S ACR A20 0 ACR A20 1 ACR
263. SPM PM PID HH t PID E PID S 1 FPID en B41 3 80 S1 S2 S3 SE 20 0 s S0 S1 S2 S3 SE olololo 6 84 J S 1 olololo S olololo S olololo S 6 B 2 B43 PID 0 a 0 01 10 00 1 00 oflololo 10 0 1 pID 0 re olololo TT lolele 100 0 wm norm oo mol gg9 oo 9 olololo 100 0 0 0 0 0 25 0
264. 30 00 E 30 00 6 C veclpwRwa C15 0 ATN oo ao ATN olololo IDET IDET ET ggg 50 0 SPD1 SPD2 Er ggg ZSP oo 50 00 ZSP 6 111 RDELAY oo 1000 0 6 RELAY olololo 3 6 112 0 00 0 1 FF F 0 00 0 ECO EC3 0 00 0 1 FF F 0 00 0 0 00 0 N ne a 0 00 0 1 FF F 0 00 0 0 0 00 0 1 FF F 0 00 0 1 Da Oe
265. D04 0 3 D04 4 7 D04 4 1 pe Ez O TT Tl TT lt 1s ON ON OO ON LED LED LED 1S LED LCD 4 3 3 3 d00 0 d20 0 gt 1S ERR 3 4 v E00 to E37 gt 4 11 4 WN 1 1 C
266. IM 4 PM 1 1 7 1 a 7 3 2 3 2 120 1 150 1 A 3 4 VT240S B19 0 V f B19 0 1 2 IM
267. yi re ow wal To 1009 ee SS GE 1 2 A i 0 0 0 0 150 0 150 0 0 0 1 1 el 0 1 0 2 oo 0 1 1 3 1500 500 mo 1 x x 4 lolol 6 80 1 2 100 0 100 0 olo 100 0 100 0 0 lolol 100 0 100 0 mo lolol 150 0 150 0 To lolol 150 0 150 0 mo lolol 4 gt 3 gt gt 5 gt 2 gt 0 00 0 00 1 0 00 100 B17 A V f 0 4 6 12 6 B wveclPv Fw 155
268. 06 07 3mA J 0 00 RST ON S00 1 0 lt C20 0 ee 6 112 20 0 6 113 C20 0 0 C20 2 0 S 4 Le 3 RUN 000 1000 0 o ojo o 2 6 40 6 C 5 wi C21 E 0 lololo 1 i
269. 30 00Hz PM 300 0min 1 C26 7 2 0 01 MODBUS G01FW00000003000 30 00 0110000000020400000BB8F4ED 30 00 B00 4 B01 4 100 C26 7 3 5 1 2 C09 0 1 6 9 C09 0 U00 1 C28 1 6 118 C28 1 C30 0 C31 0 C31 1 C31 2 C31 3 6 0 0000 C09 7 f 1 120 1min 2 150 1min f0
270. AAA RDY1 RDY2 MC FLT V F A02 A02 1 2 A002 5 A02 6 C09 3 D04 0 RUN REV EMS 4 VT240S V F D01 0 D01 4 5 9 D00 2 C50 2 C51 3 U V W C50 2 C51 3
271. B19 0 6 ee LCL 8 EMS RON 9 D22 0 10 LCL RUN 11 FLT
272. C26 3 VT240S E 6 151 6 6 12 4 b VT240S VT240S 4 1 TR i 4 1 6 12 4 c 1 Or gt 128 TEST mr Te lml 1 8 ASCII 2 128 3 1 G VT240S 1 STN 2 1 01 16 TEXT 8 amp 1 SUM 2 1 CR 1 6 12
273. CPU RAM ROM CPU CPU CPU RAM RAM E2PROM E PROM EPROM FLT PLC CPU1 6 7 8 FUSE CPU EE PROM E2PROM D20 2 D20 0 A 10 L C09 0 C09 1 STOP
274. UVW 3 A B Z U V W 3 C50 2 AB C50 2 C50 3 ABZ C50 3 C51 0 C51 0 C51 1 AB Z C51 1 C51 2 C51 2 C51 3 UVW C51 4 C51 4 1Z IN gt U C51 5 C51 5 Z IN U C51 6 UVW C51 7 UVW C51 8 UVW C51 9 ABZ C51 4 Z IN gt U 6 6 3 4 3 f 4 AB ABZ AB Z Z Z IN U Z IN U
275. 125kbps 250kbps 500kbps 1Mbps 30 1 0 PCB 2 4 V24 DN4 Al AO V24 AlO 7 7 1 b MCCB MC A 2 N71P48994 4 N71P49278 1 3SUP HQ10 ER 6 N71P48994 8 N71P48994 12 N71P49278 2 N71P49278 3 3SUP HQ10 ER 6 3SUP HQ20 ER 6 N71P48994 18 N71P49278 4 3SUP HQ20 ER 6 N71P48994 27 N71P49278 5 3SUP HQ30 ER 6 it N71P48994 35 N71P48994 55 N71P49278 6 N71P49278 7 3SUP HQ50 ER 6 3SUP HB75 ER 6 N71P48994 70 N71P49278 8 3SUP HB100 ER 6 N71P48994 90 N71P49278 9 3SUP HB100 ER 6 N71P48994 110 N71P49278 10 3SUP HK150 ER 6B V23 DBU L2 N71P48994 140 N71P49278 11 3SUP HK150 ER 6B N71P48994 180 N71P49278 12 3SUP HK200 ER 6B V23 DBU L3 N71P48994 200 N71P49278 13 3SUP HK250 ER 6B N71P48994 260 N71P46656 15 3SUP HP500 ER 6 N71P48994 320 N71P46656 16 3SUP HP500 ER
276. 2 C24 0 ASR A10 0 1 A01 0 ee C24 2 C24 5 6 S B10 4 C24 7 ASR A10 3 4 8 1
277. ASR PI by 1 gt Tm ASR A10 2 ASR ASR ASR 1 ASR j P 6 Tm Tm ms 10 97 x J kg m x Nbase min Power W J Ikg m 1 4 x GD kgfm Nbase min 1 Power WI 6 8 3
278. C51 3 A B Z U V W a C51 3 1 b C51 3 2 C51 3 C51 6 C51 3 2 C51 6 0 gt o o oo 6 122 6 Z IN gt U Z UV Z 3 5 3 3 5 4 C51 4 zZ x Vuv Z
279. ee 1 2 0 9 ee 6 131 6 6 8 7
280. min 3 4 4 h 3 2 LCL LCL 3 B39 0 2 Z 4 C02 0 3 A00 2 5 6 7 8 C51 4 D26 0 9 B39 0 ff 1 6
281. 0 Vi 4 20 20 CHARGE LED L 1 L 2 15V L CHARGE LED pe
282. 1 V F 2 3 4 5 C22 3 B18 0 B00 B01 A02 2 A03 0 B20 2F 5 C22 5 VF C30 0O 1 50
283. 8 0 DBRK 4 S6 8 PLS_IN 12 E FLT1 1 SRST 5 S7 9 OCLLV1 13 E FLT2 2 PID 6 AUXSW0 10 OCLLV2 14 E FLT3 3 S5 7 AUXSW1 11 UVT mask 15 E FLT4 D04 4 7 0 PLC1 4 PLC5 8 12 1 PLC2 5 PLC6 9 13 2 PLC3 6 PLC7 10 14 3 PLC4 7 PLC8 11 15 6 144 6 611 4 ol Tel PLC 4 U20 U67 4 A PLC PLC X 16 A 32 32 00 PLC 00
284. OFF B13 5 B14 0 5 5 4 PSO 5 1C 1 1a 1 3 5 5 4 V24 RY0 V24 PI0 7 FA FB FC RA RC PSO1 PSO2 PSO3 1 FA FB FC RA RC PSO1 PSO7 5 4 5 4 PM M 3
285. olololo olololo BPF ON L 0Hz olololo L 0Hz 0 0 kg 1 0 999 99 sr 0 3000 3000 0 001 5 000 1 000 300 0 300 0 1 9 100 0 i 0 00 ASR 0 ASR ASR WW ACR
286. 0 000 5 000 1 000 Al3 2 250 me Wams o olo F1 1000 0 F2 1 1 V F2 10000 RS LPF 2000 ms SR 1 00 5 7 3 AO RC RA 1 55 1 55 POS Lo2 Tv 2 FLT MC NR RDY1 RDY2 3 6 C PLC 10h PLC 11h PLC 12h PLC 13h
287. 0Hz 0 0 1 0 00 0 4 0Hz 999 99 0 00 3 3 3 6 B 0 2 rvec Pw pv
