取扱説明書 - Panasonic
Contents
1.2.
3. 10C 40C A A B 4 10C 50C
4. 3
5. 1096
6. 0 80 MX8G M5 2 45N m 94mm 90 MZ9G M6 2 94N m 104mm
7. I1 A B RUN STOP
8. B B dg CS Ta E CS
9. 0 5m 3 PPT NFB AC A RUN STOP CCW CW B1 G B 60 mm A B A B PANATERM for BL
10. BE DECEL 00 0 31 Pn PANEL 17 0 3b 1000r min 1A
11. 01 GND 4b 42 nr NORMAL ON 4C 5 7 REVERSE OFF 4d 4E 40 57 5 STABLE 4F
12. 4 4 7 gt a 47 48 5 LED MODE S OE Th 0 I gg88 MODE RAA el Ce GE A RUN STOP _ 1 rs 30 A 1 WCE BB _HUN 7 sy L__MODE
13. MR
14. 5 W V Hz A N m N m r min BMC3A1AXB IMBMC3A1ASB 100 180 0 BMC3AAXB IMBMC3A2ASB OO 200 240 a ee BMC5A1AXB MBMC5A1ASB _ 100 120 BMC5A2AXB MBMC5A2ASB 200 240 10 50 60 0 7 3000 BMC9A1AZB MBMC9A1ASB 100 180 8 0 BMC9A2AZB MBMC9A2ASB 0 200 240 1 EE BMC1E2AZB MBMC 1E2ASB 130 200 240 5 041 0 62 MBMC3A MBMCDA MBMC9A MBMO 1 W 30 50 90 130 30 3000 r min 1 100 196 0 196 1096 19 10 40C
15. B 2 B A
16. B LED 3 5 5V OFF OV
17. PANATERM for BL DVOP4270 DVOP4386 1000 DVOP4270 DVOP4386 LED B 7 LED EC EC EU EU CE EC
18. MOD 2 00 0 31 P i a 3
19. E UPr 90 E UPr 91 E SPr E SPr 10 B 33 I1 12 F I1 I2 57 57
20. QO 7 lt lt lt NT
21. Panasonic Brushless Motor Model No MBMC3A1AXB Input Current A Rated Speed soomn CE ND 33 NR a es SN 51 S2 ie wsmsw MBMC 3A 1 AXB B PANATERM for BL 3 w X MX8G Z MZ9G 3A G0W A S 5A 50W gA 90W 1 AC100 120V 1E 130W 30 AC200 240V Ser No 10 11 0001 2 4 000 1 010 1 1 EE 0 LJ
22. OO 1 104 0031 2 13 10 MID 7 03 3538 2961 FAX 03 3538 2964 I 574 0044
23. 3C 50 150 196 150 r nl EE 40 CCW Fr ir CW a ES 00 O 0 3b 1rmin 0 a 3 0 01 10 1 300 3 30 O0 1 0 30 nr 30 300 1 42 niir 3 O01 12 1 001 3 30 0 1 0 30 44 20 3b 1r min 5O 300 30 300 1 45 1 3 4 6 8 1 4 4 14
24. 9 P 4 2 Panasonic PANATERM for BL B1 G etnyeeinresissdeesese CAR 5 6 7 eeea6eecseeszete3sesoye 7 asia 9 RE NT SE I 8 ES 2 13 15 PF 16 eetenetipeetteeenaeesye 17 i 18
25. 47 48 40 5 LED 4 4 48 1 120 10 1 1000 CD 3 gt 54 3 5 YES 48
26. B1 G 30W 90W 3 B B 2 a B LED 57 1 Wa DATA SW mm a H a i i 0 nu Fn 7 1 J I B 0 1 EE a
27. PE 5 DVOP361 1 5 DVOP1450 R A V 781BXZ 4 100 88 53 1 7 1L 75 5 al W Fs OY 93 J 2 g4 5x6 75 2 g4 5 6 M4 94 2 Wy In 1 2 3 ooo o 5 CN H sof 123 a 8 03 3424 8120 06 6382 1781 IELH 1 1 1 63 5A M 5A DELAY63 DELAY61 63 03 6895 1005
28. lt 41 DVOP361 1 5 SUP EQ5 ER 6 NFB NFB mm W 100V 30 90 BBC25N SA Capria 05 AWG0 0 13 AWG86 200V 30 130 BBC25N 5A apr1a 0 5 AWG20 0 13 AWG86
