Yolico YD3000 current vector control general frequency transformer User Manual
Contents
1. 400V 18 5kW LECC V Yolico YD30002. 2Ko 1 gt rt OY 2 P 4 20mA 2 0 10V 50 12
3. 3 400V 1200V 400V A1 2 V F 6 2 10
4. 150 130 420 380 5 8 2 L2 UV L2 01 X B B B B V 400V 0 AC 1 C
5. 72 95 Yolico YD3000 d5 01 A1 d5 01 0 H1 01 H1 06 71
6. 60H2 1 Yolico
7. 6 2 6 C3 03 6 2 7 PG C3 06 1 6 2 8 1 L3 04
8. YD3000 L2 02 X B B B B X 0 0 2 0 2 0 0 L2 01 1 ET 5 7 L L2 01 1 ER XB B B B DD 0 1 5 0 0 5 1 bB ee in s BE E2 01
9. 0 1 0 1 0 1 C3 06 1 la 0
10. STOP j 6 0Hz e 10 e e e U1 03 Yolico 35 Yolico YD3000 A1 00 0 Q Q Q Q PG
11. 10 Yolico 49 Yolico YD3000 1 10 C3 06 2 5 3 4 C4 C4 01 0 B B B X 0 00 2 50 1 00
12. YD3000 9 2 9 2 1 100 D 20 2 so0 Ep 40 60Hz
13. 45 rpm 400V 3
14. 7 T Yolico YD3000 GLYC IT Yolico YD3000
15. Yolico 27 Yolico YD3000 N0 PG PG PG PG MA V f e1 01 0 4 as 6 B 5 B B Ul X i a ee B
16. U V W EAE I i et ia LECC TV Yolico YD3000
17. E en Ie E2 07 1 iA Saturation Comp 1 0 50 0 75 75 1 50 2 75 X Mechanical Loss 0
18. PWM 60Hz LL 60 2 2
19. T 3 200mA 0 1 1 C6 01 C6 01 d3 04 PG C6 E 03 C4 02 AFR C3 02
20. 0 Yolico 86 Yolico YD3000 o2 04 X B B B B Inverler Model 0 FF A A WRITE 0 WRITE 1 READ WRITE 1 READ WRITE o2 06 X A A A A Oper Delection WW 0 65535 0 o2 07
21. mm N m E Yolico Yolico YD3000 3 4 2 kB ri ee DC 24V 8mA 5 01 HI 06 6 2 2 a 8 11 15 15V 15V 20mA4
22. UV1 UV2 UV3 ES L6 05 L6 06 L6 02 L6 03 6 gt mi F1 08 F1 09 F1 10 F1 11 Yolico 91 Yolico YD3000 EF3 blinking External Fault 3 3 EF4 blinking 4 i EF5 bliking 0 EF6 blinking MA
23. YD3000 1 60A 1 90A DATA ENTER 1 001 90A 2 3 001 60A DATA ENTER 1 60A e E1 04 E2 09 e 5 1 Da sun a
24. b1 04 1 B1 04 07 6 2 3 U V W U V W U V W 2 6 2 4 L7 01 L7 04 H3 05 H3 09 10 13 L3 02
25. Yolico 37 2 189 1 8a 9g 99 IOEan Id el le 9 aSi 9 BUGOE N20 OUIAZEMU 80 89 89 80 NUM 3 RI ECIOEG 9 120 Ee 6 8 129 ka 12H 21 TN II 10 AH Y H 8 1 Yotico Yolico
26. L3 03 L3 04 X B B B B 0 1 1 0 V 0 3 0 3 0O V et ea rr ge els a 0V 1 i
27. 776 E 18 Yolico YD3000 RUN E 4 2 ET STOP RUN 4 2 1 YD3000 YD3000 1 e
28. C6 01 03 50m 100m 100m 15k Hz 10k Hz 5k Hz C6 01 15 0 10 0 C6 02 15 0 10 0 C6 03 0 0 e 3 108 e e N ERF L
29. 100 2 L3 01 1 L3 03 X A A A X 0 100 50 E1 06 100 100 L3 02 L3 03 E1 06 FA
30. 10 45 C 14 113 10 40 C 14 104 dth 45 C lt 4 2 El
31. b2 08 0 50 lt 2 0 500 0 100 b2 08 100 b2 08 200 b2 08 100 b2 08 100 b2 08 0 b2 08 100 b2 02 Yolico 42 Yolico YD3000 b2 08 J T2 E2 01 E2 2 03 sec
32. MC 1 THR L1 01 0 50Hz 1 0 60Hz 1 1 400 18 5 160 KW
33. DC DC Yolico Yolico YD3000 1 O MCCB 8 YD3000 eM AN HE eM 2 _ G YD3000 se MN EE eM _ 1 eM YD3000 se MN MCCB AM eM EE l
34. 1 De a I dt YD3000 3 READ WRITE Yolico
35. PID PID L D P Fh 72 44 YD3000 Yolico L0 9 1 Z 20 Gd O lt 20 9d qld dld 4 5 lo oo oO e0 9 HUuI qld OR 4 Y 96 LT Y lg 60 EH FEG0 6H Mn LNIOd LAS QI 8VY 5V Id J LIS Id H90 0 SNgONIK yy 8E LT1 qla LE LN 60L X XBU Oo 91 1q ee
36. Yolico 57 Yolico YD3000 A E2 04 X X Q X 0 2 48 4 POLE E2 05 X A A A A 0 000 65 000 8 U V Y W W U 2 0 0 40 0
37. 0 0 10VY 1 2 4 20mA 0 1 J1 H1 01 H1 06 1F OFF 13 ON 14 1 0 10V HB3 01 17 0 10V H3 09 14 X A A A A 1F 14 H3 05
38. Over Grent 200 GF Grornd Favlt 50 H AM PUF DC Bus FuseOpen i lt gt U V W 9 lt gt U V W SC Short Cireuit 0 5 Pe 1 400V 800V TC
39. C4 03 C4 04 na 2 E C4 05 I bp2 03 60 b2 03 5 3 5 C6 C6 01 X B B B B 2 0 5 0 7 0 KHz 0 4 15 0 7 0 xy AL gt bun KHz
40. 1 1 1 600kVA DC AC 4000 0 KV 1 1 2 1 1
41. OPE01 11 CPF00 01 6 2 2 1 b1 02 1 RUN LOC AL REMOTE bl 02 0 LOCAL REM 0TE 02 01 1 07 LOCALVREMOTE 2 MENU READ WR ITE 3 E1 09 bp1 05 E1 09 4 H3 05 H3 09 1
42. 1 5KW 3 7KW 1 5 5KW 7 5KW ez 11KW 15KW BLULY W B _ YD3011B YD3015B B 18 5KW 22KW ulylw 30KW 45KW V W 55KW ulylw Yolico 9 Yo lico YD3000 3 3 MCCB 1 5 2 MCCB 150 1 MCCB OFF gt We AC380 400V O OO 50 60Hz
43. Resistance No load EL Saturation 1 5 Saturation 2 Rated Slip Accelerate PG Direction Moteor Speed ALARM Over Load Tune Aborted Minor Fault nnn Vf Over Setting PG C1 01 L7 01 02 PG F1 05 100 C1 01 20 V f MENU Y E 100 D 1
44. o1 03 1 6 00HZ o1 03 1 0 01 1 10 00 2 8 H0 01 Hl 06 1 3 JO0G dl1 09 J06 H1 01 H1 06 FJ0G RJ0G6 J0G 5 4 2 d2 d2 01 X 6 00 Ref Upper Limit 100 0 100 d2 02 Ea X B B B B Ref Lower Limit 1 09 0 0 0 100 d2 02 P Er Na cm Doe CD het SN gt GN AN dl 6
