Vp540i e PDF
Vp540i e PDF
Vp540i e PDF
Confidential
TERMS OF USE
Users of this Service Note shall be deemed to agree with the following Terms of Use.
1. USERS
This Service Note is only for authorized persons with user ID and password issued by Roland DG Corporation.
2. PURPOSE
Authorized persons can use this Service Note only for the purposes of selling and providing to the customers
maintenance service of VP-540i/VP-300i.
3. REUSE
Authorized persons shall not disclose, transfer, rent or distribute this Service Note to, or allow this Service Note
to be used in any manner by, any third party other than authorized persons.
4. REPRODUCTION
Authorized persons shall not copy, change or alter this Service Note without permission of Roland DG
Corporation.
5. EFFECT OF VIOLATION
Regardless of circumstances, we will vigorously respond to any violation hereof, through legal action.
70114-02
Contents
1 Structure & Spare Parts
1-1 COVERS ............................................................................................................................................................. 1-1
1-2 FRAME .............................................................................................................................................................. 1-3
1-3 DRIVE UNIT ....................................................................................................................................................... 1-5
1-4 HEAD CARRIAGE (VP-540i) ............................................................................................................................... 1-7
1-5 HEAD CARRIAGE (VP-300i) ............................................................................................................................... 1-9
1-6 BASE FRAME.....................................................................................................................................................1-11
1-7 CHASSIS .......................................................................................................................................................... 1-13
1-8 PINCH ROLLER ............................................................................................................................................... 1-14
1-9 STAND .............................................................................................................................................................. 1-15
1-10 TOOL CARRIAGE ............................................................................................................................................. 1-16
1-11 WIPER SYSTEM .............................................................................................................................................. 1-17
1-12 PUMP SYSTEM ................................................................................................................................................ 1-18
1-13 INK SYSTEM .................................................................................................................................................... 1-20
1-14 ACCESSORIES .................................................................................................................................................. 1-21
2 Electrical Section
2-1 WIRING MAP ...................................................................................................................................................... 2-1
2-2 MAIN BOARD ..................................................................................................................................................... 2-3
2-3 SERVO BOARD ............................................................................................................................................... 2-14
2-4 CARRAGE BOARD .......................................................................................................................................... 2-19
2-5 SUB BOARD...................................................................................................................................................... 2-22
2-6 MAINTENANCE PARTS LIST .......................................................................................................................... 2-27
4 Adjustment
4-1 SERVICE MODE ................................................................................................................................................ 4-1
4-2 HOW TO UPGRADE FIRMWARE/INSTALL FIRMWARE ................................................................................. 4-16
4-3 HOW TO UPGRADE FIRMWARE OF THE NETWORK CONTROLLER .......................................................... 4-23
4-4 HEAD ALIGNMENT ........................................................................................................................................... 4-25
4-5 LIMIT POSITION & CUT DOWN POSITION INITIALIZE ................................................................................. 4-33
4-6 LINEAR ENCODER SETUP ............................................................................................................................. 4-35
4-7 FLUSHING POSITION ADJUSTMENT < Serial No. ~ ZY41223 > .................................................................... 4-37
4-8 FLUSHING POSITION ADJUSTMENT < Serial No. ZY41224 ~ > .................................................................... 4-39
4-9 CROP MARK SENSOR ADJUSTMENT .......................................................................................................... 4-41
4-10 CROP-CUT ADJUSTMENT .............................................................................................................................. 4-43
4-11 PRINT/CUT POSITION ADJUSTMENT ............................................................................................................ 4-46
4-12 CALIBRATION(FEEDING DIRECTION) ........................................................................................................... 4-49
4-13 TOOL HEIGHT ADJUSTMENT ......................................................................................................................... 4-51