29. 8 2 er 2 a 13 EE ET EE I REE FE RET 1 5 0 2 5 2 5 3 0 3 5 2 T1 TA TA TiXSf Ti Sf TA Nrm Panasonic 3 36 5 6 75 9 10 25 15 18 20 25 30 36 50 60 75 90 100 120 150 180 200 STOP RUN MBMC3A JAXB MX8G IB P23028 038 046 058 069 077096 1 15 1 39 1 55 1 93 216 2608 55436 543 645I699 784 MBMC5A _ AXB 0 39 0 46 0 64 0 77 0 96 1 16 1 29 1 61 1 92 2 33 2 59 3 23 3 61 4 33 5 93 7 29 7 84
30. NFB 1 6mm 2 0mm D 1000 1 mA gt DS NK HC GA gt M 20 1 2J G 9 es NFB aN EASYG aa Ei ei 3
31. EMC EMC EMC UL1004 UL508C EN50178 EN60034 1 EN5501 1 ENG61000 6 2
32. T 574 0044 7 1 1 072 871 1818 IMC97D S0407 2110
33. 12 13 RE 8 26 0 B
34. FIN r min 0 3000 5V 1 5kO I1 18 GND 01 0 0 05 45 5 Vce max DC30V FIN a lc max 50mA GND ml A gg Mb 1 5 000 10 000 5 000
35. 7 gt A I 44 E Ne EN ON OFF 50 a CCW CW IE 0 OFF 40 KPULSE OUT Il i go 0 000 a 45 Ta
36. 509 1 00us Me nsa 08Sms f 1 T 1 2kHz FE CPU 5 ED Err E Pr OUTPUT REVOLUTION a 5 r OUTPUT LOAD 51 NO AVERAGE LOAD 46 SETTING HEVOLUTION MS 0 0 52 gt i DCVOLTAGE a pm a
37. 10 1 0 3 0 3000r min AI EE 0 9 0 10000 9 0 01 3 30 0 1 30 1 1b 1000r min a Ne 12 1 0 3 3000 Or min 0 10000 0 SRD 09 3 0 01 3 30 0 1
38. EE EE SS NUM NN NN NRN 0 TPo 83
39. r min 1 0 0 20 2 1 B B CW 1 MN B
40. _ 50 100V DC100V 200V DC200V 50 gt I IN 2 IRM E ELV 100V DC100V 00V DC200V 2 a o Fn PS VR Dea00Y 3 00V DC400V gt
41. NN SET 5 LED 30 P i RUN 30 83 11 18 Pamagone RUN B 5 1_ 53 STOP 30 Pat OPEj mi oe ER ES Tao 5 LED
42. 1 8 Sf 1 0 RUN STOP RUN STOP Sf RUN as Sf RUN STOP RUN Sf STOP
43. 57 1 OFAPrith DATA SN 7 Ti 45 je ais 3 PP Ha STOP 1 1 1 1 10 B LED nn Eee B PErral
44. UM 3000r min MBMCBA1AZB MBMC9gA1ASB MBMCBABGAZB MBMC9gA2ASB 0 43Nm 0 89Nm gg 1509 x 100 3000r min MBMC5A1AXB MBMC5A1ASB MBMC5ABGAXB MBMC5A2ASB 0 24Nm 0 16Nm 1 5 0 10096 3000r min MBMC1E2AZB MBMC1E2ASB 0 62N m 0 41Nm 0 33Nm 1509 1009 3 80 3000r min 500 mm 155 500 MXBGHB 30W 50W 3 3 6 5 6 5 8 10 12 5 15 18 20 25 30 36 50 60 75 90 100 120 150 180 22 MZ9GLIB 90W 130W
45. 4 1 X 0 4kg m 3 36 516 7 5 12 5 15 50 60 75 90 100 120 150 180 200 MBMC3AL J AXB MBMC5AI_IAXB MX8GLJB 1 2511 79 3 42 4 90 7 72 11 2 13 8 21 630 6 45 2 55 8 86 9 127 342 2 5 MBMC9AI_IAZB MBMC1EI_IAZB MZ9GLIB 5 93 8 47 16 4 23 6 37 3 53 4 67 6 98 3 142 211 257 423 589 1684 1684 5 6 14 MX8G B 90W 130W MX9G B 30W 50W 0 E 0
46. Pe gt nN LED UE G _ 90 w 100oe 4 1 30 W aoo 5 130 90 W 1159 130 W 1059 6 Rg 5 4500r min 0S 2 8 OC 5 105C 8 9 OH 1 30