45. 4 6 U V V W W U E 75 C 8 X0 92 8 B 0 77 6 4 75 C Q X0 92 8 hp 5 7 0 115 C 8 X0 87 8 X B B B B Motor 2 Leak 6 H
46. 5 2 H3 05 0 2 16 6 2 H3 05 1F H3 05 0 2 H3 05 1F 2 1 b1 02 0 B1 02 1 LOCAL REMOTE LOCALVREMO TE LOCAL REMOTE
47. V f PG 0 10000 200 ms PG v f 200 PG 20 0 00 200 00 0 0 100 C4 04 200 0 0 0 0 0 100 C4 05 XA TorqCmp Delay T 0 200 10 ms
48. 2 D 0PE07 H3 04 0 10V 0 10V 3 07 3 04 0 lt 10V 0 lt 10V 4 20mA Yolico 77 Yolico YD3000 10V 20ma 100 PG PG PG PG V f YV f 0 03 05 O O O O 1 O O O O 2 H3 03 O O O O 4 O QO X X 5 i O O O O 6 DB O O O X 7 QO O QO O 8 QO X X 9 i QO O QO O A QO QO QO O B QO O Q O C H3 03 0 X X O 1 X X QO O 2 X X QO QO 3 X X X O 14 X X X QO 15
49. 5 5 6 1 HI1 Terminal 3 Sel 24 1 3 X B B B B Terminal 4 Se1 0 77 2 4 14 3 0 3 5 Terminal 8 Se1 0 lt 77 8 6 6 8 Yolico 60 Yolico YD3000 1 PGV f PGV f PG PG 0 3 O O O O 1 LOCAL REMOTE ON OFF O_ O _O 2 RR ON oo 0o o es lt a 0 4 O 5 3 lo O
50. Yolico 104 Yolico YD3000 NO E1 11 Vi Lewis IE 0 0 400 0 F1 07 F1 06 _ rm 15 md CD TD 05 0 1 man F1 04 mal PR g Cr mr IA 6 1 2 3 A1 02 4 3 MM 0 0 10 0 0 1000 0 60000 0 77 Yolico 105 Yolico YD3000 25
51. RS 05 CUV 800V J L8 02 0H2 1 L6 02 L6 03 2 46 05 L6 06 08 F1 09 we P6G PG AUS 0 11 F1 10 F1 11 UV1 UV2 Uv3 F7 08 Fl 09 PG PG PG
52. A1 00 1 READ WRITE ESC EE FU READ WRITE ESC 400 0VAC A1 01 Yolico 20 Yolico YD3000 1 MENU 2 READ 3 WRITE 4 A1 01 2 5 a WRITE A1 01 3 6 ZN READ 7 WRITE 9 a MENU
53. ba B chang 7 1 3 ae a 1 30KW 3 39 2X10 58 8X10 39 2X10 58 8X10 Il 4 lt 6kgc 4 6kgc Se
54. YD3 1P5 2P2 3P7 5P5 7P5 011 015 018 022 030 037 045 055 Mr 1 5 2 2 3 7 5 5 7 5 11 15 18 5 22 30 37 45 55 KVA 3 7 4 7 6 1 11 14 21 26 31 37 50 61 73 98 A 4 8 6 2 8 14 18 27 34 41 48 65 80 96 128 380 400 415 460V 400Hz 380 400 415 440 460V 50 60Hz 10 15 5 PWM 150 1Hz PG 150 or min 1 100 PG 1 1000 PG 0 2 30 5Hz PG 30Hz 4 5 0 1 400Hz 0 01 10 C 40 C 0 01 25 C 10 C 0 01Hz 0 03Hz 60Hz 11bit 2 0 001Hz 150 1 10 10V 0 10V 4 20mA 0 01 6000 0 4 20
55. RE LOCAL LOCAL REMOTE LOCAL REMOTE REMOTE MENU Esc ESC 166 J0G he gt RESET RESET 0 NS Te AM WT RUN i i RUN 5 GE STOP o2 02 Ii
56. tiCC8 08 A1 02 V f V f PID I C3 02 A1 02 V f b2 02 0V b2 04 P 1 C4 02 C7 02
57. 30mm 30mm gt gt 150mm 4 4 45C 7 10 45 2 10 45 150mm 2 Yolico 7 Yolico YD3000 3 1 YD3000 3 s 8 380 400V A 50 60HZ S O _O E O 9 CO 2 1 1 PE bs bs 1 0V 2kQ Ov 20k 2 p 0 10 i a Nee sl 10 10V 0Y YD37P5
58. 00 S 5 4 3 d3 0 400 00 HZ HZ 3 X_ 8B Jump Freq 3 0 0 HZ d3 04 d3 01 d3 03 0 0HZ d3 01 d3 03 d3 03 d3 02S Sd3 01 d3 04
59. Yolico 67 Yolico YD3000 0H2 B 0H2 DEE ON 0H2 C j amp 5 OFF OFF H3 05 PGV f D PGV f 16 1F PG PG
60. 00 99 00 KHz c6 01 C6 01 gt 10 0KHZ K 3 10 0KHZ gt C6 01 gt 5 0KHZ K 2 5 0KHZ C6 01 K 1 x C6 03 XK E1 04 PGv f PGv f PG PG 1 v f PG PG 0 4 15 0 PG PG 2 0 15 0 2 C6 01 v f PG PG
61. 5 6 4 H4 Terminal 21 Sel 1 38 2 1 21 U1 Yolico 79 Yolico YD3000 U1 4 3 U1 1 38 4 10 11 12 13 14 25 28 34 35 1 100 10V H4 03 21 0 B B B B Terminal 21 Bias 1 0 0 10 0 0 0 1 10V 100 100 10V 10V
62. CHARGE CM0SIC OLECO VI Yolico YD3000 1 1 3 6 2 1 7 EE 7 2 3 7 3 8 SEA 9 3 3 10 15 3 4 ee 15 17 3 5 17 4 1
63. NR er he i EAA ON 0FF OFF 0 A SN 1 MM rr A II ne 01 H2 03 0L1 1F 90 i ra 0N 0 0 1 5 0 1 0 sia 400YV a 0V 400V sae 0 a 150
64. EN ORY et a la OFF 1C 1D d4 02 d4 02 ON 0PE03 ON ON Yolico 70 Yolico YD3000 1E 100msec 4 13 14 1
65. m2 m2 4 6kgcm JEMA WU mw 30C 80 12 72 98 Yolico YD3000 8 1
66. 2 L4 01 0 0 400 0 0 0 20 0 L4 03 L4 04 L4 05 WAN 8 0 1 4 0 0 ms 9 0 5 7 5 L 5 L5 01 XB BB BS Bh 0 10 1 0 Yolico 83
67. Yolico 62 Yolico YD3000 3 6 3 0 1 3 3 6 1 2 7 1A 15 FJPG RJ0G 12 13 13 14 1F 3 0 1 6 H1 01 H1 06 0 3 A1 03 3 3 G SW b SW a 5 1 J o 0 eg 3 50ms s
68. hoo Pp Ne PID NUT ee 1 2 KVA 02 04 Yolico 29 Yolico YD3000 4 3 4 3 1 200V AC200 2
69. 6 gt 4 cd ba gt eee so o 1 1 S 1 1 cn Rt 1 1 cn cn H3 02 H3 03 H3 02 H3 03 H3 12 H3 12 H3 12 Yotico 108 Yolico YD3000 9 5 lt 4 a mm a1 mm b mm b1 mm c mm KW 200 300 316 16 2 st Nn 230 268 290 146 1 5 3 7 11 15 18 5 30 37 45 72 109 Yolico YD3000 Yolico E 110
70. MC MC MC MC el MC OFF 0N 0FF MC
71. E3 01 2 V f El 04 13 V f E4 01 07 2V f E2 01 09 E5 01 06 2 A1 02 3 01 1 2 OFF ON 2 M1 ON OFF M2 OFF ON 0FF 1C 200msec 50msec PG 500msec ON M1 M2 AL 1 2 PID 19 PID J06 PID 1B 4