288. 100 0 7 100 0 7 6 0 1 2 3 100 00 10 00 8 100 6 97 ee 6 98 6000 0 olololo 0 o o lo 8 6 B 0 1 A 2 3 9 100 0 9
289. 3 8 8 1 8 2 CHARGE LED L 1 L 2 PCB TD o 9D
290. A B Z U V W Z U C51 5 Z U 0 Z 6515 Ne 0 U V W Tim Z U V W 2 A B Z Z 0 Z 0 Z 3 25 3 C51 5 Z Z 9 A B Z U V W A B Z U V W C51 9 ABZ C51 7 UVW
291. C30 0 1 2 V23 DN1 DN2 ASR ASR 4 P B47 3 0 O Ki B47 1 2 Acc Dcc 0 B47 0 f1 2 A02 5 ASR 1 B47 0 ff0 2 ASR 2 B47 0 f1 2 3 B47 1 4 B47 2 5 B47 3 P P 6 B47 4 ASR
292. 011L 015H PWM L 2 L PWM D 2 015L 018L 018H 022H L 1 L 2 DB DB 018H 022H EMC 015L 018L EMC 3 022L 030H L 1 L 2 DCL DCL 030H EMC 022L 037H EMC gt 1 DC 1 011L 015H 1 1 7P5L 011L VT240S 2 DC DB VT240S 2 015L 018L 2 015L 018L 018H
293. 2 2 1 2 0 te 2 B13 3 2 2 2 O ro 8 2 2 2 B13 3 2 0 5 9 6 2 5 9 7 1 3 3 1 V24 SL0 1234 5 2
294. 2 3 W1W2 W3 W4 PSI1 6 SINK SOURCE PSI7 SINK SOURCE i 1 RS 485 DS1 1 DS1 1 120Q DS1 1 OFF 2 VT240S 3 RJ11 CN2 5 TB3 PCB CN2 TB3 DATA DATA OVP M2 2 15 3 VT240S VT240S 3 1 3 1
295. 2 200V 400V 1 200v 38ov 5 230v 460v 6 av aov DC AVR B01 0 un 4 PM 1 5 180Hz PM 210Hz my 4 PWM 1 0 15 0 1 0 15 0kHz 15 1 18 0 1 2 1 5 0kHz 18 1 21 0 2 2 1 5 0kHz 1 0 8 0 1 0 8 0kHz 8 1 11 0 1 2 1 5 0kHz 11 1 14 0 2 2 1 5 0kHz
296. 4 2 VT240S 3 C30 0 4 5 ASR ACR 6 7 B19 0 6 LCL 8 9 RUN 9 FLT LED LCL RUN 3 4 3 PM 3 20 3 1 PCB PCB 2 VT240S a LED LU 1 LL 0
297. M 0 0 01Hz E 0 1A 1V ASIC 2 10 0 3 0 1 1 1 1 1 14 11 11 11 AN2 a AN1 3mA a 4 M M4 t mlale 50 LED LED PCB PCB LED 1 ET ITT II 111 11 11 11 CC Hnk FE Lg IO Link2 Parallel interface Profibus Device NET CANopen
298. PM 5 ASR ACR 3 4 4 c ASR ACR A10 1 3 4 4 c 10 0 rad s 1000 s 100 ACR ACR 100 o 4 100 1500 rad s 10 0 ms A10 1 PM Tm 0 Tm ms 10 97 x J kg m x Nbase min7 27 P W J kg m 1 4xGD2 kg m Nbase min 1 P H W 6 3 4 4 d 3 4 4 d AB A
299. PRST LIMI PIDEN PCTL AUXSWO ACR AUXSW1 D04 2 1 Te 1 TI TI 111 11 11 11 RDY1 D04 4 FPOS 1 1 11 11 11 11 PLC8 PLC1 PLC7 PLC2 PLC6 PLC3 PLC5 PLC4 D04 6 ON OFF LED 1 1 11 11 114 11 PLS_IN 0CLLV1 0CLLV2 D04 3 ON OFF LED Doff End Es DBRK DVER EE ULMT 0 1 1 1 11 11 11 1 D04 5 1 1 1 1 1 114 11 11 11 wa a MP04 D04 7 6 ASIC ASIC LED rT 11 11 11 11 1 1 011 11 1 11 11 11 11 1 114 11 AN2 La AN1 3mA we 0 D05 0 ASIC D05 1 LED Ru sl O OO Tl PSO1 1 eso
300. 150 3 440Hz 150 9999min 9999min RR 5 Vf 180Hz en H 0 oh 200 PP i 150 3 0 01 60000 x 2 x 1 E S 3 IM PCB PM PM PCB 45k
301. 4 2 022L 037H 2 2 b VT240S VT240S 25kg 1 VT240S U 2 2 3 2 3 a VT240S 20
302. 5 4 045L 055H 500KVA 055H 075H 10 ACL 7 1 b 6 a 7 1 b b c 2 3 d 2 4 30CM 2 8 UL cUL 9 1 UL
303. ALImH AL ACR A11 0 1 3 ASR 2 Bo ee de B31 1 B31 2 A10 0 ASR A1 A1 A 1 A1 0 1 1 Tm ms 10 97 x J kg m3 x Nbase min 2 Power W kg m3 1 4 x GD kg m92 J Nb Power 0 2 ase min IW 0 3 ASR 0 4 ASR 6 8 4 al ol B02 4 B02 6 B02 5 B02 7
304. a gz 2 1 018L 022H 2 1 2 2 018L 030H 022L 037H 1 018L 030H 2 2 a VT240S VT240S
305. o OLT B00 0 B2C 0 0 B00 7 DC B1 x0 1s x10s 0 0 5 6 B 2 ON CSEL ON 0 B10 5 x0 1s x10s JOG F JOG R JOG 0
306. 2 35 C 5 80 3 4 4 4kHz 4 6 8 10kHz 2 0kHz C22 6 1 D03 3 0P7H 5P5H 0P7L 5P5L 110 C 2 0kHz A 3 7P5H 022H 7P5L 011L 85 C 2 0kHz 030H 015L 75 C 110 95 C 2 0kHz D02 4 5
307. 2 IM C30 0 f0 2 ASR IM 3 1 D11 4 i 4B02 0 0 1 1 B31 3 4 5 6 B02 0 B02 1 B02 6 7 B02 4 5 10 ALImH
308. 5 9 1 1 2 pz HH V f IM PM B07 0 B07 2 B07 1 B07 3 6 2 2 CSEL ON C03 9 CSEL F JOG R JOG B10 2 3 CSEL OFF CSEL OFF 1 Wor A01 0 CSEL ON 2 B10 1 0 B00 4 0 B01 4 S
309. PM 1 A B Z U V W UVW C51 0 2 A B Z E C51 0 0 oe 1 U V W C51 0 C51 0 PM 1 A B Z 0 2 A B Z U V W 2 UVW C51 0 C51 73 3 SIN COS SIN COS
310. A B Z U V W A B Z HI Z UVW C51 7 8mS UVW C51 7 UVW C51 8 16mS UVW SP 6 UVW C51 8 ABZ C51 9 12mS 2ms 2 ABZ ABZ 1 1 1 U OQ 1 1 1 1 UVW UVW ABZ 51 7 C51 8 C51 9 6 124 6 6 6 5 U
311. A02 3 A02 1 R1 A02 4 2 ON A02 6 6 67 6 150 200 200 Lb 200 150 100 bE 3 0 3 50 100 150 200 0 25 50 75 100 lt 3 30kW 4P gt B19 0 1 B19 0 2
312. Db 9 Opa 3 600min 10s 20s OO 10 D00 2 600min Dy 0 00 600 0 min 1 gn C11 2 1 3 10HZ FWD REV 11 Ne
313. IM 5 3 5 8 2 ms 30 sg CO DROOP 5 5 3 5 9 4 a B01 9 B02 4 5 B02 6 7 IM DC d03 2 B02 8 9 d03 1 3 d02 5 6 O 902 4 M B02 0 1 B02 2 3 B02 4 5 B02 6 7 indino indul IonuoD 6 5 3 PSI1 PSI11 PSI8 PSI11 C03 C06 5 1 LCL ON CO0 Oe ON
314. IM V24 DN1 2 IM IM B19 0 1 1 B19 0 1 1 10sS 1 IM 1 3 4 2 a C30 0f0 3 ee B19 0 1 2 2 B19 0 3 3 3 3 4 2 b 3 4 2 b 2 CD OO ww a 5 C30 0f0 2 3 B19 0 3 3 B19 0 4 4
315. JOG F JOG R JOG 0 B10 5 x0 1s x10s 1 Oo 1 0Hz 1 2 1 1 DC 155 DBR 10 0 05 0 B26 8 9 1 6 B26 9 B26 8 1 0Hz 0Hz 0 0 1
