取扱説明書（総合編） MINAS-BL GPシリーズ
Contents
1.2.
3. 10 40 C
4. 5 p FTD a 00 1 16384 16383
5. HH 0 D PrLH PrLL 28 0 100 5 35 65 50 150 150 96 1
6. GP MBEG5A 1BCP MBMU5AZ MBEG9A 1BCP MBMUgA 1 4 MBEG5A5BCP MBMU5AZ MBEGBA5BCP MBMU9A2 88 5 20 50W 100V i 90 W 100V 4 o5 43 2 9 02 cas
7. 10 cm M4 1 35 1 85 N m 4 DIN
8. 1 1 6 0 1
9. 9 90 EEPROM E OH 105 E UPr E 5 91 EEPR
10. B LED
11. I1 1 1 I1 GND lo 8 I2 GND 68 1 I3 3 3 I3 GND 14 5 4 14 GND 01 7 1 ON OFF 02 8 a 11 12
12. Pr64 RS485 g Pr65 ON gt UN 1 f ON ON
13. Q Q Q Q a Qo
14. 10 500 V 1 MO L1 L2 L3 U V W a pm
15. 8180h 8190h P S P S soH ISIMSIPI8 1 8 1OIDIID8 ID31D41ETX BCGI soH ISMSIPI8 1 9 19 1919109 1IETXHBCGI DD ID DD ID Pr3E 1 RS485 0001 0
16. SH MINAS BL GP LED B
17. ID 01h 1 ID 81h 129 ASOI 1 6 ASCI SOH 8 0 1 ENQ 01h I 38h 31h I 3GOh N G1h KO5h SOH 0 1 8 1 SIX Olh 30h 31h 38h 31h 02h 23h a SOH 8 01 38 0 EBGC 49h 38h I 39h K38h I 39h K30h I 30h 30h I 3Oh I 03h I 6Bh GK NN ai NGOh ksip KO6h OH 0 11811 1 EOT 01h I 30h 31h I G8h
18. MODE EEPROM MODE EEPROM B Pr7A 41 a vV MODE MODE Oe F
19. LED 4 5 LED LED 5000 LED 3 5 5 355 5
20. 5 0 HH 2 48 0 2 1 10 1 49 0 1 0 0 1 Pr48 1 4A 0 1 0 32767 0 1
21. gt smc i 50 T1 9 51 12 11 52 13 53 14 0 14 57 14 1 5C O1 0 5d 02 2 40 0 41 OO 42 200
22. I1 ODN DN I1 4 CCW amp 3 Pr23 0 CW 0O 65 1 wt 1 6 11 1 II1 GND I2 8 II2 GND
23. B
24. P 2 5 Panasonic MINAS BL GP ee 2 coseseeseeeeeeeeseeseseseeeeseeseeeeeeeese 6 MO 8 eee 9 oe 1 1 ee 12 ee 13 B ee 16 COLEPPPPPPPPPPPYFPPPPPTPYPPPPTFPYETYYYYTP TP 4 26 eae 28 eeeeeeeeeeeeeeeeeeeeeeeeeeeeen 29 ee 30 ee 36 LED errr 4
25. ur 1UL1oo4 UL508C Co CSA C22 2 No 14 CORN c UL C22 2 No 100 EN61800 5 1 EN60034 1 EN60034 5 HI CE EN61800 3 1 EMC EMC EN5501 1 EN61000 6 2 EMC CCC GB12350 KC Class A SCCR 5000 Arms
26. pe 50 I1 8 1 51 12 14 58 13 0 53 14 11 _ I3 I3 a NNE 0 5C 01 5d 02 0 1 5 0 1 40 4 1 I1 1 1 I1 GND
27. 6 4 1 3 1 3 8 4 1 3 1 3 a 4
28. E LT 1 288 X288 1 144 432 1 5 2 144 1 5 1 32767 3276 7 1 E rU 2
29. 104 105 gt 0120 70 3789 TEL 072 870 3057 3110 FAX 072 870 3120 9 00 12 00 13 00 17 00 gt TEL 072 870 3123 FAX 07 870 315 9 00 12 00 13 00 17 00
30. CAU B Tn E_Cn E LV OFF B RS485 2 E LV
31. a DIN i Dvop2890 45M03 500110W 18Z7 100 V DVvOPM20068 45M03 200 0 10 W 137 200 V L NN DVvOP2890 DVOPM20068 lt gt 8 mml NM IN 1 x ala 3oo DIN DIN L
32. O QO O QO QO O O x Qo QO QO QO oO CR x 9 O O O O a i SJ T1 1364 GB T26572
33. ID Olh 1 ID 81h 129 Pr40 8040h ASCII 16 ASCII gt gt gt ON a 1 STX R80 EA OO h 38h 3 h 30h 31h O02h 24h 52h 38h 30h 34h 30h 30h Ri 0 0 IETXIBCC 30h I 30h I 30h I 03h ZBh SOH 0 8 1 ACK 01h 30h 31h I G8h I 31h I O6h _ SOH 8 0 1 ENQ 01h 38h N 31h I GOh I G1h I O5h Ke 8 1 STX 01h I 30
34. E CCW Pr23 Ma LED 1 MEY n Hm 8 Pr4E 7 rE i 4E 5 50 as 9E 300 2 sy EE 3 7 27
35. X GB T26572 1
36. LED LED A S 5 B Ml fF C U D V E Y F 0 G 1 H H 2 g 3 3 K 4 L 5 N n 6 5 0 9 7 P 8 i Q 9 9 9 R LED nO n P PrOG 4 1 4 1 O0 1 Pr48
37. QO 2