72. S V f PLC 4 2 2 V READ WRITE j READ WRITE 2 LESC ESC ESC
73. RS A 0FF d4 01 1 oFF ow OFF ON d4 01 1 ON d4 01 0 0N
74. 0PE01 ee H1 01 H1 06 2 UP DOWN UP ZDOWN OPE03 tab A N0 NC PS Terminal Es PID b5 01 UP DOWN H3 09 14 1F 13 14 NO NC OPE05 b1 01 3 Sequence Select C A1 02 1 PGV f OPEN06 PG
75. 1 3 0 0 1000 0 100 00 100 0 oA Sd 2 1 ol a So Lae 1 cs 2 2 CD 1 2 3 4 05 0 100 Yolico 106 Yolico YD3000 0H Ez eelemese ml wwws 1 ii 2 Wotico 107 Yolico YD3000 Al
76. 1GBT PWM PID 2 SPEC F 2 3 YD3000 J
77. 3 BACIC B 1F 776 E Yolico YD3000 YD3000 1 2 7 l 4 4 1 2 1A ON ON C1 09 C1 09 J OFF OFF 17 1 0FF 0FF 1 2 0 1 OFF 2 0FF 1 C1 01 1 OFF 3 C1 05 4 C1 07 C1 02 C1 06 ON
78. 100 0 0 0 po 0 PG6 PG PE PG V f V f ME mm 10V U1 01 ne RSE KR nJ 01 03 0 10V 0 01H Q Q Q Q 10V ina Output Freq o1 03 0 10V MM 1 Si 10V UP 03 II 0 10V 0 01A Q Q Q Q WE U1 04 9 Q Q Q Control Method U1 05 Abuivb 10V 0 0lHd x ao o e Motor Speed o 0 10V 10V AC400V U1 06 0 10V G2 3 9 9 9 MRP Ul 07 10V DC 800V lv e 9 a DC Bus Voltage 0 10V De 10V U1 08 0 ikWl o oo la Output kWatts AR 0 10V
79. NN 5V 15V 15V 20mA 3 10 10V 100 100 0 10V 100 10 10V 20k 0 10V 20k 4 20mA 100 10 10V 100 100 4 0 10V 100 4 20mA 250k Q 5 gt ji 10 10V 100 100 sn pp tin EA a 10 10V 20k 9 16 0 10VZ100 H3 05 ocriov 20k9 7 a 2 gt 9 2 1a AC250V 1A 25 b2 01 7 AM DC30V 1A 26 21z 7 27 OA HHT 18 ed 0 18 20 7 19 1c tire te AD 20 DC30V 1A 21 0 10V 100 i Pe lt yu 0 lt 10Vmax 5 22 2mA 2 23 5V H4 04 H4 05
80. H1 06 1 4 4 2 4 HL 01 1 2 C1 10 C1 10 0 0 01 0 00 600 00 Pl et Ke B B B 0 0 60000 0 10 0 ON 100 0 Hl1 01 H1 06 C1 10 XA 0 01 0 0 1 1 ON 0 0 0 400 0 0 0 4
81. 3 13 14 16 10V 20mA E1 04 100 0V 4 mA E1 0 4 100 13 14 16 13 X x 10V 4MA 20MA 0 NR Filter Avg Time 0 00 2 00 3 13 14 16 3 0 00
82. 1 6 H3 0 B bp1 01 0 o1 03 1 100 PI H3 05 14 9 D 3 4 3 4 Yolico Yolico YD3000 PID PID PID i PID PID 1 1 rm 1
83. b3 03 SpdSrch Dec Time 0Hz D0 2 0 J L2 03 0C 5 2 4 b4 b4 01 0n A A A A Delay ONTimer 0 0 lt 300 0 0 0 ON B 18 12
84. L8 01 ERF L3 04 1 400V 3 7 7 5KW 11KW 15KW LKEB ES YD3000 CDBR LKEB YD3000 1 MASTER 2 SLAVE el MASTER SLAVE SLAVE YD3000 gt gt i
85. 12 15 15V 20mA 13 0 10V 20KQ 14 4 20mA 250Q 16 iP ov 9 0 10V 20K Q 0V Yolico 102 Yolico YD3000 9 4 Al 00 Al 01 Al 02 Al 03 _ NO 06 el 0 4 les o8 oa lssow 10 3330 PID PID PID 100 0 100 0 0 00 1 ey 1 1 Ro 1 i ol 0 100 b1 01 0 4 55 14 b1 02 0 4 1 0 0 400 b o 3 b1 05 0 3 bl 06 b b2 01
86. 3 READ WRITE 1 4 A1 04 0 4 gt 1 5 RESET Al1 04 0 2 MENU A1 05 0 6 2 SEAD 606 a 10 9 a J READ ee 6 ui a 2 A1 05 1000 9 ESC 1 A1 04 0 nd 1000 A 05 0 Yolico 39 Yolico YD3000 bl 01 o1 01 32 A1 01 1 A DVA NCED 5 2 b 5 2 1 bl b1 01 0 _ Q Q 0 0
87. 1 5 1 1 is ST Sn A 48V MDE 1 T 1 ER 1 1 12 13 14 15 16 17 HEBEI 112 3 41516 7 lt BoE se ln Yolico Yolico YD3000 3 4 3 1 33 R S T B1 B2 U V W B 9 10 18 19 20 1 8 21 22 23 25 26 27 33 11 17 50m 12 6G 3 14 5 SS Se LR YD3000
88. 200 150 1 820V 380V 15ms 5 50V 10 C 40 C He 10 C 45 C 90 RH 20 C 60 C 1000M 10 20Hz 9 8m S 1G 20 50Hz2m S 0 2G 1 2 Yolico 99 Yolico YD3000
89. E PI EP PG V f UP 10 DOWN 11 Fl1 07 0 J ON OFF ON OFF OWN OFF ON ON OFF 0ON 0FF UP DOWN 2 0PE03 A OPE03 B1 02 1 17
90. S S 2 S S 2 Yolico 48 Yolico YD3000 C2 02 X A A A A 0 0 2 50 0 20 S C2 03 X A A A A 0 0 2 50 0 20 S C2 04 X A A A A SCrv Dec Endt 0 00 2 50 0 00 S 5 3 3 C3 0 0 2 5 PG V f PG V f 0 0 PG 1 0 1 0 0 0 1 E2 02 E
91. 0 1 2 3 MEMOBUS CP 717 4 1 H3 0 Q Q 0 0 1 2 3 MEMOBUS 4 2 3 0 3 3 A1 03 0 1 2 3
92. C7 02 C7 01 07 5 3 7 C8 1 00 0 00 10 00 0 05 0 05 1 00 C8 09 XN 0 2000 50 X 2KHz 0 C6 01 1 5 KHz 400V 18 5 55KW 2 5Hz 2 5 4 d 5 4 1 dl d1 01 1 0 Q Q Q Q 0 400 00 0 00 d1 02 2
93. D b2 03 0V E1 04 X E1 04 d2 01 d3 04 d2 01 100 72 97 Yolico YD3000 18
94. 6 ERF L8 01 7 15kW 82 8 55kW 3 2 400V 1 5KW 55KW
95. RST 200V AC200 230V 50 60Hz 400V AC380 460V 50 60Hz OFF PG ed FREQUENCY REF Vv 9 EA i E1 01 0 E1 02 2 PG YA VfP
96. CARRFRG ON DELAY Yolico 93 Yolico YD3000 6 2 6 2 1 1 Al1 04 Al 05 A1 04 RESET MENU A1 05 SET Al1 04 2 OFF 7B OFF ON 3
97. 3 PG V f PG 0 0 255 0 3500 0 E1 05 VAy 0 0 510 0 VAC 400 0 Q B2 01 ii 0 3 3 E1 06 60 0Hz gr 9 Nl 6 Yotico E 34 Yolico YD3000 4 3 6 10Hz 1 DATA ENTER U1 01 0 00Hz De f a 2 REMOTE U1 01 0 0Hz
98. YD3000 5 1 2 eg o oO 9 Al 00 0 0 9 QQ 5 BD 1 2 i 3 a 2 3 ge sar i 0 oO OoO eR i ee A1 01 0 Q 0 Q 9 0 j 1 Q 2 B 3 A 4 A1 02 X Q Q Q Q PG V f 0 PG 2
