取扱説明書 - Panasonic
Contents
1.2. QO
3. Q
4. 10 40C BeP B 10 50C 859 RH IP65 EN ENGO589 EN60034 5 _ B IP20 4 9m s 10 60Hz 1000 m 1 5cm
5. 50W MB9G MB8G BV 30W BV 90W 130W O0 0
6. 5 EEPROM DATA EEPROM EEPROM
7. DVOP3890 39 01 2146 5559 14P 210 X1 39 00 0049 5558T2L X14 Tt lt 3 RT DVOP3900 39 01 2145 5557 14R 210 x1 39 00 0047 5556T2L X14 DVOP3610 B 39 01 2105 5557 10R 210 X 39 00 0047 5556T2L X10 104 0031 13 10 MID 7 AWG22 28 03 3538 2961 FAX 03 3538 2964 57064 5000 57038 5300 574 0044 1 1 PANATERM for BL DVOP4150 072 870 3065 FAX 072 870 3151
8. 4 1 B3 G 30W 130W 175 1 50 CS 30 3000r min 3 4 4
9. 1 le Pr40 PS Pr4 1 1 a
10. 2 8 0 50 I1 9 I1 ON DR 51 12 11 1 52 13 1 ON I1 1 53 14 0 14
11. 1096 _ _ 500V 1MO L1 L2 a aw a a 4 AC
12. 50 I1 8 1 51 Io 14 52 I3 0 53 14 11 13 56 I3 5C 01 0 5d 02 2 40 0 1 5 41 0 1 428 200 RE 44 200 48 2 2S 0 3 1 4A 1 1
13. ID 01h 1 ID 81h 129 ASCII 16 ASCII OH 8 1 0 1 ENa OihK8nle1n0n sipyKo5h SOH 0 1 8 1 SIX _ 01h 3Oh 31h 38h I G1h N O8h I G3h SOH 8 ea 01 38 EE 9 9 9 9 0 0 0 0 EIX BCC 49h l 38h G9h G9h G9h 30h N G0h N 30h I 30h I 03h I 6Bh 0 1 ACK 31h 30h 31h O6h SOH 0 1 8 1 EOT O1hI 3Oh 31h I GBh I 1DI 04h SOHT 8 1 0 1 ENG Ohykggh 1n sohle1h KO5D SoH 0 1 8 1 sTx _ O1h N 3Oh 31h IG8h N G1h O82h I 63h
14. 50 I1 8 51 12 11 52 I3 53 14 0 14 57 114 5C 01 0 5d 02 2 40 0 A 41 NN 42 200 44 200 48 2 ON I1 49 0 1 4A 0 TR ER
15. ON 1 1 Pro2 Pr06 OE 16 1E 1 Pr225 3 1 6 007NT NUM TIN Pr07 0F 17 1F a
16. RS485 B _ RS238 i _ _ HS485 RS5485 B 150 1 150 130 B UL 105 A IP65 A EN EN60529 EN60034 5
17. 1 Pr48 E LT 1 288 X288 1 144 432 1 5
18. 4 8 ASCII 1 8104 4Dh 42h 4Dh 50h MBMP 2 8105 33h 41h 31h 45h GA1E 8110h 81 1 1h soH SSIRHI8B 1 1 91910 101IETXIBcc ID ID 8110 8111 O000 H Ki soH SI IRHI18B I1l 1 DIID8ID31D4IETXIBCC ID ID
19. EE ass A C8 1 oss Ecd soH MCK ID DD ID ID soHl kck soH ID D ID ID SOH IEOT ENQ 3 ID ID Q 8109
20. 45 9 a pa FPR 90 EEPROM E UPr 5P 91 EEPHOM
21. 8115 8116 288 X288 8117h 81 18h H eA a D ID 811Z NO 8118 0000 8117h B118h 8118h
22. CCW Pr23 0 CW 1 144 144 1 6 0 5 144 0 I1 11 1 1 1
23. 1 CW 8 N BE HH 6 0 0 PTD
24. b md a 00 1 j 16384 16383 0 0 1 0LX 288 288 0 288 1 02 1 0 1 1 1 0 1 03 1 0 3000 2000 1 r min 04 1 1 30000 200 1 ms 05 1 1 80000 200 1 ms 06 1 0 2 0 0 1 1 2 1 2 07 1 0 30000 0
25. B PANATERM for BL B3 G 1 2
26. o gt MB 1 4 80 MB8G M2 6 O 5N m 80 MB9G M3 0 8N m
