DEK Electrical old.pdf.pdf - 第14页
12 Electrical Drawings 155503S2 Issue 7 Servo/Stepper Backplane PCB Circui t Diagram 7+,6'5$:,1*$1'7+( &23<5,*+7,1,7 ,67+( 3523(57<2)'(.35,17,1* 0$&+,1(6/,0,7(',70$< 1…
Electrical Drawings 11
155503S1 Issue 7 Servo/Stepper Backplane PCB Circuit Diagram
SCRN LOAD
PL 39
PASTE DISP
PL 38
RAIL
PL 35
REAR SQU
PL 34
FRONT SQU
PL 37
Y ACTUATOR
PL 36
X REAR
PL 33
X FORWARD
PL 32
7+,6'5$:,1*$1'7+(
&23<5,*+7,1,7,67+(
3523(57<2)'(.35,17,1*
0$&+,1(6/,0,7(',70$<
127%(&23,('5(352'8&('
38%/,6+('25',6&/26(',1
:+2/(25,13$57:,7+287
285:5,77(1&216(17
1
GRB
07
04/05/99
09/10/98
D. ORTON
NTS
2
-
-
-
-
-
-
-
1998
311
312
313
314
315
318
N/C
012
018
012
316
317
N/C
018
008
008
008
008
N/C
N/C
N/C
N/C
N/C
N/C
N/C
177
N/C
176
179
178
N/C
N/C
2a
2c
4a
4c
6a
6c
8a
8c
10a
10c
12a
12c
14a
14c
16a
16c
18a
18c
20a
20c
22a
22c
24a
24c
26a
26c
28a
28c
30a
30c
32a
32c
MTR O/P B-2
MTR O/P B-1
MTR O/P B+1
MTR O/P B+2
MTR O/P A-1
MTR O/P A-2
MTR O/P A+1
MTR O/P A+2
LOGIC SUPPLY1
MTR SUPPLY 1
LOGIG SUPPLY2
MTR SUPPLY 2
0V
0V
0V
0V
STEP 0 DIR
STEP 0 STEP
DIR 1
STEP 1
SK 3
STEPPER DRIVE
X FORWARD / X REAR
01
02
03
04
01
02
03
04
MTR O/P B-1
MTR O/P B+1
MTR O/P A-1
MTR O/P A+1
01
02
03
04
01
02
03
04
01
02
03
04
01
02
03
04
01
02
03
04
01
02
03
04
MTR O/P B-2
MTR O/P B+2
MTR O/P A-2
MTR O/P A+2
MTR O/P B-1
MTR O/P B+1
MTR O/P A-1
MTR O/P A+1
MTR O/P B-2
MTR O/P B+2
MTR O/P A-2
MTR O/P A+2
MTR O/P B-1
MTR O/P B+1
MTR O/P A-1
MTR O/P A+1
MTR O/P B-2
MTR O/P B+2
MTR O/P A-2
MTR O/P A+2
MTR O/P B-1
MTR O/P B+1
MTR O/P A-1
MTR O/P A+1
MTR O/P B-2
MTR O/P B+2
MTR O/P A-2
MTR O/P A+2
NC
327
328
329
330
331
334
N/C
332
333
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
181
N/C
180
296
298
001
N/C
2a
2c
4a
4c
6a
6c
8a
8c
10a
10c
12a
12c
14a
14c
16a
16c
18a
18c
20a
20c
22a
22c
24a
24c
26a
26c
28a
28c
30a
30c
32a
32c
MTR O/P B-2
MTR O/P B-1
MTR O/P B+1
MTR O/P B+2
MTR O/P A-1
MTR O/P A-2
MTR O/P A+1
MTR O/P A+2
LOGIC SUPPLY1
MTR SUPPLY 1
LOGIG SUPPLY2
MTR SUPPLY 2
0V
0V
0V
0V
STEP 2 DIR
STEP 2 STEP
MUX DIR 0
MUX STEP 0
STEPPER DRIVE
SK 5
Y ACTUATOR /
319
320
321
322
323
326
N/C
324
325
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
300
N/C
302
304
306
001
N/C
2a
2c
4a
4c
6a
6c
8a
8c
10a
10c
12a
12c
14a
14c
16a
16c
18a
18c
20a
20c
22a
22c
24a
24c
26a
26c
28a
28c
30a
30c
32a
32c