99. L8 07 L8 02 105 18 5KW L8 01 E2 01 No lt MM 1 L6 02 L6 03 2 L6 05 L6 06 F1 08 F1 09 PG PG PG F1 08 F1 09 PG PG F1 14 PG 2 PGV f
100. j M1 U V W 2 11 72 13 WV 1 GD 2j IM 2 5 o ss 90 gt 2 H1 01 06 16 2 V f H2 01 03 1C Yolico 69 Yolico YD3000 A1 01 3 4 2 2 1 2 Al 02 2
101. 1 1 2 1 2 gt 1 1 1 1 ye C1 07 1 C1 01 1 C1 02 C1 08 C1 11 1 C1 01 02 C1 11 4 C1 07 08 5 3 2 S C2 C2 01 X A A A A 0 0 2 50 S S ON OFF 0 20 C2 02 C2 03 C2 04 S S
102. PG V f PG V f P6 PG ee E1 02 x 0 2 0 Q Q Q Q e 0 1 2 Yolico 31 Yolico YD3000 4 3 5 J 1 mm 00 ENTER 90 4 60 0Hz 5 0 6 Se 1 7 oa J 1
103. 0 3 1 2 C1 02 C1 04 C1 06 C1 08 3 4 L7 01 L7 04 H3 05 H3 09 10 13 0 5 9 10 2 H2 01 5 L4 01 3 0 5 0Hz L4 01 2 L4 02 2 0Hz 0 5Hz H2 01 0 6 2 9
104. U V Wl U V W U V W 2 LC RC 77
105. 2 b2 01 E1 09 b2 02 X B B B X 0 100 50 b2 02 100 X B B B B 0 00 b2 03 b2 04 X B B B 8B 0 00 10 00
106. HH ee ts ht a ls NN NE ti 1C 1D mT rr ON 44 02 1 ON i i 100 0 0N EE OU H1 pm 5 5 E Y o eh na me 15 v f 0 v f F 155 460VAC 400VAC v f V V f 2 1Y 15 0 E 1 Y f F E1 03
107. MC MCCB in 0 1 R S T AC DC 600k VA AC
108. Yolico 40 Yolico YD3000 b1 03 0 ON OFF b2 01 my b2 04 b1 03 1 ON OFF MA OFF BB L2 03 DB b1 03 2 ON OFF b2 04X10 L2 03 a 10 1 BB L2 03 b2 04
109. 3 4 1 X B B B B 0 300 150 100 YVF 100 0 0 10 0 0 1 0 4 0 1 L6 01 1 1N0O NC 2 2NO NC 0 30 1 L6 02 150 1 1NO NC 2 1N0 NC L6 06 2 X A A A A Torq Det 2 Time 0 0 10 0 0 1 1 L6 03 1 1N0 NC 2
110. NA ei 8 RUN NOW 4N O Tune Proceeding w Pe 9 RUN Hz A Tune Successful 10 MENU 1 2 Rated Voltage Rated Frequency 10 20 HF AT SE gt z Yolico 32 Yolico
111. X X O O H3 05 O QO QO O IF 9 9 0 DQ a Yolico 78 Yolico YD3000 0 0 1000 0 100 10V 20mA 0 0 1000 0 100 0 10V Eee H3 11 1 a ee Terminall 4 Blas H3 07 100 0 100 0 0 0 100 0 100 0 0 0 0V 4mA 0V H 8 3 X A A A A Term 14 Sel 0 10V 0 0 10V 1 4 20mA 2 14 b1 01 1
112. 200V 0 4KW Y 120 E5 03 X A A A A A 2 48 4 pole Yolico Yolico YD3000 H 6 X B B 0 000 65 000 9 0 77 4 3
113. 2NO NC L6 01 L6 04 L6 02 05 L6 03 06 PG PG 100 PGV f PGV f 100 H2 01 H2 03 1N0 B 1NC 17 2N0 18 2NC 19 5 7 7 L7 L7 01
114. b2 03 2 2r XB2 02XE2 0 3 H tis 60 5 2 3 b3 H A Th at Start 0 1 1 PG H1 01 H1 06 i GPS Current 100 100 PG V F 150 PG 100 61 62 0 1 10 0
115. PG Cntl Input Scans 2ms 0 5ms 1 b1 07 X A A A A 0 1 RS RAs b ge aE RUN CMD at PRG 0 B1 02 0 1 5 2 2 b2 0 0 10 0 0 5 Hz YD3000
116. U1 06 0 0VAC B 3 kb 1 U3 READ ESC U1 READ oo WRITE 3 a U1 i ESC 3 Al Yolico 23 Yolico YD3000
117. Yolico 19 Yolico YD3000 MENU READ ESC VI READ WRITE 3 Je ESC READ WRITE ESC VI P6 QUICK START READ ESC VI READ WRITE II ESC Y 4 2 3 YD3000 3 j J J
118. 71 Yolico YD3000 C1 09 H2 01 02 03 10 2 60 PG mm o ON FJ06 RJ0G
119. 0L1 1F 90 90 L1 01 1 0H 20 L8 02 L8 02 b9 02 ON Yolico 76 Yolico YD3000 0 10V 0 10 10Y 1 13 b1 01 1 EE EE 0 0 1000 0 100 0
120. A PG PG PG PG VU Y f _0 ON o1 02 0 1 4 1 B B B B ON ON ON ON ON o1 01 4 3 Yolico 28 Yolico YD3000 y
121. Yolico 96 Yolico YD3000 6 2 11 6 2 13 6 2 14 01 i PID 4 Mi 1 3 d3 01 d3 03 C6 01
122. 0 10V J 0 0 0 10V 0 10V 5 6 5 H5 H5 01 X A A A A 0 20 1F H5 02 X A A A A 1200Baud 0 2400Baud gt 4800Baud 2 9600Baud 19200Baud 6CN MEMOBUS H5 03 X A A A A SerialComSel1 0 1 2 6CN MEMOBUS H5 04 X A A A A Seria Fault Sel H4 02 H4 06 23 0 B B B B 0 0 1 2 10 0 10 0 0 0 0 3 Yolico 80 Yolico
123. E 3 1 3 3 6 YD3000 8 1 9 1 3 NO 1 H3 05 1 3 0N 0FF Yolico 63 Yolico YD3000 5 6 7 8 1 2 3 OFF OFF OF OFF 1 d1 01 OF 3 _d1 03 ON 4 dl 04 OF 5 dl 05 ON 6 d1 06 ow d1 09 1 2 13 14 b1 01 1 1 d1 01 b1 01
124. 0 00 P I D b5 04 0 A A A A 100 0 100 PID b5 05 OA 0 00 D PID P IT D 0 00 P I D b5 06 PID 0 A A A A 0 0 100 0 100 0 PID 100 PID 100 0 100 0 0 0
125. 1 22 1 0 0 ms L3 B 30 200 60 L 3 0 5 1 2 1 0 0 Spd Agree Level 0 0 1 L4 02 gt Spd Agree Width 2 0 1 400 0 400 0 0 0 2 L4 04 X A A A A Spd agree width 0 0 20 0 2 0
126. 2 3 Yolico 82 Yolico YD3000 0 3 1 2 L 3 0 4 1 0 L 3 0 4 3 3 0 V 2 2 J 1 1 1 1 1 1 1 1 1 1 1 T 1 CL 3 04 1 L3 05 X B B XxX X 0 DEC 1 1 DEC2 2
127. OFF 0 E1 09 b2 01 1 61 2 62 2 ON L2 03 __OFF ON OFF b3 03 fg Yolico 72 Yolico YD3000 5 6 2 H2 H2 01 9 10 X B B B B 0
128. P PID 1 PID PID D 1 D PID I 1 1 2 PID PI PID D 1 P P PID 1 o PID