38. 80 MB8G M2 6 0 5 N m 12 mm 90 MB9G M3 0 8 N m 80 MB8G M6 2 9 N m 94 mm 90 MBS9G M8 7 8 N m 104 mm ss1 90 0O E 0
39. DIN PAP 10V S 1 DVOP381 P DVOPM20070 SPHD O0eTPO 5 10 I O s M4 PAP 10V S 2 6 a Aw fT 38 01 2105 5557 10R 210 1 39 00 0047 5556T8L 10 38 01 28105 5557 10R 810 140 130 5 DVOP3610 A elzlalghoii 118131415 DIN _ 6 mm
40. Q 3 MB8G BV a 50W MBEG5A1BCP MBMU5AZAB i AC100
41. 0 ON OFF Pr3B ON 1 ON BUSY ON 3 ON 4 10096 ON 5 ON Pr5E 5F Pr36 2 2 1 1
42. JISX5002 EEPROM Se g i 8 la4n 5an EEPROM i EEPROM 10 R la4h 5ah A a 4R adh gen
43. 27 8096
44. sn FE PrNo 8065h 65 1 255 2 EE RS485 9600 bps 8 1 1 1000 9600 x 1 8 1 1 1 14 ms 400 bps 4 58 ms 4800
45. Pb Hg Cd CrVD PBB PBDE x o o O Oo O A a 8 9 9 9 9 9 9 x O O Oo x O O O O O x O O O O O 5
46. Pr41 3 Pr40 5 Pr4 1 1 E HO Pr40 2
47. 4 MODE 5 EEPROM
48. DVOP1460 4 TDK ZCAT3035 1330 1 PE 100 200 V Pm DVOP4170 SUP EK5 ER 6 1 DVOPM2004 3SUP HU10 ER 6 100 200 V DVOP4190 RA V 781BWZ 4 DVOP1450 DVOP1460 R A V 781BXZ 4 ZCAT3035 1330 TDK DVOP4170 100 0 2 0 88 0 7 0 75 0
49. QO U V W QO Q QO QO
50. Pr02 0A 12 1A 0 RS485 B Pr77 B gt B B EEPROM B B EEPROM
51. MCCB mm W 100 V 50 130 5A 20 A 3P 1a 0 5 AWG20 0 13 AWG 6 200 V 50 130 5A 20 A 3P 1a 0 5 AWG80 0 13 AWG 6 800 V 50 130 5A 20 A 3P 1a 0 5 AWG20 0 13 AWG86 MCCB 1 6 mm 2 0 mm D 100 mA gt DS NK HC GA gt M
52. 105 0001 3 4 10 35 03 5404 5175 FAX 03 5404 2924 574 0044 7 1 1 O72 870 3065 FAX 072 870 3151 CAD gt http industrial Dpanasonic Com jp i fa_motor html MBEG gcp E MBMU AB 574 0044 7 1 1 072 871 1212 IME48 P1212 2124
53. 1 8 8 1 Pr50 53 1 4 I1 14 8 1 6 7 OFF 3 4 2 1 9 OFF ON OFF 1 65
54. 8191h 8 1 0 P 8 TP D3 POINT8 POINT 1 _O HOMING soH SMMSIPI8 1 18 1 0 190 19011IETXIBcG D4 JOG_REV JOG_FWD POINT STEP DD ID 0001 0 0 5 UD IGR OO00 OOO1 NAK H_STOP 6 eb 2 et ON DE a ii ID 80h 128 Sh hg o N gt 8 S_STOP
55. RUN 4 4 RUN 6 5 MODE PTA EEPROM IMODE MODE UN 4
56. Pr60 ID soH SM IHI810 PIIP8IP3 P41IETXlBCC NAK MAI AR DT A TARR RE 80 Pr62 8062 OOOO NO CA TO MM O00 EO NAK 80
57. RS485 PTGO 81h 129 9Fh 159 O1h 1 1Fh 31 81h 129 RS485 B PANATERM for BL URL 01h 1 _ _ 8 1h 129 B2h 130 B3h 131 84h 132 SN75176 1 O1h 81h RS485 15 as 9EP RS485 1 8 HBs485 GND 4 GND i 1 T FG yy
58. 10 m PANATERM for BL URL SUP 2 0 EEO 97 3 i _ RS238 EE RS232 USB 100V 200 V DVOP4170 SUP EK5 ER 6 ng DVOPM20042 3SUP HU10 ER 6 MCCB
59. 100 ms ON Pr58 1 1 ON ON ON OFF DN OFF
60. DP S1 1 P1 1 1 6 HU 1 2 OFF NI or oe OF wk FF FF 18 2 lt j 6 i 6 E ER 1 gt 2 EF P1 1 a 1 1 6 2
61. E 485 64 30 E 20 E rU 0 35767 1000 21 0 E HO Pr43 0 a 1oL Li i ii 35767 Pr4A 1
62. lt 50 I1 8 51 12 6 1 1 6 _ 52 IIG 15 53 14 5 I3 56 13 E 5 14 57 14 5C 0O1 5d 02 40 41 42 44 45 46 1
63. IT 48 ON L1 49 4A 23 TR 00 1 01 1 De 02 1 03 1 04 05 1 1 06 1 a OA 2S Ob 2 on 0C Od 2 2
64. SER 5 m 1 2 10 CS 8 SEPR 4 8 85503 000 1 RJ45 B 1 2 5V B 5 V B 3 SOT B 4 SIN PANATERM for BL
65. ON 2b 0 100 0 0 39 0 lt 16383 144 1 XB8 3A 96 C 5 20 13 3A 0 1 0 0 1 1 GE 0 1 0 0 0 1 HS485 O