47. ON CW 3 11 oN 0 2 30 Pn PANEL B RUN I1 I2 B l1 12 OFF F FORWARD REVERSE 11 15 1 12 OFF OFF ON OFF CCW OFF ON CW ON oN RUN 0 2 F REVERSE FORWARD 1 12 1 12 OFF OFF ON OFF CW OFF ON CCW ON oN UN 0 2 3A Ki RUNSTOP FORWARD REVERSE 11 12 11 1 OFF CCW ON CW 5 FORWARD TRIP RESET RUN
48. 422kghA _ 10 5 F 5 5kO 3 B 1 4W 1 HH 0 39 01 2105 5557 10R 210 A 0 A B PANATERM for BL gt A A 1 2 4 1 gt
49. 0 OFF DFF 16 gE FF ON 0 CW lt OFF ON CCW rm ON ON 0 0 2 5 RUNSTOP FORWARD REVERSE 11 18 il Io OFF OFF El ON OFF CCW OFF ON 6 gE ON ON CW F 57 FORWARD TRIP RESET 1 12 1 12 OFE 16 gErl oN CCW oN 0 2 5 REVERSE TRIP RESET 11 15 1 12 OFF 16
50. B 54 1 B B B Hi LED LL 57 RA rE 57 Pidhd RATA 0 2 mm on 7 Bm 1 n og 9 i B STOP og 1 Er 1 1 30 PEag B Be STOP
51. 10 NZA 10 PANATERHM for BL B 5 2 13 CW 6 1 CCW 6 3 D FIN 5V GND A DVOP3600 5m AWG26 0 12mm
52. 3 3 6 5 6 7 5 9 10 125 5 15 18 20 5 30 36 50 60 75 80 100 120 150 180 00 3 eo 2 7LL2 12 0 0 060 4 0 030 4 0010 25 0 0 030 0 0 4 0 5 9950 5 0 030 9 30 32 80 48 6 tt 25 3 Q 8 a 9 5 5 eo 38 9019 29 ns5 25 Ege PF SS o gt 4 7 0 0 030 5 A DVOP3500 65 55 B DVOP3510 8 65 28 50 1 55 A B gt R rs TE Low
53. I2 FE CPU Er p B
54. UU LED DATA E Sgf rr Q 33 a CCW DATA i rr 0 a esto 2 UI es a gt LL i 0 0 Or min 0 Gm 0 1800 r min IMODE
55. 00 0 3A 3b 44 lt gt NO 4A A wh 5 m 7 PARAMETERINTALIZE B NO RG DR PL Rd PARAMETER LOAD B PP i PARAMETER PROGRA A 24 FO PANATERM for BL LED PANATERM for BL opoo 5 PANATERM for BL DVOP4150 DVOP4270 DVOP4386 EEPROM
56. LED 30 PEag B ME 7 B B B B Bm a Ce
57. 0 3 0 1000r min 0 3000r min 0 5V A RE 0 3000r min B 1 200 1rmin 396 3000r min 90r min 20C 1 9 CPU 130 B UL 105 A 30 9 8096 i 10096 8096 150 60 0 0 65 0 87 1 54 1 54 kg 1 1 1S 2 3 2 3 PANATERM for BL B MBMC3A1AXB MBMC3A1ASB MBMC3ABGAXB MBMCGA2ASB 0 14Nm 0 095N m i 150
58. DVOP37505 LED STOP ATGDE a MUSE a 5 LED By EE LED COW CW 5 2 LED oc 13 00 E DATA OE SET E a DSA
59. 7 1 1 072 870 3065 FAX 072 870 3151 42 4 NII ON lt gt 0120 70 3799 TEL 072 870 3057 3110 FAX 072 870 3180 9 00 15 00 13 00 17 00 gt TEL 072 870 3123 FAX 072 870 3158 9 00 12 00 13 00 17 00 CAD lt gt http industrial panasonic com jp i fa_ motor html
60. CR Gia 19 B 20 S Rt 21 B 0i 4 6 0 ee 28 PANATERHM for BL 34 LED PCOPPPPCTPFFFP PP 34 i 35 NRN2000RR2ANae0 38 4 00ee 43 N PE
61. IEC EN60204 1 IEC UL UL UL508C No 164620 UL1004 No 166557 1 PE
62. LED 7 En LL ov LL FTE 30 9 DATA LET 11 12 FEr 1 gt Pn A Fn gt UI LL TSET 7 Bm 2 3 Lo Lv Mg 31 00 0 i B DATA PE ass EL FB gt
63. A I1 I2 FF EAE 1 jp 9 OFF OFF 1 E TI dEr DECEL ON1OFF CCW 0 9 OM 1 ER 8 ME a ON 0O 0 gt r F REVERSE FORWARD 0 11 I2 I1 12
