取扱説明書
Contents
1.2. HHHHHHHHHHHHHHHHHHHHHHHHHH n EE or H OFF A 2 gr 1 H I 2 gr 1 IHB5 HI gr 1I
3. 1 H 3 3 3 ee
4. 9 3
5. 150 4 6 59 2
6. 1
7. SY 1 1 1 1
8. 3 1 nm
9. LCD OFF 4 4 2 1
10. 55 eta ON OFF ON 2 YY0002w3 1 2 2 2 Ww 4 m EE NK Na 3
11. 150 3 1 2 1
12. vol 1 No 0 Few as EE ETT gt S ms S ms IT Pe 2 a No sec RM
13. 1 2 3 150 ET Y POWER ALARM 151 15 35 g49 4 11 CY S 600 800GIH 110 92 5 B PC IIO lm OO minnie 2x4 M5 H 10 4 M4 237 5 63 1 Ei 155
14. AB 4 3 X4 5V 5 No 63
15. NOM a il J 1 HH IHHHHH
16. No 76 0 X4 19E LO 22 134217728 1 EEPROM EEPROM
17. 1 2 0 DO RR Ww MW 3 4 5 6 7 4 6 1 2 Ql O 146 10 10
18. 106 4 F T 3 EO
19. 1 2 OFF MDT S ON MDT A ON 1 3 LS 3 OFF LS 3 OFF LS 10 OFF LS 1 2 ON NT MDNT ON NT NT NT
20. 5 127 6 8 7
21. 1 2 3 4 Kg 52 md Va A A Vy mm Tn a me WP 2 SV 2 ii oe ON SS OFTF i ie
22. 1 4 3 E Ir 3 1 2 I i 2 YW RS ats 2 et ss NT 1 2 3 3
23. LM 3 0 1 1 11 2 ON ON OFF MDE H PETE H 3 4 gt V 2A 1 1 R 7 MO a ln LL S 10 LS 8 T3 GG RY 7 ON 2 MM
24. 0 6 G CN
25. CY CS 600GI CY S 800GI CYW S 600GI CYW S 800GI SGYW S 1000GI CYW CS 1200GI 1 1 SD ne RAR RR Rr i Na 1 a a a tN a 2 1 1 1 1 9 CE TE NE NE RR EE ER EN SR ER Ee YET 2 3 1 2
26. 1mm 0 1mm 9 9 1 NN H I Dnait i re hes mm 1 1 0 0 mm 2
27. A Se otahs a 2 F1 F6
28. 5 cm 0 5 0 C 1 2 5
29. 10 1 3 2 22 ON VS EN OFF 10 10 2
30. E TT 1 3 Qc 7T o w 4 Nt Hl A 4 EE Qc NG 2 OFF gt 3 4 ON gt 5 0 1
31. 2 3 149 150 5 151 SU f 1 7
32. 1 1 10
33. OFF 150 4 1
34. 3 9 ul 4 1 1
35. ON N MO ON
36. OUTPUT RY1 RY 1 KR RY2 RY 2 Y 5 jp jm sys Ry 3 ME ME RY5 RY 5 MA MA RY6 RY 6 MN N RY7 RY 7 RY8 RY 8 RD RD V1U V 1U oD OD by V1D vV ip V A HX L1 LS 1 V1DH V 1DH 8 0 L2 LS 2 O vis V 1S L L12 LS 12 V2B V 2B L10 LS 10 V2A V 2A 4 L3 LS 3 V2S V 2S L S L3S LS 3S V31 V 31 L4 LS 4 V32 V 32 L4T LS 4T V3V1 V 3V1 1 L4V1 LS 4V1 1 V3S
37. 2 101 3 3 5 11 12 2 0 0 V 4 0 0VDC
38. 10 10 20 30 40 50 60 70 80 90 100 MIN MAX 3 2 Qc 1 2 Ir 9 8 3 7IT Oo 1
39. Hg MDCS OFF K MDCS MDCN OFF MDCN RCs 2 MDV2 OFF 2 MDV2 MD 2 K ON 5 4 NT MDNT OFF NT MDNT NT NT NT NT 2 MDNT 2 ON 6 0 MDTS ON MDTS ON MDTA ON
40. 1 1200 IT 3 E 3 3 2 ei
41. 7 E OF F OFF 3 1 2
42. OFF L S 4 V ON ON MD S S OFF S MDS ON ON
43. O
44. No 20 0 7 8 No 21 0 No 21 0 8 o 128 6 X100
45. RY 3 UP MO OF F 1 2 RY3 OFF RY 3 LS 4 LS 3 MO O RY RY 3 UP FF 3 OFF
46. MDE ON 2 2 ON ny ny RY 7 ON T3 UP RY 7 20 ON ME ON T20UP MM 8 ON 90
47. 130 6 H ALM LED No 5 I mi i 7 20 400VDC OV 100V
48. E Qc 6 2 Ti1 T2 5 7 T8 T1 4 1 2 1 2 3 TT Oo 6 BE Rt ww 4 Rt N 8 Tl DsT4 DD SDs oT ls Ts 8 IsTE hs CD nS Ean i En 4042
49. 150 4 NG 1 1 148 10
50. 2 NE 2 E Imz 2 HH A 2 5 1 10 s Hz 100 1499 1500 SS
51. OFF 2 2 1 3 EPROM L CD 2 ban Py rr T 01 No 7IT Oo
52. NT NT NT NT a UO NE RY3 OFF 2 2 1 1 A 84 vol 3 No H STEC CA3 1 1
53. LS 1 LS 83 LS 3S LS 8 ON LS 4 LS 4T LS 4V LS 4S OFF 13 28 LS 10 PPPLLLLLL No PT 0 1 E 0 2 2 MD 1 ON LS 6 ON MDTA 2 MDTA2 0 3 LS 6 OFF
54. 40 o 41 No OB 3276 7 42 44 1 1 45
55. MDK ON MD K OF F MD 2 ON MDTS MDTA MDTA2 MD 2 OFF MD 2 ON MD 2 OFF
56. 2 MD 1 OFF 0 4 M0 OFF MO OFF MDYT ON M0 OFF 0 5 MD OFF MD OFF 0 6 MD 2 OFF MD 2 0 7 NOS ON RE LS 9 OFF LS 9 OFF
57. gt WED 1 N AUTO 1mm 0 1mm
58. 1 LT TE1 BsT Te sh 93 0Ds Tad 15 HsTEE 9H DNs 1 2 BE 1 2 2 2 1 2 NEN 1 2 9 2 2 1 2 Wi i CO NR 1 2