66. 0 3 100 V DVOP2890 200 V DVOPM20068 0 _ 1 31 1 0 1096 1000 2000 3000 4000 r min mm 50 W 150W M4 4 5 73 5 57 5 _16 0 5 CCW MM NR 3 2 93 1 0 90 W 130 W a M4 2 g3 5 Ml t 1gj M 50 W 5 10 15 80 30 50 6 TAA Dh NR
67. ON Pr50 53 1 4 11 14 en a 5 ON OFF Pr4b 4d OFF ON OFF ON MAX 10 ms OFF GND ON 2 OFF 3
68. DATA SET EEPROM EEPROM B 5 LED IMODE
69. ON ik 0 ON ON ON OFF ON OFF OFF 100ms ON 0FF
70. POINT 1 P REV ON 0 0000 0001 NAK 11 14 ON NN P 8S _ ID 80h 128 16 ASCII 30h 30h 31h 30h 0010 EEPROM
71. Pr49 1 40 0 1 ON gt 1 5 3 3 4
72. 9 Sk _ F W L MB8G5BV 245 N 80 MB8G10BV MB8G15BV oa3 Nl gaN mm MB8G20BV a MB8G30BV MB8G50BV 539N i lt MB9G5BV 2g4 N A 90 MB9G10BV MB9G15BV mm MB9G20BV 490N 147N MB9G30BV MB9G50BV 637N X10 4kg mg 5 10 15 20 30 50 MBMU5AZAB MB8G _IBV 3 42 13 8 30 6 55 8 127 342 MBMU9AOAB MB9GLIBV MBMU1E AB MB9GLIBV 16 4 67 6 142 257 589 1684 MB8G MB9G 130 W BV 90 W 0 BV 50 W
73. IE SR ON DIN _ gt 3 5 100 C
74. r min 43 0 16383 0 mg 0 30 2 0 100 5 6 6 44 1 300001 200 6 ms 31 2 0 10000 400 45 50 150 50 6 96 32 2 0 10000 1500 46 0 gt 15000 100 6
75. B EEPROM STOP B B B
76. 1 1I1 ON fh 5 i 50 11 8 51 12 11 52 1 53 14 0 14 57 114 5C O1 0 5d 02 2 40 0 4 1
77. BoHH SMSIRHI8 1 1 9 10 9 O1ETXlBcG D ID 8110 8111 0000 H SM IRI8B 1 1 DIID8ID31D4 IETXIBCc ID D 8110 B111 r min 3Oh 42h 42h 38h OBB8 3000 r min 30h 35h 44h 43h 05DC 1500 r min CCW CW 8112h
78. 16 ASCII GOh GOh 30h 41h OOOA soH IS MSIHI8 110 9 19 9 0OIETXlBCG D ID 0000 R ID D 4 8 ASCII 1 8104 4Dh 42h 45h 47h MBEG 2 810P 33h 45h 35h 42h 1E5B 81 10h 81 1 1h
79. ASCII2 EY PT RAO OG RUI SM ID 80h 128 9Fh 159 NAK ACK 80h 128 ID 80h 128 68 R soH IS MSIRHI 1 10 1010 OIETXHBCC DD ID
80. ping ppritb 7A 0 6 0 B 0 1 3 4 5 5 6 7b 1 20000 1 7C 1 20000 1 100 1 1 100 7F Pr6b 6C 6d GE 6F 7F 10 3 LED B LED
81. Pr45 E HO Pr47 100 r min Pr40 4 0
82. 84 85 EC EC EU EU CE EC EMC EMC EMC
83. soH SMMSIRI8B 1 1 91019 0O1ETXlBCC D ID 811 8114 0000 R soH SMJ IRI8B 1 1 DIID8ID8ID4IETXIBCC ID D 811 8114 10 96 GOh 31h 32h 43h 015C 30 0 96 8115h 81 16h R soH SMSIRI8 1 1 9 1919 0O1ETXlBcC DD ID
84. i mm ID D 8103 4 SOH IN ID SoH HEoT ID D
85. 6 1 1 36 0 2 0 0 1 1 6 6 1 9 0 gt 10000 400 37 0 10000 50 1 6 1 2A 0 10000 1500 mg 1 38 0 16383 20
86. 8130h soH SMSIRI8B 1131019 1010 01ETXlBCC D ID CN 0000 R soH SM IRHIB 11310IDIID8 D31D41ETX BCGI ID ID 3 1 0 D1 0 0 0 0 D2 0 0 0 0 D3 0 0 0 0 D4 14 13 12 1 1 16 ASCII GOh 30h 30h 35h 0005 I1 I3 ON 8131h
87. Pr50 53 11 14 ON E OL ON Pr59 0 ON OFF
88. r min 4 4 1 30000 4 ms 4 1 30000 4 mgs 4 0 1 1 4 1 4 0 30000 Pr1E 1 4 1 mas 0 1 1 8 0 1 1 8 1 4 0 1 0 CCW 1 CW
89. CORR NE 1 6 mm 2 0 mm2 D 100 O 0 49 0 98 Nm POWER 5569 10A1 210 5557 10 1 R 210 5556PBTL B Pp 100 00 V V DVOP DVOP2890 50 0 20068 200 0 L1 L2 S10B PASK 2 1 O
90. 45 200 44 Ps 200 48 2 ON 11 49 0 4A 0 0 E 3 01 i 05 1 03 1 2000 04 05 1 1 200 ep 1 6 06 1 07 1 500 500 ms 6 08 2 2 09 2 0 0 0
91. 08596RFH 1000 m 4 9 m s2 XY Z 98 m s XY2Z 3 130 B UL 105 A 0 C 60 C 8596RH IP65 3 Pole 8 kg 0 7 1 0 1 3 EN ENB0529 EN60034 5 5 35 C 65 C 659 8 45 85 GP