MTR O/P B-2
MTR O/P B-1
MTR O/P B+1
MTR O/P B+2
MTR O/P A-1
MTR O/P A-2
MTR O/P A+1
MTR O/P A+2
LOGIC SUPPLY 1
MTR SUPPLY 1
LOGIG SUPPLY2
MTR SUPPLY 2
0V
0V
0V
0V
STEP 1 DIR MUX1
STEP 1 STEP MUX1
MUX DIR 2
MUX STEP 2
STEPPER DRIVE
SK 4
REAR SQUEEGEE /
335
336
337
338
339
342
N/C
340
341
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
307
N/C
308
309
310
N/C
N/C
2a
2c
4a
4c
6a
6c
8a
8c
10a
10c
12a
12c
14a
14c
16a
16c
18a
18c
20a
20c
22a
22c
24a
24c
26a
26c
28a
28c
30a
30c
32a
32c
MTR O/P B-2
MTR O/P B-1
MTR O/P B+1
MTR O/P B+2
MTR O/P A-1
MTR O/P A-2
MTR O/P A+1
MTR O/P A+2
LOGIC SUPPLY1
MTR SUPPLY 1
LOGIG SUPPLY 2
MTR SUPPLY 2
0V
0V
0V
0V
STEP 3 DIR MUX3
STEP 3 STEP MUX3
MUX DIR 4
MUXSTEP4
STEPPER DRIVE
SK 6
PASTE DISPENSER /
007
007
007
012
012
012
01
02
03
04
05
06
0V
0V
0V
24V US
24V US
24V US
0V LOGIC
24V US MM X13
AC 1
AC 2
0V STEPPER
24V STEPPER (SW)
24V US FANS
5V LOGIC
-12V USR
0V USR
12V USR
24V SW MM X11
0V US
24V SW MM X12
P09
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
P21
P22
P23
14
12
10
8
6
4
2
15
13
11
1
3
5
7
9
12V USR
12V USR
12V USR
12V USR
12V USR
0V USR
0V USR
0V USR
0V USR
0V USR
22
24
STEP 0 DIR
STEP 1 STEP
54321
A
B
CC
B
A
12345
67
8
910
11 12
13
6
7
8
9
10 11
12
13
D
E
F
G
H
I
D
E
F
G
H
I
0
CRS
THREADS: ISO COARSE
TO CLASS 6H/6g U.O.S.
DRAWN
APPROVED
DATE
TOLERANCES UNLESS
OTHERWISE STATED
MATERIAL
FINISH
DSM
DSF
SURFACE ROUGHNESS
C
COPYRIGHT
A
OF
SH.
DRAWING SCALE
DO NOT SCALE
ORIGINAL SCALE
(PLOT)
(CAD) 1:1
GEN.
ANG.
DIMENSIONS
IN MM'S-INCHES IN ( )
TITLE
DRAWING NUMBER
DATE INITIALDCR
LATEST
ISSUE
No.
2a
2c
4a
4c
6a
6c
8a
8c
10a
10c
12a
12c
14a
14c
16a
16c
18a
18c
20a
20c
22a
22c
24a
24c
26a
26c
28a
28c
30a
30c
32a
32c
AC2
24V STEPPER
MUX STEP 4
12V USR
MUX DIR 4
-12V USR
MUX STEP 3
MUX DIR 3
MUX STEP 2
MUX DIR 2
MUX STEP 1
MUX DIR 1
MUX STEP 0
MUX DIR 0
5V LOGIC
24V SW MM X11
24V US MM X13
24V US
0V US
AC1
24V SW MM X12
FRONT SQY HOME
REAR SQY HOME
RAIL HOME
PASTE CARR. HOME
SCREEN HOME
MUX CONTROL BIT 0
MUX CONTROL BIT 1
MUX CONTROL BIT 2
MUX AXIS HOME
MUX AXIS DIR
MUX AXIS STEP
021
021
021
001
001
001
001
001
021
021
297
299
301
303
305
SCREEN HOME
PASTE CARRIAGE HOME
RAIL HOME
REAR SQUEEGEE HOME
FRONT SQUEEGEE HOME
01
02
03
04
05
06
07
08
09
10
0V LOGIC
AC 1
AC 2
002
040
041
DIR 1
STEP 1
MUX DIR 0
MUX STEP 0
MUX DIR 2
MUX STEP 2