59. JST RA H401TD 40P 1 24G1 GND 2 2 4G1 GND 3 4 5 1 6 7 8 L4V1 1 28 V1S 9 L4T 29 V2S 10 L6 amp 30 V3S 11 L 8 31 V2B 12 L 9 32 V 6 13 L10 33 V3V2 2 14 L 3 S 34 V1US 15 L4S 35 V2BS 16 L4V2 2 36 V13 17 L7 37 V1 4 18 L16 38 24V1 24V1 19 V1U 39 24V1 24V1 cN 2 JST B16B XADSS N A 16P E
60. 32767 CN SIG 5V 5 1 1
61. 2 MD 2 KK 2 8 N 2 OFF 1 2 1 2 fr ON
62. 1 1O 1 1 pk Fr j cw 112 6 CN NT NT MOLEX 5566 10A 10P 2 4G1 GND 24V1 24V1 2 4G1 GND NT NT NT 24V1 CN 6A JST BO4B XASK 1 4P cN Ss JST B8P VH 8P 5 V 5 V 2 4G1 GND 24V1 24G2 24V2 5G GND 1 2 3 4 5 6 7 8 113 6 CN 3 CPU A HIROSE FX6 60S O 8SV2 60P PA4 PA3 PA2 PA1 12 PAO 13 PBZ 14 PB6 15 PB5 16 PB4 17 PB3 18 PB2 19 PB1 CO el Co EZ7 D0 D 1 D2 D 3 D 4 D 5 D 6 D7 3 4 3 5 60 5 61 5 5 61 51 5 261 61 5 561 5 1 5 261 5 5 51 5 5 CO
63. 1 2 3
64. 6 0 4 0 47 1 188 2 750 3 3000 4 12000 r min 5 9 5 47 6 188 7 750 8 3000 9 1200 r min 3V IM 1 5 1 31 2 125 3 500 4 2000 5 8000 pulse 6 10 6 31 7 125 8 500 9 2000 10 8000 pulse 0 1 2 5 RS232C s 0 2400 bps 1 4800 bps 2 9600 bps 1 s
65. 3 3 3
66. 0 147 36 31 32 36 31 10 1
67. V 1 3 OF F D E UP MO ON MDCS MDCS 2 M D 2 ON MD 2 OFF 2 MD V 2
68. LS 1 2 OFF W E OFF ON 3 3 LC 3 1 3 UE hDi IFFL OE No OE
69. 18 1 0 1 2 3 4 mi ep Co gt 1 1 1AIBICIDIEIFIGIH I K I MIN IO IPIGIR S I U V W XxX Y A b d e f gg h i J k m n oO p q r S t u V w x y 2 F KR i x N 6 eyh K 7 No 4 D1 ST ABCDEFGHIJKLN MPORSTUVWWYZ ahcdeTghijklm ein 8
70. Em ul H e N A B C D A B C D E F G H I J K L IM N P R S T U V W xX B OX M 1 MS3102A18 10S M 2 MS3102A28 11S8 138 7 b 201225 001 1 BOX CNP 3P VGCTF 4GCx0 75sq JAE Imolex MS3106B18 10P
71. ON 0 9 MD OFF Es MD OFF NO MD ON 1 0 LS 8 ON LS 8 OFF 1 1 E NOFF
72. 3 2 7IT Oo 0 Qc A TM 5 LS 1 L S 12 LS 2 SU
73. EE Err13 EE LV 0 y 4305 B 97 7 7 7 1 71 7 AHT 2HT CC CO B B 7 2 7 7 I F SRV ON 29 dE E Ph 7 7 Se FE i a CNI DB 7 7 DB
74. 7 7 7 1 1 2 1 O ND ME nb RY1 1 RY RYh_ RYE RY ES NI CR 1 O reese 1 1 O O ON OF EF 7
75. E 9 RR Qc FA 1 5 A Il 1d 8 6 lt rj HH II 1 8 1059 D LS rj 1 n 1 8 1059 D AU 1 2 ON 22
76. 3 8 MDCN OF F MDCN OFEFE 3 9 MD 4 MD 4TT MDCV OFF MDK OFF NANOBR2 RMD LS 8 ON LS 8 ON 4 1 2 LS 4V2 ON LS 4V2 ON 42 MD YT ON OFF OF F 4 3 H V1 3 MD SS ON ON 4 4 LS 10 OFF
77. 6 1 MDTA N MDTA ON H MDTS ON 6 2 T MDNT ON NT MDNT ON MDTA ON 6 3 LS 1 2 ON LS 3 OFF LS 10 OFF 6 4 LS 3 LS 3S OFF LS 3 LS 3S OFF 6 5 LS 12 OFF CP LS 1 2 ON
78. LS 4T OFF LS 4 NOFF LS 4S LS 4S OFF 18 LS 8 LS 9 LS 8 ON LS 9 ON 1 9 LS 3S OFF LS
79. N 1 1 2 AC200 220V 50 60Hz 900VA 2000Vp bp lgsec
80. 0 CW 1 CCW SS 2 1 172 07 0 1 CW CCW CWL 20 CCWL 19 0 1 CW CCW X5 CWL 20 CCWL 19 0 1 COM 1 1 COM CW CCW X5 CWL 20 CCWL 19 2 3 A 0 rT JE RS X5 3E St i
81. 1 lt Qr TT E 59 3 h 36 31 32
82. 143 7 d 201220 003 O CY S 600 800GIL 1200 1600TR CYW S 600 800GI 1200 gt 1600TR 201220 006 O CY S 600 800GIL 800 lt 1000TR CYW S 600 800GII 800 1000TR 201240 003 O CYW S 1000 12006I 1400 lt 1600TR 201240 006 O CYW S 1000 1200GI 1800 lt 2000TR MT 4P x3 4P 3SX 4C x0 75sq VCTF36SB 4Cx0 75sq a AMP ee 172159 1 1015 AWG16 30mm Y G 170366 1 1 JST R1 25 4 gl Oh Sh Sh No 144 8 8 183113 SCA3M 1 183114 CPU SCA3CPU 1 183115 SCA31 1 4 1 151170 4 5m PCA3 4 5
83. LS 3S OFF ot LS 4 ON H 4 LS 4T ON H LS 4V1 ON LS 4S ON o LS 4 S ON 3 5 LS 8 OF LS 8 OFF 8 PS 3 6 o
84. 0 1 CPU CPU R OM CPU CPU ROM ROM SUM 1 OFF 0 2 CPU CPU F ROMI CPU CPU ROM ROM 1 OFF 0 3 CPU RO R OM M ROM Sc 1 OFF 0 4 EEPROM
85. LS 10 ON 7IT Oo 1 1 ms 4 1 1 1 1 1 0 2 10 2 5 CO MA OFF 2
86. 3 7IT Oo 1 ON L CD ba ia 7 12345E 0 7T a CO ka 2 4 3 4 a