92. 43 PANATERM for BL 55 EPCCUPLTPTPPTPPPPPPPCPPLLPPPLYYYPYYPYPPD 56 PPCPPCPPPPPPPPTPPPPPCPPPTYPPPPPTYYEYPPTFYETP 64 ere 86 Goto 90 ooo 97 PPCPPCPPPPPPTTTYTTYTTP 103 eee 104 caseesseeseeeeeeeeeeeseeeeeeeeeeeeeeeeeeeee 105 QO A PP
93. EC UL MCCB MCCB UL 5000 Arms UL508C No E164620 UL1004 No E168557 1
94. 8111h R NAK 8112h R 80 Pr62 806Z 8113h H 16 ASCII 4 P1 P2 P3 P4 8114h R ai H 100 0064 100 FF9C a NAK RT 0 EEPHOM EEPROM 1 DD HR 130h I 0 8131h H ACK
95. 2 FT PP ASCII4 a MP o Ww STX Oh a A ee ETX 03h ee ns i EOT 04h Ei OO A 5 BCC STX ETX XOR ENQ 05h ACK 06h NAK 15h WP ls4h5Qh NAK
96. Pr49 11 Pr54 57 0 GND 1 OPEN Pr50 57 Pr5C 5d 01 02
97. Pr06 OE 16 1E 1 1 1 2 amp 3 4 1 Pr2o 1 Pr22 3 1 3 1 Pr06 16 2 1 3 1 6 3 4 2 4 1 3
98. Ti Ta TA TiXSf 3000 r min N m 5 10 15 20 30 50 MBMU5AZAB MB8GL BV 0 71 1 4 2 2 2 8 4 0 6 8 MBMU9AOAB MB9G _ J BV 1 2 2 5 3 6 4 9 7 0 11 6 MBMU1EOAB MB9G JBV 1 9 3 7 5 6 7 4 10 7 17 7 3000 4000 r min N m 5 10 15 20 30 50 MBMU5AZAB MB8G IBV 0 53 1 1 1 7 2 1 3 0 5 1 MBMU9AOAB MB9GLIBV 0 90 1 9 2 7 3 7 5 3 8 7 MBMU1E1AB 100 V MB9G _IBV 1 1 2 1 3 3 4 3 6 2 10 3 MBMU1E2AB 200 V MB9G BV 1 4 2 8 4 2 5 6 8 0 13 3
99. 5 MBX 75 MB9G5BV MB9G20BV 4 8x 90 MB9G30BV MB9G50BV 4 M8 4 M8 4 M3x 1 2 1 B DVOP3510 A B 35 65 21 75 105 a 55 ha Se 10 48 4 i dl Rg Panasonic 1 di mm 2 Me 23 7 i BB A 9 oeR LO 9 4 5 6 8 9 10 W GND 5V SCK SIN SOT 6 1 0 MOTOR
100. OFF 44 1 Pr06 OE 16 1E 1 Pr07 OF 17 1F PrO6 1 PrOE 1 Pr16 0 3 Pro7 PrOF OFFT IDNLOFF OFF ON OFF ON OFF OFF OFF ON ON ON
101. 5 LED 10 1 Pr 3 CCW LED STOP 7 CAU RUN 4
102. 0 50 C B 0 50 C 20 85 RH IP65 EN EN60529 EN60034 5 IP20 B IP 0 4 9 m s 10 60 H2 1000 m 5 cm 50 60
103. 0 1 288 288 288 1 02 1 0 1 1 0 1 03 1 0 4000 1 r min 04 1 1 30000 1 ms 05 1 1 30000 1 ms 06 1 0 2 0 1 1 6 2 1 6 0 1 0 30000 Pr06 1 1 2 ms 0 ms 08 16384 16383 09
104. 8180h P S EEPROM 8190h P S 8191h P S H 81BOh P S EEPROM SOH ISIMMSIRHI8B 1O 0 0101 01ETXIBCCI D ID 8000h 807Fh _ a 80 Pr62 8062 P EEPROM OO00 BoHl SIWIPI819 PIIP8IP3IP4 ETXlBcc R 2 D D
105. 2 SN75176 82h 5 Ias4gp SER 6 lne485 4 1 4 GND GND 10 m RS485 400 4800 9600 bps Pr6 1 7 8 Pr62 Pr62 1 1 Pr62 01h 1Fh 80h 9Fh 80h Pr60 PrG0 65 B RS485
106. gd 0 500 0 0 40 0 5 0 0 1 1 1 6 ms 3 2E 50 150 150 96 4 5 3 1 41 0 1 O 0 1 6F 0 500 0 42 0 4000 200 1 6
107. 1 100 0 03 5201 7829 Lu TDK 052 971 1718 06 6632 8140 03 4544 7040 va dE 06 8341 8815 a 049 283 7575 NB 0462 65 2313 052 232 3977 06 6377 6760 045 543 1271 0561 33 0800
108. 45 ST a Sf Sf Mo 012 5 8 24 1 0 1 0 1 5 1 8 1 5 2 0 1 5 2 0 2 5 5 3 0 3 5
109. 8115 8116 OOOO 8115h 8116h 8116h 8115h gt 8116h R soH SMJ IRI8B 1 1 DIID8ID3ID4IETXIBCC ID ID
110. EE MB8G MB9G 10 000 5 000 8 Sf 1 0 3000 4000 r min 10000 x3000 r min r min 45 1 1
111. NE CCW I3 3 3 I3 GND 14 5 4 I41 GND 01 7 1 ON OFF 02 8 2 I1 12 80 ms I2 60 ms I1 ON 13 i OI Rm 14 01 08 ON ON 1 I TI1 ON
