RX-6_RX-6B_RX-6R-Rev08 - 第147页

- - REF.NO NOTE PART NO D E S C R I P T I O N Qty 1 40 1-28871 IO CONTROL PCB ASM 1 2 40 1-29026 IO-F CNV SERIAL CABLE AS M 1 3 #01 HD-0028500-50 SENSOR 1 4 #01 401-54795 OPTICAL FIBER SENSOR CABLE ASM 1 5 40 1-54805 S…

100%1 / 154
- -
71.SYSTEM DIAGRAM(DUAL CONVEYOR)
C N 1 1 6 5 S
CN 1 1 7 2 S
6 - 4 A ( CN 1 1 1 5 )
N O T E1
CN 1 1 7 2 P
C N 1 1 6 5 P
C N 1 0 6 5 S
N O T E 1 T H E S E P / N C H A N G E S W I T H M A C H I N E R E V I S I O N ( D U A L L A N E C O N V E Y O R O N L Y ) .
" [ M R E V . K ] " M A C H I N E R E V I S I O N : B E F O R E " K "
" [ M R E V . L ] " M A C H I N E R E V I S I O N : " L "
C N 1 5
N O T E 1
6 -2 A ( C N 1 0 1 5 )
NO T E 1
CN 1 0 6 8
S T O P S E N S O R
A M P ( C )
NO T E 1
CN 1 0 1 5
C N 1 5
L O A D C E L L O P T I O N
4 - 2 D
C N 1 1 2 1
C N 2 1
C L U T C H B R A K E
CN 1 1 7 7
CN 1 1 7 6
B U P I N DE T E C T S E N S O R
R A I L 3 ( E MI )
B U P I N DE T E C T S E N S O R
R A I L 3 ( R EC )
CN 1 1 8 0
C N 1 1 7 8
S T O P P E R S E NS O R R R ( R A I L 4 )
S T OP P E R S E N S O R R L ( R A I L 3 )
S T O P P E R S E NS O R F R( R A I L 2 )
C N 1 0 9 7
S T O P P E R S E N S O R F L ( R A I L 1 )
C N 1 0 6 2
CN 1 1 8 6
C N1 1 7 5
C N1 1 7 4
C N1 1 7 3
C N 1 0 8 6C N 1 0 7 4
CN 1 0 7 3
R A I L L O C K
D E T E C T S E N S O R
6 - 2 D
CN 1 1 6 4
R A I L 4 O T + S E N S O R
6 - 1 D
6 - 1 A
C N1 1 7 8- 2
C N 1 1 7 8 - 1
C N 1 2
C N2 0
C N 1 7
C O N V E Y O R P C B ( R )
C N 2 6
CN 1 1 2 6
R A I L 3 O T +
S E N S O R
B O A R D C L A M P
S E N S O R ( R )
C N 2 5
C N 1 12 5
C N 1 1 9 7
C N 1 1 6 2
C N 2 4
C N 1 12 4
B U + O T R
B U O T + S E N S O R
CN 1 1 6 8
B U P I N D E T EC T S E N S O R
R A I L 4 ( E M I )
C N1 1 9 9
B U P I N D E T EC T S E N S O R
R A I L 4 ( R E C )
C N1 1 9 8
S T O P P E R L / R
S . V . ( R )
B O A R D C L A M P
S . V . ( R )
CN 1 1 7 8
C N 1 4
C N3 0
CN 1 1 3 0
B U O R G R
CN 1 1 2 9
C N 2 9
C N 2
C N 1 1 0 2
C N 4
C N 1 1 0 4 C N 1 1 5 7
C N1 C N 2
CN 1 1 5 8 CN 1 1 5 9
A W C M O T O R ( R )
C N 7
CN 11
C N 8
C N 6
C N 3 1
C N 1 1 0 6 C N 1 1 5 2
C N1 C N 2
C N 1 1 5 3 C N 1 1 6 1
B U M O T O R ( R )
C N 1 13 1 C N 1 1 50
C N1 C N 2
CN 1 11 8
C N 1 8
CN 1 1 2 8
C N 2 8
CN 1 1 51 C N 1 1 6 0
C N V M O T O R ( R )