316. Tz 1 MPO1 3 2 PID LLT Tz 3 MPO3 4 PID LLT TT B44 3 5 T3 4 MPO4 T4 5 MPO5 B44 3 0 6 ON 1 7 B40 0 8 OFF B44 5 ON OFF 8
317. Ve 2 ea MBRK MBRK_ans 4 S 1 B46 4 RUN OFF RUN IO D 0 0 RUN B46 5 IO E 0 0 S B10 4 S B10 6 2 3 S B10 6 2 0 S B10 6 3 RUN OFF S 6 ASR V f
318. 1 C30 0 V f IM IM PM c30 0 1 C30 0f0 2 C30 0f0 3 C30 0 4 bs 3 4 1 3 4 2 gt lL 3 4 3 4 B00 0 to 7 BO1 0 to 7 BO1 0 to 8 BO1 0 to 8 BO3 0 to 4 AS C50 51 A10 B02 0 to 7 Vf SR B19 0 2 2 e Ns Coo iis B19 0 3 Sh B19 0 4 B19 0 5 B19 0 6 B19 0 7 B19 0 1 5 B19 0 4 3 4 3 4 3 3 4 1 Vi f C30 0 f0 1 1 Vif VI F B19 0
319. 6 1 C26 7 0 01Hz min 6 170 6 6 171 0063h 0010h 0073h 0010h 0083h 0010h A 0093h 0010h 00A3h 0010h 00B3h 0010h 00C3h 0010h 00D3h 0010h FR Modbus 01 03 0063 0010 B418 crRofe 01 03 20 0000 0000 XXXX 1 01 83 02 COF1 cf TG 32 A 32 4 4 00000203 0000040D 000003E8 0000005F 0000013A 00
320. 6kHz PCB 5 2 2 4 a 2 4 b 5 1 2 13 2 VT240S 1 7 Pi0 7500 Terminator 15V lt RJ Corinector 11kQ i TT 1 NS DATA 2W 5100 10ko BA LN eb Ds RS 485
321. C51 1 0 A 0 C51 1 1 Z 0 b Z 0 Z C51 2 1 C51 2 1 C50 3 0 yi T 0 0 Ai A SN _ LU SN SS Z II Z t t a C51 1 0 b C51 1 1 0 0 A ws A B e B Z NAN Z t t c C51 1 0 d C51 1 1 5 C50 3 ABZ C50 2 C51 2 C50 3 C50 3 C50 2 C51 2 C50 3 0 Se B IN Z IN IN Ae 8 Q 9 A
322. ECEICEIIEIEIEIEIEEICIIGI 1 15kHz 4kHz 211 kW a a a ww a a a 1 120 2 5 140 ales loll sll kVA kW 3 a ie 1 15kHz 4kHz 1 150 2 5 175 380 480V 5 50 60Hz 5 5 6 200 230V 10 50 60Hz 5 200 230V Max 380 480V Max Te IP00 IP20 Kam slo Till lo 6 Tm TT Ts 20 2 10 50 C 7 1 200V 200V 400V 400V kVA
323. ON FLT 6 116 6 C30 0fol 3 C30 4foF4 1 2 FLT 3 ALM D05 0 C24 1 3 B01 4 2mS C24 2
324. 1 FW CFS C02 1 RMT C02 0 4 CFS C04 1 4 PSI4 2 C02 0 2 C30 0 f0 FW 6 12 4 g FW s 2 CW COP RMT COP CW 6 12 4 i C03 8 16 5 5 5 5 5 5 J2 C00 6 J2 C00 6 2 3 C26 1 4 C26 2 5
325. 1 15kHz 4kHz 4 1 120 2 5 140 kVA 1 IA 30 50 11 16 24 33 a6 61 76 88 118 146 2 1 15kHz 4kHz 1 150 2 5 175 200 240V 10 200 230V 10 50 60Hz 5 50 60Hz 5 5 6 0 1 440Hz IP00 IP20 200 240V 200 230V Munsell N4 0 10 50eC 7 95 RH 1000m 4 9m s 400V VT240S 0P7H 055H ws op7n 1Pon aPan aPon sPon 7Pon or i nlorsH on oan oTosrm osnTossn kVA 7 ss sso s 2 lls elm ms 25 3 6 55 13 17 23 31
326. 4 PAI4 PAI6 PLC5 8 OONONRODN O C08 RN ON 6 104 F RUN R RUN 3 ON 6 105 C09 0 1 na 2 STOP STOP 2 3 STOP 1 1 2 6 105 2 R RUN 1 F RUN 6 107 1 1 2 a 2 RJOG 2 1 FJOG o o o o i 1 2 6 C
327. B01 0 No BO1 1 kW B01 2 Pole B01 3 VI BO1 4 min B01 5 min B01 6 AI BO1 7 kHz BO1 8 P R 1 1 B01 8 5 3 4 2 g 13 3 3 4 2 g Rnm PE 5 ASR ACR 3 4 2 h ASR ACR A10 1 3 4 2 h ACR 10 0 rad s 1000 s 100 ASR 100 ASR 100 A11 0 ACR 1000 rad s A1
328. B17 A Ble4 B176 B178 B00 4 B00 5 B00 4 3 Vf Vf B17 0 lt B17 2 lt B17 4 lt B17 6 lt B17 8 lt B00 4 V f sh 2 3 B00 6 100 1 B18 3 0 25 2
329. B19 0 3 4 5 IM B19 0 1 3 4 5 PM B19 0 6 7 4 VT240S PM 3 4 4 3 4 3 1 B19 0 6 Z PM U 2 B19 0 7 PM I 3 3 3 120 1 C30 0 150
330. C13 6 El pd C13 3 4 5 PSO3 4 PSOE PSO1 2 3 5 5 2 5 2 5 2 a b 30m RY24V 309 Ry24v 2 0 5mA EN RY24V PS ps 4 7k O wi W1 W2 1 2 RY0 SOURCE PSI1 PSI6 W2 PSI7 2kQ 2W J AI1 Al2 IP DS1 Al1 Al2 DIP OFF Al1 Al2 a
331. CHARGE L 1 L 2 15V L CHARGE 13 12 2 5 ES er MC iACL NE MCCB 3 GE CO b 022L 090L 030H 055H 12 5 ACL j 5 MCCB MC nei 6 6 2 OO 9 2 c 075H 475H 12 7 6 2 JP 460 JP 480 2 3 a 1 L1 L2 L3 U V W U V W VT240S 1 011L 015H L 1 L 2 DB DB EMC 7P5L 011L EMC
332. CPASS 2 PROG bog Yo os ed md edd sd ed ed Rd nd NA sd ed Ed Rl bel Rod be PSI8 9 PSI9 hb PSI10 11 PSI11 12 PLC1 13 PLC2 14 PLC3 PLC 15 PLC4 16 ON BUP SISISIS2ISIS2IS 5 IS 11 16 BDW S5 11 S6 2 11 S7 3 11 2 11 11 3 L H PLS_IN 6 C ET TcR AcR 2 PTL PH 3 7 LIM1 5 6 DROOP 8 DEDB 9 A TRQB1 1 TRQB2 0 100 2 ol En PAI4 OP PAIS OP PAI6 OP PLC 1 PLC 2 PLC 3 PLC
333. 0 oo 100 00 0 STP2 0 0 OO 1 STP2 1 100 00 STP2 1 OO sc ca 2 STP2 2 100 00 sg STP2 2 3 sTP2 3 oo 100 00 Wise STP2 3 ol io 6 99 4 STP2 4 oo 100 00 sb STP2 4 ol io 6 102 oo ee ee ol lle ew bem ew Sk a 0 eh DD DD ol 6 sTP2 6 oo 100 00 STP2 6 ol lo 7 STP2 7 0 00 100 00 10 00 STP2 7 O O 6 B STP2 8 0 00 100 00 STP2 STP2 9 0 00 100 00 STP2 STP2 10 ooo STP2 11 oo STP2 13 0 sTP2 0 0 1 6000 0 STP2 0 O O 1 STP2 1 STP2 1 oj le ee 3 sTP2 3 2 STP2 3 ol lo 6 99 4 sTP2 4 STP2 4 ol 6 102 5 sTP2 5 1 STP2 5 oj je em me 7 sTP2 7
334. 1 1 1 1 PAI3 O 1 1 1 1PAI4 O C07 6 1 300 5 7 2 1 3 6 6 B06 5 13 5 5 7 3 1 PSI7 PSI7 L W2 2 PSI7 RY0 24V 10 Vol 5V 10kHz Ud 5 7 3 2 FiHz F gt Hz Co2 0 5 0 100 C02 1 0 100 a 1 C 2 0 2