112. OFF ON 5F OZ 0 1 0 OFF ON 60 HS485 128 159 129 166 61 RS485 0 2 62 RS485 0 1 1 4 63 RS485 oO 10 1000 10 64 RS485 0 9 9 65 RS485 1 55 6A a 0 nO IgE 1 Pr6Gb 6F 9E 1 0O PANATERM for BL 1 6b 1 1 6C 2 6d 3 3 6E 4 4 6F 5 5 77 8 nO B
113. E 0 gt MB 2 4
114. I eS 0 ms 20 ms I1 ON 13 3 14 OFF LL 0 ma ON 08 0 1 1 1 ON 1 TI1 ON _ _ PeE Pi45 _IP2E PC35 PE PT35 jPeEP3B PE 35 PE 6 or
115. Q CS QO QO QO QO QO QO
116. EEPROM NT Tm ee 4 P1 P2 P3 P4 8 1BOh EEPROM ui25 1 SNE 100 0064 100 FF9C I 0 ACK 76 77 8103h 8104h 1 8105h 2 R soH IS MSIRI8B 1101319 109190 0O1ETXlBCC R DD ID
117. RS232 RHS232 HRS 32 USB 10 D DVOP4140 1 5m CONNECTORE DE 988 POWER _ _ 25 54 14 _ a SHHHHHHHe PANATERM for BL http industrial Danasonic Com jp i fa_motor html mm 100 200 V L DVOPM 0077 2m 2000 200 ULaeee Awegoxe FN1 25 4 X 39 01 105 5557 10R 210 39 00 0038 5556T sk 39 00 0039 5556T2 500 50 em Th UL3266 AWG16
118. 0000 0001 NAK 40 I1 P S Pr3E 0 0 0000 P S ID 80h 128 ID 80h 128
119. 1 4b 0 4000 100 r min 4C 1 30000 200 mg 4d 1 30000 8200 mg 4E 0 4000 50 r min 50 II1 0 15 8 11 I4 0 1 51 I2 0 15 6 3 4 5 6 1 2 52 I3 0 15 11 18 9 10 11 1 13 53 114 0 15 0 14 15
120. 01 RS 022 95 B 3 10W 150 0 1000 2000 3000 4000 0 1000 2000 3000 4000 mm Im OBB MBEG1E1BCP MBMU1E 1 MBEG1E5BCP MBMU 1 E2 30 4000 r min 1 133 i 130W 100 V 10 m 1 11596 15096 60 0 62 DC500 V 20 MO RW 8 AC1500V 1 10 mA 0 7 IP20 MM 0 kg 0 3 7 1000 2000 oi00 2000 4000 a a _ 1 B DVOP3510 PANATERM for BL RS485 Nml 130 W 200V B PANATERM for BL HS485
121. ON OFF ON 1 2 ON GND ON 3 BUSY ON OFF Pr5E 5F 01 02 ON 20msec OFF 4 BUSY OFF OFF ON Pr38 ON
122. 100 V DC100 V 200 V DC200 V 3 E OV 100 V DC200 V 00 V DC400 V LED 50 130 W 100 rHr 4 THr 50 130 W 1159 5
123. 5 RS485 HS485 6 RS485 HS485 a 7 GND B GND 8 SCK B 8 B B B DVOP383 B r min Pr7A
124. IMBEG5A1BCPIMBEG5A5BCPIMBEG9A1BCPIMBEG9A5BCPIMBEG1E1BCPIMBEG1E5BCP MBMU5AZAB MBMU9A1AB MBMU9A2AB MBMU1E1AB MBMU1E2AB W 50 90 130 100 120 200 240 100 120 500 401100 180 200 240 Hz 50 60 A TB 0 7 0 35 P OO 2 8 1 5 0 7 A 0 6 1 0 6 1 7 0 8 10 CS PWM 0 C 50 C 5 cm 20 8596 1000 m 5 9 m s2 10 60 H2 20 60 I1 12 13 I4
125. 0000 ID 80h 128 SOHH MACK ID D SOH_ MING MD ID SoH SX RI ee ETXBCC ID 2 D O000 soH IACKI MD ID
126. 1 1 8 8 1 3 8 2 RS485 4 8 8068h 62 0 11 4 5 8 2 AUS 6 1 2 8 1 9 2 10 1 11 RS485 RS485 8063h 63 10 1000 10 mgs RS485 RS485 8064h 64 0 9 9 0 8 9
127. Pr40 1 1 Pr4 1 NN NN
128. 0000 R soH SIM IRHIB 1 013IDIID8 D31D41ETX BCCI ID D C soH SMJ ICI8B 110 181DIID8ID31D41IETXIBCC ID 2 ID 8103 3 1 0 D1 0 0 0 0 D2 0 0 0 0 D3 0 0 D4
129. Pr3E 1 RHS485 IO 54 I1 0 0 0 GND ON 55 12 oO 0 0 1T OPEN ON 56 13 O 0 0 57 114 O 0 0 58 0 1 10 1 1 59 0 30000 0 ms 5C 101 0 5 0 01 02 0 1 5d 102 0 5 BUSY 3 4 5 40 I 0 TD 5E 01 0 1 0 0 ON OFF 1
130. OE 5 RS 0 a 1 35 2 150 36 2 O 37 5 100 100 ms RS485 31 DN I O
131. SE 30 B B I oS STOP IDATA SET ORD 30 STOP DATA SET 1 7 7 77 gt S Panasonic nN 1 B CW CCW 300 r min
132. ON ON O0FF ON ON ON 1 1 1 2 O10 No 0 RI 0