87. 2 4 L S 4 S OFF LS S OFF lt 2 6 RY 3 MO0 OFF M0 OFF 2 7 LS 3 ON T 2 3 LS 3 ON 2 8
88. 1 32 1 J
89. OFF 3 OFF 7T o 5 5 1 OFF OFF
90. 1 4 No No SN 4 4 4 1 a 1 NE ee
91. S ON S N MDKAS YY MDKAS S S ON MD25S ON ae 4 9 3 9
92. 2 2 1 2 1 3 7IT E 1 RY 6 Qc 3 3 1 5 15 6 5 NO 1 3 7 lt NN ER N x ll 2 5r 5
93. 3 8 50 7IT Oo S ms 5 ms 2 10 1009 10 10 100 S S 0ms 255ms 0ms Qc NN gt S 0nms 2 TY eb N S S 10 10 PF
94. DSW1 3 OFF i ON i ba DSW1 5 DSW1 4 OFF OFF ON OFF ON ON DSW1 7jiDSW1 6 OFF OFF ON OFF ON 117 6 OFF
95. _ MM eu Ce MD S ON 8 S ZS 2 3 4 5 6 7 8 SCOCECSE ON OFF 8
96. OFF gt lt ON gt 2 ON L CD SAR SEIKI CO LTO TE Br i 4 1 No Mn NEW 0 MM 0 0
97. 2 MD 2 K ON 2 0 8 LS 8 OFF LS 8 OFF LS 1 0 MD S S OFF 2 MD 2 KK ON 2 NT MDNT ON NT NT MDTA ON LS 10 0 9 RD OFF RD OFF 1 0 1 1
98. EN a 1 3 CN No 1F 0 7 RE No 1IF 8 0 No 10 No 14 3
99. NH 1 SL SL 2 SL SL SL SL SL SL A 142 7 d 201220 002 O CY S 600 800GL 1200 1600TR CYW S 600 800GI 1200 lt 1600TR 201220 005 O CY S 600 800GIL 800 lt 1000TR CYW S 600 800GII 800 1000TR 201240 002 O CYW S 1000 12006I 1400 lt 1600TR 201240 005 O CYW S 1000 1200GI 1800 lt 2000TR ES x4 20P AMP KOVVBS 6PX0 2 p 172163 1 I 2 170365 1 170366 1 1 3M 10320 52A0 008 10120 3000VE 3342 26
100. 23 6 20 CY S 600GI 100 cy SsS 800GI 7 0 0 0 4 0 CYW S 600GII 8 0 CYW S 800GTII 100 0 0 4 0 CYW S 1000GTI 8 0 CYW S 1200GTI 100 0 0 124 6 6 4 AC e NODE ADDRESS A DATA RATE IM 2 SP 9 ry X6 RS232 MINI DIN MD S8000 10 JST 2 1 721 205 026 000 WAGO X7 X8 AE LINK MODULAR CONNECTOR TM11R 5L
101. 1 11 2 11 3 11 CE tetrs OFF 1 11 11 11 10 11 8 8 2 1 12 1 oh 3 9 E12 I TT 15 4 12 5 12 8 6 12 lt 7 12 MT ia 8 12 9 8 3 ea oY 4 a gt
102. 1 4 1 5 LS 3S OF F OFF MDCN ON LS 10 OFF LS 3S OFF 1 6 MDW OFF MDW ON NT MDNT ON NT NT NT 1 7 MDSS HH
103. X5 MBR 2ms X5 MBR 2ms 30r min MBR 3 RB2 RB3 1 2 RB1 RB2 10 Err18 No 74 X2 n B 07 7 B 2 dEF
104. LCD Tr RO 9 Oo 2 ES PROM 108 Rt 5 5 2 Ness x 2 NT NT 2 2 2 W S S
105. MO SN ME 7 lt MO on V 2A V 2S E 1 MO H lt gt S 12 LS 8loN gt oN T7 lon LS 6 4Rbrg LS 8 LS 12 LS 3 Ns lf gt V 3 1 rs lop lv 32 ox wLre she pl V 3V1l 1 4 0 gt de 1 1 1 5 ILS 8 ON gt vV 4P OFF V 4RI ON 1 6 gt E 1 1 1 1 3
106. 104 59 CW CCW 97 7 No 0 2 No 0 2 No 0 B 7 No 0 B No 0 2 7 Me
107. 1 4 3 10 6 1 4 3 7T o ia 1 MANU gt 2 3 5 4 1 lL 1 ET 1 4 5
108. A 57 FE 6 ns Se a 2 7 EEEEEEEEE 2 7T o 3 3 3 1 4 N Ca 1
109. 3 4 5 1 2 3 4 5
110. 4 4 5 No No No 7T o 6 a 1 0 7T Bs 1 1 ST EEF EHTEL NDPORS TINY abcdefshiijklml 14
111. 1 FEM WEgr LEFE STS WEF SDPEA EMF Ver LSEMF SEU WEF LasLIS MSH WEgr PHJFI Vy PE Wer YOSCD OSPC CBX 1 5 15 5 II WN NEW 1 345E EE 1 RT LS 3 ON LS 12 OFF
112. mm mm 1 1 0 0 791 7 9 9 mm
113. NGo 20 Hz SEN ms E 1000 4 1 10m s 10 s SP
114. OFF OFF 1 2 MDT B ON NT NT NT MDNT NT NT NT NT MDNT NT NT NT OFF MDNT NT NT OFF NT NT
115. 1 ST 5 7 In 8 9 1 4 1 4 6 EEPROM 1 1 nl 2 3 4 7 Rt wl i
116. CN SIG 5 V 5 NN 47 oe 51 54 CW CCW o o 55 1 A 58
117. 1 1 gt N Xx 1 OFF 1 44 mR
118. No 73 13 E No 5E No 74 75 76 6
119. MDNT NT NT OF NT F NT OFF MDNT NT N NT N MDNT 3 UP T 2 0 T20 UP MDE 3 OT UP ON UP OFF UP ON
120. MDS S OFF 1 8 NT MDNT NT NT MDNT OFF NT NT NT 1 9 NT 2 MDNT 2 NT 2 MDNT 2 OFF NT 2 0 OD OFF OD OFF NT NT 2 1 NT V 9 ON
121. T 2 3 RD ON RD ON 3 2 LS 9 ON 3 3 L ON S 7 T 2 3 LS 9 ON ON T23 LS 7 3 8 M0 OFF
122. 0 mw Ss er No 3 k 03 92 CLS 4 OFF yA 5 5 3 29 F
