取扱説明書 - Panasonic
Contents
1.2. DVOP39530 M4
3. 10C 40C 10C 50C B 10C 50C 859 RH IP65 EN ENGO0529 EN60034 5
4. DVOP1460 41 TDK ZCAT3035 1330 DVOP36 1 1 5 100 2 88 1 7 0 75 DVOP3930 5 141 2 125 DVOP361 1 5 SUP EQ5 ER 6 DVOP3930 5 3SUP HE5 ER G DVOP1450 R A V 781BXZ 4 03 3424 8120
5. Es B LED Lt RATA 30 1171 Er BIPn DATA DATA 6 10O 0 I
6. ET a ta 00 0 0 3b 1r min 0 01 1 0 3b 1rmin 3000 1 SS 3 001 11 2 001 0 30 mm 3 30 0 1 1 300 30 300 1 13 2 0 30 14 7 Lin 5 S 15 5 8 Lin FE 16 ET 1 L_ 17 0 0 10 0 0 1 10 1A 0 10000 1 400 800 5 Tb 0 10000 1 500 1000 2 Pn B RUN STOP 30 rE 6 FE 1 12 a PT00 0 31 i NN uot A
7. B B ALARM LED LOWER LED OFF
8. A QO 5 V W QQ
9. A 2 9 a 32 B B
10. 1 6mm 2 0mm9 D 1000 L1 L2 L3 M3 M4 L1 L2 L3 L 1 L2 M3 0 39 0 49Nm 4 5kgf cm E M4 0 49 0 98Nm 5 10kgf cm 1 0 MC1 5 8 G3 81
11. I SE 200V M3
12. 16 dg DECEL I1 I2 17 0 r FORWARD REVERSE 11 12 Il 12 A 16 gE 0 10000 1 ON OFF CCW OFF ON CW
13. B B 9 B RI 1 CS E CS _ 50 100V DC100V g 00V DC200V 50 2
14. Q CS QQ QO QO
15. 1 120 52 lt gt _ 9E YES 54 NO Pin PAHAMETER_NITIALIZE 57 PI Rd PARAMETER LOAD B PP PARAMET
16. CW MODE 8 5 0 ce 30 Pnt
17. NFB mm W 100V 30 130 BBC25N 5A BMFT61041N 3P la 0 5 AWG20 0 13 AWG26 600V 30 130 BBC25N 5A BMFT61042N 3P la 0 5 AWG20 0 13 AWG26 200V 30 130 BBC35N 5A BMFT61042N 3P 1a 0 5 AWG20 0 13 AWG86 NFB 1 6mm 2 0mm D 1000 1 mA gt DS NK HC GA
18. 0 030 0 7 5 05 4 12 18 _ 123 5 I Lj ol HN 4 Te 8 EE 8 al 1 A YY 9 HI 113 9 122 5 A B _ _ A B DVOP3500 DVOP3510 65 8 20 20 LE Kr 6TOB srop C TIDru 1 2 3 5 mm A 0 L DVOP35710 1m DVOP35730 3m L L eee DVOP35750 5m A gt
19. 45 40 3 R 41 OUT 1 O01 O0 2 T Em 500 100usi POUTCPULSE 3000r min LTF IT 45 4 _ 19 T 3000x24 0 83ms f 1 T 1 2kHz 46 5 LE D OUT SETTI DC VOLTAGE 47 i r OUTPUT REVOLUTION I PUT LOAD AVERAGE LOAD G REVOLUTION 48 47 48
20. 9 0
21. AWG20 AWG20 M4X6 1 M4 1 M4 PANATERM for BL DVOP4 1 50 DVOP4270 DVOP4386 10 14 D 1 5m DVOP4140 0 BP L
22. Hz A A N m N m r min DE3A1BWR E3AZ 10 04 0095 0 14 DE3A5BWR E3AZ 06 04 DE5A1BWR E5AZ 15 oe 0 16 0 24 DE5A5BWR E5AZ 07 0 6 10 50 60 3000 DE9A1BWR E9A1 go og 0 29 0 43 DE9A5BWR E9A2 1 1 04 DE1E1BWR E1E1 28 13 0 41 0 eg DE1E5BWR E1E2 1 5 og MBDE3A BWH MBDE5A BWR MBDE9A BWR MBDE 1 E BWR MBME3A MBMEDA MBME9A MBME 1 FE W 30 50 90 130 30 3000 r min 1 100 196 0 196 1096 Re ER 10 40D 10 i 50C 0 3 0 1000r min 0 3000r min 0 5V A RE 0 3000r min B 1 200 1 r min
23. LED B 1 33 I1 12 r I1 Io 5 57 I2 E E CPU Er E