C N 0 3 0 7
C N 0 01 3
E L E C T R I C A L U N I T
< T O P U N I T >
C N 1 3
C N 7
IO C O N T R OL P C B
CN 1 0 6 4
R A I L 2 O T - S E N S O R
CN 1 1 1 6
CN 1 1 1 9
6 - 4 A
C N 1 6
C N 1 9
C O N V E Y O R P C B ( R )
C N 1 1 9 6
C N 1 1 9 5
S M E M A
S M E M A
4 - 2 D
6 - 4 D
5 - 3 D
A T C S V
S O T S V
A T C S V
C A L V A C
C N 1 0 7 8 - 8 S M E MA
C N 1 07 8 -7 D I R
C N1 0 7 8 - 6 I D L E
C N 1 0 7 8 - 5
C N 1 0 7 8 - 4
C N 1 0 7 8 - 2
C N 1 0 7 8 - 1
CN 1 0 9 6
CN 1 0 9 5
O P T I O N ( S L I D E F L U X E R F O R F R O N T B A S E )
F L U X E R 2 P
F L U X E R 4 P
S L I D E F L U X E R
U N I T A S M
CN 1 0 2 0
F L U X E R 2 P
C N 1 0 2 1
F L U X E R 4 P
C N 1 0 1 2
L C A M P
O P TI O N ( S O T C HE C K )
O P T I O N ( S L I D E F L U X E R F O R R E A R B AS E )
OP T I O N ( C O M P O N E N T V E R I F IC A T I O N S Y S T E M )
L O A D C E L L
L O AD C E L L
A M P
C N 1 2
CN 2 1
C N 2 0
S L I D E F L U X E R
U N I T A S M
C N 1 0 1 7
C N 1 7
C N 2
C V S 0 2
C O N V E Y O R P C B ( F )
C N 0 0 0 3
C N 3
C N 1 6
CN 1 0 1 6
C N 1 9
CN 1 0 1 9
S M E M A R S I D E
S M E M A L S I D E
1 - 1 C ( M T S I F )
C O V E R
MT S I F
C N 2 3
CN 1 0 2 3
C N 1 2 1 5
CN 1 5
S A F E T Y P C B
C N 2 6
C N 1 0 2 6
R A I L 3 O T -
S E N S O R
B O A R D C L A M P
S E N S O R ( F )
C N 2 5
CN 1 0 2 5
A T C 1 C L O S E S E N S O R
C N 1 08 8
A T C 1 O P E N S E N S O R
C N 1 08 7
C N 1 08 9
AT C 1 S . V .
C N 2 4
CN 1 0 2 4
C N 1 08 8
A T C 2 C L O S E S E N S O R
C N 1 08 7
A T C 2 O P E N S E N S O R
CN 1 0 8 3
S O T C H E C K S . V .
CA L V A C U U M S . V .
C N 1 08 2
C N 1 C N 2
C N 1 09 5
C A L L E D
P C B
CN 1 08 1
AT C 2 S . V .
B U + O T F
B U O T + S E N S O R
B U P I N D E T E C T S E N S O R
R A I L 2 ( EM I )
C N 1 0 9 9
B U P I N D E T E C T S E N S O R
R A I L 2 ( RE C )
C N 1 0 9 8
C N 1 0 7 2 P
S T O P P E R L / R
S . V . ( F )
B O A R D C L A M P
S . V . ( F )
C N1 0 7 8
CN 1 4
CN 1 01 4
CN 1 0 7 9
C N 3 0
CN 1 0 3 0
C A L V A C U U M S E N S O R
B U O R G F
B U O R G S E N S O R
C N 1 0 2 9
C N 2 9
C N 1 0 6 5 P
S I D E S E N S O R( R )
P R O B E 1 ( + )
P R O B E 1 ( - )
P R O B E 2 ( + )
P R O B E 2 ( - )
P R O B E 3 ( + )
P R O B E 3 ( - )
P R O B E 4 ( + )
P R O B E 4 ( - )