27. EEPROM ID O1lh 1 ID 81h 129 PrO0 8000h 1 10 000Ah ASCI 16 ASCII 8 0 8 0 0 0 0 01h G8h G1h GOh 31h 08h I 24h I 50h I 38h I 3Oh GOh GOh GOh SOH STX P 0 10 A IEIXIBGC ohyls0p k41p 0sloCh SOH 0 1 8 1 ACK O1hI 3Oh 31h I G8h I 3 1hDI O6h 11 1 ID O1h 1 ID 81h 129 Pr40 8040h H
28. V GOh 31h 3d1h 38h 0118 280 V 8113h 81 14h soH SMJ SIRHI8 1I 1I 191010 9IEIXHBCGI ID ID 811 0000 R 8114 soH SI IRHI8 I1 1 DIID8ID31D4IETXIBCC ID ID 811 8114 10 9 GOh 31h 32h 43h 012C
29. B IP20 5cm MBMP3A1EBC MBMP3A1ESC MBMP3AGEBC MBMP3A ESC 0 14Nm 150 i 0 095N m 1009 3000r min MBMP9A1EBC MBMPBA1ESC MBMP9A2EBC MBMP9A2ESC 0 43N m 150 ff 0 29N m 100 3000r min MBMP5A1EBC MBMP5A1ESC MBMP5ASEBC MBMP5A ESC 0 24Nm 15096 016Nm 10096 3000r min MBMP1E2EBC MBMP1E2ESC 0 6PN m 15096 3 0 41Nm 0 0 33N m 30 no 3000r min 12
30. E SPr B 5 1 CS 2 CN 2
31. RS485 Pr60 81h 128 9Fh 159 O1h 1 1Fh 31 81h 129 RS485 B PANATERM for BL 8 1h 129 B2h 130 B3h 131 84h 132 11 SN75176 O1h 1 81h RS485 4 Hs4g5 RS485 T 19 Re4g5 GND GND lt SG 4
32. EF 2 ELV 100V DC100V 00V DC800V E 7 3 EOV 100V DCB00V 00V DC400V LED 30 90W 100 130W 80 4
33. 14 14 10 L DVOP38805 0 5m 4 4 B 1 B Oi 10
34. Q AN
35. _ Pr47 100 100 Pr4 1 3 Pr40 5 Pr40 3 Pr41 Pr41 Pr45
36. ON ON OFF ODN OFF ON
37. Pr23 CCW LED STOP 7 CAU RUN 94 4 MODE
38. 8103 3 1 0 D1 0 0 0 0 D2 0 0 0 0 D3 0 0 D4 16 ASCII 30h 3Oh 3Oh 41h 000A 81024h 1 8105h R BoHH SMSIRHI8l1 O ojolo olEnxBcc ID ID 0000 R BOHH ISII IRHI8 1 O DIID8ID31D4IETXIBCC ID ID
39. EEPROM MODE No MODE ES RUN 24 99999 99999 1 153456 3 5 4 GO
40. 4 288 1 4 E 4 0 1 4 4 4 1 Pr1E 1 1 ms 1 S 1 S
41. TH 30 90W 115 130W 1059 E 5 5 E 08 4500r min F P 5 6 Pr39x8 E_POS 7 B8388607 EPO E 8 E OC
42. 14 10 L B DVOP38605 0 5m NN 8 toEO L 1 PSP 5HP Ps B 3 5 7 sls 0
43. I P RS485 9600 bps 8 1 1 1000 9600 x 1 8 1 1 1 14 ms 400 bps 4 58 ms 4800 bps a 29 ms 2 8103h 81BOh
44. ON St a a 1 Ob 2000 SGD NII IN 0C d 8 2 200 Bee HR OE 5 0 1 i Be 1 EN i TN 1 5 1 1 aii 2 2 I1 ON 1 2 1 11 ON NR TE 1 ON
45. T 574 0044 7 1 1 072 871 1818 IMC59E S0407 2110
46. 9 g ee NN Q
47. Pr40 49 F 20ms H OFF ON 1 Pr48 2 OFF GND ON OFF 2 BUSY ON G0msec ON 3 OFF BUSY OFF
48. a 8 0 35 2 150 36 2 O 37 2 100 100ms 8
49. AR ii SI Cd Si Rs B A NT 8 LCCMAS 0 me AIR4AEVISIe 80 B 7 LED EL i a LD
50. X10 7kg m2 5 10 15 0 30 50 MBMP3ALIEBC MB8BGHBV 3 42 13 8 30 6 55 8 127 342 MBMP5ALEBC MB8GBV MBMP9ALIEBC MB9GHBV 16 4 67 6 142 257 589 1684 MBMP1E2EBC MB9GBV X10 4kg m2 MBMP3ALHIESC 0 87 MBMP5ALIESC MBMP9ALIESC 1 54 MBMP 1 EESC gt 1 2 3 0
51. 1 6mm 2 0mm 5 D 1000 NFB 1 1 8 I 2 12 3 8 13 4 14 3 5 5V 1 e 01 2 12a 08 ED Vce max DC3OV lc max 50mA I1 II4 1mA DS NK HC lt M 20 1 2J G G2A