123. 43 2 eR RR RR ER RR RR SR I 45 9 4 i NC NR EER EE A CE PUe 47 0 0 DE 49 10 1 CE SS EE ES EE ERS ERNE ES EENE ES CE EE ES CC EEE iR ee 49 10 2 50 1 0 3 NE NERA NE RE WVSRHB20Y RR NE EI NE 51 1 1 tt 53 11 1 Ee A ER RE 0 NE OL I SEE REIS EL ER TE 53 11 2 ER EE ERE CE EE EE EE RS EE EER 55 1 1 3 Se 59 1 2 60 19 1 SA NR A RE RD CES SE RR CE SRE SS ee 60 29D RG NE SG RE RS EE EER EE SS 61 1 2 3 eee 62 12 4 ee 63 1 2 5 ee 64 12 6 0 RE RS EE EE RE 65 1 2 7 ee 66 SS RS Ri 69 14 tt 1 4 1 1 4 2 i NR CR 70280 73 14 4 I 74 1 4 5 EA RE RIE WT RE EE EI ED RE SE N
124. 6 RE 7 ey A EL 1 8 9 1 4 4 3 He NO 3 60 7IT Oo 1 4 5 2 3 1 1 1 4
125. 14 1 4 3 0 3 0 NO N 14 1 gt
126. 2 Y noonar T1 1 4 T32 T31 T30 T20 T19 4 4 a ei 1 4 T1 T2 T3 T4 T5 T6 2 4 3 RN 1 4 2 4 3 4 4 4 1 4 0 eR 1 4 4 4 3 4 2 4 1 4 1 2 2 1 4 7 4 1 LsT4 als Te lsTh ls Ti elsTE ls 2 4 LisTll LsT12 3 4 4 4 Hs IGG 9 TT LST Ds TE ls ds 8 HsTE DLs 1 2 12 3 N
127. 5 OO es 6 2 1 IA I EE RE I 6 ce 6 RI RR RI EC RC RE I ES 6 9 2 TE SN OE NE SO 2 RO EE 68 BS ea ee 8 kc LV eR i ot 12 3 1 NR RR NR RA SR a RR RE SR TE A 12 12 0 RT RR ER EE A RR GN RA AE RR 12 Ee RR EE NE ER te ER MU VETTE RE MEE 13 3 2 13 9 9 NE CI EE IE IE TEE SE ER TG 14 a a oe aii ds 15 4 1 A RRR NN RE EN RE be eS 15 4 RN RR CBC RU IR ES A EN A A RN ER 17 5 SN 18 6 19 kernneteattiderkeene shoeierr etnoetkaheisearrgsesas 20 0 oooe ceeeeeeeseee 20 EIR SAC RT ee RR ES ETA RTE 21 58 1 OO RO I WP PP 23 8 24 8 RN RN NE ERT RN ROT N
128. E 8 RY 3 LS 1 2 ON LS 12 ON MO ON RY 3 ON S MDS ON
129. F 1 F 6 3 NT a 8 i PS NT 7T ub iene WC NT i 6 EN NT 2 NT NT NT 1 NT NT 2 2
130. 18 E 20 AB EEPROM 21 5 V 5 22 23 102 24
131. 5 7T 7 1 4 1 4 5 1 TT 2 3 1 ST 4 8 8 3 5
132. 0 40C 85 RH CPU FROM E PROM DC24V 300mA 1 DC24V MAX AC250V DC24V 8A 0 00 99 99 3 0 s99 91 2 3 9
133. 133 6 e7 LED 1 0 2 7 LED amp a 0 5s 0 5s 0 5s We u dr gi u nd U 0 5s 0 en 0 5s Servo OFF SeTvo Ready 0 D Alarm code 0 Servo ON 134 6 e AE Link L Ver0 06 2 AE Link H 300 Ver 0 00 AE Link H 600 Ver0 00 38 4kbps 614 4kbps 1
134. 2 2 2 MD 2K H 9 1 DL Rt 1 1 II 1 8 T lt MAX MAX 9 Re RR RR
135. 4 3 LS 10 N LS 10 ON 4 4 H LS 10 LS 12 2 LS 10 ON LS 1 2 ON 4 5 LS 12 OFF LS 12 ON 3 3 3
136. A2 4 Slolola oa rlwl eR 1 B5 4 B 3 4 B 2 4 B 1 4 B 0 5G GND 5G GND TXD0 TXD1 RXD0 RXD1 A D A D A D A D olool G rn rlwlR So ey gt gt gt gt gt gt gt i Nd gt gt gt gt a 0 gt lo lo 61 lt lo 5 lt lo ce lt lo 5 6 61 lt lo lo 5 6 651 lo 5 6 lt lo lo 5 6 lt lo lo lc lc 114 6 CN 4 CPU B HIROSE FX6 60S 0 8SV2 60P 1 5G GND 2 5G GND 3 C 7 4 C6 5 C5 6 C 4 7 C 3 8 C 2 9 P11 1 1 10 5 V 5 V 40 P12 1 2 11 5 V 5 V 41 P13 1 3 12 5 V 5 V 42 P14 1 4 13 5 V 5 V 43 P15 15 14 14 P16 1 6 15 5G 5G GND P17 17 16 5G 5G GND 17 5G 5G GND 18 5G 5G GND 19 15 CN 5 G JST BO8B XASK 1 8P 24G
137. 0 3 LS 1 OFF 0 4 05 EEP R OM 0 6 LS 2 ON ON S 2 OFF 0 7
138. MO MD LS 10 LS 6 ON 10 LV 1D V 1S ON V 1D V 1 S5 O RD D LS 10 LS 6 LS 8 ON MO LS 10 LS 6 LsS 8 ON ON LV 1D V 1S OFF V 2A V 2S ON ON OFF LV 2A V 2S OFF LV 3 1 V 3 V V 3 2 V
139. 225 002 1 1 0 220 001 0 CYS 600 800GII 1200 1600TR CYW S 600 800GIL 1200 1600TR 220 004 0 CY S 600 800GIL 800 1000TR CYW S 600 800GIL 800 1000TR 240 001 0 CYW S 1000 1200GII 1400 1600TR 240 004 0 CYW S 1000 1200GII 1800 2000TR 220 002 0 CY S 600 800GII 1200 1600TR CYW S 600 800GIL 1200 1600TR 220 005 0 CY S 600 800GII 800 1000TR CYW S 600 800GII 800 1000TR 240 002 0 CYW S 1000 1200GII 1400 1600TR 240 005 0 CYW S 1000 1200GII 1800 2000TR 220 003 0 CYS 600 800GIL 1200 1600TR CYW S 600 800GII 1200 1600TR 220 006 0 CYS 600 800GII 800 1000TR CYW S 600 800GII 800 1000TR 202140 003 0 CYW S 1000 1200GII 1400 1600TR 202140 006 0 137 CYW S 1000 1200GII 1800 2000TR 7 201225 003 1 R S