P R O B E 5 ( + )
P R O B E 5 ( - )
P R O B E 6 ( + )
C V S 0 3
C N 3 C N 1
C V S 0 1
CV S P C B
C N 2
CN 1 0 0 2
C N 4
CN 1 0 0 4 C N 1 0 5 7
C N 1 C N 2
C N 1 05 8
5 P H A S E A W C
D R I V E R ( F )
CN 1 0 5 9
A W C M O T O R ( F )
C N 7
C N 1 1
C N 8
C N 6
C N 3 1
CN 1 0 0 6 C N 1 05 2
C N 1 C N 2
C N1 0 5 3
5 P H A S E B U
D R I V E R ( F )
CN 1 0 6 1
B U M O T O R ( F )
CN 1 0 3 1 C N 10 5 0
C N 1 C N 2
P R O B E 6 ( - )
C N 1 0 1 8
CN 1 8
C N 2 8
C N 1 051
5 P H A S E C N V
D R I V E R ( F )
CN 1 0 6 0
C N V M O T O R ( F )
C N 0 0 1 6
E L E C T R I C A L
U N I T
< T O P U N IT >
C N 1 6
3 8
4 8 0
3 7 9
2
1
IO C O N T R O L P C B
C N 3
C N 0 3 0 3 C N 1 0 2 84 -1 A
6 - 4 A
5
8 1
6
8 2
7
8 9
S O L E N O I D V A L V E A S S Y 1 / 2
1 0
8 1
NO T E 1
C N 1 0 7 2 S
S I D E S E N S O R( L )
4 8 0
3 7 9
1 3
1 4 1 5
1 6
1 7 1 8 1 9
2 0
2 1
2 3
2 5
2 4
2 8
2 7
2 6
2 9
3 0
3 2
3 3
3 1
3 4
3 5 3 6
3 7
3 8
7 2
6 36 1
7 3
6 2
6 2
5 9
6 0
5 55 5
5 6
5 3
2 9
5 0
5 2
5 1
5 3 5 4
5 5 5 5
4 8
4 6
2 3
4 7
4 2
4 44 1
4 24 2
4 54 3
3 7 9
4 8 0
SI D E S E N S O R ( R )
N O T E 1
8 1
6 6
1
6 5
B U O R G S E N S O R
6
CN 11 1 5
8 3
6 7
1 0
S O L E N O I D V A L V E A S S Y 2 / 2
1 3 1 6
C N 1 1 7 8 - 5
C N 1 1 7 8 - 4
8 1
3 7 9
4 8 0
S I D E SE N S O R ( R )
6 96 8
2 2
C N 1 0 7 8 - 8 S M E M A
C N 1 07 8 - 7 D I R
1 7 1 8 1 9
CN 1 0 7 8 - 6 I D L E
8 4
2 0
8 4
S T O P S E N S O R
A M P ( C )
2 1
7 0
2 2 2 3 3 9
7 1
3 5 3 6
7 4
4 2
7 5
4 3
5 P H A S E C N V
D R I V E R ( R )
4 5
4 2
5 P H A S E C N V
D R I V E R ( R )
7 6
7 8
4 2
5 P H A S E C N V
D R I V E R ( R )
7 7
4 9
2 3
RE L A Y
1 1 1 2
6 4
1 1 1 2
RE L A Y
1 4 1 5
5 7
4 0
5 85 85 85 8
N O T E 1
N O T E1
NO T E 1
NO T E 1
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REF.NO NOTE PART NO D E S C R I P T I O N Qty
1 401-28871 IO CONTROL PCB ASM 1
2 401-29026 IO-F CNV SERIAL CABLE ASM 1
3
#01
HD-0028500-50 SENSOR 1
4
#01
401-54795 OPTICAL FIBER SENSOR CABLE ASM 1
5 401-54805 SIDE(R) BU ORG RELAY(F) CABLE ASM 1
6 EZ-1492222-11 SENSOR ASSY 1
7 401-29080 AIR(N) SENSOR CABLE ASM 1
8 401-29256 CONVEYOR(F)-CAL VAC(S/R) CABLE ASM 1
9 401-54806 CNV-L RELAY(F) CABLE ASM 1
10 401-64892 SOLENOID VALVE (4STATION) CABLE ASM 1
11 HB-0012500-00 RELAY 1
12 HB-0012500-10 RELAY 1