133. 3 0 1 3 0 1 3 0 4000 3 r min 3 1 30000 8 ms 3 1 30000 3 ms 3 0 2 1 3 4 3 4 3 0 30000 Pr16 1 3 4 mes 4 16384 16383 4 288 288 4 0 1 4 0 1 4 0 4000 4
134. 811P 8116 G88 88 81 17h 81 18h R SO HL SRLS 1 IOICIOTO TEDMB63 ID ID 811Z 8118 0000 8117h B118h 8118h
135. DIN 101 LB AC CE re MCCBT 2 a SER FRS485 B B a EE Pi ff 1 GP
136. ON 3 4 Pr50 53 1 4 I 14 9 ON 1 Pr22 PrOo 3 1 6 3 1 Bg V MIN 10ms MAX 10ms
137. mm A m RR 5 v MODE A min min MODE 99999 8 99999 1 123456 GO 10 7 7 ITITIT J Dn m BUSY 5 4 1 LU 7
138. BUSY OFF 5S Pr20 0FF Pr 1 Pr48 1 0 E LT OFF ON
139. OA 2 Ob 2 2000 0C 0d 2 2 200 a OE 0 OF 6 0 OE 0 0 14 CW 1 CCW Pr23 144 1 Pe 144 6 1424 0 I1
140. 800 ms 2 i 1 800 me S EEPROM 8000h 807Fh P S R soH lsixl ss elo PIlIP8IP3IP4 ETXIBCCI 8103h H 7 ID ID 8104h R 1 8105h ER 2 Pr60 ID 8110h R
141. DFF GND ON OFF 5 BUSY ON 60msec ON 3 BUSY OFF OFF ON ON OFF S Pr20 Pr21 1 Pr40 0
142. SOHH INe D ID SOHH SIMJ I 1919191910 1010191ETXBcc ID D soH MACK D ID SOH IEOT ID B27 D 70 H SOH DD ID O CO SM 1C18B I110131 IETXHBoc D DD ACK D ID
143. 33 2 0 100 0 0 mg 96 47 16384 16383 0 6 34 2 5 20 13 100 6 100 38 39
144. M4X6 1 39 01 2085 M4 1 39 00 0038 39 00 0039 AWG2 0 813 5 39 00 0046 39 00 0047 AWG26 39 01 2086 39 00 00408 39 00 0041 AWG 0 39 00 0048 39 00 0049 AWG26 er F M4 10 D 1 5 m
145. R soH SMMSIHI8 113 1 19 1010 091IETXlBCG D ID 0000 R soH SIM IRHIB 113 1IDIID8ID31D41ETX BCCI ID Dp 3 1 0 D1 0 0 0 0 D2 0 0 0 0 D3 0 0 0 0 D4 0 0 08 01 16 ASCII GOh GOh GO0h 31h 0001 01 ON
146. 2 1 1 1 12 6 E rU 2 1 a 1 1 2 3
147. 53 1 1 0 DVOPM20042 115 105 95 b 60 0 eR 2 g4 5 _M8 mm DVOP4 190 a g4 2 0 2 la 1 O EE Ir mm 28 1 2008 0 5 UL 1015 AWG16 F DVOP1450 mm 9 el g4 g 0 OOO O ii 1 ass 1 4 28 1 200 UL 1015 AWG16 4 5 0 5 DVOP1460 39 1 34 1 IELH 1 1 1 1 63 5A M IELH 1 11 63 5A M 5 A DELAY63 DELAY61 63
148. Pr50 53 1 4 11 14 Q3 Pr52 3 Pr48 2 Pr40 49 NN 20 ms 1 OFF ON OEE oFE ON OFF MAX 10 ms OFF ON 1 Pr48
149. RATA IT A e A 2 RUN 4 99999 99999 1 153456 ue 5 4 GO CL
150. Pr4 1 Pr47 100 100 Pr40 3 Pr4 1 lt a Pr45 Pr46
151. a 3 A ONI 4 EEPROM 288 B __ Pr7ZA 41 EEO MODE 5 LED mn Ov Te mn Ula MODEI
152. 42 200 44 200 1 48 2 1 49 4A 1 1 O88 00 1 10 1 0 3 01 1 0 MS 9 2 K 02 1 0 03 1 2000 CE 04 05 1 1 200 id 06 1 0 13 13
153. 44 IE 200 48 2 ON 11 49 0 0 at 0 ON 3 01 00 1 10 01 1 0 VL 0 0 1 1 03 1 2000 04 05 1 1 200 06 1 0 08 2 2 09 2 0 0 0 0A 5 1 Ob 2 8000
154. BoHl leor ID D ENQ Rw TO ID 80h 128 1
155. ON 81BOh EEPROM 1 KN 1 ON Se ON 1 P S EEPROM STEP 3 Mg PIOE la A Dae EA 7 EE o RT Em Bodslelelrleloloolol Ep JOG_FWD ON NS 3 ee JOG_REV ON 0001 EEPHOM HOMING ON EEPROM
156. 0C Od 2 2 200 OE 6 0 ge 2 ey 2 2 I1 ON 0 1 68 1 I1 ON 0 0 a a 2 1 5 ON I1 1 gg WW
157. 1 re 11 1 1 II1 GND I2 8 I2 GND I3 3 3 1I3 GND 14 5 4 II41 GND 01 7 1 DN OFF 02 8 2 I1 I2 13 14 01 02 ON ON 1 Pro7 Pro7 1 ON WN Ny 1 i 1 1 6 6
158. 240 V NEC Class A A 2 9 212 A 12 gt lt 2 3 9 4 2 Brushless Amplifier 100 V 100 V 120 V 10 50 60 Hz 00 V 600 V 240 V 10 50 60 Hz IECB0664 1 I EN IEC EN60204 1