52. B 30 10 hl PE STOP lu B Panasonic B 7 ov 6 rr 1
53. CAU B tn E_Cn 4 E LV OFF 9 RS485 9 E OH 105C
54. NN RE 2 cea et ei 48 49 10 EC UL EC EC EU EU CE EC
55. Pr36 G 1 1 5 28 30 29 31 A 32 Sb 33 ms 2C 34
56. 1 3 1 3 a 4 1 6 Na 1 8 1 gt 2 OFF om ri gm oe i i S1 1 1 Sg 6 P1 1 j P 6 j 1 gt 6 P1 1 6 1
57. 2A 0 10000 500 ms 1 38 0 16383 20 ON 2b 0 100 0 O 39 0 16383 144 1 XB 3A 96 2C 5 20 13
58. 76 11 ASCII 0 a ID O1h 01 1Fh 31 _ ID 81h 129 gFh 159 Mi 2 gi ASOII4 SOH Olh ASOII4 16
59. 688 00 1 10 3 0 01 1 0 SR ii 02 1 0 03 1 2000 04 05 1 1 200 06 1 0 I3 13 Z
60. DVOP38805 B r min Pr7A 5 LED 10 1 r _
61. i W V P r min Nm Nm Arms 10 kg BMP3A1EBC 100 1 0 BMP3A1ESC 120 04 BMP3A2EBC 30 0 8 10096 300010 095 0 14 5 0 65 1 1 BMP3A2ESC 40 BMP5A1EBC 100 5 BMP5A1ESC 120 a MBMP5A2EBC 50 0 8 10096 3000 0 16 0 24 0 87 1 3 BMP5A2ESC 40 BMP9gA1EBC 100 0 BMP9gA1ESC 150 1 90 8 9 3000 0 29 0 43 1 54 2 3 BMP9A2EBC 200 T1006 BMP9A2ESC 240 BMP1E2EBC 200 10096 30 130 8 3000 0 41 0 62 1 5 1 54 2 3 BMP1E ESC 40 8096 10 50 60Hz CS PWM BkHz ae 10 40C ceggB 10 50C mx u 8596RH 4 288 5 20C 4
62. ON ON ml OFF S Pr 0 Pr21 1 Pr40 0 8 Pr40 1 1 Pr41 lt N 6
63. soH HACK SOH ACK ID ID ID ID SOH EOT a BoHHL_L 1 RM SC SE 70 H BOH IXI IRHI IXBoo SS 3 ID ID Sa OO00 D
64. 20 60C 88 89 QO H 30mm R20mm
65. Pr64 RS485 9 Pr65 0N gt UN f 800ms 1 0 N a ON 0 4 11
66. 0 CCW g i 2 Pro3 0 CW 5C 01 0 0 1 1 5d 02 40 0 41 11 1 1 II1 GND 12 2 2 I2 GND 42 800 13 11 3 I3 GND 44 800 14 4 4 I4 GND 48 2 ON I1 01 6 1 ON
67. 7 2 10 ls Ds B 1 1213 14 5 6 7 8 9 10 1 ad Em le PE g3 7 14 L DVOP38510 1m DVOP38530 3m Q4 4 DVOP38550 5m L 2 _
68. 8117h 8118h 11 R SOHH sx Re 11T DTD2D3 D4 ETXBCC ID ID 811 7 8118 288 X288 0
69. 1 CCW Pr23 13 Z 11 ON ON I1 ON 11 1 II1 GND a2 IRISN D CW CCW 13 11 3 I3 GND
70. 41 0 1 0 0 1 2F 0 500 0 42 0 3000 200 1 6 r min 43 0 16383 0 ms 0 30 2 0 100 5 2 6 44 1 30000 200 5 ms 31 2
71. ii ID 80h 128 Re ID 80h 1258 30 a Ql 3 1 0 8191h D1 REV 0 0 0 D2 0 M_FREE S_STOP H_STOP P S D3 POINT POINT 1 0 HOMING
72. MB8G MB9G 10 000 10 000 5 000 1 Sf 1 0 gt 45 1 1 45 Sf
73. 10 ON OFF CE OL 11 B CAU B STOP 9g5 12 RHS485 RS485 65 E 485 FE 20 ErU 0
74. L1 L2 E 39 01 2145 5557 14H 210 Pr50 I1 1 1 ON I1 GND Pr54 Pr5 1 Io 2 2 1 ON II2 GND Pr55 GND 3 Pr53
75. 1 STEPp P S EEPROM PrOE POINT POINT 1 2 soH HsT lslPl8l1lBIO 1OI1010 1 1 HETXHBcdl JOG_FWD ON ID ID A 9 ON 0001 EEPROM HOMING ON A EEPROM SAUD Nb D gt 2aK IT2I eid P lt OINT
76. UL UL508C No 164620 UL 1004 No 166557 1 PE PE 10 EC UL