64. COW 33 I1 12 oO 0 0 2 REVERSE TRIP RESET RUN CW I ON 0 2 31 OV VOL A at H 0 05 4 5 5V 3b pi 31 g 5V 00 0 VOL A 3C 1009 40
65. 8596 RH IP65 EN EN60529 EN60034 5 CC A B IP20 4 9m se 10 60H2Z 1000m 5cm 20 60C
66. 10 10 A IDVOP3600 39 01 2106 5559 10P_210 X1 39 00 0049 5558T2L x10 BIDVOP3610 39 01 2105 5557 10R 210 X1 39 00 0047 5556T2L X10 AWG22 6 57064 5000 57038 5300 PANATERM for BL DVOP4150 DVOP4270 DVOP4386 10 14 D 1 5m DVOP4140 MEMO _ a 1 1 6
67. 30 PP PANEL 1 B RUN STOP SG 30 I1 I2 8 33 11 12 Ss Er TERMINAL 11 12 LINEAR S SHAPE 1 S SHAPE 1 A RUN STOP 14 O0 0 15 FIN 7 pp r 0 0 0 31 Fat PANEL TO00 0 8S yal CVOL A FIN DCO 5V
68. EMC IEC61000 4 2 i IEC61000 4 3 RA IEC651000 4 4 IEC61000 4 5 IEC61000 4 6 IEC61000 4 1 1 LED LED LED A a 8 5 B r B C U PnL PD g vV TEr Er E Y F rEE 0 rST rt G 1 0 LED 2 3 i B VoLA go A N 6 5 0 oa n UL P 8 g Q Eg 9 9 R r 100V 100V 120V 10 50 60Hz 00V GOOV 240V 10 50 60Hz IEC60664 1 I a EN
69. L 1 L2 E gt 39 01 2105 5557 10R 210 Il 1 GND Io i IG GND CW CCW 2 3 GND 3 DCO 5V 100 k Q FIN G5KO B 5 SV a L ON 5 8 101 Vce max DC 30V lc max 50 mA 7 SCK B B 8 SN PANATERM for BL PANATERM for BL 9 SOT
70. lt 5 FA 1800r min 0 Pt a r CW Em 2 Or min i OFF gt gt H OR 13 I2 30 33 I1 12
71. 40 O1 42 7 7 5 TRIP ON STABLE ON 44 RUN ON FREE ON REVERSE CW CW ON CHECK L ON PULSE OUT 45 FORWARD CCW CCW ON 100
72. 5 RUN STOP MX8GLIB 0 67 0 81 1 12 1 34 1 69 2 02 2 28 2 54 3 06 3 72 4 11 5 27 6 22 6 96 9 81 11 7 14 7 17 3 19 0 19 6 2 ZB 1 01 1 21 1 69 2 02 2 54 3 04 3 42 3 82 4 59 5 58 6 17 7 91 9 34 10 5 14 7 17 5 19 6 W MBMC3A ASB 100N 10N MBMC5A Tl IASB 100N 10N MBMC9A ASB 150N ON MBMC1E2ASB 150N ON MX8G 94N 49N MX9G 588N 147N W 0 3
73. in 5 8 15 6 46 Ur OP a LL ax 2 16 ET a dC y Ea 17 0 0 10 0 0 1 10 2 Es A ll 1A 0 10000 1 400 800 48 1 1b 0 10000 1 500 1000 2 4A 0 nH nt B RUN STOP 9 30 Er 1 1 12 3 4b 4C 0 31 0 at 7j C 4d ss oat FN 4E CCW 4F 12 CW CW 50 9 6 rf ja CCW 9 5 33 12 Cc r5 51 a 1 4 ng EG 11 CCW 52
74. tt HIGH 1 sror aETD ron eS 2 3 5 A 1 19 41516 1Z71818110 1 I2 GND FIN 5V 1 B 198 41516 1Z71818110 GND 5V SCK SIN ISOT 10 A B 6 1 10 5 B A L 39 01 2106 839 01 2105_ sgsge DVOP35910 1m OTSIOS IGE DVOP35930 3m 10 10 DVOP35950 5m L 10 L 39 01 2106 39 01 2105__ sgaems DVOP37505 0 5m
75. 1 120 1 5 LI2 rr 5 2 NE 9 3A 0 3b 1r min 0 C n 3b 0 3000 r min 1r min 3000 a B 1 C 57 B nt A aa 90W 130W Et 3 A RUN STOP FO 4 A 26 27
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