140. a LS 10 ON 1 E ll 7 ND 9 I tws 9 7IT Qc 7T 9
141. 0 105 4 4 ON ON ON O IN ON
142. DATA RATE 614 4kbps H F 135 J NDOE ADDRESS sh8D Peamesens DATA Ti ATE 6 S1 gt lt AE Link AE Link 136 1 225 003 1 225 001 1
143. MD KO H ON 1 o NN LS 7 L S 1 2 MDKO ON H 8 S
144. LS 10 4 5 LS 1 2 OFF LS 12 ON LS 1 2 OFF 4 6 NT OFF T NT NT 4 7 MDCS ON 1 3 ON V 1 3 ON 4 8 5 0 MDTA OFF MDTA MDTA2 ON
145. KON 6 6
146. 3191 03R1 MS3057 10A 1189ATL 1 R S 139 7 c 201225 002 1 BOX BOX CNF 14P JST XA XAP 14V 1 SXA 01T P0 6 HHHHHHHHHHHhH VCTF 20Cx0 3sq 1 H 5 040950 SPV JAE MS3106B28 11P MS3057 16A rh islsTalslelz ss bole Y JST 12 5 YS3A H A B C D E F G H I J K M N 1 KR S
147. 7T o 9 5 7 5 pp re 1 1 5 11 n il 19 8 1059 0 Qr
148. 200VDC o 2 U V W U V W EE
149. 5 100 50 2 WY OFF OFF EEPRO M 3 EEPROM PROW _ 4 EEPROM ce gt 9 EE o gt
150. L 0 5 LS 4 TT OFF LS 4T ON i L 0 6 LS 4S OFF 0 7 M0 OFF LS 3 S OFF 0 8 6 0 LS 3 S LS 12 OF F S ON M 0 LS 3 LS 3S OFF LS 10 LS 2 LS 3 LS 3S OFF i L
151. 8 0 5 1 OFF 0 6 1 OFF 0 7 1 1 1 OFF 0 8 LCD
152. LCD 1 OFF 100 3 4 N No 100 0 1 OFF L ON 0 2 0 mm LS 1 ON
153. 0D OFF 3 2 0D OFF O 3 eR N 6 M0 OFF 0 3 LS 4 OFF amp LS 4 ON o RR E 0 4 LS 4V1 OFF LS 4V1 ON i
154. 12 4 TE LMT Ls Toe SsTeh Hs Ta hsT LMNs 1 PL T87 1 nUs Ta 0 5ls Td In n0s 5 5 72 TFT Ls Ds Te sh DDS Tod 15 llsTEE 9 0Ns 1 2 1 2 5 H NT NT 8 NT NT NT NT lt olo lo oo Oo oo Oo Ooo Oo OO oOo Ooo Oooo PPP RLF FR RRL PO ROL ON DT RY3 OFF T23 24 1 10 1 100 E2 PROM 1 2 12 6 MD1 OFF NDTB 0N 114 1 T15 4 WDTF O
155. 13 13 LS 4 LS 4S LS 4T LS 4 V ON 1 0 2 gc OO gt Bg BF Bg Bg y BB 4 2 ae N
156. 35 36 EEPROM EEPROM 37 EEPROM EEP R OM 103 EEPROM 0 39 CN X 5 2pi 0 ON DC1 2 2 4V
157. M DTA RY 3 S MDS ON 8 8 4 ON NT N ON NT NT 2 MDNT 1 2 ON
158. LS 3 OFF LS 3 s 1 2 LS 3S OFF S LS 3S OFF MDS L S 3S OFEF 1 3 LS 3 LS 3S OFF S 3 S M0 OFEF NOFEF 1 4 LS 4 OFF amp LS 4 15 LS 4V1 OFF LS 4V1 F 1 6
159. 2 2 2 1 2 LCD 10 X 5 OFF ON
160. 3 3 Se 3 1 5 1 5 15 1 1 2 MANU gt 2 3 PMID 1 1994EE 12945E LE cr LF a456 EEE 3 1 4 2
161. NT NT V 9 ON 2 2 MD 4 MD4T MDCV OFF 4 MDK OFF MD 4 MDCV MD 4 TT OFF 2 6 MDTA ON LS 1 0 OFF ml F 27 E NT V9 OFF NT V10 28 LS 10 o LS 10 OFF CN 2 9 LS 3 OFF 30 LS 3S wm LS 3 OFF
162. 9 n97 d poet sl 8 1 1 B 1229 w 2x4 M5 4 M5 8 k ER PE PN 284 83 450 l 6 OOj Sg IEoUE 154 1 2 A PRXD IB gt o PRXD 5 6 ey Pr 1 Cno GN4 1L24G1 2L24V1 24V1 24V1 XX 24V1 3 4 olksmT ksm OIKSW2 KSW2 2 Oo i SCA3P JST JST KEC 15P KEG 15S JAE MS31068B18 MS3057 10A R Im JAE NMS3106B28 11P MS3057 16A E JST XAP 08V 1 molex 3191 03R1 R 1 S 2 1CNP E 3 JST XAP 14V 1 CNF Weidmuller LP5 08 3 904 50RJP 3P 4 Al1 AL2 SG1 3 1 CNR 24GO 5 Stao Parts ML 250 S1BYF 7 SCA31 TI T2 155 12 JST molex XAP 04V 1 5566 10R 24V 4 YS 24V 8 Z 2 CN6A L3 2 CNW A 3 14 3 molex B 4 CNNT 16 6 5559 08P 7 7 JST JST ov XADRP 16V XADRP 16V ov 5 1 1MO MO_ 1 L4T 2 2 MD 2 BAN 8 6 3 MN MN 3 L9 7 GNV 4 MG MG 4
163. 109 5 S NT NT NT NT NT NT RY3 OFF 110 6 6 1 SCA3M ER 0 4 1 0 FOO Y C33Z C338 C221 C222 C223 C224 C225 C226 C22Z C228 a RM AA EAE EAPE NEANE EAE AY EI i 1 em 1 mi RA19 R29 Ra3 C11 EI RAL ELC WW NTT MTT Wt RNN RR RRR 111 6 cN 1