MUX DIR 4
MUX STEP 4
179
178
296
298
304
306
309
310
008
018
012
022
020
001
021
015
016
007
002
017
040
041
012
018
012
018
008
008
008
008
012
018
012
018
008
008
008
008
012
018
012
018
008
008
008
008
FRONT SQUEEGEE RAIL WIDTH SCREEN LOAD
20STEP 0 STEP
26DIR 1
14
MUX CONTROL BIT 1
16
MUX CONTROL BIT 2
12
MUX CONTROL BIT 0
28STEP 2 STEP
30STEP 2 DIR
38MUX AXIS HOME
34STEP 3 DIR (MUX AXIS)
32STEP 3 STEP (MUX AXIS)
SK 1
MUX / SUPPLIES
MONITOR CARD
(WASPLA)
(WASPL3)
(WASPLB)
(WASPL4)
(WASPLC)
(WASPL5)
(WASPLD)
PL 42
MUX HOMES
TO M19SK27
SEE DRAWING
155507 SHT 2
SK41
FAN SUPPLY
SEE DRAWING
155507 SHT 1
PL31 (PART)
TO PL16
(NEXTMOVE BREAKOUT PCB)
VIA 50-WAY RIBBON CABLE
SEE DRAWING
155501 SHEET 2
SEE DRAWING 155507 SHEET 1
SEE DRAWING 155507 SHEET 2
NC
NC
NC
NC
NC
NC
NC
NC
NC
313
315
317
312
314
316
318
311
327
329
331
333
328
330
332
334
319
321
323
325
320
322
324
326
335
337
339
341
336
338
340
342
177
178
155503 SHT 1
SERVO/STEPPER
BACKPLANE PCB CCT DIAGRAM
296
297
298
299
300
301
302
303
305
304
306
015
307
022
308
020
309
021
310
017
132
016
133
018
134
041
114
040
183
007
182
012
176
179
133
134
132
180
181
114
183
182
12 Electrical Drawings
155503S2 Issue 7 Servo/Stepper Backplane PCB Circuit Diagram
7+,6'5$:,1*$1'7+(
&23<5,*+7,1,7,67+(
3523(57<2)'(.35,17,1*
0$&+,1(6/,0,7(',70$<
127%(&23,('5(352'8&('
38%/,6+('25',6&/26(',1
:+2/(25,13$57:,7+287
285:5,77(1&216(17
GRB
NTS
07
04/05/99
09/10/98
D. ORTON
2
2
-
-
-
-
-
-
-
1998
2b
2z
4d
4b
4z
6d
6b
6z
8d
8b
8z
10d
10b
10z
12d
12b
12z
14d
14b
14z
16d
16b
16z
z20
d22
z24
d26
z28
d30
z32
2b
2z
4d
4b
4z
6d
6b
6z
8d
8b
8z
10d
10b
10z
12d
12b
12z
14d
14b
14z
16d
16b
16z
2d
z20
d22
z24
d26
z28
d30
z32
2b
2z
4d
4b
4z
6d
6b
6z
8d
8b
8z
10d
10b
10z
12d
12b
12z
14d
14b
14z
16d
16b
16z
2d
z20
d22
z24
d26
z28
d30
z32
2b
2z
4d
4b
4z
6d
6b
6z
8d
8b
8z
10d
10b
10z
12d
12b
12z
14d
14b
14z
16d
16b
16z
2d
z20
d22
z24
d26
z28
d30
z32
172
N/C
135
171
N/C
N/C
N/C
N/C
N/C
N/C
002
002
002
002
002
002
107
N/C
247
287
N/C
002
N/C
002
2d
002
040
041
173
174
175
2b
2z
4d
4b
4z
6d
6b
6z
8d
8b
8z
10d
10b
10z
12d
12b
12z
14d
14b
14z
16d
16b
2d
N/C
16z
d22
z20
z24
d26
z28
d30
z32
N/C
198
06
P28
P29
BRAKE FROM MM
BRAKE OUTPUT
5432
1
A
B
C
C
B
A
12345
67
8
910
11 12
13
6
7
8
9
10 11
12
13
D
E
F
G
H
I
D
E
F
G
H
I
0
CRS
THREADS: ISO COARSE
TO CLASS 6H/6g U.O.S.