4-14 TOOL PRESSURE ADJUSTMENT .................................................................................................................. 4-53
4-15 BELT TENSION ADJUSTMENT ....................................................................................................................... 4-56
4-16 BELT POSITION ADJUSTMENT ...................................................................................................................... 4-59
4-17 TAKE-UP UNIT OPERATION CHECK .............................................................................................................. 4-65
5 Supplemental Information
5-1 SPECIAL TOOLS................................................................................................................................................. 5-1
5-2 SENSOR MAP ..................................................................................................................................................... 5-2
6 Troubleshooting
6-1 DEFECT OF PRINT QUALITY (BANDING/SCRATCHY PRINTING/BLURRED PRINTING).............................. 6-1
6-2 PARTICULAR COLOR IS NOT PRINTED AT ALL .............................................................................................. 6-2
6-3 SHIFTING IN PRINTING / COLOR SHIFTING.................................................................................................... 6-2
6-4 INK DROPS ON THE MEDIA .............................................................................................................................. 6-3
6-5 VERTICAL BANDING .......................................................................................................................................... 6-3
6-6 MISSING DOT OR DEFLECTED-FIRED DOT APPEARS WHEN PERFORMING PRINTING WITH LONG DELAY .......... 6-3
6-7 PRINT & CUT MISALIGHMENT .......................................................................................................................... 6-4
6-8 POOR CUTTING QUALITY(STITCH CUT, DISTORTED CUT, MISMATCHED START AND END POINTS) ..... 6-7
6-9 MEDIA SKEW ...................................................................................................................................................... 6-7
6-10 MOTOR ERROR ................................................................................................................................................. 6-8
6-11 HEATER/DRYER TEMPERATURE DOES NOT GO UP ..................................................................................... 6-9
6-12 PROBLEM IN NETWORK(RIP DOES NOT RECOGNIZE THE PRINTER) ........................................................ 6-9
6-13 ERROR MESSAGE ........................................................................................................................................... 6-10
6-14 SERVICE CALL ................................................................................................................................................. 6-10
7 Service Activities
7-1 INSTALLATION CHECK LIST ............................................................................................................................. 7-1
7-2 MAINTENANCE CHECK LIST .......................................................................................................................... 7-12
7-3 SPECIFICATION ............................................................................................................................................... 7-13
Windows and MS-DOS are registered trademark or trademark of Microsoft Corporation in the United States and/or other countries.
Revision Record
Used for instructions intended to alert the operator to the risk of death
or severe injury should the unit be used improperly.
Used for instructions intended to alert the operator to the risk of injury
or material damage should the unit be used improperly.
* material damage refers to damage or other adverse effects caused
with respect to the home and all its furnishings, as well to domestic
animals or pets.
The symbol alerts the user to important instructions or warnings. The specific
meaning of the symbol is determined by the design contained within the triangle.
The symbol at left means “danger of electrocution”.
The symbol alerts the user to items that must never be carried out (are
forbidden). The specific thing that must not be done is indicated by the design
contained within the circle.
The symbol at left means not to touch.
The symbol alerts the user to things that must be carried out. The specific
thing that must be done is indicated by the design contained within the circle. The
symbol at left means the power-cord plug must be unplugged from the outlet.
In addition to the and symbols, the symbols shown below are also used.
Flammable
Ink and discharged fluid are flammable.
Keep away from open flame.
Ink Is Toxic
Ink and discharged fluid are toxic. Avoid
contact with the body. Use only in a well-
ventilated area.
Flammable
Ink and discharged fluid are flammable.
Keep away from open flame.
Ink Is Toxic
Ink and discharged fluid are toxic. Avoid
contact with the body. Use only in a well-
ventilated area.
WARNING - FOR CONTINUED
PROTECTION AGAINST RISK OF FIRE, HIGH VOLTAGE,
REPLACE ONLY WITH FUSE OF THE
SPECIFIED TYPE AND CURRENT RATING. HANDLING ATTENTION
• Do not touch during power on
Electric shock, Compornents damage
• Do not repair. Replace power unit.
F80L HS
• Do not replace fuse. Can not be recovered.
Electric charge.
Do not touch when power is on.
S2
S1
S12 21
S8 35 41 S2
23
39 22
S1 3
20
10 S2 S2
7
5 S13
Revised 1
S7 S1
6
S1 S7 9
S2
S6
S1 8 S2
S1 S10
34
S9 44
12 32 S5
S1 Revised 1
36
31
37
29
28 S2
39 S2 S2
20
S3 26 33 S11 4
S10
16 S4
32
38 11
30 31
S2 S5
2
Revised 1 27
43
13 42
19
17
15
S2
18 40 14
14 40
1 24
S2 21 S1
25
1-1
1-1 COVER
1-2
1-2 FRAME
S6 S11
S14 S17 27
33 S12
S17
11
32 S10 S20 5 S14
S17 S8
11 24 26 S5
S4 9
7 18 8 13
S4
29 S16
10 31 1
S17 16 20 22
25
S13 8 8 35
19 S17 S14 S17
S8
S17
34 28
S8
S15
S10 5 38
S17 S5
S20 S16
S2 14
S10
S19
S1
S20 S10
S17 9
S11 S7 15
S6 S1
37 S4 12
3
S10 S9
S4
21 S10
4 S3
6
S10
S20 S10 36
30
2
17
23
S18
S17
S6
S11
1-3
1-2 FRAME
PARTS LIST -Main Parts- PARTS LIST -Supplemental Parts-
Parts No. Parts Name qt. Parts No. Parts Name qt.