129. 4 2 4 LT 1 MENU READ WRITE Yolico 22 Yolico YD3000 BOBR ON 01 02 1 MENU a U1 01 0 00HZ ESC U1 02 0 00Hz U1 03 0 00A 01 01
130. DB 0C BB L2 03 0C pb1 03 3 ___ a To ON LOFFTON LION gt 100 To To Yolico 41 Yolico b1 04 X B B B Bl Reverse Uper 0 1 bl 05 XX Zero Speed Oper 0 1 E1 09 2 3 E1 09
131. A Elapsed Time Run 0 1 02 08 Yolico 87 Yolico YD3000 6 6 1 1 ON H1 01 H1 6 14
132. L3 06 A1 02 VVF 6 2 5 1 H3 03 2 SR 05 H3 09 2 3 14 TI H3 09 1F 14
133. a T Hz rt d3 04 4 d3 03 d3 02 d3 01 Yolico ol to Yolico YD3000 5 4 4 d4 E1 03 VY f x d4 01 X A A A A 15 v f
134. EF7 blinking Ef8 blinking CE A EMOBUS Com Err 2 BUS Option Com Err CALL S1 Bs SERIAL Com Call E 15 Si F G Com Err BA 15 SI K2 FF0 EFOH Opt External Fil Yolico 92 Yolico YD3000 6 1 3
135. 0 10v 100 1009 10V 10V 5V 10V 10V 1A na 1A 1 48V 50mA Yolico Yolico YD3000 1 1 33 11 12 G 13 14 15 1e 17 EE 1 2 3 4 5 e 7 8 BIEaEy 19 lo 2 13 14 3 15 33 15V 15 20mA 4 A0 08 A0 12 5 L3 04 0
136. A1 03 2220 A1 01 QUICK START 1 MENU 2 3 ER 4 3 5 NE 7 EN 8 ESC 4 3 4 El1 01 U1 01 0 00Hz Al1 03 0 A1 03 2220 2 E1 01 A1 03 QUICK START Yolico 30 Yolico YD3000 55 255 B1 01 X 00s wc 40o a Q Q Q
137. 1 2 PG PG 1 100 1 40 2 3 3Hz 150 1 1 3 j V F VVF VVf 15 V f V f 5 0 4 20mA 5 9 9
138. A1 01 A1 03 A2 01 A2 32 A1 05 A1 04 RESET MENU Yolico 38 Yolico YD3000 2 2 A READ 3 WRITE 4 3 READ Al1 03 0 5 WRITE A1 03 2220 6 ZN 2 7 ee 2 1000 MEN
139. lt 18 19 4 2 19 28 4 3 28 35 5 7 eh 38 40 5 2 B 5 2 1 40 42 5 2 2 ee 42 43 5 2 3 re 43 5 2 4 43 5 2 5 0 43 47 5 2 6 47 5 2 7 47 5 3 C 5 3 1 47 5 3 2 eo 48 49 5 3 3 49 50 5 3 4 i 50 5 3 5 rr 50 51 5 3 6 51 5 3 7 51 5 4 D 5 4 1 51 52 5 4 2 NN NN RIT 52 5 4 3 52 5 4 4 2 53 726 Yolico YD3000 5 5 EFE 5 5 1 VV f 53 57 5 5 2 57 58 5 5 3 2 58 5 5 4 2 V f 58 59 55555 2 oiennS na ns rna nn 59 60 5 6 HH 9361 60 72 5 6 2
140. 02 01 1 0 LOCALVREMOTE 2 3 2 3 3 ON Yolico 94 Yo lico YD3000 3 3 2 H1 07 H1 06 0 3 MENU FWRITE 4
141. 25 2 1 32 10V 100 0 1 X X A A a d ACR 10Y 1009 0 1 x x A A FI on x d utput 0PE 0PE FR j1 94 Ed A A A A OPE Detected IS Na ee 0 1 x x A Zero servo pulse 4 PG Ee 0 PID 36 a _ 10V 0 01 A A A A PID Input H PID Ul 37 BT ii 10V 0 01 A A A A utput PID EH pa pm a PID PID y U1 38 PID Setpoint 100 10V 0 01 A A A A U2 01 6 Q Q Q urrent Fau U2 02 0 Q Q Q ast Fau i U2 03 ne er 0 01Hz Q Q Q Q 3 U2 04 0 01Hz Q Q Q Q Output Fred U2 05 0 1A Q Q Q 0 Output Current A 9
142. 7 73 76 5 6 3 77 79 5 6 4 79 80 5 6 4 80 81 5 7 I 5 3 81 5 7 2 81 82 5 7 3 82 83 Di 100 1 ee elit 83 5 5 2 600 smere nSmN SREpRnS SP daareN Teors 83 84 6 84 5 7 7 84 85 5 7 8 85 86 5 8 0 5 8 1 86 5 8 2 86 87 6 1 lt 88 93 6 2 94 97 7 1 ee 98 8 1 99 dk 100 101 nirai 101 102 b gt 6500s 102 OO 103 108 9 5 109 110 726 Yolico YD3000 1 1 1 1 1YD3000 YD3000 400V 1 5 55KW 13 1 1YD3000 YD3000 YD31P5 T4 YD32P2 T4 YD33P7 T4 YD35P5 T4 YD37P5 T4 YD3011 T4 400V
143. X A A A A 0 1 0 L8 10 A A Gnd Det Se1 0 1 L8 17 X A A A A 0 1 2 3 6Hz Yolico Yolico YD3000 L8 19 0L2 X A A A A 0 Hz 0 1 R min 1 0L2 E1 04 06 09 6Hz 0L2 L8 17 1 L8 19 012 0 V f PG L8 17 L8 19
144. 12 3 5 Yolico 17 Yolico YD3000 4 1 U1 01 0 DRIVE FWD REV 6 0 00HZ REMOTE SEQO O REF STOP x2 DRIVE FWD REV SEQ REF 13 14 J06
145. PID PID PID 10V dT Yolico 4 Yolico YD3000 DWELL
146. READ WRITE A 05 Al1 01 2 A Al 01 3 20 0 s 1 READ WRITE Yolico E 21 Yolico YD3000 gt M4 M4 M4 b1 01 b1 02 b1 03 C1 01 S cl 02
147. 10V 100 Term 13 Biss 100 00 100 0 0 0 0V 100 X B B B B Term 16 Sel Segnal 0 10V 0 0 0 10V 11bit 0 10V 0 1F 0 16 14 1 H3 12
148. PID 100 0 00 10 0 PID 0 00 hill PID 10 PID X A 0 0 25 0 1 0 PID b5 11 PID AA AA 0 0 1 PID bl1 04 PID B1 04 1 HH PID 19 0
149. 6 4 B 81 03 3543 8491 81 03 3545 9219 5 86 0510 85161131 85161132 86 0510 85161139 www_ yolico com Yolico 2006 9
150. PG OptMissing A1 02 3 PG PG H3 05 H3 09 1F 0 A1 14B F2 01 0 H1 01 H1 06 ANALOG SELECTION Mops a 2 H3 05 H3 09 2 D 2 D OPE08 gt F Ms a ppyOF808 PG P6 OPE10 E1 04 06 07 09 V F PTRN SETTING V f EP 04 FMAX gt E1 06 FA gt E1 07 FB E1 09 FMIN C6 01 gt 5KHZ C6 02 5KHZ C6 03 gt 6 C6 02 gt C6 01 C6 01 03 C8 15 BRR EERPOM EEPROM RNV ERR EEPROM ON 0FF
151. UPZDOWN C1 01 08 UPZDOWN E1 04 X d2 01 100 E1 04 X d2 02 100 13 14 UP DOWN OFF ON UP DOWN UP ZDOWN 0N UP DOWN 1 8 UP DOWN d4 01 1 0FF UP DOWN ON YUECOE
152. 0 5 8 o 5 8 1 ol 6 7 i U1 o1 02 0 B B B B 1 2 3 o1 01 4 B o1 01 A VY X 0 01Hz 0 0 01