159. 6 8 5_0030 25 ss _ mi IL I 2 30 0 5_0 030 1 0 12_0 15 4 96 5 MB8G M6X 65 MB8G5BV MB8G20BV 4 Mx 70 MB8G30BV MB8G50BV 4 M6 4 M6 4 M2 6x 18 1 MES EY7 30 W 130 W 5 10 15 0 30 50 6 0 6_ooso 25 C 918h7_6ore 30 4 98 5 MB9G
160. FN1 25 4 ii 00 V L 1 L2 L 1 Lo L3 39 01 2105 5557 10R 210 1 POWER DVOP2870 Eb 2 39000060G655epgrD 8 I 0 2000 200 L DVO PM20076 2 m 20 5 30 10 9 EE EE 4f 1 AWG 6 ms UL2517 PAP 10V S SPHD 00 1 mm T P0 5
161. LED B 7 LED 10 B 100ms Pr50 53 10 Pr58 1 1 PANATERM for BL RS485 64
162. 1 ms Pr36 2 37 1 1 6 1 dPr37 PANATERM for BL PANATERM for BL URL EEPROM 11 ON ON I1 ON
163. 2 288 288 288 1 OA 2 0 1 6 0 1 Ob 2 0 4000 6 r min 0C 2 1 30000 2 ms 0d 2 1 30000 2 Ims OE 6 0 1 0 1 3 OF 65 0 30000 PrOE 1 6 3 ms ms 3 16384 16383 3 288 288
164. 8117h gt 8118h R soH SM IRHI8Bl1 1 DIID81D3ID41ETX BCCI ID D 8117 8118 2 88 x 88 0 8120h soH SSWIRHIB8 1 1810101010 O1ET
165. R 9 a 2 2 ea EC tg a aa C 23h 43h 8103h 2 8 103h ENG ACK NAK EOT STX i ON 9 a 1 1 23h 49h gt 1 9999 lt gt _ 1 1 1 1 3 o P S 3 SH SI IPI I 4 MD D Le EoH Med
166. 0 5 5 5 V i ON 12 GND 2 I2 Pr5 1 Pr55 12 0 5 5 5 V ON 13 GND 3 I3 3 Pr52 Pr56 I3 0 5 5 5 V 4 NO ON I14 GND1 5 14 4 Pr53 Pr57 14 0 5 5 5 V GND 7 NO 8 5V 50 mA a 9 01 1 H Pr5C Pr5E Vce 0 DC 30V Imax 50 mA 10 02 2 Pr5d Pr5F Vce 0 DC 30 V Imax 50 mA 1 PANATERM for BL B HS485
167. 093 6895 1005 80 mm 90 mm MBMU5AZAB MBMU9A1AB MBMU9A2AB MBMU1E1AB MBMU1E2AB W 50 0 130 100 V 200 V 100 V 00 V 100 V 200 V N m 0 16 0 29 0 4 1 N m 0 24 0 43 0 6 A rms 0 53 0 53 1 00 0 50 1 30 0 7 RA 0 12 0 27 0 36 2 r min 3000 r min 4000 r min 30 4000 0 05 mm 3 mm DC500 V 20 MO AC1500 V 1 10 mA 10 40 5 cm
168. 2 1 8 28 30 29 31 A 32 ab 33 C 34 gd E 35 36 0 1 1 8 2
169. R soH SMMSIRI8B 1 1 8l19 1019 0O1ETXlBCC DD ID 0000 R soH SMJ IRHI8B 1 1 82IDIID8ID3ID41IETXIBCC ID 2 ID V GOh 31h 31h 38h 0118 280 V 8113h 81 14h
170. RS485 31 PE a _ PANATEHM for BL URL B 0 0 1000 2000 3000 4000 0 1000 2000 3000 4000 9 r min r min USB RS232 USB 50 W 200V 90W 200 V B DVOP3510 5 B DVOP383 051 0 24 0 43 0 21 035 RS485 96 028
171. fH gi os e NG 0 1 a _ NN WE B ss eg L DVOP38310 1m 21 DVOP38330 3 m OS DVOP38350 5m RJ45 SER lt gt 39 01 2105 5557 10R 210 39 00 0046 5556T 39 00 0047 5556T L SEHR 1 5 3141 5 lel7 8g ITsvlsoTlsiN GNDlSCk B gt 5 9 8 3 7 L 2 DVOPQ1000110 lm 45 45 RI DVOPQ1000130 3m DVOPQ1000150 5m DVOPQ10001A1 10m a 200 200 M24 M4 AWG20 AWG 0
172. 06 6968 1121 044 833 4311 1 lO sKY2le IOIOIO NP 8 A NH ST IOIOIOI Lf Lr E a fb Ml A Q B G G H a F 4H Bd A A d F F 3 2 lt Gn eo G H 2 yp 1 DVOP220 65 1 1251 93 seMax 155 70 3 0 8542 4 7 x12 M4 eg1 3 DVoP227 5540 7 801 66 541 110Max 90 41s2 5542 4 5 x10 M4 402 5 gt 1 1 lt gt 102 eS HMD 103
173. 1 8060h 8065h PrNo 7 2 ID 80h 128 RS485 80h 128 8060h 60 1 81h 129 9gFh 159 80h 128 81h 129 9Fh 159 RS485 RS485 0 2400 bps 8061h 61 0 2 2 1 4800 bps 9600 bps RS485 0 8
174. AC200 240 V a i EE CS B gt a LED LED 0 SER POWER MOTOR Yo