164. LS 3S ON T 2 3 LS 3S ON 2 9 LS 6 ON T 2 3 LS 6 ON 3 0 LS 8 ON ON T23 LSTS8 3 1 RD ON
165. 42 5 239 3 25 8 187 26 5 132 4 1 1 CYW S 600 800GI 110 165 B H_c 1O HroWem a ie 2x4 M5 4 EE 90 ssl 148 9 6 fo 55 1 4 M5 125 310 330 187 109 19 99 153 4 11 CYW S 1000 1200GI 159 110 165 5 8 K 4 M4
166. LT 3 0 1 4 1 4 2 b 3 1 al 2 3 3 7T o 7T o
167. No 10 No 14 1 No 18 No 1C 1 2 3 5 6 7 3 5 6 2 1 6 166 s 3 5 6 3 5 6 No 31 1 2 2 X166 s
168. T dE r dt Fr dt RS Du dh nm X5 3 1 I COM X5 117 2 8 1 1 COM CE 1 Sn Sl X5 i S 129 6 P r X4 256 X N
169. 1 0 0 V 2 0 0VD 1 C 3 a a v 14 U V W U V W E 15 16
170. 118 6 6 2 SCA31I MA OD RD 24G2 24G2 SG2 SG1 AL2 AL1 CNF 1 lt S S 6S 3 1 Q 119 6 cn p MOLEX 5 5219 O3A 3P AC200V R AC200V S CN 2 JST B16B XADSS N A 16P 3 a oo 0 NS nl ol ss CS 1 cN Ss DC JST B8P VH 8P 5 V 5 V 2 4G1 GND 24V1 24G2 24V2 5G GND oo nS Oo oT 120 6 TB1 Weidmul ler LP5 08 3 904 50RJP 3P x 4 TBz2 Sato Parts ML
171. No 6 3 A No 5 25 No 7 3 v No 7 4 75 7
172. CW CCW 132 CW CCW 6 7 No 2 7 No 02 No 0B N
173. L4V2 3P mm 4 2 L16 3P VtU 2P molex em 5559 02P VID 2P 4 VIDH 2 3 V3V1 2P a V3V2 2P Ve 2P ME 3P r 1 a A OUTW 12P molex mad 5559 12P OUTS 10P molex FF 5559 10P 141 F 7 CN1 1 No 1 0 V 2 No 1 0 V 3 LS 1 4 LS 2 5 LS 12 6 LS 3 LS 4 8 LS 4V1 1 9 LS 4T 10 LS 6 1 1 LS 8 1 2 LS 9 13 LS 10 1 4 LS 3S 1 5 LS 4S 1 6 LS 4V2 1 7 LS 7 8 LS 16 1 9 V 1U 20 V 1D 2 1 V 1DH
174. 107 5 5 5 1 E PROM WU ES PROM E PROM Electricary Erasable PROM ES PROM ES PROM 3 OFF 1
175. EEPROM EEPROM EEPROM OFF X5 2pin ON DC12 24V No 0B
176. 138 b ee 139 c A A A RR RE Ue Rh nae 140 d OO coe 141 d 143 d 144 8 145 ST 146 1 0 ie 147 151 RR RR REI Re A RE 151 PP 152 CY S 600 800GTHE tt 152 CYW S 600 800GTHLE 153 CYW S 1000 1200GHE 154 7 C CAS 1 1
177. 9 9 2 E H LS 1 0 ON gt LS 1 2 lt ON gt ON gt NT OS NT MDNT A E E DYT o 004 9 3
178. In Thr 9 8 1i 1U5E H Qc Qr E ul FF
179. MQD MUD A AE Link 1 2 3 3A 30W 08 750W 5A 50W 01 100W A 11 2500P r 02 200W D 7 17 04 400W 1 1g 100V 3 3 200V 5 1p 3p 200V 126 6 IN 1 3 100Q
180. 1 1 10 2 3 ET ho EW ia 123455 Ea WE o 4 3 5 1
181. 277 1n5 0 1U5Eg H Qc 9 7T Nt 277 1 1052 0 3 7T
182. 307 2kbps 1 ID 0 30 255 1 614 4 kbps e 8 544 4K IM 8P 6 I D DATA RATE bps Psigwset EE ADDRESS 0 38 4 kbps NE sn2O 1 307 2 kbps O lt 9 sp 2 614 4 kbps 1 0 3 1 307 9K 1 ID MSD LSD NODE ADDRESS 1D 0 30 ID NODE ADDRESS ID
183. 6 LLIN 1 5 2 8 4 mm 2 1 5 9 15 3 4 3 I 0t EEFROM 1345 2 3 6 6 15 4
184. Qc A 1 3 7T a 2 Gill a li 3 Qr MO 8 0 0 ll 2 7 0 1U5E H Va 6 LS 1 2 ON lt
185. 250 SIBF 4 4P TB3 AC Sato Parts ML 250 SIBF 7 7P AC200V R1 AC200V S1 AC200V R2 CN 6B JST BO8B XASK 1 8P 2 4G1 GND 2 4V1 2 4G1 GND SW 1 SW 2 121 6 cN T JST B2P VH 2P 3 1 2 4G1 2 4G1 GND 2 24V1 24V1 CN R SW JST B5P VH 5P 24GO GND CN F JST B14 XASK 1 24G2 COM ol oo NS 1 1D cw CN 9 JST B4P VH 4P 2 24V0 2 4V0 3 BZ 4 24V1 2 4V1 122 6 6 3 TT Oo i 4
186. 3S OFF 2 0 LS 3 OFF LS 3 OFF 2 1 amp LS 4 OFF LS 4 OFF 7 2 2 LS 4V1 OFF 1 LS 4V OFF 2 3 LS 4 T OF F LS OFF 4T
187. 8 8 3 9 LS 8 LS 3 S OFF Mine 8 1 1 2 DE Ne DS arr DE RTS ON OFF 2 W 1 3 1 3 ON OFF ON m
188. 151171 PCA38 4 5E 1 4 5m 040015 EB1124 DC24 1 001913 AH164 WE3 1 001788 AH165 VR01 S 1 072051 HE3B M2PB 1 122324 AC MSDB045A1A11 1 090120 JWS75 24 1 183116 S OGDC24V1a 1 145 9 MM 1 1 6 2