1 21905192 ADAPTER,CLAMP MEDIA SP-540V 2 S1 31029101 BUSH,NB-19 2
2 7520501000 ASSY,CAP BOTTLE 2 FJ-52 1 S2 31029106 BUSH,SQUARE SB-6025 1
3 W700461240 ASSY,FAN JUNCTION BOARD VP-540 1 S3 31289111AS CUPSCREW SET, M4*6 NI 100 PCS. 2
1000002653 BASE,BOTTOM VP-300 1 S4 31289109AS CUPSCREW SET,M3*4 NI 100 PCS. 5
4
1000002527 BASE,BOTTOM VP-540 1 S5 31119904 PIN,SPRING 2.5*8 SUS STRAIGHT 50 PCS 4
5 1000002589 BASE,RAIL VP-540 2 S6 31129101 PIPE SET,POLYCA 3*6*8 20PCS 3
6 21985140 BRACKET,INK CATCH TANK SP-540V 1 S7 31149706AS RING SET,E-RING ETW-10 SUS 20 PCS 1
7 12159573 BUSH,80F-0603 2 S8 31149705 RING SET,E-RING ETW-7 SUS 50PCS 3
8 12159563 BUSH,80F-1006 3 S9 31409702 SADDLE SET,LOCKING WIRE LES-1010 20P 2
9 12159508 BUSH,SHAFT OILES 80F-1206 2 S10 31409801AS SADDLE,LOCKING WIRE LWS-0711Z 20P 12
10 1000002176 CABLE-ASSY,PINCH U/D SENSOR VP-540 1 S11 31049171AS SCREW SET,CAP M3*12 NI 50 PCS. 3
11 21745109 COLLAR,LEVER FJ-540 2 S12 31049142AS SCREW SET,CAP M3*6 NI MEC 20 PCS 2
12 1000002630 COVER,SCAN MOTOR VP-540 1 S13 31049173AS SCREW SET,CAP M4*10 NI 50 PCS. 1
13 1000002528 FRAME,MIDDLE L VP-540 1 S14 31049137AS SCREW SET,CAP M4*25 3CBC 20 PCS 7
14 1000005167 FRAME,MIDDLE R RS-540 1 S16 31799107 SCREW SET,CAP M4*6 NI 20PCS 2
15 1000002548 FRAME,SCAN MOTOR VP-540 1 S17 31049169AS SCREW SET,CAP M4*8 3CBC+PW 20PCS 16
16 1000002518 FRAME,SIDE L VP-540 1 S18 31239125AS SCREW SET,W-SEMS M3*8 SUS 50 PCS. 2
17 1000005550 FRAME,SIDE R VP-540I 1 S19 31179106 SCREW,JACK UP SP-540V 2
18 22305101 GUIDE,LEVER SP-300 1 S20 31069104 SCREW,CAP M4*6+FL NI 15
19 1000001601 KNOB,XC-540 1
20 1000002556 LEVER,CAM PINCH VP-540 1
21 22155763 OILES BUSH 80F-0806 1
22 22175105 PINCH ROLL SPRING 1
23 22055474 PLATE,INK CATCH TANK FJ-52 1
24 1000002609 PLATE,LEVER LINK VP-540 1
25 15229506 SENSOR INTERRUPTER,GP1A05A5 1
26 22145393 SHAFT,JOINT PNC-960 1
22295270 SHAFT,SQUARE SP-300 1
27
1000002526 SHAFT,SQUARE VP-540 1
28 22035196 STAND,LEVER SP-300 1
29 1000002629 STAY,COVER UNDER VP-540 1
30 1000002558 STAY,FRAME SIDE R VP-540 1
31 1000002555 STAY,LEVER SENSOR VP-540 1
32 1000002631 STAY,PINCH LEVER ADJUST VP-540 1
33 1000002551 STAY,PINCH LEVER VP-540 1
34 1000002569 STAY,SUPPORT INKCARTRIDGE VP-540 1
35 1000004193 SUPPORT,FRAME R TYPE2 VP-540 1
36 1000003088 PAD,BASE BOTTOM VP-540 1
37 1000002168 CABLE-ASSY,FAN VP-540 1
38 22535444 LABEL,READ MANUAL #LA637 1