77. OFF ON Pr49 1 Pr48 1 H E LT HH 40 0 ON gt
78. _ MA Ti 1 sko 15 3 4 GND 5m 39 01 2146 5559 14P 210 39 00 0040 5558T AWG18 24 39 00 0041 5558TL AWG 18 24 39 00 0048 5558T2 AWG22 8 398 00 0049 5558T2L AWG2 8 5 B B DVOP38605 B
79. 3 ms ms i 2 288 1 3 0 1 3 3 3 3 8 3 3 4 3 4 ms j
80. 1 1 6 B 6 T 1 i
81. H H ASCII 16 ASCII SOH O1h 8 38h 31h 0 30h 1 SITX 31h N O8h R 8 0 4 0 0 24h l 52h G8h 30h 34h I 30h I 30h 0 0 30h I 30h 0 30h ETX 03h BCC 7Bh SOH O1h SOH 01h 8 38h 31h 0 30h 1 ENQ 31h KO5h 0 8 1 ACK 30h G1h G8h 31h O6h SOH 0 8 1 SIX 01h I 30h 31h N 38h 31h O8h en SOH 01 8 38 R 58h 8 38h 0 30h 34h 0 0 30h 3Ohy 0 0 1 EIX BCC 3Oh GOh G1h NO3h K ZDh 31h 0 30h 31h ACK 06h SoH 0 8 1 EOT 01h IG30h 31h N 38h 31h K O4h
82. 1 OFF ON 5F 0 0 1 0 49 0 1 0 0 OFF ON 1 60 RS485 O 128 159 129 67 Pr48 1 61 RS485 O 0 2 2 4A 0 1 0 62 RS485 O 0 11 4 32767 63 RS485 oO 10 1000 10 0 1 64 RS485 O 0 9 9 1 65 RS485
83. 1 a 2 2 1 a 1 1 2 6 r E rU 2
84. EMC EMC EMC EC61000 4 4 EC61000 4 5 EC61000 4 6 EC61000 4 1 1 UL UL1004 UL508C EN50178
85. T1 TE T1 ACK NAK T3 T3 RC 0 2ms i 10 2ms 0 2ms 0 2ms Ea T1 Pr63 T2 10ms 3 0 2ms 1 PrG5
86. NAK EEPROM HEV ON 0000 0001 NAK 1 14 ON P S ID 80h 128 16 ASCII 30h 30h 31h 30h OO10 EEPHOM 84 85 12
87. 1 5 3 2 3 4 Pr50 53 1 4 1 14 J3 Pr58 3 Pr48 2
88. SOH 8 2 01 38 C 8 0 3 0 0 0 EIX BCC 43h 38h G1h GOh G3h N 3Oh N G0h N 30h I 38h I 03h I 68h gt 31h I 30h 31h I O6h SOH 0 1 8 1 EOT a 01h NGOh 31h I38h I 1h KO4h 1 ENG 86NIS LT Ole8nmlsipyleon G1O5D SOH 0 1 8 1 IEOT _ 01h NKGOh 31h I38h IG1h K O4h ID O1h 1 ASCII 16 ASCII 8 0 0 1 STX 8 9 0 0 01h G8h GOh 3Oh 31h O08h I 24h I 50h I 38h I 31h I G8h GOh GOh SOH 0101 1 EXI BCC soh soh K31h KOah I 4h ID 80h 128
89. 32 33 Z 2 0 DN L1 gt Pr23 0 La 1 _ _ ie 11 1 II1 GND 12 6 I2 GND 13 1 1 3 II3 GND
90. 144 1 5 1 32767 3 767 1 E rU 2 1 8 1 _n Pr50 53 1 4 I4 8 1
91. 1 8060h 8065h pro 0 ID 8 80h 128 a080h 8 RS485 81h 129 co 8Oh 128 81h 129 9Fh 159 RS485 RS485 8061h 61 2 o 2400bps 1 4800bps 2 9600bps RS485 0 8 1 1 8 8
92. Pr50 57 1 Pr5C 5d 01 02 0 ON OFF Pr38 ON ON 8 BUSY ON 3 ON 4 1009 6 ON 5 ON Pr5E 5F
93. 45 RN TEE 1 3 B PANATERM for BL NR NN2 SG
94. SEr RUN 4 EEPROM IMODEI a 288 ER TN D4TA EEPROM ee ATA EEPROM
95. 8120h R soH SIXISIHI8 1 8lO 101010 09IETXIBcC ID ID 0000 R soH SI IHI8 1 8lOIDIID81D31D4IETXIBCC ID ID 46 0 GOh GOh 31h G5h 0015 1 Pr6b 6F
96. DVOP4 140 A B A 14 10 20 B 14 PLC PANATERM for BL gt DVOP4150 DVOP4140 14 14 10 14 90 13 4