DRAWN
APPROVED
DATE
TOLERANCES UNLESS
OTHERWISE STATED
MATERIAL
FINISH
DSM
DSF
SURFACE ROUGHNESS
C
COPYRIGHT
A
OF
SH.
DRAWING SCALE
DO NOT SCALE
ORIGINAL SCALE
(PLOT)
(CAD) 1:1
GEN.
ANG.
DIMENSIONS
IN MM'S-INCHES IN ( )
TITLE
DRAWING NUMBER
DATE INITIALDCR
LATEST
ISSUE
No.
SERVO 2 DEM+
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
N/C
135
171
N/C
N/C
N/C
N/C
N/C
N/C
002
002
002
002
002
002
107
N/C
N/C
N/C
N/C
002
N/C
002
002
040
041
N/C
135
171
N/C
N/C
N/C
N/C
N/C
N/C
002
002
002
002
002
002
107
N/C
N/C
N/C
N/C
002
N/C
002
002
040
041
N/C
135
171
N/C
N/C
N/C
N/C
N/C
N/C
002
002
002
002
002
002
107
N/C
N/C
N/C
N/C
002
N/C
002
002
040
041
08
SERVO 3 DEM+
10
SERVO 0 DEM-
18
SERVO ENABLE
36
SERVO ERROR
44
HEADLIFT ERROR
02
SERVO 0 DEM+
04
SERVO 1 DEM+
SK 2
HEADLIFT
SK 7
EUROAMP 10 ( AXIS 0 )
SK 9
EUROAMP 10 ( AXIS 1 )
SK 8
EUROAMP 10 ( AXIS 2 )
SK 10
EUROAMP 10 ( AXIS 3 )
PL31 (PART)
TO PL16
(NEXTMOVE BREAKOUT PCB)
VIA 50-WAY RIBBON CABLE
SEE DRAWING 155501 SHT 2
SEE DRAWING 155507
PL 43
PL 44
PL 45
PL 46
SERVO 0 DEM +VE
SERVO 0 DEM -VE
GND
GND
GND
GND
GND
GND
SERVO 0 ERROR
GND
GND
AC1
AC2
MOTOR +VE
MOTOR -VE
0V LOGIC
GND
GND
GND
GND
GND
GND
GND
GND
AC1
AC2
MOTOR +VE
MOTOR -VE
0V LOGIC
GND
GND
GND
GND
GND
GND
GND
GND
AC1
AC2
MOTOR +VE
MOTOR -VE
0V LOGIC
GND
GND
GND
GND
GND
GND
GND
GND
AC1
AC2
MOTOR +VE
MOTOR -VE
0V LOGIC
SERVO 1 DEM +VE
SERVO 1 ENABLE
SERVO 1 DEM -VE
SERVO 1 ERROR
SERVO 2 DEM +VE
SERVO 2 ENABLE
SERVO 2 DEM -VE
SERVO 2 ERROR
SERVO 3 DEM +VE
SERVO 3 ENABLE
SERVO 3 DEM -VE
SERVO 3 ERROR
SERVO 0 ENABLE
HEADLIFT DIRECTION
0V
174
HEAD LIFT -
HEAD LIFT +
002
041
040AC 1
AC 2
0V LOGIC
BRAKE FROM MM
BRAKE O/P
0V TO BRAKE
SERVO/STEPPER
BACKPLANE CCT DIAGRAM
155503 SHT 2
HEAD LIFT ERROR
24V SWITCHED
HEADLIFT ENABLE
175
171
135
198
107
172
173
P30
P31
P32
P33
12
12
12
12
Electrical Drawings 13
155507S1 Issue 9 Control Enclosure Inter-connection Circuit Diagram
IT MAY NOT BE COPIED,REPRODUCED,
PUBLISHED OR DISCLOSED IN WHOLE
OR IN PART WITHOUT OUR WRITTEN
CONSENT.
IN IT, IS THE PROPERTY OF
THIS DRAWING AND THE COPYRIGHT
PRINTING MACHINES LIMITED,
DEK
GRB
NTS
09
-
-
-
-
-
-
G. BRITTEN
16/10/98
10/07/02
27514
1
2
1998
54321
A
B
C
C
B
A
1
2345
67
8
910
11 12
13
6
7
8
9
10 11
12
13
D
E
F
G
H
I
D
E
F
G
H
I
0
CRS
THREADS: ISO COARSE
TO CLASS 6H/6g U.O.S.