24. 47 48 RUN STOP 30 LED 5 LED NS L_RUN L__MODE STOP DATA SET 5 LED 3 E LED H 8 18 17 H CCW
25. 7 a 34 19 FrEE r 3A 0 3b 1r min 0 C 3b 0 3000 r min 1r min 3000 3C 50 150 1 150 Tr iP 40 a Fr ip run FrEE CCW CW 4 1 a Pui P 42 a 43 44 0 3b 1 r min 50 45 1 6 3 4 6 8 15 4 24 r 46 5 47 1 48 X10 1 48 1 1000 1 1 77 4A 9E nd 4b 4C 4d 4E
26. B 1 STOP RATA mn 1 1 30 5 57 1 Pr 95 DATA 2 a Ns ai fm 3 75 7 Em STOP 1 1 10 B B LED 7
27. P Au 80 MX8G M5 e45N m 94mm g0 MZgG Me eg4N m 104mm 0 3 4 1 X10 4kg me 3 36 5 6 75 9 1012 5 15 18 20 25 30 36 50 60 75 90 100 120 150 180 200 MBME3AZAX MBME5AZAX 11 25 1 79 3 42 4 90 7 72 11 2 13 8 21 6 30 6 45 2 55 8 86 9 127 183 342 2 5 M
28. OV gt B
29. T5v 1 mA HIN 8 1 4W ij FIN LI _ 11 GND 19 a A RUN STOP HUN STOP
30. DIN 5 I1 A B HUN STOP o AC NFB
31. UL UL1004 UL508C EN50178 EN60034 1 EN5501 1 EN61000 6 2 EMC I CE IEC61000 4 2 1 IEC61000 4 3 o IEC61000 4 4 22008 aa IEC61000 4 5 IECB1000 4 6 IECB1000 4 11 100V 100V 120V 10 50 60Hz 00V GOOV 240V 10 50 60Hz IEC60664 1 I MM EN IEC
32. 1009 40 41 H H 01 05 40 KR 41 H H 48 a 43 rr ih TRIP 575t STABLE riin RUN gt ON 44 ON ON EE FREE F FORWARD r REVERSE CHECK L COW ON piur PULSE 0UT a ON CCW ON CW CW ON 10096 45 4 43 01 02 GND E s
33. 1 TY 1 1 GND Io GND CW CCW le 3 9 3 13 GND GND 3 FN DCO 5V RE 100kQ FIN 5kO BB 9 5V RE L ON RR Vce max DC 30V lc max 50 mA 247 1 Tt Vce max DC 30V lc max 50 mA 1 PANATERM for BL B 2
34. Ti Sf TA N m 3 136 51617 5 9 10112 5 15 18 120 25 130 136 50 60 751901100 120 150 180 200 MBME3AZAX MX8GIB 0 23 0 2810 3810 46 0 58 0 69 0 77 0 9611 1511 39 1 55 1 93 2 16 12 60 3 55 4 3615 4316 4516 99 7 84 MBME5AZAX MX8GLIB 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 MBME9A AZ MZ9GB 0 67 0 8111 1211 34 1 69 2 02 2 28 2 5413 06 13 72 4 11 5 2716 2216 9619 81 11 7114 7 17 3119 0 19 6 6 1 01 1 21 1 69 2 02 2 54 3 04 3 42 3 82 4 59 5 5816 17 7 91 9 34 10 5 14 7 17 5 19 6 ia MBM
35. 0 QO 1 QO Q Qo QQ
36. EN60204 1 IEC UL UL UL508C No E164620 UL1004 No E166557 1
37. 5 50 n NO E a E 9E YES OFF
38. 6 30W MBDE3A1BWR MBMEGAZ hd 50W MBDES5A1BWR MBME5AZ 120V 90W MBDE9ATBWR MBME9AT 130W MBDE1E1BWR MBMETET 6 30W MBDE3A5BWR MBMEGAZ 50W MBDES5AS5BWR MBME5AZ 240V 80W MBDEBA5BWR MBMEBAP 130W MBDE 1E5BWR MBME1E2 6 MBDE 5A 1 BWR 4 in 3A 30W W PANATERM for BL i B 9A 90W 1 AC100 120V IE 130W 5 AC200 240V Ge 7 EE 0 CS o LED TA MOTOR 3 LED piN LT1 L2 L3
39. M4 0 49 0 98N m 5 10kgf cm 10cm M4 90 5 106 5 2 e4 6 DIN DIN DIN mp _ ee DIN DIN DIN DIN MN I