335. B39 0 3 PM 3 4 4 2 B40 0 1 PID EE TT PID B43 0 A B43 0 B44 6 B41 0 7 B42 0 7 PROG S0 S1 S2 S3 SE B11 8 0 7 PROG OFF SO0 S1 S2 S3 SE S0 S1 S2 S3 SE 1 B11 8 ed i s oe oe oe OPE OPE B42 0 Es B42 1 2 B42 2 B42 3 B42 4 B42 5 B42 6 OFF OFF OFF B41 7 SE Sak ra S0 S3 OFF SO S3 ON
336. B43 A RUN OFF B44 0 6 VT240S 5 4 ON OFF VT240S PID do B40 0 B40 0 6 B40 0 7 B40 0 8 1 B40 0 6 VT240S 8 VT240S MPO1 8 1 MPO1 MPO2 W ES MPO4 o o W MPO6 2 0D VW
337. PLC4 0 PLC3 0 PLC2 0 PLC1 0 PLCO 0 3 15114113112111 1101918 171 6151 4 3 2 1 0 MPo8 0 MPO7 0 MPO6 0 MPO5 0 MPO4 0 MPO3 0 MPO2 0 MPO1 0 6 169 6 4 03h et 0002h Vf wy 440 00 er co6 7 0002h i 0 1 LSB 300 0 300 0 1 0002h 0004h s2 0 13 amp LSB 300 0 300 0 0002h 0006h s2 0 13 amp LSB 100 0 0002h ee FR Modbus 01 03 0002 0002 65CB crRo ft I 01 03 04 000003E8 FAD8 01 83 02 COF1 LL y CRC CRC 32 C26 7
338. 1D 1 5 B19 0 5 ASR ACR B19 0 1 B19 0 5 B19 0 3 es LCL LED ee P lt RUN LED B19 0 4 FLT LED 3 4 2 MN ATT nm Gr 3 3 1
339. B21 0 2 ON CSEL ON 0 B10 5 x0 1s x10s JOG F JOG R JOG 0 B10 5 x0 1s x10s 0 FE 0Hz 0 1 2 1 155 0 l DBR 10 0 0 05 B22 8 9 B22 9 B22 8
340. C24 3 C24 5 C24 6 100 0 sec VF 0V V f 100 10 0
341. LED 6 V f V f C30 0 f0 1 VEC IM IM C30 0 f0 2 3 PM PM C30 0 f0 4 RWE 6 2 A A 2 DE CD CE A00 TT Hz 5 00 Hz i ez min lo A01 10 0 hs B10 5 i 0 1 6000 0 A02 0 1 as 0Hz 1 2 lr 0
342. PC B D30 1 6 6 6 2 A _ A00 2 Vf 1 C11 2 1 CA Y LED 2 5 9 1 _A00 1 _ A00 3 A01 0 1 A03 0 2 co1 0 1 F JOG R JOG V 1 DC C01 0 1 V f C30 0 f0j 1 B00 4 1 C01 0 C01 1 A03 0 DC A01 0 A0O1 1 A03 1
343. 1 4 3 4 2 c 3 4 2 c i C30 0f0 2 3 B19 0 4 M 3 4 B19 0 5 5 10s 3 IM 3 4 2 d 3 4 2 d C30 0f0 2 Se B01 9 3 4 2 e 3 4 2 e
344. 1 PID CULT ON D05 0 PID LLT VT240S 9 2 PI 10 B43 9 f0 1 PID OFF 11 B43 9 f0 2 PID PIDEN INV A AN 12 A AN ON D05 0 D LT VT240S FWD REV PIDEN RUN OFF RUN OFF PID ON
345. 2mS X yt gt PLC 0 85 85 100 84 85 X A 101 A A amp X gt gt X 115 X 18 103 09 SFTL X 18 103 i 89 104 89 104 A A X 117 A A X gt gt 16 120 183 AND A X A 92 FT 1 A 1 A 0 97 57 97 57 96 7 E A lt X X A lt X 107 A lt X X A lt X A X 107 A A X 1 32 X 16 X
346. 3 i C34 1 3 1 Verl1 2 Ver2 36 IO link 0 0 126 1 02 31 1 1 2 IO 9 1 HOLD 2 ee 3 C34 1 0 50 0 1s LSB ololol 1 125kbps 3 500kbps 4 1 1 2 250kbps 4 1M bps ololol 1 16W
347. B10 6 1 2 S0 SE B11 0 S 3 S S NS PROG ON B00 4 B01 4 B11 0 B11 7 100 S0 S1 S2 S3 SE B11 8 1 B11 8 1 2 B11 8 2 sls sll ee orF OFF of OFF ON B10 ore OFF OFF ON OFF et ore oN OrF OFF OFF ef oN ON ee orF orF ov et ON ee orF ov cell ef ov on or SE 63 oN oN S0 S3 OFF SO S3
348. B5n 1 B5n 2 B5n 3 0 8 B5n 0 3 6 2 RUN 1 2 S0 S1 S2 ON OFF LCL OFF R RUN F JOG R JOG OFF ON S1 ON ONMOFF ON ON 0 S0 S1 RUN ON S2 RUN ONMOFF LCL ON 0 E
349. LCL 1 LCL 2 LCL 5 RUN R RUN F JOG R JOG ON R RUN R JOG 1 2 2 R RUN R JOG F RUN F JOG ACR R JOG 1 2 2 ACR 1 V F 1 1 2000
350. ON O 4 7 4 RUN ATN ON Sequence status Sequence Status D04 4 qi000099 D04 4 080000905 4 2 8 D20 0 iN Fault history mo Primary error co D20 0 TERR E00 UV 2 or E00 E37 E00 E37 4 3 7 Primary error co Secondary error _ ww Output frequary E00 0V 4 E01 E02 43 98Hz Output current 0 DC voltage on fa YY Fault infomatio E03 61 2A E04 746 V ee E05 MODY Cumulative condu
351. RUN PSI1 2 PSI2 3 PSI1 PSI2 PLC1 4 1 PLC1 RUN 1 C03 0 12 PSI1 RUN PLC1 2 C03 7 0 PSI2 RESET 1 U20 0 0114 1 2 U20 1 08A1 A1 3 U20 2 1514 1 4 U20 3 07A1 A1 5 U20 4 0428 PLC1 6 U20 5 0000 1 U10 0 1 1 A 2 _66 a A 1 _66 1 mm 1 5 1 1 P 4 2ms P lt 2ms P HR i _64 0 1 zz0 1 1 1 1 1 67
352. 2 150 1 0 11 24 i ll pel 2 IM 3 1IM 4 PM C31 f0 1 OFF 2 ON 0 1111 1222 1221 1 OFF 2 ON Ololo f2 OVL 1 OFF 2 ON f3 1 2 UVL 0 UVL 1 0 0 kw a 10 3 UVL 2 200 ms 0 PSO4 PSO5 2 PSO6 3 PSO7 EE 0 WoFF Tu zhan wm Fo Rova EN Wir 7 ev UVL UVT t a 1 55 1 55 ET Tv zhanr sw Fo Fovz el or EX ET EE TL as befEnd 27 verr 2 pveR 9 pF RDELAY TEN 40 FPoS TH 48 MPoO1 9
353. 6 R1 5 00 ok A03 DC 0 i 1 1 1 a 4 2 PM DC 9 6 A vi vec Pm we A04 C10 0 7 ASR ASR 300 0 ASR 1000 A11 ACR ACR 0 ACR 100 6000
354. 6 10 2 VT240S 0 3 0 AUXSW0O AUXSW1 AUXSW0 AUXSW1 0 AUXSW0 AUXSW1 6 138 6 AUXsw0 gt lt lt 1 2 3 AUXSW1 gt i a Ho or Rm RDY1 RDY2 1 1 0 1s 1 2 0 1s 0 1 AUXSW0 1 500ms 6 10 3 0 B20 0 5 0 B20 6 7