97. soH six 1 P 8 1 8 101DIID81D31D4 ETX BCC soH ISMSIPI8 1 9 10101010 1 ETxBCC ID ID ID ID Pr3E 1 RS485 0001 IO 42 T11 0000 0001 NAK Pr3E 0 0 P S 0000 P S
98. 8110 B111 r min GOh 42h 42h 38h OBB8 3000 r min 3Oh 35h 44h 43h 0O5DC 1500 r min CCW CW 11 81 1gh R soH SISIRHI8 I1I 1 8lO1010109IETXIBcc ID ID 0000 H soH SI IRHI8 1 1 8lDIID81D31D4IETXIBCC ID ID
99. soH SIXISIRHI8I1 3 1 01010101ETXIBcc ID ID I 0000 R soH ISM IRHI8B 1 8 1IDIID8ID31D4 ETX BCC ID ID 3 1 0 D1 0 0 0 0 D 0 0 0 0 D4 0 0 0 01 16 ASCII GOh GOh 3Oh 3d1Ih 0001 01 ON 11 8180h 8190h P S P S
100. Pf2E Pr45 iPr2E P35 IPiE PT35 PrSEPr35LP2E IPr85 _ ProE 20ms 1 ON ag or GTD 50 I1 8 51 12 6 1 1 8
101. 5 B Pr7A 43 Ymin LV MODE 3 0 IA LM PU i sn 5 Ne MODE min MODE 99999 99999 1 123456 39 4 GO LL SBA aD 10 BUSY 5
102. 6 2 7 OFF 3 4 2 1 5 li OFF 1 2 ON 3 4 1 Pr50 53 1 1 4 Q1 14 9
103. 0 1 5d 02 0 5 2 2 BUSY 3 4 5 42 43 8 B 7 LED LED LED A S 5 B T C U D V i E J F fF 0 i G Hf 1 H H 2 g 3 3 K 4 L 5 5 N n 6 O 7 7 n P r 8 g Q 9 9 g R LED nO nu P PrOG 44 9 B3 G B B 7
104. sa 10 16 FFF6 ASCII EOT 04h i a _ BCC STX ETX XOR ENQ 05h ACK 06h NAK 15h JISX5002 P 24h 50h EEPROM
105. 40 41 8 1 HH F 0 ie p EO se PD PD 48 oO 0 2 1 0 1 5E 01 0 1 0 0 ON OFF 2
106. DVOP3611 5 SUP EQ5 ER 6 DVOP1450 R A V 781BXZ 4 03 3424 8120 06 6388 1781 100 88 75 53 1 2 g4 5x6 75 2 g4 5 6 M4 8 ME 1 2 3 oooO Go 1 HHH 8o 1 123 a 41 IELH 1 1 1 63 5A M 5A DELAY69 DELAY61 63 03 6895 1005 1 4 1 4 I O
107. O 7C 1 80000 1 54 I1 oO 0 1 0 0 GND ON 100 1 100 55 I2 O 0 1 0 1 OPEN ON F 56 I3 O 0 1 0 _ 57 14 ol ol 0 58 0 1 1 0 1 1 Pr6b 6C 6d GE GF 7F AA sl 10 a ley a I 5C 01 0 5 0 01 08
108. Pr58 1 1 ON ON ON Pr59 0 ON OFF DN OFF
109. 14 4 4 II4 GND 01 6 1 ON OFF 02 12 I1 I2 13 14 01 ON 1 1 6 1 02 i ON I ON 1 FEB TDS Pro7 I Pr07 I1 DN i 6 1I1 ON
110. Sf Sf 1 0 5 8 24 08 10 1 5 12 18 20 1 5 20 25 25 30 35 1 TA TA T1XSf T1 Sf TA Nm 5 10 15 20
111. 23 a a 02 1 03 1 2000 04 05 1 1 200 ST a _ 1 68 06 1 WE 07 1 500 500ms 65 08 2 2 09 2 0 0A 2 1 0 Ob 2 2000 4 OC Od 2 200 OE 6 0 OF 6 0 Z 4
112. Wty mm 30W 50W KO 95 2 101 7 7 OoO 30 50W lA Eel gt 90 2 0 5 32 po 37_ 8 se se Na 7 12 Si 7 2 25 30 HH T eS RE A 4 8 S MB MEfsi 7 3OW 50W 5 10 15 20 Na 30 50 6
113. 10 14 D 1 5m DVOP4140 90 g1 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
114. EN60034 1 EN5501 1 EN61000 6 EMC H CE IEC61000 4 2 i EC61000 4 3 IEC International Electrotechnical Commission EN Europaischen Normen EMC Electromagnetic Compatibility 100V 100V 120V 10 50 60Hz 00V 200V 240V 10 50 60Hz IEC60664 1 I 2 EN IEC EN60204 1 IEC UL