40. 5 000 8 Sf 1 0 SP co SD Sf 24 08 10 15 12 15 20 1 5 2 0 2 5 25 30 35 Ti TA TA TiXSf
41. PpErr B PErr el B2 G 170 f 30W 90W 3 B B B LED 57
42. i 30W MBDE3A 1 BWR MBME3AZAX MX8G B AC100 50W MBDE5A1BWR MBME5AZAX 3 180 120V 90W MBDE9A 1BWR MBME9A1AZ MZ9G B 130W MBDE1E1BWR MBME1E1AZ 3 200 30W MBDE3A5BWR MBME3AZAX MX8G B AC200 50W MBDE5A5BWR MBME5AZAX 3 180 2A0V gd0W MBDE9A5BWR MBME9dA2AZ MZ9G B 130W MBDE 1E5BWR MBME 1 ECAZ 3 200 30W MBDE3A 1 BWR MBME3AZAS AC100 50W MBDE5A1BWR MBME5AZAS 120V gd0W MBDE9A 1 BWR MBME9gA1AS 130W MBDE1E1BWR MBME1E1AS 30W MBDE3A5BWR MBME3AZAS AC200 50W MBDE5A5BWR MBME5AZAS 240V 90W MBDE9A5BWR MBME9A2AS 130W MBDE 1E5BWR MBME 1E2AS 10 MX8G MX8G10B em Model No Input Input Current Thermal Class Rated Speed Rating Panasonic Rated Output 50W Panasonic Corporation Brushless Motor MBME5AZAX 0 240V 0 6A 105 A UL 130 B TUV 3000rmin S1 IP65 Ser No 10110001
43. ELLV 100V DC100V g00V DC200V 4 3 7 R E OV 100V DBSDOV SM g00V DC400V M 2 5 0 a 6 LED 9 11596 10096 a 5 4500r min 9 _ _ NM FOC ND
44. Ll L1 L2 L3 CS LED LED I1 GND 12 GND CW CCW CCW 5kO
45. RUN 0 gt LOW HIGH Panasonic STOP Q II RUN O RUN STOP RUN STOP RUN i A STOP A B ie 30 31 33
46. 1 104 0031 8 13 10 MID 7 03 3538 2961 FAX 03 3538 2964 574 0044 7 1 1 O072 870 3065 FAX 072 870 3151 NII ON
47. OE UP 0 2 0 0000 REVERSE a FORWARD Pat PANEL B RUN STOP OFF OFF ym R 7 30 1 2 94 33 11 12 ON OFF CW TEr TERMINAL 11 12 OFF ON P A 0 E A HUN STO Lelsi KR 2 ON ON 0 2 00 0 8 FIN
48. r 10096 MODE min es 4 4 Q So nl Il Rt L__ IMODE MODE nn LL al r min Be _ MODE rmin WW _ MODE rr T OV MoDE MODE rmin LM _ MODE a He EE 1 H
49. 3 3000r min 80r min 20C 1 9 5 CPU 130 B UL 105 A AE 100 15096 60 kg 0 45 kg 1 0 1 7 2 0 PANAT ERM for BL B MBDE3A1BWHMBME3AZ MBDEGA5BWRMBMEGAZ 0 14N m 150 0 095N m 100 3000r min MBDE9ATBWR MBME9A 1 MBDEBA5BWHMBME9A 0 43N m 150 0 89N m 100 3000r min MBDE5A1BWRH MBME5AZ MBDE5A5BWH MBME5AZ 0 24N m mm 150
50. ragew LU Bm MM LL 9 um 0 _ _ Or min 3 ep 0 Es 8 0 1800 r min LU 8 mm mMoDE I gg FE 1800r min 3D CW Ei STOP Ee Or min nn 4 OFF gt gt NN SA Rn
51. 13 gt M 2012J G 3 SO0V i 0 5kQ 55 B 1 4W 01 FBV H FIN GND 13 2 A 1 1 NFB_ 1 6mm 2 0mm9 D 1000 100V 00V we ww Oo 1 O 5kO 8 B 1 4W oo
52. 105 9 OH THr a es 10 2 E OL wm 30 A E UPr 90 E_UPr 91 E SPr E SPr p I
53. 5 LED 47 48 10 171000 00 0 01 1 3A 3b 44 4A gt 9 YES R ac 4b 4C 4d 4E 4F
54. EU CE EC EMC EMC EMC