13 401-54771 SIDE SENSOR(L) RELAY CABLE ASM 1
14 401-54796 SEPARATE SENSOR RECEIVER ASM 1
15 401-54797 SEPARATE SENSOR EMISSION ASM 1
16 401-54772 BU PIN DETECT SENSOR RELAY(F) 1
17 401-29056 CNV AUTO SET1 WIRE ASM 1
18 401-29059 CNV AUTO SET2 WIRE ASM 1
19 401-29060 CNV AUTO SET3 WIRE ASM 1
20 HD-0010700-30 SENSOR 1
21 EZ-1492223-11 SENSOR ASSY 1
22 401-54792 CLAMP SENSOR CABLE ASM 1
23 401-54793 PROXIMITY SENSOR CABLE ASM 1
24 401-54773 RAIL SENSOR(F) RELAY CABLE ASM 1
25 401-54801 CNV-RAIL3 RELAY(F) CABLE ASM 1
26 401-33150 LOAD CELL 1
27 401-33151 LOAD CELL AMP 1
28 401-33019 LOAD CELL ANAROG CABLE ASM 1
29 400-42180 FLUXER CYLINDER UNIT ASM 1
30 401-33028 FLUXER BASE RELAY CABLE R ASM 1
31 401-01188 CVS PROBE CABLE ASM 1
32 400-95117 CVS PCB ASM 1
33 401-29043 CNV-CVS SERIAL CABLE ASM 1
34 401-29044 EU TOP-CVS PWR CABLE ASM 1
35 401-27537 PSU_UNIT_B(ST) 1
36
#03
401-27563 PSU_UNIT_B(EN) 1
37 401-29027 EU TOP-F CNV PWR WIRE ASM 1
38 401-28875 CONVEYOR PCB ASM 1
39 401-54800 RAIL LOCK DETECT SENSOR CABLE ASM 1
40 401-64891 STOPPER SENSOR RELAY CABLE ASM 1
41 401-54764 CNV MOTOR(F) CABLE ASM 1
42 HM-0013200-00 MOTOR DRIVER 1
43 401-29033 L/R MOTOR ASM 1
44 401-54765 BU MOTOR(F) CABLE ASM 1
45 401-54790 BU MOTOR ASM 1
46 401-54766 AWC MOTOR(F) CABLE ASM 1
47 401-29040 AWC MOTOR ASM 1
48 401-54767 RAIL2 OT- SENSOR RELAY CABLE ASM 1
49 401-54781 RAIL4 OT+ SENSOR RELAY CABLE ASM 1
50 401-29258 CNV(F)-ATC RELAY1(S/R)CABLE ASM 1
51 400-07376 CALBLOCK PCB ASM 1
52 401-29260 CAL-VACUUM SV CABLE ASM 1
53 401-29261 ATC SV CABLE ASM 1
54 401-29155 SOLENOID VALVE CABLE ASM 1
55 401-29062 PHOTOMICRO SENSOR ASM 1
56 401-33011 CNV-ATC RELAY2 CABLE ASM 1
57 401-54785 CNV(R)-RELAY CABLE ASM 1
58 401-64890 STOPPER BOARD DETECT SENSOR ASM 1
59 401-33009 MTC I/F CABLE ASM 1
60 401-28872 SAFETY PCB ASM 1
61 401-29028 CNV-SMEMA L RELAY (F) CABLE ASM 1
62 401-54789 DUAL SMEMA CABLE ASM 1
63 401-29029 CNV-SMEMA R RELAY (F) CABLE ASM 1
64 401-54787 CLUTCH BRAKE ASM 1
65 401-54774 IO-R CNV SERIAL CABLE ASM 1
66 401-54807 SIDE(R) BU ORG RELAY(R) CABLE ASM 1
67 401-54808 CNV-L RELAY(R) CABLE ASM 1
68 401-54803 RAIL4 PIN DETECT SENSOR RECEIVER ASM 1
69 401-54804 RAIL4 PIN DETECT SENSOR EMISSION ASM 1