115. 1 2 _ 4 3 4 A EE soH Eg ID D ID 80h 128 SOHH_ EoT ID ID 70 7 11
116. 3 8 RS485 4 8 8062h 62 Sax 11 4 5 8 MM 6 7 8 7 1 9 10 1 11 RS485 8063h 63 10 1000 10 RS485 mgs RS485 S485 MI 7 i 9 8 9
117. _ 582 IIG 15 53 14 13 56 13 Sa 14 57 14 5C 01 0 5d 08 2 40 3 41 42 200 44 200 45 50 46 100 1 47 144 48 2 ON 11 49
118. a 0064 100 FF9C NAK EEPROM 8 1BOh EEPROM 80 16 ASCII 4 P1 P P3 P4 I 0 ACK 100 0064 100 FF9C a 7 11
119. Panasonic Brushiess Motor Model No MBMP3A2EBC Input 1Ph 200V 240V 50 60Hz InputCurrent 0 6 Thermal Class 105 A 0 UL 130 B TUV RatedOutput 30W RatedSpeed 3000rmin Rating S1 8 HMV S2 a IP65 Ser No 10110001 Ms sonic Corporation Made in Japan C26701 1 MM 3A2EBC C B MB S E 1 AC100 120V 3A 30W 5A 50W 9gA 90W 1E 130W SerrNo 10 11 le 2 ACG00 40V 0001 010 1 1 000 1 R PS MBMP3A1EBC AC100 120V MBMP3A2EBC OW Acgoo e4ov a MBMP5A1EBC AC100 120V RS MBMP5A EBGC DOW AGgoo 240V 9 A MBMP9A
120. gd E 35 36 0 1 1 8 37 1 Pr36 2 _ 1 5 9 A 1 IM 11 RS485 31 I 0
121. LED 3 5 5 355 5 _ LED 1 i 2 sms ge Pr4E 0 a a 4E 5 50 5 uC 7 _ 300 jE es EI 3 em Hg 5
122. Pr46 a Fpl Pr45 ES E HO Pr47 RN a 0 oN i Se ET a i Ao
123. 32767 21 0 E HO Pr43 FE 22 32767 Pr4A E OF E 23 ELT 3 FE B B B E_Cn
124. 8 la4h5agh EEPROM 2 i a 2 SH aa SOH SOH EE R 1 2 C 23h43h 8103h ENQ ACK NAK EOT _SIX 8 103h gt 1 gh 49h ON 1
125. OFF ON OFF OFF ON OFF MAX 10ms 1 OFF GND ON 6 OFF 3 BUSY OFF OFF S Pr20 Pr 1 11 0 3 TH i a 7
126. 1 r 4 O f MODE 5 MODE DATA DATA 0
127. 5 B B 5 Pr7A 43 LED IMODE O 7 MODE uu i Er 5 LED RATA
128. LED 10 B 100ms Pr50 53 10 Pr58 1 1 PANATERM for BL
129. ON ON ON 1 1 O1001 JI1010 O 1 2 ON ON ON OFF ON 0FF O
130. OFF 49 0 02 12 5 2 202 6 f a 1 NR BA 00 1 10 _ a ea a 01 1 0 08 1 1 I3 03 1 000 6 14 04 05 1 1 200 Pe 06 1 0 01 08 2 2 09 2 0 0 02 OA 5 1
131. 1 1 I I 1 I I 1 I I I 1 I 1 I 1 I I 1 1 I I 1 I 1 I 82h 14 SN75176 13 RS485 RS485 3 EPRPP En GND Pp GND 10m RS485 400 4800 9600bps Pr61 7 8 Pr62 Pr62 1 1 2 Pr62 QO1h 1Fh 80h 9Fh 80h Pr60 Pr60 65 B RHS485
132. 8103h R soH SIXISIRHI8BI1 0O1310101010IEIXIBcC ID ID 0000 R soH SM IHIB 1 0 131DIID8ID31D4 ETX BCCI ID ID C soH SI ICI18 1 O 13IDIID81D31D4IETXIBCC ID ID
133. PATA 1 et EEPROM 0 A RUN 4 Pr02 0A 12 1A O0 RS485 5 B Pr77 B gt B B B B EEPROM
134. 1 55 2 4b 0 3000 100 r min 6A n 0 nO I9E 1 Pr6b 6F 4C 1 30000 800 9 1 0 PANATERM for BL 1 ms 4d 1 30000 500 6b 1 1 ms 6C 4E 0 3000 50 B 6d 3 3 BE 4 4 r min 6F
135. NFB NF F 1 6mm 2 0mm5 MC 0 D 1009