55. DATA 00 LSET NN NM 5 1 SE 0 g nb oi RATA 1 r 0 AU gt Ll 7 PS B a LED Er nF n 33 47 FF 7 u CCW ei EE am rgr pf ec DATA
56. L 50T10 50 0 1 1 6 DVOP38410 1m DVOP38430 dm DVOP38450 5m i EE 8 3mm 8 3mm _ AWG26xX8 6 100V 00V a DVOP39430 50 UM
57. rsfr HUNSTOP FORWAHD REVERSE i P PANEL O0 0 I1 12 31 OI 33 11 12 1 le FIN Me DCO 5V EA A 16 _gECl A b OF ON 16 dE7 ON ON CW 1 1 F r57 FORWARD TRIP HESET a 11 I2 3 2 16 Er 13 a OFF O FIN ON 0 ON 1 r r5f REVERSE TRIP RESE
58. B SER MA 9 SEG D7 8 B 6 nf B2 10m PANATERM for BL 50 lt 41 100V 200V DVOP3611 5 SUP EQ5 ER 6 5 DVOP3930 5 3SUP HE5 ER G NFB
59. IP20 B IP20 4 9m s 10 60Hz 1000m 1 5om 0 60C 1 0 NaN CO i
60. 1 NN B Rn YU eropl 5 LED 30 PEag 8 B Eo 7 B B B B
61. 3 lt gt CW 19 CCW GND FIN 5V GND 1 2 8 MC1 5 8 ST 3 81HOL AWG 28 16 bmm 0 22 lt 0 25N m 5m 5V 1 5kO I1 12 13 GND Vce max DC30V lc max 50mA FIN
62. 19 I2 PE 37 33 11 12 B 54 B Ma B 57 57 RATA ny 7 V DPLEAA B eg
63. r min 3000 0 1 0 0 5 a 4 5 5 V FIN GND MOTOR B SER gt 39 29 1087 5569g 8A 1210 RHJ45 85503 0001 1 U U 1 V V 5V B 5V 3 W W 3 SOT B 4 P5V 5V 4 SIN PANATEHM for BL 5 CS 1 CS 5 6 CS CS 6 7 CS3 CS GND BGND 8 PGND GND 8 SCK B CS B
64. 0 13S1T1415161 1718 39 01 2105 5557 10R 210 39 00 0046 5556T A 1 31415 39 00 0047 5556T2L B L L EE DVOP38310 1m Ll DVOP38330 3m 8 RJ45 DVOP38350 5m SER B gt 6 18 39 01 2105 5557 10R 210 GNUISCK 39 00 0046 5556T2 19317 39 00 0047 5556T2L SER B L L DVOP40410 1m DVOP40430 3m DVOP40450 5m DVOP404A1 10m 00 A 200 M4 M4
65. QO QO QO 2
66. 1 0 5 LED a SGA Tao 00 F i SOA TSC 0 31 nt B ee B CW 1
67. 11 I 1 1 1 OFF CCW ON CW 5 FORWARD TRIP RESET RUN CCW 11 1 I1 1 ON 0O 2 5 REVERSE TRIP RESET RUN CW 11 I2 11 1 ON 0 2 3A 31 g VOL A OV 0 05 4 5 5V 3b Ki 31 ag VOL A 5V OO 0 01 1 3C
68. 1MO 8 II L L LEG 6 U V W _ 1 4
69. 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 T 574 0044 7 1 1 072 871 1818 IMD02D S0407 2110
70. B SER HH A Q 2 0 BE of 3 4 5 a DIN
71. 4F 50 4 9F 51 nn 1 4 nd 52 1180 1 5 54 i RM 9j 5 ni LED 57 B B a G a FO LED B 7 LED LED LED LED A j 8 B T r
72. 54 A 1 1 2 12 3 13 4 GND 5 FIN 6 sv 01 8 0 B 26 B uly 10 F 5 000 000
73. 06 6392 1781 70 95 va b MT ml a Ww oa a 2 g4 5x6 75 2 g4 5x7 2 g4 5 g4 2 ve 1 2 3 ooo o 8 1 HH goj LU SL HI 8 41 IELH 1 111 63 5A M IELH 1 1 1 63 5A M 5A DELAY63 DELAY61 63 03 6895 1005 44
74. 19 ii 22 i 23 4 5 B 6 om on7 B 28 30 LED ere 34 ee 35 PANATERM for BL 41 i 42 ees6 nseeseses6teat 43 oo 45 48 oo 51 N