153. pn 1 FE Y f E1 03 1 E1 02 X Q Q Q Q 0 1 2 Yolico 53 Yolico YD3000 V 30 18 0 1 5KW v f e 0 3 50 Hz 30 1 i 18 50 Hz 0 1 53 60 Hz 0 1 5 3 60 Hz 50 60 Hz V 0 30 18 60 72 Hz 0 1 3 25 e 4 7 50 Hz 50 Hz 0 1 3 25 50 Hz 60 Hz e 8 b 50 Hz V 400 50 Hz 0 1385 50 Hz 60 Hz V 400 7 fr 60 90 Hz 0 1 5 3 60 120 Hz 0 1 53 180 Hz 60 180 Hz 90 Hz V 30 18 f i 0 0 153 60 90 Hz Yolico
154. td i dei as 10V AR Speed Deviation 0 10V _ _ ae ID P 10V j1 24 RSS 100 0 10V 0 1 A A A A ee ac DI 16 Reference J1 25 DTI6H input F3 01 A A A A Status BCD EA J1 26 1 Wa 10V CAC400V ee a 26 4 PR a 410V 19 1 X X A A voltage REF2 Vg 1 0 0V ee Wd 10V AC400V ee ee ea ar ner 0 10Y 01 1 Wi Yotico to ol Yolico YD3000 NO PG PG EPG PG VE A CPU 28 py owlala lala 4 q ACR
155. U3 01 1 Q Q Last Fault U3 02 2 Fault Message2 Ce Q Q 5 U3 03 3 Q Q Fault Message3 03 04 4 Q Q Fault Message4 3 1 U3 05 Q Q Elapsed Time4 1 CPF00 01 02 03 UV1 UV2 2 CPF00 01 02 03 UV1 UV2 ON 01 01 ON ON ol1 01 ON o1 02 ON o1 01 o1 02
156. 101 Yolico YD3000 9 2 3 60Hz 9 3 i MCCB MCCB MCCB
157. 400V 200V 230V ee J a NN DATA RT 2 ENTER J A N A E Nt 3 DATA 4 200VAC 5 200VAC 2 RESET 6 A 230VAC 3 3 DATA Re ES 7 ENTER 0 5 E1 01 230VAC 8 ESC E1 02 E1 02 No
158. DATA 3 ENTER 000 00Hz 4 000 00Hz RESET 5 010 00Hz 010 00Hz e RUN e e 4 3 7 e e B STOP 4 6 FWD REV SA e e e LED DATA ENTER J0G e or
159. 4 1 0 1110 2 2220 3 3330 4 1 1110 02 03 1 02 03 0 1110 3 0 9999 0 A1 05 0 9999 0 4 Al1 04 Al 05 A1 01 A1 03 A2 01 A2 32
160. UV1 DC Bus Undervolt L2 05 400V 6006s 380V 0N 0FF _UV2 CTL PS Undervolt ON OFF UV3 MC Answerback 9 Me Pf We a 4 Input Pha Loss L8 05 Yolico 88 Yolico YD3000 LF Output Pha Loss OH OH1 Heatsink Over tm RH Dyn Brk Resistor RR Dyn Brk Transist 0L1 Motor Overloaded 0L2 Inv Overloaded 0L3 Overtorque Det1 0L4 Overtorque det2 0S Over speed PGO PG open DEV Speed Deviation
161. 0 1 32 5 50 Hz 0 1 32 5 50 Hz 0 1 53 60 Hz 0 1 5 3 60 Hz 90 Hz 180 Hz 24 24 24 12 i 1 12 1 12 i 1 0 1 53 60 90 Hz 0153 60120 Hz 01 5 3 60 180 Hz Yolico 56 Yolico YD3000 60 0 X Q Q Q Q 0 0 510 0 400 0 v f E1 06 FA X Q Q Q Q 40 0 400 0 60 0 v f 40 0 400 0 3 0 v f E1 08 YC X Q Q A X 0 0 510 0 22 0 v f E1 09 FMIN X Q Q Q Q 0 0 400 0 0 5 v f E1 10 FMIN X A 0 0 510 0 4 0 0 0 E1 12 X A A A A 0 0 510 0 0 0 Base Voltage 0 0 510 0 0 0 E1 03 F E1 04 E1l 10
162. 1 40 3999 mm s m min E1 04 E1 06 E1 09 01 04 PG TRNA A1 00 0 MEMOBUS 1 N0 5 8 2 o2 Ri 2 0 1 LOCAL VREMOTE LOCALVREMOTE 0 1 STOP STOP o2 03 0 1 2
163. 1 OFE bl1 01 b1 02 ON 1 LOCAL REMOTE 2 bl1 01 0 1 3 N0 8 i 3 8 1 6 NO PG PG PG PG V f V f OFF ON E NO 1 x 0 77 24 B H B H B 1 B B B
164. EE Wn 400 200V ON b OFF O O20 MC O O CCB 7 30mA
165. GD 4 9 1 4 B 400Hz B MC MC 100 Yolico Yolico
166. PG _ N0 A1 00 NO 0 X Q QUICK START BASIC ADVANCED B Css ADUANCED BASIC A ADVANCED XX YD3000 PG PG PG V F Yolico 36 YD3000
167. i 0 5 3 C 5 3 1 C1 C1 01 1 0 _Q 0Q O 0Q 0 0 60000 0 10 0 0 100 0 0 60000 0 10 0 100 0 0 0 60000 0 10 0 1 ON Yolico 47 Yolico YD3000 Decel Time 2 0 0 60000 0 10 0 2 0N 0 0 60000 0 10 0 2 0N C1 06 3 XA A RA Decel Time3 0 0 60000 0 10 0 2 0N 0 0 60000 0 10 0 1 2 0n 0 0 60000 0 10 0 1 2 0N
168. 400V 0 4 18 5KW EE Accel Sel 0 1 2 1 2 Accel Ly1 0 200 150 L3 01 0 1 100 L3 01 1 2
169. Oo 6 0 DE O O O O 7 O 8 O 9 O A 8 O B O C miy O D EN V AF X E F 0 O 1 5 ME O 2 FJOG ON O 3 O 4 O 5 C1 09 O 6 O 7 O 8 8 ET O 9 O A O B OFF O C 9 7 O D O E O F ON 14 H3 09 1F O 20 2F O 30 O 3 O 6 TY O 6 0N X 62 LE ON X 63 xX 64 O 65 O 66 O 7 ED O 72 ON O 77 AS R ON C503 OFF C5 01 C5 03 C5 07 O Yolico E 61 Yolico YD3000 3 0 1 3 3 6 1 2 7 1A 15 G RGJ0G 12 13 87 1F 18 63
170. oe1o 1 O1IO 1 Oolololo 2 rr O 3 Re O 4 i ON L4 03 4 O 15 T 3 gt ON 4 L4 03 L4 04 O 16 4 03 L4 04 O 7 O 18 O 19 O A O B O C QO D QO F O F 20 a O 30 Re TT EE x x O lo 31 O 33 oe O 97 2 ON OFF olo lo O Yolico 74 Yolico YD3000 N0 eR PG PG PG PG V f V f H2 01 9 10 a 5 1 H2 02 25 B 2 H203 26 B N 1 FOUT 1 gt ROUT 2 lt NO 7 5 6 L6 01 L6 06 gt 7 5 6 b4 01 b4 02 2 2 3 rc TT 7 5 6 L4 01 L4 05 FOUT 4 lt 1NC 7 2NO 8 7 5 6 L6 01 L6 06
171. 0 0 400 0 IT all b2 08 i b3 01 b3 02 0 200 cl 04 2 b5 02 P gt b5 05 D 000 1000 lt 2 01 b5 06 PID oo QO e2 02 0 0 2 50 1 2 3 A1 02 Yolico 103 Yolico YD3000 c4 05 eaesHa CET ED bad On 0 00 2 50 d1 03 3 0 00 2 50 ai 04 4 EE EN EE me EC ETE Ta ee Lo ala nC lit 4 a IN a Cr 3 02 Er 5 03 WW 0 C5 02 Hm Pre CE CETTE 0 400 0 TT i i gt C5 04 c8 08 awa TTT mmel EE 1 1 2 a 0C4000 A1 02 3