136. 0 10000 11000 45 50 150 50 5 96 32 2 0 10000 500 46 0 15000 100 5 33 2 0 100 0 0 ms 96 47 16384 16383 0 5 34 5 20 13 1 00 6 100
137. 5 5 50 I1 Oo 0 15 8 II4 7 n nO B 0 1 Pa 7 26 51 12 0 15 6 2 3 PL gg 4 5 PP 7 6 1 2 A 0 6 0 B 52 II 0 15 11 8 9 10 11 0 1 12 13 3 4 53 14 0 15 0 14 15 5 5 6 Pr3E 1 RS485 b 1 50000 1
138. 80 5_90so 8 _5_6030 A 25 5 FT N g S 4 065 30 MB8G a M6x 65 MB8G5BV MB8G20BV 4 76x Z0 MB8G30BV MBBG50BV 4 M6 4 M6 4 M2 6x 12 IMlstsig 47 90W 130W 5 10 15 20 30 50 6 45 58 42 35 25 8 6_6oso 1 i ni 3 C IE 4 4 g8 5 30 MB9G M8x 75 MB9G5BV MB9G20BV 4 8 x 90 MB9G30BV MB9G50BV 4 M8 4 M8 4 M3x 12 13 ere RG ss DVOP3510
139. soll slPlslilslilololo igce ID ID Pr59 0001 H_STOP 0000 0001 NAK ON P S S STOP ID 8Oh 128 ON M_FREE 5 ON 81BOh EEPROM ON
140. 14 4 4 ON 4 GND Pr57 5V 5 B B B 50mA a __ Pr5C O01 6 1 Pr5E SCK 7 SIN 8 B I F B SOT 9 N A 10 Pr52 13 1 3 ON I3 GND Pr56 Pr5d 0 12 Pr5F RS485 13 RS485 R8485t 14 S485 I F RS485 10
141. eee Panasonie 2 Tr 7 77 B DA B STOP EEPROM B 91 B EEPHOM _ nr rr PErr
142. 100r min Pr40 4 0 60 61 11 Pr50 53 11 14 ON E OL 100ms ON
143. 8130h soH SISIRHI8B I 3 10 101010 109IETXIBcC ID ID 0000 R BOHH SM IRHI8 1 3 1OIDIID8ID31D4 ETX BCCI ID ID 3 1 0 D1 0 0 0 0 D 0 0 0 0 D3 0 0 0 0 D4 14 13 1 1 1 16 ASCII GOh 3G0h 3Oh 35h 0005 I1 IG ON 8131h R
144. 1 8 1 6 1 G 3 ON En Pr50 53 1 4 1 14 4 5 ON OFF Pr4b 4d
145. 0 80 MB8G M6 9N m 84mm 80 MB9G M8 7 8N ml104mm
146. 14 4 4 II4 GND 01 6 1 ON OFF 02 12 8 I1 12 Io 60ms I1 13 OFF 14 01 08 _ ON ON 1 I1 ON i NH
147. EEPROM EEPROM OF EE 8131h R I 0 180h P S ACK 8190h P S EEPROM 8191h P S 81BOh P S EEPROM soH SIXISIHI8BIO ololololErxBcc 8000h 807Fh ID ID P EEPROM _ _ P 80 Pr62 8062
148. PrO6 1 PrOE 1 Pr16 0 1 BQOZ ProF i OFFLONL OFF io oF ui ESEC OFF ON OFF MEI a 0 a ONL__OFE OFF OFF ON MAX 10ms ON ON ON OFF ON 0 Pr08 OE 16 1E 1 1 1 1 2 3 4 1 8 ON GND ON Pr 1 Pr22 3 1 3 BUS
149. 0 5m 6 B3 G DVOP3611 5 SUP EQ5 ER 6 03 3424 8120 06 6388 1781 i NFB mme W 100V 30 90 BBC25N 5A BMFT61041N 3P 1a 0 5 AWG820 0 13 AWG86 200V 30 130 BBC25N 5A BMFT61042N 3P 1a 0 5 AWG820 0 13 AWG86 50 10 EC UL 18 10 gt rmere 8 GS 9 J PANATERM for BL DVOP4150
150. B CW CCW 300r min LED 4 LED LED 5000 Mg E
151. 0 4A 0 23 0 1 00 1 0 01 1 0 0 02 1 1 03 1 2000 04 05 1 200 06 1 0 Oo OL 0 OA 2 Ob 2 8000 0C 0d 2 200 OE 6 0
152. 0000 soH SIXISIPI8IO P1IP8IP3TP4 ETXIBCCI ID ID R Pr60 ID NAK BoH SXX IRHIBIO PllP8lP31P4TETXBcC 0 Pr62 806 ID ID 0 16 ASCII 4 P1 Po P3 P4 0000
153. 1 1 1 9999 Si P 8 4 soH IMMSIEI ETXBCC ETX ID ID 0 ASCII2 ID 01h 01 1Fh 31 D ID ID 8Oh 128 gFh 159 RA 80h 128 NAK ACK I ID 80h 128 68