DRAWN
APPROVED
DATE
TOLERANCES UNLESS
OTHERWISE STATED
MATERIAL
FINISH
DSM
DSF
SURFACE ROUGHNESS
C
COPYRIGHT
A
OF
SH.
DRAWING SCALE
DO NOT SCALE
ORIGINAL SCALE
(PLOT)
(CAD) 1:1
GEN.
ANG.
DIMENSIONS
IN MM'S-INCHES IN ( )
TITLE
DRAWING NUMBER
DATE
INITIAL
DCR
LATEST
ISSUE
No.
M19PL22
10W AMPHENOL
M19PL24
19W RINGLOCK
MULTIMOVE BACKPLANE
Pt No. 155505
SEE DWG 155502
SERVO / STEPPER BACKPLANE
Pt No. 155506
SEE DWG 155503
NEXTMOVE BREAKOUT
Pt No. 155504
SEE DWG 155501
M19 ENCLOSURE REAR PANEL
Pt No. 160928_12
M19PL23
2W AMP
INTER-CONNECTION CCT DIAGRAM
155507
24V SW (MULTIMOVE X12)
24V SW (MULTIMOVE X11)
24V SW (STEPPERS)
0V (STEPPERS)
CONTROL ENCLOSURE
P2
P3
P6
P1
PL 17
1
3
4
2
P5
P4
3
2
4
1
PL 14
24V SW (MULTIMOVE X12)
0V (MULTIMOVE X12)
24V SW (MULTIMOVE X11)
0V (MULTIMOVE X11)
0V (MULTIMOVE X13)
24V US (MULTIMOVE X13)
0V LOGIC
0V USR
-12V USR
+12V USR
+12V USR
0V USR
5V LOGIC
0V LOGIC
P12
P13
P18
P17
P23
P20
P16
P 9 0V LOGIC
24V US (FANS)
+12V USR
-12V USR
+5V USR
0V (FANS)
AC 1
AC 2
P14
P15
P22
P21
A
B
A
B
C
D
E
F
G
H
J
K
L
M
N
P
R
S
A
B
C
D
E
F
G
H
I
J
5 24V SWITCHED (MIU'S)
6 24V UNSWITCHED (MIU'S)
T
U
0V (HEAD LIFT)
z24
z20
24V SW (HEADLIFT)
SK2
V
P19 0VUSR
007
012
012
012
0V
007
SK41/1
007
007
6
4
5
3
2
1
0V
007
SK41/2
0V
007
SK41/3
24V
US
012
SK41/4
24V
US
012
SK41/5
24V
US
012
SK41/6
1
2
SK47
24V US 012
0V 007
1
2
SK48
24V US 012
0V 007
1
2
SK49
24V US 012
0V 007
0V
24V
US
24V
US
24V
US
0V
0V
PL
41
FA
N
TRA
Y
A
SSY
Pt N
o
.
18
1073
SCREEN TO CHASSIS
015
016
018
008
019
009
015
005
016
006
040
041
007
017
023
003
022
002
002
002
001
020
021
012
021
020
022
007
014
001
013
24V SW (MULTIMOVE X12)
24V SW (MULTIMOVE X11)
24V SW (STEPPERS)
0V (STEPPERS)
24V SW (HEAD LIFT)
0V (HEAD LIFT)
24V SW (MULTIMOVE X12)
0V (MULTIMOVE X12)
24V SW (MULTIMOVE X11)
0V (MULTIMOVE X11)
AC 1
AC 2
0V (MULTIMOVE X13)
24V US (MULTIMOVE X13)
+12V USR
0V USR
+5V LOGIC
0V LOGIC
0V LOGIC
0V LOGIC
0V USR
-12V USR
+12V USR
24V US (FANS)
+12V USR
-12V USR
+5V USR
0V (FANS)
24V UNSWITCHED ( MIU'S )
0V USR
24V SWITCHED ( MIU'S )
040
041
001
022
020
021
007
012
022
009
019
008
018
016
015
015
005
016
006
017
007
023
003
022
002
013
014
002
001
020
021
P 11 24V US ( MULTIMOVE X13)
017
P10
24V US ( MULTIMOVE X13)