189. 3 1 ee 95 3 2 EE 96 3 3 100 3 4 ee 101 3 5 102 4 106 EE 108 5 1 108 5 2 ee 109 6 111 6 1 SCA3M 111 6 2 SCA3 I CPP 119 6 3 123 6 4 AC RR EE BRE RE RE RR RR REN ER RR NR RE Wn MR Rs 125 7 Cr 137 7
190. 3S ON LV 3 1 V 3 V V 3 2 V 3S OFF 10 ES LS 6 LS 8 LsS 38S ON ON Ps 3 5 3 LS a LS 8 LL S 3 S V 4 P ON LS 1 2 V 4R OFF LS 6 ON LS 8 V 4P OFF LS 1 2 1 V 4R ON LS 6 ON LS 9 V 1 S 28S MDTA MDTA 2 V 3 S MD S S MDTS LS 8 OFF
191. E ee 20 12 8 56 XX 56 vis 1 3 All V2S 3 elB1 _ ec Bi V3S 5 VIUS 2 OUT5 V2BS 4 molex 3M 10320 52A0 008 24V 6 5559 10P 7 IA 1 24V 7 gl 2 24V 8 X419B 3 24V 9 4 24V 10 11 z 5 12 z _ 6 17IRA_ 1 721 205 026 000 18IRK _ gt 2 L1G Xi 1 Ise 4 13 4 5V _ 5 L_ _ Ii 2 5 _ 0lEG WAGO 723 604 UIU CY S 600 800 GI WW _ lt FE EE_ 156 CYW S 600 800 GI CYW S 1000 1200GII _ 480 0132 3 133 B0587 95 7551 _ 699 0631 3538 0853 72 4311 0311 01 S
192. LS 1 2 OFF MD YT ON LS 12 OFF M0 OFF 3 9 MO0 MC ON MO MC ON be 4 0 2 LS OR 4V2 ON v 2 LS 4V2 OFF 4 1 2 LS 4V2 OFF v 2 LS 4 V2 OFF 4 2 2 LS 4V2 OF F 2 LS 4V2 OFF
193. 0 Qr 73 L 04 a Ml 9 9 4 S N
194. 2 molex E D 5V 5V 24V 3 5025 03R 6 JST ov L3S JAE MS3106B28 11P MS3057 16A XAP 14V 1 2461 2481 _ L3S 2 molex 6 6 6 1 24V1 24V1 24V 3 5025 03R MO F WO MO 2 2462 2462 ov L4S MD E MD 3 24V2 24V2 L4S molex MN IMW 4 56 5G 4 24V 5025 03R MO 6 5 AGV AGY ov L4V2 ME H IME ME 6 L4V2 2 molex 50 J 50 50 7 24V 3J 5025 03R 51 K 8 ov L4V1 54 L 9 HIROSE _ _ L4V1 2 molex 55 M 55 55 10 FX6 60S 0 8SVI 24V 3 5025 03R 58 N 158 58 11 ov L16 59 59 59 12 CPU L16 2 molex EJ1 R_IEJI_ KU U we Eil13 SCA3CPU MM _ 24V 3 7 5025 03R EJ2 S E22 14 20 ViU ViU Weidmuller HIROSE 24V 2J molex 5559 02 LP5 08 3 904 50RJP 3P 4 FX6 60S 0 8SV1 viD viD W AL1 CN4 24V 2J molex 5559 02 x AL2 VIDH ViDH S61 24V 2J molex 5559 02 S62 V3VI V3V1 MA D MA MA 24V 2J molex 5559 02 SPV V lspy SPV 2462 V3V2 V3V2 ES1 T_lEs1 ES1 24V 2J molex 5559 02 ES2 U IEs2 ES2 0D Sato Parts JST V6 V6 ES3 A IES3 ES3 ML 250 S1BYF 4 XAP 8V 24V 2J molex 5559 02 ES4 B IES4 ES4 3M 10336 52A0 008 V13 V13 SP1 24V 2J molex 5559 02 SP2 V14 V14 2460 24V 2J molex 5559 02 Fan JST V2A VHR 5N V2B 2 24VO 1 723 605 GNOP V31 3 V32 4 V4R 5 OUTW V4P 6 molex 24V 7 5559 12P Stao Parts 1 24V 8 ML 250 S1BYF 7 2l56 _ 56 0PI 0 24V 9 L R2 SCA31 4 24V 1O N 715I56 ot 5G 24V Il
195. 88 X2 Nl S1 HIROSE WAGO SN 5 X3 a WAGO 10236 52A2JL SUMITOMO 3M X4 10220 52A2JL SUMITOMO 3M DATA RATE ER pod 7 LED 0 38 4K N 1 307 2 kbps o ol 4 307 ak 2 614 4 kbps No mM ep s 1 0 ID MSD LSD NODE ADDRESS SP 0 9V 0 30 ID IM 0 9V 6 125 6 AC MSD 2
196. V 3S L4S LS 4S V4R V 4R L6 LS 6 V4P V 4P L7 LS 7 V6 V 6 L8 LS 8 V9 V 9 NT L9 LS 9 V10 V 10 NT L4V2 LS 4V2 2 V11 V 11 NT L16 LS 16 V3V2 V 3V2 2 7 FF 3 PA S 7 7 3 1 O 1 OO ON 1 O 0 1 4
197. dEE Ef 0 No 0 5 4 6 0 Fs 0 4 6 a i A 131072 131072 2 X2 n NN 131072 810 Fl 1
198. 1 2 4G1 GND EMGSTP STOP CWL CW CCWL C CW Z LS ALM NO eo CO CN 7 TYCO O 1470233 1 8P 5G 5G GND A 1 A CO RS 5G GND B 5G GND oo0 1 O1 CNOP O JST B13B XASK 1 13P 1 2 3 4 5 6 7 8 9 10 11 116 6 6 3 A DSW1 2IDSW1 1 OFF OFF CY S 600GIT 800GII ON OFF CYW S 600 GI 800GI ON CYW S 1000 GII 1200GII ON Th NT NR y
199. 3 ON NT ON MDTB ON LS 4 OF F 8 ON ON MDCV ON
200. 3 2 O 7IT Oo 7IT Oo 1 EEFRIM 12345E 3 1 O 09 Dz 0 _ _ EE IO MEM 8
201. 6 26 28 29 No 7 6 0 4 1 9 L 0 227 134217728