154. S EEPROM 8000h 807Fh P S R EoHl Ms Sl8lo PilPglPa P4TETXBod 8103h R ID ID 8104h R 8105h R Pr60 ID 8110h R 8111h R a RR NAK 8113h R 80 IT ee Pr62 0 8114h R a 4 P1 Pg P3 P4 8115h R 8116h R 0064 100 FF9C 8117h R NAK UN a
155. 30 so0 MBMP3AHEBC MB8GOBV 048 gge 13 ng 25 4 MBMP5AHEBC MBBGHBV 071 14 gg 28 4o eg MBMPBALHEBC MB9GLHBV a5 a9 3 MBMP1E2EBC MB9GLHBV 18 a za SEZ W P MBMP3ALESC 100N 1oN MBMP5ALESC 100N 1oN IMBMP9ALESC 150N eoN i i MBMP1E2ESC 150N 20N MBBG5BV 245N MB8G10BV 20BV 343N 9gBN MB8G30BV 50BV 539N CF MBgesBVv 294N a MB9G10BV 20BV 490N 147N MB9G30BV 50BV 637N gt 1 2 3000r min 0 1
156. 4 gt 10 UL 50 18 SD NR 51 RR 5 5B RI NE en 20 seas SQ a a So 11 53 eps ETE 65 B er a 820WEEHRBRBSEH B rere 8 12 8e de 6 RR ER ER 8 _ DR Sa SE SA RE EN d 1 ee N PE QO
157. rrD 28 0 100 5 35 6 50 150 150 96 1 6 1 1 36 0 2 0 0 1 1 6 2 6 1 29 0 10000 1000 37 0 10000 50 1 1
158. 3A 0 1 0 0 1 1 3E O 0 1 0 1 0 O 1 HS485 O 2d 0 500 0 O 40 0 5 0 0 1 1 1 6 ms 3 2E 50 150 150 9 4 5 3 1
159. Pr06 1 1 9 ms 1 0 ms 08 2 j 16384 16383 0 09 OX 288 288 0 688 1 OA 5 0 1 1 65 0 1 Ob 2 0 3000 2000 6 r min OC 2 1 30000 200 2 ms 0d 2 1 30000 200 2 ms OE 6 0 1 0 0 1 2 3 OF 6 0 30000 0 IPrOE 1 6
160. e9 11 R 1 a SOH ENQ BOH IHSIXMMSIHI 0 10 10 0OIETXHBCCI ID DD ID ID 0000 scH BrzlIrilslslslslololo o 5XlBcc ID 80h 128 ID ID
161. 1EBC AC100 120V i MBMP9A2EBC WN ACa00 240V a MBMP1E2EBC 1aow Aopoo e4ov FD oo ao 5 809 SO MBMP3A1ESC AC100 120V MBMP3A2ESC JOW AGg00 240V MBMP5A1ESC P80 AC100 120V MBMP5A2ESC DOW AGg0o 240V 2 MBMP9A1ESC AC100 120V MBMP9A2ESC ON Acgoo e4ov MBMP1E2ESC 1 809 10 80 MB MBBG10BV 6 0 4
162. 2 4 1 Pr38 ON 3 OFF 54 55 1 2 4 1 3 1 3 4
163. FF 100ms ON0FF Pr49 11 Pr54 57 0 GND 1 OPEN H
164. GN D 11 12 1I3 14 01 I2 8 II2 GND 68 1 13 11 3 II3 GND 14 4 4 II4 GND 01 6 1 ON OFF 02 12 8 ee ee 20ms i OFF a a EE A 02 a i ON 1 1 i 1 I1 ON i 7 1 5
165. Panasonic B3 G alg 3 et P 2 4 SW ee ss emceeeeeseesteeeseeaee 7 NMe 30 ES Um 1 30 Ue EO 3 2 32 5 MkeOMRSRMP6PeA7NMWR4kfe24SG 5 3 NN 34 4 SS 38 NR ES EE 6 8 NN RS Oe eR 38 RD NR Sh 38 0 R4 gt CCNA 8 LED Re 44 ER RN ER 10 9 R00 45 ee 12 eRe 45 ee 45 3 15 468 4 eee MS
166. S30 0 96 8115h 81 16h R ID ID 811P 8116 0000 8B115h 8116h 8116h 8115h 8116h R SOHH SIM IRI8 II 1I DIID8ID3 D4IETXlBCC ID ID
167. Y ON 0FF 6 3 1 Pr5E 5F 01 02 ON 50msec OFF Pr06 16 2 1 3 1 2 4 BUSY OFF ND i IEE OS RE CR OFF ON
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