355. N71P48995 27 N71P49278 24 3SUP HQ50 ER 6 N71P48995 35 N71P48995 35 N71P49278 25 N71P49278 26 3SUP HQ50 ER 6 3SUP HB75 ER 6 V23 DBU L4 EL N71P48995 45 N71P49278 27 3SUP HB75 ER 6 V23 DBU H2 N71P48995 70 N71P49278 28 3SUP HB100 ER 6 N71P48995 90 N71P49278 29 3SUP HB100 ER 6B V23 DBU H3 N71P48995 90 N71P49278 30 3SUP HK150 ER 6B N71P48995 110 N71P496656 4 3SUP HK150 ER 6B N71P48995 150 N71P496656 5 3SUP HK200 ER 6B N71P48995 180 N71P496656 6 3SUP HK250 ER 6B N71P48995 210 N71P496656 7 3SUP HP500 ER 6 N71P48995 300 N71P496656 8 3SUP HP500 ER 6 N71P48995 360 N71P496656 9 3SUP HP500 ER 6 N71P48995 460 N71P496656 10 3SUP HP700 ER 6 V23 DBU H4 N71P48995 520 N71P48995 700 N71P48995 900 N71P496656 11 N71P496656 19 N71P496656 20 3SUP HP500 ER 6 X2 3SUP HP500 ER 6 X2 3SUP HP700 ER 6 X2 V23 DBU H4 x2 7 1 1 IMkW mIMmINV COSg voltage V nIM 0 85 11kW 0 9 15kW nlINV 0 95 COSs 0 5 0 6 ACL DC
356. PLC PLC 24h 27h 4 PLC 1 4 8 11 5 C13 2 6 PLC PLC 28h 8 PLC1 8 6 C13 7 A PLC PLC 10h 13h 7 PLC U10 0 PLC 8 PLC U10 1 7 PLC 8 2Ah 31h 9 PLC U20 U67 PLC C07 Ce
357. U10 0 3 PLC 6 11 PLC D PLC U10 0 4 PLC 6 11 PLC E PLC U10 0 5 PLC 6 11 6 126 6 7 6 7 1 6 1 1 2 1 5 C30 0 ff 1 a 2 1
358. bly bnly bly rly EC nly nly bly C 0 O 6 U45 PLC C PLC U10 0 6 FFFF 0 PLC FFFF 4 U10 0 4 ee Tg ge Te ge U51 PLC D EE rr rr i ri i a ZE U52 PLC D S20 FFFF 0 PLC wo oe wo wo wo wo mm U50 PLC D 6 EE ee yea U10 0 4 EEC e
359. 0 10 5V i 3 Al1 Al2 0 20 5mA P10 i er 30m 9 VT240S COM j 10V 10kQ 1mA 20mA 5009 L W3 W4 1 2 30m VT240S COM j 5 5 2 1 UL CE 30VAC DC RUN FLT 250V AC 125V AC 250VAC 250VAC 220v DC 1A 1A 100VA 50
360. 4 3 3 4 3 5 D20 2 1S LST 3 4 C14 0 A01 C14 0 C14 0 0 95 4 13 A03 1 em Ue ee ee I a a J I me gt d CHG d END I em iL ml a gt em 2 Dm 4 CS 1S LST 4 3 5 LED FLT LED E00 E00 E07 3
361. E PLC U10 0 6 FFFF PLC FFFF 44 U10 0 5 Cen 0 PLC ET Ee U64 PLC E PLC U10 0 6 U67 PLC E PLC U10 0 5 6 6 6 6 6 1 D04 0 3 S D OLT 1
362. ON FLT OFF FLT OFF 4 2 11 LCD LCD Local frequency Primary error co D00 0 56 32Hz E00 UV 2 FLT LCL FWD REV Ga LCL LED FLT LED LCD E00 E00 E07 3 E00 E07 BD gg E00 E07 3 RESET FLT RESET 5 5 3
363. S C51 3 CCW od UVW 2ms ABZUVW UVW ABZUVW UVW 2ms 2 ABZ hi ABZUVW ABZUVW 2ms 2 6 6 5 U U Vf V f C30 0 f0 1 VEC IM IM C30 0 f0 2 3 PM PM C30 0 f0
364. wpoz so Meos ES 7 MP04 52 MPos ss veoe 4 Fo7 5 Mros 34 PROFIBUS 0 HOLD CLR 6 i 1 01 126 1 2 IO 9 j 1 HOLD 2 3 C34 1 0 1s LSB 6 43 6 C wi 1 2 2 EO 9 1 HOLD Es HOLD CLR
365. 10000 0 STP1 3 000 10000 3 STP1 4 oo oo 0 STP1 5 000 10000 oe STP1 6 0 00 100 00 6 B Max STP1 8 0 00 100 00 STP1 STP1 9 0 00 100 00 STP1 STP1 12 oo STP1 13 ew 0 sTP1 0 0 1 6000 0 STP1 0 O 9 J erm le ET em ol 3 sTPt Hi STP1 3 e sm 4 srPy mm 4 iesTPi 4DN lo 5 sTP1 5 3 STP1 5 oo 6 sTP1 6 1 STP1 6 oo 1 mm oi B68 STP1 2 STP1 10 4 STP1 12 STP1 8 ol STP1 9 ol STP1 10 on _ oo 2 RB ES SE Oo STP1 11 STP1 12 of je em ee 5 STP1 13 6000 0 STP1 13 oj lo B69 STP2 0 STP2
366. 5 5 7 3 a C12 C C12 D FiHz FoHz 2 300 3 FiHz FzHz 0 100 0 300 100 0 C12 C C12 D Hz 5 7 3 b 5 14 5 LPF C12 E LPF C12 E 0 LFP C12 F OFF 0 C12 F 1 F1 s C12 E a LPFF oO OO gt 0 OFF C12 F vy 7 5 7 3
367. 7 1 os 6 1 1 2 4 5 7 ds 9 850 4 2 1 1850 PsH 10 or 90 15 2P2N 0 1 a APoH 10 22 330 37 _sPsH 7 40 1 55 7P5H 50 130 Co ol 30 71 6 65 15 4 1 1 2 3 5 7 1 2 3 5 7 8 4 3 2 1 1 9 6 4 oz 2 1 s 4 2 60 40 20 4 6 3 4 6 2 80 90 30 8 7 9 1 5 2 m4 5 5 11 15 18 9 2 5 5 5 11 15 18 22 4 5 0 5 5 11 15 4 5 2 0 5 5 11 15 18 O75 98 7 7 3 2 DB 022L 030H 022L 030H DB 7 1 b DB 7 3 2 DB DB 7 3 1 a 10 ED DB DB No 1 DB No 2 a V23 DBU DD 7 V23 DBU MC DB Oe 0 0 B E Mco olon L 1L oFF HO DB 2 O O VT240S OO AN 7 3 2 DB
368. B D 10 10V C07 C13 0 C13 1 AO1 W3 1 C14 7 1 2 i AO1 W3 2 C14 7 3 AO2 W4 1 C14 8 1 2 1 AO2 W4 2 C14 8 3 S ND 750ohm 15V 1 RA RC a C13 2 FA FB FC
369. BNO B Doo Z IN _ gt Z gt o o 6 C51 3 UVW 7 C51 6 UVW A B Z U V W A B Z U V W A B Z U V W VT240S A B Z U V W 3 24 3 U V W C51 3 U U VV Vi W w t t a C51 3 1 b C51 3 2 C51 3 2 C51 6 0 C51 3 C51 6 V IN W IN J o_o Tv Do o EN Do o t 8 C51 5 Z IN gt U 1 A B Z U V W
370. Cumulative run t Primary error co E06 246 h E07 234 h E10 UV 2 4 2 9 A B C D20 2 CS A B C A B C Parameter Bee Ba Bee LST De pp CHG D END A B C A B C CS D CHG D END Cie en mh ph 4 DC braking time DC braking time
371. Nbase min i Tm msec 10 97xJ k A min Tm J 1 4XGD kgfm Nbase Power MCH OFF A10 1 1 Eig 1 B16 0 2 B16 6 B16 6 1
372. Z b Z Z C51 2 1 C51 2 1 C50 3 0 6 121 6 nn hi AN NN 0 7 Gn Z NN Z 0 a C51 1 0 b C51 1 1 n er 7 B i BB Wi Z N NA Z c C51 1 0 d C51 1 1 U V W UV W A B Z U V W A B Z U V W VT240S A B Z U V W U V W
373. lt b 6 Rt Vf C30 0 f0 1 0 10 7200 0 7200 0 ee 01 3000 300 0 i 6 0 0 0 1 123 C26 7 6 12 4 h FR FW J CMD 4 FW 6 12 5 g 2 0 0 0 Nd 123 4
374. signed 0 01Hz 0 1min signed 0 1Hz 1min CN2 signed 0 01 unsigned 0 01Hz 0 1min unsigned 0 1Hz 1min unsigned 0 01 38400bps 1 8 2 01 6 150 6 6 12 4 VT240S VT240S 1 A B C U 2 D 3 4 5 1 6 6 12 4 a