202. E EG 76 1 4 6 I RCE TR RE ROE RI EE RG 77 5 MRAN KOKUCONCEI2Aet 0 ene 78 1 5 1 RE RR I RR WR AR I ERE SR ER DR I SR RARE 78 15 2 EN RR NN SR 6 0 28 850 78 1 5 3 EE ec 79 1 5 4 ee 79 1 5 5 et2 WRI ER EE RE GS EE Rt 80 1 5 6 ee 81 RN SSHSeHP2 Ce NN 83 UN oN ie 86 ee 87 87 88 2 NN 89 2 1 ee 89 2 2 t 90 3 tn 95
203. N T13 XX ME MDNT ON NT MDSS ON i 7 MA MDS ON MD2 ON DE T2 T3 Mr 2 H 1 2 1 2 7 2 MD 1 ON 2 MD1 OFF 2 MD 1 ON HH 2 MD 1 OFF MDE
204. R NE A Ee 24 8 2 25 8 3 27 8 4 32 9 SSR RS 35 9 1 0 36 t 36 0 I RG I ERE EE EE I BE EER SE ER TE GEE 36 9 2 RR CR EE RE ER EE Ss 42 9 3 vo 43 lt
205. S7EC CA3S Future Bodestar far the peoplel amp Eechnology STEC CA3 CA3 E Qr 1 0
206. T U V W X 140 7 d O 201220 001 O CY S 600 800GIL 1200 1600TR CYW S 600 800GI 1200 lt 1600TR 201220 004 O CY S 600 800GI 800 1000TR CYW S 600 800GII 800 1000TR 201240 O001 O CYW S 1000 12006I 1400 lt 1600TR 201240 004 O CYW S 1000 12006I 1800 lt 2000TR CNW 8P molex 0 CNV 8P CN1 40P L1 3p molex RMCV 0 A 0 3sqx406 lt 5025 03R1 L2 3P L12 3P F JST RA 2 RA 4011 SE RA SO1290 1 1 L3S 3P A IT _ ll L4S 3P L4V1 3P ESS CE UN slslslslslslzlgllzfhzfmlshfs lg a ES ss ss sz se ze ee ea fze foo aj redlerol slleltal cp
207. molex 0 1470233 1 1 24V 7 5559 12P _ _ IRB2 1 1 24V 8 I56 _ gt p 56 2 24Y 9 4 1 24V 10 I56 _ gt 58 5 1 24Y _ 11 7 24V 12 JsT I56 _ gt 56 8 1 vis 1 VHR 2N Al Al 3 V2S 3 6 24G1 IB1 _ Bl 6 V3S 5 2 24V1 VIUS 2 0UTS E V2BS 4 molex 24V 6 5559 10P 24 7 24V 8 24V 9 24V 10 WAGO 721 205 026 000 m CY 600 800GIL CYW 600 800 GI CYW 1000 1200GII 1 2 JST JST XAP 15V 1 XAP 04V 1 24V 4 Y 24V 8 Z L3 2 GNW A 14 3 molex L6 6 5559 08P 17 7 JST JST ov XADRP 16V XADRP 16V ov 5 GN4 1 Mo 1 a L4T 2 24G1 2461 3 3 L9 7 cly 4 24V1oK_24V 4 4 ov molex 9IKGWI KGNI 5 ME ME 5 ov 5 5559 08P 10 KSW2 OKSWM2_ 6 MA 24V 4 11 We 7 7 24V 8 12 EMG2 ENMG2 8 8 ov L1 9 _ L1 2 molex SGA3P JST JST XAP 08V 1 0 24V 3 5025 03R KEG 15P KEG 155 1 ov L2 2 _ L2 2 molex 3 4 24V 3 5025 03R 4 ov L12 BOX molex 5 L12 2 molex JAE MS31068B18 MS3057 10A 3191 03R1 6 24V 3 7 5025 03RI R A JST JST ov L10 B VHR 8N VHR 8N L10
208. o OB NGo 02 7 o 10 Ss nn EE FF
209. ov molex 5 WME ME 5 ov 5 5559 08P 6 MA MA 6 24V 4 7 RU RD 7 24V 8 CN2 8 OD 0 8 oN2 ov L1 9 RY1 RY1 9 L1 2 molex 10 RY2 RY2 10 24V 3 J 5025 03R1 TRY3 RY3 11 ov L2 12 RY5 RY5 12 L2 2 molex 13 RYe RY6 13 24V 3 J 5025 03R1 14 RY7 RY7 14 ov L12 15 RY8 RY8 15 L12 2 molex 16 BZ Bz 16 24V 3 J 5025 03R1 JST JST OW L10 VHR 8N VHR 8N L10 2 molex 1 5Y 5V_ 1 24Y 3 J 5025 03RI 2 5y 5V 2 ov L3S 3 2461 2461 3 molex GNS 4 24V1 24V1 4 GNS 24V 3 5025 03R1 5 2462 2462 5 ov L4S 6 24V2 24V2 6 14S molex 7 58 5G 7 24V 5025 03R1 8 AGV AGV 8 ov L4V2 L4V2 2 molex 24V 3 J 5025 03R1 ov L4V1 HIROSE HIROSE L4V1 2 molex FX6 60S 0 8SV1 FX6 60S 0 8S2 24V 3 2 5025 03R1 CN3 CN3 CN1 ov L16 GPU L186 2 molex JsT SCA3CPU 24 3 5025 03RI VHR 4N ViU V1U 1 12460 HIROSE HIROSE 24V 2J molex 5559 02 GN9 2I2400 _ FX6 60S 0 8SV1 FX6 60S 0 8S2 MD viD 3 BZ CN4 CN4 24V 2J molex 5559 02 4 24V1 MIDH ViDH 24V 2J molex 5559 02 V3V1 V3V1 24V 2J molex 5559 02 V3V2 V3V2 24Y 2J molex 5559 02 Sato Parts JST V6 V6 ML 250 S1BYF 4 XAP 8V 1 24V 2J molex 5559 02 1 1ES1 3M 10336 52A0 008 V13 V13 TB2 2 ES2 17H2461 2461 1 24V 2J molex 5559 02 3 E53 24V1 gt 24V1 8 VI4 V14 4 2 EMe EMGSTP 2 24V 2J molex 5559 02 3IsTOP_ STOP 3 V2A WAGO 20 CWL GWL 4 WB 2 723 605 19 IcWL _ oe COWL 5 1 V31 3 21 z LS Z LS 6 V32 4 15IALM_ _ AM 7 1 VAR 5 OUTW TYGO 1 V4P 6
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