70 401-54786 RAIL SENSOR RELAY(R) CABLE ASM 1
71 401-54802 CNV-RAIL3 RELAY(R) CABLE ASM 1
72 401-54777 CNV-SMEMA R RELAY(R) CABLE ASM 1
73 401-54776 CNV-SMEMA L RELAY(R) CABLE ASM 1
74 401-54775 EU TOP-R CNV PWR CABLE ASM 1
75 401-54778 CNV MOTOR(R) CABLE ASM 1
76 401-54779 BU MOTOR(R) CABLE ASM 1
77 401-54780 AWC MOTOR(R) CABLE ASM 1
78 401-54794 AWC MOTOR(R) ASM 1
79
#02
EZ-1492207-11 SENSOR FIBER (FT-AL05) 1
80
#02
EZ-1492213-11 AMPLIFIER SENSOR (FX-502) 1
81
#02
401-81258 FIBER SENSOR RELAY1 CABLE ASM 1
82
#02
401-81493 FIBER SENSOR RELAY2 CABLE ASM 1
83
#02
401-81494 FIBER SENSOR RELAY3 CABLE ASM 1
84 401-54795 OPTICAL FIBER SENSOR CABLE ASM 1
- -
72.SYSTEM DIAGRAM(IFS-NX(CAN) & ISM/MES CO-OP)
E BA NK CONNE CT OR( F)
4 0 13 3 1 0 2 _ 3 - 4 A ( C N1 3 4 0)
I S M/ ME S CO OP E RA T I ON O PT I ON
I F S - NX ( 2 D B A R CO DE R EA D E R) OP T I O N
2 D P ROT ECT MODUL E
B A RC OD E RE ADE R ( R)
B A RC OD E RE ADE R ( F )
US B CH 4
US B CH 3
2 - 3 A
2 / 2
CPU BO A RD
COVE R
US B
USB CH 2
US B C H1
2 - 4 B
X5L AN4
COPL A CPU B OARD
D C I N R
X4
ET HERES- HUB
CAN- BUS R
D C I N PU T
CH4
CH3
C H1 & CH2
ET HERNET
MPC - C A N( R )
D C I N F
FG
CN 0 00 8
RFI D PWR
CN8
EL E CT RI C AL U NI T
< T OP UNI T >
COV E R
C N1 0 9 7
CH4
CH3
CAN- BUS F
ET HERES- HUB
X2L AN
D C I N PU T
D C I N P UT
CH4
CH3
C H1 & CH2
ET HERNET
MPC - C A N( F )
S WI T C HI N G H U B
X2
X3
L AN1
CPU B OA RD
N OT E 1 T H E SE P / N C HA NGE S WI TH MA C HI NE R E VI S I O N ( FI X E D B A N K ONL Y ) .
" [ MRE V. C] " RX - 6 MA CHI N E RE VI S I O N : B E F ORE " C "
" [ MRE V. D] " RX - 6 MA CHI N E RE VI S I O N : " D"
N OT E 2 T H E SE P / N C HA NGE S WI TH T ROLL E Y R EV I S I O N ( T R OL L E Y B A NK O N L Y ) .
" [ T R E V . A ] " RX- 6 T R OL L E Y RE V I S I ON : B EF ORE " A "
" [ T R E V . B ] " RX- 6 T R OL L E Y RE V I S I ON : " B "
CN 1 7 04
CN4
F LUX ER2 _ B
FL UX ER2 _ A
F L UX ER2
ROTA RY
FL UX ER
OP T I O N
( S L I D E FL U X ER F OR B A NK )
OP T I O N
( RO T A RY F L U XE R)
F L UXER 2
F L UX BANK
RT F LU X
F L U X R L Y 1
SWI TCH
MOT OR
S L I DE F L UX E R U NI T
B ANK I D P CB( F )
CN 1 7 5 7
B A NK 3 6 - 4 0
B A NK 3 1 - 3 5
B A NK 2 6 - 3 0
BA NK 2 1 - 2 5
BA NK 0 6 - 1 0
CP I N
CP OUT
3 - 5 A
3 - 5 A
C N3 6 - 4 0
C N3 1 - 3 5