375. 0 B20 8 9 3 B21 0 1 1 4 0 DC 0 0 0 6 10 4 Vf C30 0 f0 1 NN Ep 6 6 11 PLC PLC 1 VT240S PLC PLC PLC
376. 0 0 s I0 B 1 1 2 WwW PID f0 PID PID Si RUN PIDEN AND 9 PID L 11 2 PIDEN f1 RUN 1 RUN 2 PID A B43 9 22 PID ololol 0 CT ee on 1 PID ON 60 0 PID t si oe 8 OF oo ON OFF 168 0 0 6 87 0 0 120 0 3 0 ul Ss 1 0 INV oll Da FE
377. 3 1 2 B00 3 0Hz 3 4 1 V f 6 B00 3 1 2 B00 5 2 A02 2 A02 3 7 pi eS Be so Al RN A02 2 2 B00 5 6 68 6 R1
378. 37 4 73 87 108 2 J 1 15kHz 4kHz 1 120 2 5 140 kVA ol ias ss eo lo e lel s o el 1 15kHz 4kHz 1 150 2 5 175 380 480V 10 50 60Hz 5 5 6 0 1 440Hz EMC DC E IP00 IP20 Munsell N4 0 10 50 C 7 95 RH 1000m 4 9m s 380 480V Max IP20 E CD 200V 400V VT240S 055L 090L 075H 475H VT240S 200V 400V
379. 4 01h 0000h 1 0020h 2 CR 6 12 4 o Modbus CRc 1 01 01 02 10035007 FAD3 01 81 02 C191 cree LL cpcftety 32 ee EE MODBUS 0000 gt 0000 1 0001 gt 0002 2 6 167 6 4 02h 000h Modbus ccRc
380. 4 d 1 VT240S 2 20H slollrl Jalol Tolololslelel le i 6 152 6 3 VT240S 4 8 ASCII 5 6 7 CR 8
381. 5 6 2 b ONMOFF D04 4 5 6 7 FA EC0 RUN 3 ee EC2 Ee Se FLT O_O EC3 ATN ee pv gt En lt 1 1 1 1 1 LOL REV 1 RC ver 2 RUN IDET gt 8 O PSO1 3 Sa ATN gt RDY1 SPD1 gt i0 SPD2 11 PSOE D04 4 CPP 1 Doff E00 3 a es MBRK EC gt 14 O_O pg E02 115 my le TE wo ns me 0014 11 DC 18 0 AUXDV gt 19 nia uvr pe ACC AM 20 Ge DCC FAN 21 ASW pe pL AW 2 O_O PSo6 ZSP 23 D04 5 LT 24 so ULWNT gt 25 Bot Doff Ermd 26 OO MBRK gt 27 il DVER gt ls ee 10 0 1 1 RDELAY 30 84 1 I 1 1 PLCT 32 d mcs ee PLCS PLC4 1 1 1 1 1 D04 6 PLC6 37 3 PLC07 38 PLO8 39 1 MP02 49 MP03 50 P04 1 MP05 52 MP06 gt 53 vros Le MP07 54 MP08 55 MPO5 D04 7 S 6 2 a 5 6 2 b
382. A10 3 to 5 A11 2 3 ee T1000 Nt omy 0 0 B13 8 B13 9 6 9 5 a 6 9 5 b 6 135 6 6 9 6 IPM IPM Cd FE B3 q lg Trq 100 Trq 75 Trq 50 Trq 25 lg ld Trq 100 la Trq 75 ld Trq 25 la Trq 50 6 9 6 a
383. OFF RUN B43 9 f0 1 PID RUN ON ON OFF ON OFF PIDEN RUN 2 6 B43 9 f0 2 PID PIDEN RUN ON OFF ON OFF PID PIDEN OFF OFF 13 MPO1 1 MPO3 3 PID LLT ON TO MPO2 2 NO ON VT240S VT240S 3 ON OFF 1 B44 0 ON OFF 1 8 B40 1 5 4 MPO1 8 B401 5 1 INV 2 1 4 2
384. frequency D 00 0 OFF Hz S D00 4 OFF Qutput frequency D00 1 OFF Output frequency D00 2 OFF Set frequency in Set frequency se Frequency settin D01 D01 0 10 00Hz D01 4 300 3 a Set frequency in 1 L lt CS 3 4 2 5 el 4 2 7 LCD D04 0 3 D04 4 7 D04 4 Sequence status D04 4 MMM OO O OFF
385. wr vec Pw Rw B20 0 0 ET 0 e046 DC AVR DC AVR 0 B00 0 Fmax_AUO 0 B20 0 0 fbase_ AU0 50 00 Hz a wa OLT B00 7 0 E DC 0 B10 5 x0 1s x10s 6 14 6 B
386. 0 f2 LB BL B46 0 f2 1 B46 0 2 DC HK UK UK 3 6 2 1 B46 1 RUN LB 2 B46 2 BL B46 5z0 0sec B46 5 0 3 B46 3 ZSP ON 3 BL BL B46 0 IDET 1
387. 000001 00000000 00000000 DC 0 01Hz LSB 0 1NMLSB 1VLSB 2 2 LSB LSB 3 D05 1 0 FF ASC 6 4 0Fh a 1 0020h 2 32 CW 4 6 12 4 o Modbus 01 OF 0000 0020 04 01234567 47C4 _ crc 4 1 01 OF 20 3003 01 8F 02 C5F1 L cncf L_ cgcf 32
388. 00d 0 01 0d 10000d 0 01 9 5 44000d 44000d 0 01Hz 72000d 72000d 0 1min 10 4400d 4400d 0 1Hz 7200d 7200d 1min 11 10000d 10000d 0 01 10000d 10000d 0 01 C50 0 V24 DN1 DN2 N 90 2 A B PAOUT PBOUT N 70kHz C50 1 2 1 C50 1 1 90 A B B01 8 ee C50 2 2 A B
389. 022H DC DB 3 1 VT240S EMC 3 030H 4 030H 3 022L 030H 2 2 MCCB MC 7 1 b MCCB MCCB 3 400V 075H 380V 415V JP 1 416V 460V JP 2 461V 480V JP 3 PCB PCB 1 es L1 L2 4 L 200 240V 10 50 60Hz 5 015L 090L 200 230V 10 50 60Hz 5 0P7H 475H 380 480V 10 50 60Hz 5
390. 0H 015L 75 C 110 95 C 2 0kHz D02 4 2 D03 3 3 4 1 1 2 1 3 IM IM T TT T T 2 0kHz HH a T Se T M M2 X2 M Lo M M2 2 M 1 M 2 R2 M Re VT240S T ET
391. 1 PSI8 11 EMS RY0 ON 1 2 EMS ON FLT 1 OFF RUN ON 2 ON mms ON 1 6 104 E 6 3 ON ON 2 C30 0 tol 3 4
392. 1 1 ACR 20 0 ms A 1 PM Tm 0 Tm ms 10 97 x J kg m3 x Nbase min 27P W J kg m3 1 4 x GD kg m9 Nbase min P W 6 LOCAL LCL i LCL A05 0 1 tl B19 0 3 4 2 1 Da LCL Cy 7 TCDaCDaan
393. 12 Alt 0 5V 11 5 1 0 10V AI1 C12 0 1 C12 1 1 0 10V DIP DS1 2 OFF Al2 C12 4 1 C12 1 1 0 10V DIP DS1 3 OFF 5 2 4 20mA Al1 C12 0 2 C12 2 1 4 20mA DIP DS1 2 ON Al2 C12 4 2 C12 2 1 4 20mA DIP DS1 3 ON 5 7 2 C07 0 A 5 7 1 5 7 2 C07 0 A AI1 Al2 Al9 0 0 1 l X Y 100 2 Y AX B C 3 Al1 O Al2 O PID Al3 O FS 1PAI1 O 1 1
394. 2 PSO3 2 PSO5 5 PSO4 D07 0 D07 4 hrs a 9 ACR ON C02 2 1 ACR ON C02 2 2 6 B13 0 ACR ON C02 2 3
395. 21 AO1 AO2 AO1 AO2 AO1 AO2 AO1 AO2 AO1 AO2 to C13 0 C13 1 C14 1 C14 4 C14 6 100 6 1 AO1 AO2 11V 11V C14 7 8 AO1 AO2 C14 7 8 1 0 10V 2 0 10V 5V 3 4 20mA AO1 AO2 C14 7 8 1 2 AO1 AO2 W3 W4 AO1 AO2 C14 7 8 3 5 8 C14 7 8 2 5V 0 5 C14 0 1 C13 0 1 C14 7 8 2 C14 0 1 0 5 x C14 0 1 C13 0 1