172. 11 Yolico YD3000 MCCB 1 1 THR L1 01 740 50 OF F oO eM eM YD3000 LH Es MCCB oo 30cmb
173. 2 PID PID 4 PID S O Z0 LQ 60L X Xu 5 SdS ld 0 0 9 10 q 9 9 AR sa Vo 4 O L O LV 0 LL G O ald 60L X Xe L0 LT1 i gf 8 10 99 uoo jeneS 0 10 99 pJeo uondO Yotico Yolico YD3000 1 00 P PID P IT D 0 00 P I D b5 03 0 A A A A 0 0 360 0 1 01 I PID P IT D
174. 54 Yolico YD3000 2 2 45KW v f e 0 3 60 Hz V V 100 100 28 28 1 14 i 0153 60 Hz 01 53 60 Hz e 4 7 60 Hz 14 01 5 30 60 Hz 01 3 25 50 Hz 0 1 3 25 50 Hz e 8 b 60 Hz 18 H 1 0 1 3 2 5 50 Hz 0 1 32 5 50 Hz 0 1 5 3 60 Hz 0 1 53 60 Hz e C E 90 Hz 180 Hz V V V CR RR TY Ei 400 4 28 28 28 0 1 14 8 0 1 53 60 90 Hz 01 53 60120 Hz 0 1 53 60 180 Hz ol ol Yolico Yolico YD3000 55KW v f e 0 3 60 Hz 60 Hz 72 Hz 0 1 32 5 50 Hz 0 1 53 60 Hz 01 5 3 50 60 Hz 0 1 5 3 60 72 Hz e 4 7 60 Hz 0 1 3 25 50 Hz 0 1 3 25 50 Hz 01 5 30 60 Hz 01 5 30 60 Hz 50 Hz 50 Hz 60 Hz Cv 00 OO Re
175. E ON gE Ll ON E Li 18 0FF OFF OFF 5 2 5 PID b5 b5 01 PID X 0 0 OFF 12 b4 02 A A A A PID Mode PID PID 1 PID PID 2 PID PID 3 PID D by gt D PID PID 4 PID D i ee bh IC gt P
176. F V f E1 07 E1 09 E1 08 E1 04 FMAX gt E1 06 FA gt E1 07 FB gt E1 09 FMIN V E1 05 V BASE E1 13 VC E1 08 VMIN E10 Hz FMIN FB FA FAX E1 09 E1 07 W1 04 E1 04 V f 5 5 2 E2 E2 01 Q 0 Motor Rated FLA A E2 02 X A A Q Q 0 00 20 00 Hz E xX 120 3 X A Q
177. Yolico YD3000 PF Tm LB1 bl1 01 bl 02 bl 03 C1 cl1 01 FL C2 S cl 02 1 Yolico 6 Yolico YD3000 1 AC 400V 7 5KW A TRANSISTORIZED INVERTER MODEL YD37P5 T4 gt SOURCE AC3x380V CAPACITY 7 5KW 10HP CURRENT 18A S NO L 010156 Yolico 2 2 YD 3 7P5 T4 400V 2 3
178. 1F 1F 13 14 13 14 Yotico 66 Yolico YD3000 NC 9 0FF OFF L2 04 I
179. 2 5 1 3 0 3 93 4 Yolico 14 Yolico YD3000 380 400Y 50 60Hz MC R O R L1 S o OA s 12 Oo GT L3 400 200V THRX OFF ON MO i o CO YY MC SA YD 3000 3 4 50m 3 4 1 lt 11 13 33 mm 0 5 1 25 0 5 1 25 e
180. C6 02 C6 03 Yolico Yolico YD3000 C6 01 C6 02 C6 03 0 0PE11 C6 01 gt 5 0KHZ C6 02 5 0KHz C6 03 gt 6 C6 01 lt C6 02 5 3 6 C7 0 1 V f ty X A A 0 00 2 50
181. 100 gt gt X10V 10V XD oy 0 100 H4 04 23 X B B B B 3 1 38 2 23 Ul H4 01 0 B 0 00 2 50 0 051 2 100 10V 2 10V 100 H4 03 Ao Level Select 0 10v 0 10 10V 1 1 2 21 23 1 2 21 23
182. B1 B 2 j 9 1 3 60Hz U V W
183. Yolico 89 YD3000 Sg Zero SSryo Fault 1 OPR Oper Disconnect EFO ea Opt External Fit EF3 External Fault 3 EF4 EF5 Ne FF EID EF7 EF8 CPF00 COM ERR OP amp INV 5 CPF01 2 F COM_ERR OP amp INV 2 BB IN Err CPF03 F
184. b pH A Fb 1os Det Sel 0 1 2 0 PID Yolico 46 Yolico 1 PID 2 PID b5 13 X _ A A A A 0 100 0 PID 100 b5 14 EA 0 0 25 5 1 0 PID 5 2 6 b6 b5 14 A SA Dwell Ref Start 0 0 400 0 0 0 DWELL DWELL ON OFF ie PH b6 02 DWELL b6 02 X A A A A Dwell Time Sta
185. 1 0 60Hz 1 1 EC oD F re eM yp3000 ee eM F 30cm Et 72 Yolico YD3000
186. YD3015 T4 YD3018 T4 YD3022 T4 YD3030 T4 YD3037 T4 YD3045 T4 YD3055 T4 726 Yolico YD3000 1 1 2 YD3000 4 PG PG V f PG VVf PG PG V f 1 1 2
187. 15 sh i fd E b 0FF C1 09 FJ0G RJ0G 12 13 FE 12 FJ0G ON RJOG ON FJ0G RJ0G FJ0G RJ0G 500 ms ON 5p1 03 FJ0G RJ0G E 13 14 1F 13 14 OFF 13 14 14 H3 09 14 1F H3 09 1F 0PE03 H3 09 14
188. E1 09 F1 10 F1 11 sm lt a 0ON 0FF V f 2 01 E V f i L6 02 L6 03 L6 05 L6 06 1 08 Fl 09 F1 10 F1 11
189. EEPROM Error CPF04 F Internal A D Err CPF05 N OFF External A D Err CPF04 F Internal A D Err CPF05 External A D Err CPF06 Bi ption Error CPF20 Option A D Err me Option CPU down i PN22 i 3 Option Type Err F2 lt option dpram err Yolico 90 Yolico YD3000 6 1 2 EF BOINKING EXTERNAL FAULT UV BOINKING DC BUS UNDERVOLT OV BOINKING OVERVOLTAGE OH BLINKING HEATSINK OVER TMP OH2 BOTINKING OVERTORQUE DET 1 0L3 BLINKING Overtorqeue Det 1 0L4 BLINKING Overtorque Det 1 0S b1inking Overtorque Det1 PGO blinking Pgopen DEV boinking Speed Deviation E 0 5
190. X33 0 300 200 4 4 Yolico 84 Yolico YD3000 L7 04 L7 01 EE L7 02 L7 03 4 L7 01 L7 03 Y Pb 0 300 200 4 L7 01 4 L7 01 5 7 8 L8 L8 01
191. YD3000 YD3 400V 1 5 55KW Yolico CAUTION May cause injury or electric shock Please follow the instructions in the manual before installation or operation e Disconnect all power before opening front cover of unit wait 5 minutes until DC BUS capacitors discharde Use proper grounding techniques 5 Yolico YD3000 YD3000