75. FREE DECEL 0 1 gt 0 0 17 0
76. 1 2 1000r min 0 3 3000 Or min 0 8 3 0 01 3 30 0 1 30 1 14 15 S 5 SG 5 8 S SHAPE 1 SG SHAPE 4 4 LINEAR 4 S 9
77. RUN 37 33 I1 12 B STOP 30 Pani lt F 5 LED 00 FO
78. B C U i PnL Fant E F Y J FrEE Frtt F 0 7 rST r 5 G f 2 O LED 2 7 1 i 3 3 17 B VoL A N 6 nn 0 77 7 77 nQ nu 7 P p 8 g Q 9 9 g R r 00 0 31 Pant PANEL 3b 01 1 32 10 11 1 2 1000r min 0 3 0 3000r min 0 9 9 0 01 3 30 0 1 30 1 1 13
79. PANATERM for BL 9 CPU Err Pr E 5P a NO AI 0 58 40 41
80. lc 1 32 5 Ge gi 2 11 CCW 12 CW 11 CW 7 1112 CCW I1 EE 33 11 712 r 5 jo CW CCW r CCW 41 2 CW 9 18 1 C 90W 130W 3 A RUN STOP 4 A EE
81. r 57 RUNSTOP FORWARD REVERSE 34 13 9 d 1 1 2 2 CCW 0 CW Si 0 I1 12 13 32 13 13 OFF FIN ON 1 1 1 0 CCW CW 0 I1 12 1 13 EC EC EU
82. 9 6 0 16Nm 10096 3000r min MBDE1E1BWH MBME1E1 MBDE TE5BWR MBME 1 0 62N m 1509 0 41Nm 100 3000r min MZ9GLIB 90W 130W mm 30 50W MXBGHB 30W 50W 3 3 6 5 6 7 5 9 10 1g 5 15 18 20 25 30 36 50 60 75 80 100 120 150 180 0 98h7 _o 015 80 48 4 3 3 6 5 6 5 9 10 15 18 0 5 30 36 50 60 75 80 100 120 150 180 00 3 4 5 5 90 98 15h7
83. E3AZAS 100N 1ON MBME5AZAS 100N 10N 0 MBME9A AS 150N 0N 0 MBME1ELIAS 150N ON OxeG 0 a Fe _ ey 0
84. ER PROGRAM 30 FO PANATERM for BL PANATEHM for BL DVOP4150 DVOP4270 DVOP4386 EEPROM PANATERM for BL 1000 DVOP4270 DVOP4386 DVOP4270 DVOP4386 2 38 1 33 11 I2
85. Panasonic PANATERM for BL 9 P 5 W tt s im 2 B2 G LO j yenieteitnveenio 6 8g a DE ainsiiasninisiastaansiess g 12 ecueeeeeeeeeeee 13 0 14 OF 17
86. T 11 12 a OFF 16 dE ON CW oN 0O 2 30 P 4 PANEL B 0 2 RUN STOP I1 I2 FORWARD REVERSE 11 12 1 1 1 OFF OFF ON OFF CCW OFF ON CW ON ON RUN r REVERSE FORWARD 11 15 9 wan OFF ON CCW 33 I1 I2 3 i RUN 0 2 rsfr RUNSTOP FORWARD REVERSE
87. US S1 MBME 5A Z A X X MX8G Z MZ9G 3A 30W A 8 5A 50W 9A 9OW EAI 150 TE 130W Z 100 200V Ser No 10 11 0001 2010 1 1 L _ 000 1 2 Panasonic Vol 100 120V Phase 1g C 1 5A EE Noes MBDE5A1BWR INPUT OUTPUT 0 4 Freq 9 200Hz Bk of injury and electric shock SeMeE__ 50W Read the manual and follow 10110001 fe safety instructions before use anual and earth connection SM B is allowed
88. X8GIL_JB MBME9A _IAZ MBME1E _IAZ 5 93 8 47 16 4 23 6 37 3 53 4 67 6 98 3 142 211 257 423 589 847 1684 5 6 MZ9GLIB 1096 500V
89. e 1 nr NORMAL ON rE REVERSE f Fai OFF FrEE FREE 34 13 r5 RESET ON GND Fir THERMAL OFF GND UP DOWN ON GND 2 ON GND R 44 H 40 41 lt 57 4 STABLE ON OFF CCW CW
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