396. 3 11 oo STP3 12 oo STP3 13 ew 0 sTP3 0 0 1 6000 0 STP3 0 O O 1 STP3 1 1 STP3 1 oj le 2 sTP3 2 STP3 2 oj le 3 STP3 3 STP3 3 ol lo 6 99 4 srps 4 19 STP3 4 ol io 6 102 5 sTP3 5 STP3 5 oj le 6 sTP3 6 3 STP3 6 ol lo B76 STP3 0 sTP3 8 STP3 8 ol je 1 sTPs 9 STP3 9 ol js 2 STP3 10 STP3 10 ol js 0 bi99 3 sTP3 11 STP3 11 ol js 4 STP3 12 STP3 12 ol js 5 sTP3 13 STP3 13 ol js 6 STP3 14 STP3 14 ol js 6 6 4 C C sere C00 F RUN R RUN RUN REV F RUN RRUN
397. 4 6 4 16 pa 50 0 2 lt 4 6 2 Ll Ht A04 0 7 C10 0 7 A05 0 2 B C C26 0 2 B19 0 C30 0 f0 6 158 6 6 12 4 A B C D DR VT240S A B C U D lt gt Was CMD 6 4 16
398. 4 9999min B01 4 B01 5 50m B01 5 x2 9999min 180Hz IM C30 0 fo 3 B01 4 B01 5 B01 5 B01 4 4 50m B01 4 9999min B01 4 B01 5 50m B01 5 x4 9999min 7 180Hz IM PM C30 0fql 2 4 B01 4 B01 5 B01 5 B01 4 1 5 50m 1 B01 4 9999min B01 4 B01 5 50m B01 5 x1 5 9999min 7 210Hz PWM
399. 4 RWE U A mh U00 1001 2002 fo D20 2 i C09 0 C28 0 4 1 U PLC U10 PLC 1 2m
400. 5 Trq 100 Lu lt Ld VT240S SPM 0 d la Trq 0 ld Trq 25 la Trq 75 ld Trq 50 0 6 9 7 a Ia Ia IPM B38 0 6 Kr Ig B03 5 SPM B03 5 B38 0 6 100 6 136 6 9 8 75 100 B38 0 1 6 Kr_ gt ld 6 9 7 b Ilq
401. 5 ol1 4 1d 0 5 ld 25 Ilq 6 Id 50 PB 100 0 l1 V1 AP 6 133 6 6 9 2 6 8 B30 8 8 6 8 8
402. 6 N71P48994 400 N71P48995 2 5 N71P46656 18 N71P49278 17 3SUP HP500 ER 6 3SUP HQ10 ER 6 N71P48995 4 N71P49278 18 3SUP HQ10 ER 6 N71P48995 6 N71P49278 19 3SUP HQ10 ER 6 N71P48995 10 N71P49278 20 3SUP HQ20 ER 6 N71P48995 14 N71P49278 21 3SUP HQ20 ER 6 N71P48995 18 N71P49278 22 3SUP HQ30 ER 6 N71P48995 27 N71P49278 23 3SUP HQ30 ER 6 N71P48995 35 N71P49278 24 3SUP HQ50 ER 6 N71P48995 35 N71P49278 25 3SUP HQ50 ER 6 N71P48995 45 N71P49278 26 3SUP HB75 ER 6 V23 DBU L4 o N71P48995 70 N71P48995 90 N71P49278 27 N71P49278 28 3SUP HB100 ER 6 3SUP HB100 ER 6 V23 DBU H3 N71P48995 90 N71P49278 29 3SUP HK150 ER 6B N71P48995 110 N71P49278 30 3SUP HK150 ER 6B N71P48995 150 N71P496656 4 3SUP HK200 ER 6B N71P48995 180 N71P496656 5 3SUP HK200 ER 6B N71P48995 210 N71P496656 6 3SUP HK250 ER 6B N71P48995 300 N71P496656 7 3SUP HP500 ER 6 N71P48995 360 N71P48995 460 N71P496656 8 N71P496656 9 3SUP HP500 ER 6 3SUP HP500 ER 6 V23 DBU H4 N71P48995 520 N71P496656 10 3SUP HP700 ER 6 N71P48995 700 N71P496656 11 3SUP HP500 ER 6 Xx2 AN N71P48995 900 N71P496656 19 3SUP HP500 ER 6 X2 V23 DBU H4 N71P48995 1300 N71P496656 20 3SUP HP
403. 7 7 3 2 DB VT240S DB 100 DB 100 KW 0 Q KW 0 Q 2 pe EE 2 V23 DBU L2 5 7 V23 DBU L3 3 8 V23 DBU L3 3 8 045L 37 4 7 45 3 8 055L 45 3 8 55 a De 3 1 075L 55 V23 DBU L4 1 5 3 1 75 2 3 090L 75 2 3 90 1 9 te 5 V23 DBU H3 15 2 045H 37 18 6 45 15 3 055H 45 15 3 55 12 5 075H 55 12 5 75 9 2 090H 75 9 2 90 BE 7 7 110H 90 7 7 110 6 3 V23 DBU H4 132H 110 6 3 132 5 2 160H 132 5 5 2 160 3 3 4 3 200H 160 4 3 200 3 4 250H 200 3 4 250 5 6X2 V23 DBU H4 315H 250 5 6X2sets 315 x2 4 4X2 400H 315 V23 DBU H4 4 4X2 sets 400 3 4X2 X2 a 475H 400 3 4x2 sets 475 DR 1 DB C31 0 f1 2 DB B18 1 100 B22 5 100
404. 700 ER 6 X2 7 7 1 b MCCB MC A 2 N71P48994 4 N71P49278 1 3SUP HQ10 ER 6 N71P48994 4 N71P49278 2 3SUP HQ10 ER 6 N71P48994 8 N71P48994 12 N71P49278 3 N71P49278 4 3SUP HQ20 ER 6 3SUP HQ20 ER 6 N71P48994 18 N71P49278 5 3SUP HQ30 ER 6 EL N71P48994 27 N71P49278 6 3SUP HQ50 ER 6 N71P48994 35 N71P49278 7 3SUP HB75 ER 6 N71P48994 55 N71P49278 8 3SUP HB100 ER 6 N71P48994 70 N71P49278 9 3SUP HB100 ER 6 N71P48994 70 N71P49278 10 3SUP HK150 ER 6B N71P48994 90 N71P49278 11 3SUP HK150 ER 6B V23 DBU L2 N71P48994 140 N71P49278 12 3SUP HK200 ER 6B N71P48994 180 N71P49278 13 3SUP HK250 ER 6B V23 DBU L3 N71P48994 200 N71P46656 15 3SUP HP500 ER 6 N71P48994 260 N71P48994 320 N71P48995 2 5 N71P46656 16 N71P46656 18 3SUP HP500 ER 6 N71P49278 17 3SUP HP500 ER 6 3SUP HQ10 ER 6 N71P48995 2 5 N71P49278 18 3SUP HQ10 ER 6 N71P48995 4 N71P49278 19 3SUP HQ10 ER 6 N71P48995 6 N71P49278 20 3SUP HQ10 ER 6 N71P48995 10 N71P48995 14 N71P49278 21 N71P49278 22 3SUP HQ20 ER 6 3SUP HQ20 ER 6 N71P48995 18 N71P49278 23 3SUP HQ30 ER 6
405. 75 16 16 12 8 BCD 2 PSO4 5 AIAO 2 V24 AI0 ST 3479 16 12 Profibus V24 SLO Profibus DP ST 3466 12Mbps 126 CC Link V24 SL3 CC Link ST 3472 156kbps 625kbps 2 5Mbps 5Mbps 10Mbps DIP 64 DeviceNet V24 SL2 ee ST 3470 125kbps 250kbps 500kbps DIP 64 CANopen V24 SL1 CANopen network ST 3468 125kbps 250kbps 500kbps 1Mbps DIP 128 IO ILINK ll METAL V24 SL4 IO LINK ll METAL
406. A03 1 3 0s A03 1 3 0s ES Max frequency V Max frequency V B00 4 60 00Hz B00 4 60 00Hz RUN Ru RUN Reverse Ru Bl 2 C03 2 D CHG D END 4 2 10 LCD D20 3 4 CS D20 3 D20 4 D20 4 D20 3 se se output RUN OFF D20 4 se FLT OFF OFF 4 6 ON OFF RUN ON RUN OFF RUN