192. 0 0HZ 0 v f F 1 v f V f 2 SE 15 0 E 1 d4 01 H1 01 H6 06 YV f F E1 03 Au F V f 5B1 03 1 10 DOWN 11 a 5 5 1 V f E1 A UP DOWN HI Me Ly A A A 155 460VAC 400VAC Pe Y ag
193. X B B B B 0 1 0 LKEB 1 ERF150WJ X A A 50 110 95 0H C C 0H 0H C1 02 0 1 C1 09 2 3 0H L8 03 0H 105 C 0H1 L8 05 X A A A A 0 1 L8 07
194. Yolico YD3000 0C PF 0LL GF LF OL 2 PUF RF 0L3 OV RR 0L4 UV1 1 0 H 2 01 03 1E ry I Ht 4 MT mm 0 1 5 7 6 6 0 1 2 3 4 0 1 2
195. gt 2NC 9 i READY UV 6 7 8 9 D E 10 11 1A 2 1B 30 31 Yotico 75 Yolico YD3000 0 OFF BE 2 37 OFF ON FF OFF ON 0 2 9 1 b2 01 b2 01 E1 09 PG El1 09 PG E1 09 b2 01 PG
196. 0 16 2 dl1 02 H3 05 1F 7 6_ 5 3 2 i OFF ON 1 OFF ON 2 L OFF OK 3 LI ea OFF i ON Yolico 64 Yolico YD3000 3 3 d1 03 d1 02 re _ 1 2 1 5 2 R O 0 W C G FG i 1 Q 2 1 N0 Al 01 2
197. 0 10 0 0 0 W 100 100 X 0 6553 5 W WI 5 5 3 2 E3 E3 01 OA AS V f 0 PG 2 E4 01 X A A A A V F2 Max Freq 60 0 v f 0 0 510 0 v f 400 Yolic
198. 0 QQ Q Q Q 0 400 00 0 00 1 ON d1 03 3 0 Q Q Q Q Reference 3 2 ON d1 04 4 0 Q Q Q 8 Reference 4 1 2 ON d1 05 5 0 B B B B Reference 4 0 00 3 ON d1 06 6 0 B B B B Reference 6 0 400 00 0 00 1 3 ON 0 400 00 0 00 2 3 ON 3 ON B Reference 6 0 400 00 Yolico YD3000 1 3 2 3 ON d1 08 8 0 B B B B Reference 8 0 00 1 2 3 ON 0 400 00 FJ0G RJ0G 0n o1 03
199. 37 0 9 10 H2 02 25 X B B B B Termina125 Se1 1 25 0 37 2 2 26 Yolico 73 Yolico YD3000 H2 PG PG PG PG Vif V f 0 ON ON O10 1 6 1 O 2 O 3 L4 02 d O 4 L4 01 QO 9 L4 02 6 7 O 8 O 9 Q A QO a O C D O E F00 CPF01 i 10 ON RN
200. E1 08 0 0 510 0 4 0 v f E1 03 F E1 04 E1 10 F V f E1 07 E1 09 E1 08 E1 04 FMAX gt E1 06 FA gt E1 07 FB E1 09 FMIN V Hz FA FMAX W1 04 E1 04 FB E1 09 E1 07 E 1 A A 10 200 200V 0 4KW Tp X A A A A 0 00 20 00 Hz
201. Ns PG PG 5 Yolico 3 3 Yolico YD3000 V f Y f 1 PG V f 1 MNO A _ _ 2 3 DATA ENTER 4 i 2 DATA Al1 02 2 NAM 3 ENTER PG A1 02 A1 02 0 6 PGV7Vf Y V f J ff 2 7 Ey 8 J i MENU 2
202. 10V U1 09 99 0 1 x Q Q Torque Reference 0 10V 0N 0FF mrio ogopooog 1 1 U1 10 Q Q Q 1 Input Tem Sts 0N 0FF iryewe U1 11 4 Q Q Q Output Tem Sts Yolico 24 Yolico YD3000 N PE PG PG PG V f We A U1 12 00000000 1 1 U1 12 Q Q Q Q 1 1 1 1 Tnt Ctl Sts I 1 U1 13 1 Q Q Q Q Elapsed Time 02 07 08 N
203. 2 03 Hz Hz r minjX 120 2 C3 01 1 0 3 0 1 C3 02 X A X A X 0 10000 2000 ms FEN X A X A X 200 100 ja
204. 30V 50 60HZ 400V AC380 460V 50 60HZ 3 Ey PG 4 3 2 Q I 4 3 3 OFF U1 01 0 00Hz 9 KVA o2 04
205. 6 A1 14U Al 14B 0A UP DOWN 10 11 1C 1D 1E 2 OPE03 20 2F 3 20 2F a b ONXOFF a 0N b 0FF Yolico
206. 68 Yolico YD3000 Up ON DOWN ON ON ON ON ON UP DOWN 14 ON 0FF ON OFF 0N ON 0FF 2 16 2 ON M1 M2
207. 8 01 1 L3 04 0 3 bp Ph 82 82 YD31P5 YD37P5 YD3011 YD3055 YD3011 YD3015 B Yolico 13 Yolico YD3000 LKEB CDBR L8 01 0 L3 04 0 3
208. E1 09 b1 05 E1 09 5 H3 05 H3 09 A1 6 2 H3 05 0 2 16 ra 2 1 H3 05 1F H3 05 0 2 H3 05 1F 2
209. J 28 Motor Speed RT 0 1V Q Q Q Q Output Voltage A a J S a ym a Output kWatts We 9 8 9 2 10 0 1 X X Q Q ITorque Referencd J2 11 a Q Q Q Q Input Term Sts CPF00 01 02 03 UV1 UV2 nn Yolico 26 Yolico YD3000 NO PG PG PG PG VE Op AN U2 12 e ae Outputterminal 51 11 9 a U2 13 1 12 Q Q Output Term Sts U1 12 U2 14 Q Q Elapsed Time
210. PU 2 CV 0 0 100 0 0 0 1 2 0 5ms UV Yolico 81 Yolico YD3000 1 EE 66
211. o 58 Yolico YD3000 E4 03 X A A A A 0 0 400 0 60 v f Eh EE X A X 0 0 400 0 3 0 v f El 03 F E1 04 B1 10 F V f E1 07 El1 09 E51 08 0 0 510 0 v f El 03 F E1 04 E1l 10 F V f E1 07 El 09 EB1 08 E4 06 AAA 22 0 0 0 400 0 0 5 v f E1 03 F E1 04 E1 10 F V f E1 07 E1 09
212. o U1 14 Q Q Q Q FLASH ID Mi 10V 100 10V 3 Term 13Level 10V 100 0 10V B erm olLeve SN A U1 16 4 lt 20mA 100 20m 0 74 Tv 200mA 100 0 H0V Su B erm eve j1 17 16 10V 100 10V 0 1 B erm 16 Level 0 10y oY i 2 2 10V 2 14 Ne 100 0 10V sw B B ot SE Urrent I 10y 2 19 0 10V 0 1 X X B Mot SEC Current SFS 9 3 J1 20 0 1Hz A A A A SFS Output ASR a i j1 21 10V 0 js x A X A ASR Input 0 10Y ASR ee j1 22 1 10V 2 0 1 x A x A ASR Input 2 100 0 10Y
213. rt 0 0 10 0 0 0 DWELL AN Dwell Ref Stop 0 0 DWELL 0 0 10 0 0 0 YD3000 DWELL 5 2 7 b8 b8 01 A A X X V f 100 ON 0FF L2 04 b8 02 X A A X Xx 0 0 400 0 0 0 Hz OFF ON
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