C N2 6 - 3 0
C N2 1 - 2 5
EL E C B ANK 1 0 P CB ( F )
CN3 5
CN3 4
CN3 3
CN3 2
CN 3 1
C N4 0
CN3 9
CN3 8
CN3 7
CN3 6
CN2 5
CN2 4
CN2 3
CN2 2
CN 2 1
C N3 0
CN2 9
CN2 8
CN2 7
CN2 6
CN 1 6 - 2 0
CN 0 6- 1 0
CN 1 5
CN 1 4
CN 1 3
CN 1 2
C N2 0
CN 1 9
CN 1 8
CN 1 7
CN 1 6
C N0 5
C N0 4
C N0 3
C N0 2
C N0 9
C N0 8
C N0 7
C N0 6
CN 0 1- 0 5
C N 1 7 5 8
P W0 1
C N1 7 5 9
OUT
C P1 NOT E2
2 4 V OUT
OUT
C P
CN4 3
C N1 7 4 3
CN 4 1
CN4 2
BK 44
CN 1 7 60
C N1 7 5 6
F G
N OT E2
N OT E2
BK4 2
RL Y
FG
F G
NOTE 2
E L E C B A NK 1 0 P CB( F )
5 3 5 5 5 7 5 8
5 2 5 4 5 6
5 9
5 1
6 0
7 2
6 1 6 1
6 3 6 5
6 4
6 2 6 2
6 6
6 7 6 7 6 8
6 9 6 9
7 0 7 0
7 1
E BA NK TR OL L EY UN I T ( F )
I F S- NX ( CA N ) OP T I ON
( WI T H C OVER )
1 2
3
4
5
6
7
1 2
8 9
1 0 1 1
1 3 1 4
1 5 1 6
1 7 1 8
1 9 2 0
2 4
2 3
2 5
2 6
2 7 2 8
2 9
3 0
4 1 4 2
4 9
5 0
4 7 4 8
4 3
4 4
4 5
4 6
3 1
3 2 3 3 3 4 3 5
BA NK 0 1 - 0 5
BA NK 1 6 - 2 0
3 6 3 7 3 8 3 9
E BA NK CONNE CT OR( R)
4 0 13 3 1 0 2 _ 3 - 4 C ( C N1 4 4 0 )
3 93 83 73 6
BA NK 1 6 - 2 0
BA NK 0 1 - 0 5
3 53 43 33 2
3 1
4 6
4 5
4 4
4 3
4 84 7
5 0
4 9
4 1 4 2
3 0
2 9
2 7 2 8
2 6
2 5
2 3
2 4
1 9 2 0
1 7 1 8
1 5 1 6
1 3 1 4
1 0 1 1
8 9
1 2
7
6
5
4
3
1 2
( WI T H C OVER )
E BA NK TR OL L EY UN I T ( R)
I F S- NX ( CA N ) OP T I ON
E L E C B A NK 1 0 P CB( R )
NOTE 2
F G
FG
RL Y
BK4 2
N OT E2
N OT E2
F G
C N1 7 5 6
CN 1 7 60
BK 44
CN4 2
CN 4 1
C N1 7 4 3
CN4 3
C P
OUT
2 4 V OUT
C P1 NOT E2
OUT
C N1 7 5 9
P W0 1
C N 1 7 5 8
CN 0 1- 0 5
C N0 6
C N0 7
C N0 8
C N0 9
C N0 2
C N0 3
C N0 4
C N0 5
CN 1 6
CN 1 7
CN 1 8
CN 1 9
C N2 0
CN 1 2
CN 1 3
CN 1 4
CN 1 5
CN 0 6- 1 0
CN 1 6 - 2 0
CN2 6
CN2 7
CN2 8
CN2 9
C N3 0
CN 2 1
CN2 2
CN2 3
CN2 4
CN2 5
CN3 6
CN3 7
CN3 8
CN3 9
C N4 0
CN 3 1
CN3 2
CN3 3
CN3 4
CN3 5
EL E C B ANK 1 0 P CB ( R )
C N2 1 - 2 5
C N2 6 - 3 0
C N3 1 - 3 5
C N3 6 - 4 0
3 - 5 B
3 - 5 B
CP OUT
CP I N
BA NK 0 6 - 1 0
BA NK 2 1 - 2 5
B A NK 2 6 - 3 0
B A NK 3 1 - 3 5
B A NK 3 6 - 4 0
CN 1 7 5 7
B ANK I D P CB( R)
S L I DE F L UX E R U NI T
MOT OR
SWI TCH
F L U X R L Y 1
RT F LU X
F L UX BANK
F L UXER 2
OP T I O N
( RO T A RY F L U XE R)
OP T I O N
( S L I D E FL U X ER F OR B A NK )
ROTA RY
FL UX ER
F L UX ER2
FL UX ER2 _ A
F LUX ER2 _ B
CN4
CN 1 7 04
4 0 4 0
RL 1
2 1 2 2
RL 1
2 1 2 2