175. 1 5 V TkO I1 12 13 14 GND 01 02 Vce max DC30 V lc max 50 mA GND MOTOP 5569 08A1 210 5557 08R 210 5556PBTL U U V V V W 3 W W 4 5 VS 5 V NM 6 CS5 C82 ejp een 7 CS3 CS3 2 a 8 GNDS GND he PAP 10V S SPHD 001T P0 5 SPHD 002T P0 5 us ON 11 GND II 1 1 Pr50 Pr54 1 1
176. 13 3 3 IG GND 14 5 4 II4 GND 01 1 DN OFF 02 8 2 RN 12 20 ms 14 01 ON 08 ON ON 1 1 a MD I1 DN n 1 1 6 1 6 1 II ON 1 ON
177. 20 1 2J G 3 200 V fae 0 a 08 a TSV rg 1CCB GND 6 1 14 _ 105 12 1 HB 5 ii ll NN 1 6 mm 2 0 mm8 Go EN ni 0 49 0 98 Nm 100 V 00 V To I 0O L1 Le CCB a 10 5
178. bps 2 29 ms 2 8103h 81BOh 76 ASCII2 SS gt ID O1h 01 1Fh 31 0
179. 00 110 120 130 140 150 E OF EE 23 E LT FF rn B B B B E_Cn B 30 B PANATEHRHM for BL E
180. A 90W MBEGgA1BCP MBMU9A1TAB MBBG Be MM 130W MBEG1E1BCP MBMU1E1AB 5 50 MB8G BV a a 5OW MBEG5A5BCP MBMU5AZAB 1 AC200 COO 90W MBEGgA5BCP MBMUgA2AB EV 130W MBEG1E5BCP MBMU1E2AB 5 50 10 MB8G MBBG10BV 50W MBEG5A1BCP MBMU5AZ AC100 90W MBEG9A1BCP MBMU9AT 120V 130W MBEG1E1BCP MBMU1E M M 50W MBEG5A5BCP BMU5AZ AC200 90W MBEG9A5BCP BMU9A2 240V 130Ww MBEG1E5BCP MBMU1E2 Panasonic WP mmp 1 8ROSHSMOrOR ML ie 4 0 5 ME a ie TUV SN N spD 4 CE Ds Lu Panasonic Corporation Made in China MBMU 5A Z A B rr B
181. E 0S 6000 r min PH 9 6 Pr39x8 E POS 7 8388607 E PO 7 8 E 0C 30
182. MB 5A 50 W 1 100V A 9A 90 W 2 200 V NR 1E 130W Z 100 200 V Ser No 12 12 0001 012 1 O00 1 2 2012 12 01 ic BRUSHLESS AMPLIFIER SerNo P12120001 P12120001 5 hm 8 er 2 Panasonic Corporation MadeinChina 20121201 _ 20121201 MBEG 5A 1BCP P 5 ST BA 50 W RS485 Ao 8 1E 130 W 1 AC100 120 V 5
183. N G1h O4h SOH 8 0 1 ENQ 01h I 38h 31h I GOh N 31h K O5h SOH 0 1 8 1 STX 01h I 30h I 31h I 38h I 31h I O2h I 23h 2 SOH 8 gt 01 38 Ss Cle8l1 10o 1310101 1012 1 ETXI BCC 43h 38h I 31h 30h I 33h 30h I 3Oh 30h I 38h I O3h 6gh eg letD2FiDSIMIIANBIK FAR ai oh k1h KOe6D SOH 0 1 8 1 EOT _ 01h I 3Oh 31h G8h I 31h 04h I 8 0 1 ENQ 01h N 38h 31h I 3GOh 31h O5h _ SOH 0 1 8 1 EOT 01h 30h N G1h N 38h G1h N O4h ID OIh 1 ASCII 16 ASCII 1SOH STX 8 0 0 P 8 9 0 0 01h G8h GOh G
184. OM g 10 ON OFF E SPr CE OL F 5 1 CS 11 B CAU E CS CR E Er 795 12 RS485 RS485 0
185. Oh 31h I 08h I 24h I 50h I G8h G1h G9h GOh N GOh 0101 1 ETXI BCC aonytaoh ka1h KOsh I45 ID 80h 128 EEPROM ID O01h 1 ID 81h 129 PrO0 8000h 1 10 000Ah ASCII 16 ASCII DSI Sel ON NO CO EO NO OO O1h 38h 31h K 30h 31h 02h 24h 50n 38h 30h 30h 3Ohn 30n _ se OPD ENGIB6G UN 30h Ge h 03h I OCh _ OH 0 1 181 1 ACK O1h I GOh I 31h 38h I 31h I O6h
186. XHBCGI DD ID 0000 R soH SMJ IRHI8B 1 18lOIDIID8ID31D41ETXIBCC ID 2 ID 31 0 GOh G0h 31h 35h 0015 1 Pr6b 6F
187. h I 31h I 38h I 31h I 082h 23h es SOH 8 01 38 ag 0 10101 0O 1 IETXIBCC 52h 38h I 30h 34h I 3Oh I 30h 3Oh I 30h KG1h I O3h IZDh 0 1 ACK 31h 30h 31h 06h SOH 0 8 1 EOT 01h 30h 31h G8h I G1h I 04h T1 Te T1 0 oa 1 ACK NAK 2 a TS3 19 89 to 8 0 ms 10 2ms 0 msi 0 2 ms A 1 MIN a T1 Pr63 T 10 ms T3 0 ms 1 Pr65 9
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