407. AX B C OiO 1 C07 0 A00 0 A00 2 m B40 0 4 A00 1 A00 3 B50 1 B59 1 5 9 1 5 18 V24 P10 5 5 9 2 1 4 4 1 V24 SL0 1 2 3 4 Modbus B13 0 2 oO ro 2 C07 6
408. B33 2 B33 3 B33 4 B335 B33 6 B01 4 B01 5 B33 1 B33 7 3 D03 1 D03 1 M B34 2 7 B33 2 7 B02 6 7 B01 9 B01 9 B34 0 1 B33 0 1 M 3 4 B19 0 3 4 ASR 5rad s ASR A10 0 100
409. BZ B Z Z IN U A Z 3 31 1 2 3 4 3 Cs1 0 C50 2 AB A B AB C50 2 2 C50 3 0 A El B gt t a C50 2 1 C51 1 AB Z C51 2 Z VT240S A B Z A Z A Z Z A 0 C51 1 1 Z 0
410. DC A01 0 0 A01 1 0 CSEL OFF F JOG R JOG B10 2 3 Ny A03 0 DC DC 1 2 196 3 4 1 Vf A03 1 DC DC 0 DC C01 0 C01 1 DC
411. DC AVR B00 0 B24 0 0 OLT B00 7 DC x0 1s x10s 6 16 0 B10 5 6 B B25 1 2 1 OO 2 ON CSEL ON 0 B10 5 x0 1s x10s 2 1 1 Oo
412. DD Dp A DDO 0 ys oF LCL Hz LED FWD REV FLT C30 0 4 Hz PM 3 A05 2 1 ON C30 0 ff fo 1 PM C30 0 fgj 4 c30 0 C30 0 14 C30 0 10 24 1 Vf C30 0 11 C30 0 2 C30 0 SP 5 4 PM 3 4 3 b 3 4 3 b
413. IN MEIDEN THYFREC VT240S 200V 0 75 90kW 400V 0 75 475kW 1 VT240S 2 ST 3450 2007 1 ee i ee iv SN Se viii 1 1 Tl So a 1 1 1 2 G0 1 1 SD 2 1 2 1 D2 22 2 3 2 3 2 5 2 2 13 3 1 3 2 3 1 3 ELT a ed dt 3 1 B50 HE a 3 2 3 0 3 3 on 4 1 4 1 nn 4 1 4 2 LCD 0 4 4 4 3 LED 4 11 4 B Cs 4 15 0 5 1 5
414. L 0 9 200V 380V 2 UL cUL UL UL MCCB 9 1 7 2 PCB VT240S 1 3 PCB PCB VT240S VT240S PCB PCB 1 PCB 7 2 1 1 1 1 4 2 1 Al AO 3 I PCB 7
415. OG F RUN R RUN JOG R JOG a AFS2 AFS1 pOG _AFS3 CPASS C03 0 1 OFF oi uN CFS CSEL a EM 04041111 i psl2 R RUN a 0 0 1 I ps14 R J06 ps15 HOLD COP EMS psl6 BRAKE Be a E vea Rvo PSI 71 CoP REV PS18 O CSEL psl9 IPASS eu D04 0 PS110 O CPASS 1 _RSITG 1 ey A PL1 VFS IVLM py IFS MBRK_ans be BDW pL3 A pu i oN 16 ET CFS gt 0 0 0 31 S2 Ls 3 S1 SE FUP D04 1 BDW IVLN AUXDV PICK MBRK_ans a 00 we 1 1 x hd 1 AUX SWO yl i AUX SWI 2 PLS IN Pe UXSWI OCL LV2 A D04 2 ACR en TI TI II LIMI 0 0 4414 44 1 McH PLS_IN L_ RFO 1 Ll DROOP DEDB TRQBI1 D04 3 TRQB2 5 6 1 a 5 6 1 b 5 10 5 5 6 2 C13 2 6 C33 0 3 FA FB FC RA RC PSO1 7 ON OFF 5 6 2 a
416. RUN I MBRK_ans 2 50 ASR ASR ASR BE ASR ASR A 9 2 bay 0 00 30 ON 0 0 25 0 0 01 0 1 30 0 1 4 0 00 0 00 25 0 f0 ASR 22 21 1 OFF 2 ON f1 1 OFF 2 ON 0 10 1S We ASR 50 00 300 0 3 4 10000 1000 0 100
417. S1 1 ji AFS2 AFS3 S5 S7 OCL LV2 tC STP 1 C07 0 C07 1 ji C07 2 3 i VT240S PROG0 PROG7 JOG gt CFS gt PLS_IN gt PROG gt AFS3 gt AFS2 gt AFS1 PROG ON 0 7 B11 0 7 B11 8 BCD A00 0 0 7 B11 0 7 ON IVLM ON BUP BDW ON IVLM OFF BUP BDW
418. STP2 7 ol lo B72 STP2 I TT 1 sTP2 9 0 STP2 9 oj le ol B73 STP3 0 sTP3 0 oo 100 00 STP3 0 oj le 1 STP3 1 oo 100 00 STP3 1 ol io ee 1000 2 STP3 2 100 00 gb STP3 2 3 STP3 3 oo 100 00 0 STP3 3 oj lo 6 99 4 STP3 4 oo 100 00 STP3 4 oj je 6 102 STP2 10 Cn lt O ew STP2 11 9 Dr 2 SD STP2 12 on bm oa CD STP2 13 Cn o STP2 14 1 ne on 5 STP3 5 oo 100 00 gb STP3 5 ol io TT 6 sTP3 6 100 00 sg STP3 6 7 sTP3 7 0 00 100 00 ee STP3 7 O O 6 B STP3 8 0 00 100 00 STP3 STP3 9 0 00 100 00 STP3 STP3 10 ooo STP
419. TU RTU 3 5 C26 3 BIT7 ON RTU 3 5 C26 3 0 00 C26 2 CRC 1 CRC work 0 x FFFF 2 CRC CRC 8 3 CRC CRC 0 0 CRC 1 CRC MSB 0
420. USB USB VT240S 1 1 USB RS485 CN2 TB3 CN2 RJ11 4 4 TB3 HTB3SG 1 1 DS1 1 120 TB3 VT240S TB3 VT240S
421. VA 100W 60W 30m 0mA psi o e 30m 30VDC 50mA 5 3 PSI RESET EMS COP J1 J2 No 7 5 3 V24 RY0 11 PSI1 PSI7 PSI1 PSI11 5 3 IM
422. W 150 PM A 4 PM PM 1 0 1 60 0Hz 0 00 50 00 0 1 20 0 50 150 0 0 20 0 ASR 1 8 5 y Ax B C y Ax B C y y 5 x x A 0 000 10 000 A 0 000 10 000 B 0 00 440 00Hz B 0 9999min C C
423. h eh eh Cr eT U54 PLC D PLC 4 0 FFFF We a oe oe oe pr ca U55 PLC D PLC i ET i i i CEI 6 ee yea U10 0 4 i eh eh eh pm U57 PLC D i 0 PLC pe Tm Sz PLC 0 0 FFFF 0 PLC En 7 0 7 0 FFFF ji OlO lOIloO 6 FFFF 0 PLC PEE Eh U10 0 5 moea moe Er oe Con ee 0 PLC ET Ee U61 PLC
424. l A B16 7 B16 8 B16 9 Vf Vf V V EY WTEC 100 B00 3 i 1 f 0 0 B17 0 B17 2 B17 4 B17 6 B17 8 0 B00 4 B00 5 B00 4 Vif Vf V f B17 B 2 B17 0 A B00 3 OFF V f 100 100 ni 6 81 6 4 4 V f B17 0 2 4 6 0 00 B17 0 2 4 6 8 0 00 Vi f 100
425. s Ce PLC 0 PLC CPU B 0 6 U20 PLC A PLC PLC PLC 6 U23 PLC A 3 0 PLC Ee FFFF mr ee FFFF FFFF moira EE U24 PLC A pri ee U25 PLC A oz PLC 5 0 FFFF ke FFFF com pe
426. t2 tn lt 1min t1 t2 tn lt 10sec 1 DBR DBR 7 3 1 a 7 3 1 a t sec I 7 3 1 a DBR VT240S kW 320 1P5L P5L 1 C22 3 t 600sec x 100 7 2 DB 7 3 1 b DB DB 100 7 3 1 b DB 7 3 1 b 76D DB 7 3 1 b DBR 7 3 1 b DBR VT240S 9 100 ee 100 kW 0 kW 9 os
427. y DBR 10 0 05 I 1001 P OCLLV2 ON V f V f i PM es es eis esi pe 50 2 6 13 6 B
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