1-4
1-3 DRIVE UNIT
S7
S7
S7
79
71
S12
S12
35 S7
S6 59 25
77 64 38
S24 S23
26 S7
13 S12 S23 S28 85
5 S7 21 42 75 80
33 36
S28 S7
70 8 28 S12
S26 S14
S7 41 24
S22 76 S12
55 S27
S1 36
S28 22 50
S11 S22 69 S18 27 66 S2 17
1 S4 80 S12
S22 11 S5 36
12 S2
S11 60 S2 36 82 S12 86
39
S21 73 S8
54 S4 58
S8 31 81
S10 4 S12
S20 2 S7 S12
S7
31 2 S2
68 S12 S7
40 51 53 2
S7 S19
20 37 31 S12
S9 9 S21
S7 52 3
S12 S12
S9 63 30
44 S21
S25 9
S15 45
72
14 S7 43 S19 S13 S5
62
S22 56 S18 6 16
29 S19 S19 49 S10 27 34
Revised 1
46 15 47 56 78 S20
61 18 S8
67 65
S3 10 S22 S5 84
19 83
S14 S17
S8 S5 74 S22
7 S22
S3 S7 23 57
S22 S21 32
S22 1
69 S11
S16
1-5
1-3 DRIVE UNIT
PARTS LIST -Main Parts- PARTS LIST -Main Parts-
Parts No. Parts Name qt. Parts No. Parts Name qt.
1 6700469030 ASSY,PULLEY VP-540 2 56 15229506 SENSOR INTERRUPTER,GP1A05A5 2
2 W700461290 ASSY,FLEX1 VP-540 3 57 1000001480 SHAFT,DRIVE PULLEY XC-540 1
3 W7004612A0 ASSY,FLEX2 VP-540 1 58 1000003089 SHEET,FRAME SUPPORT RAIL VP-540 3
4 W7004612B0 ASSY,FLEX3 VP-540 1 1000005175 SHEET,HOLDER CABLE RS-540 2
59
5 W700461260 ASSY,GRIT ENCODER BOARD VP-540 1 1000005562 SHEET,HOLDER CABLE VP-300I 2
6 6700469020 ASSY,SCAN MOTOR VP-540 1 60 1000001479 SHAFT,IDLE PULLEY XC-540 1
7 11869103 BALL,4MM 1 61 22295117 SHAFT,LOCK CJ-70 2
8 1000002605 BASE,G-ENCODER SENSOR VP-540 1 1000002665 SHEET,LINEAR SCALE VP-300 1
62
9 1000002589 BASE,RAIL VP-540 2 1000002544 SHEET,LINEAR SCALE VP-540 1
10 1000002533 BASE,SCAN DRIVE VP-540 1 SHEET,RAIL UNDER VP-540 (VP-540i) 8
63 1000002709
1000002671 BELT,100S2M1539LW-C 1 SHEET,RAIL UNDER VP-540 (VP-300i) 5
11
1000002547 BELT,150S2M2153LW-C 1 64 1000002162 SHEET,ROTARY DISK SLIT 360LPI 1
12 23415124 CABLE-ASSY,G-MOTOR SP-300 1 65 22185101 SLIDER,LOCK CJ-70 1
13 1000002169 CABLE-ASSY,GRIT ENCODER VP-540 1 66 7876709020 ASSY,FEED MOTOR SP-540V 1
14 23415114 CABLE-ASSY,MAINT-COVER SW SP-300 1 67 22175134 SPRING,A CJ-70 2
15 1000002178 CABLE-ASSY,PRI-CAR ORG VP-540 1 68 22175122 SPRING,BACKUP PNC-960 1
16 1000002188 CABLE-ASSY,SCAN MOTOR VP-540 1 69 22175157 SPRING,C P-ROLLER CM-500 2
23475213 CABLE-CARD,36P1 2000L BB (VP-300i) 3 70 1000002596 STAY,G-ENCODER SENSOR VP-540 1
17
23475240 CABLE-CARD,36P1 2670L BB HIGH-V (VP-540i) 3 71 1000002602 STAY,GUIDE FLEX VP-540 1
18 1000002167 CABLE-ASSY,CUT-CAR ORG VP-540 1 72 22715469 STAY,HOLD SHAFT SQUARE SP-500 1
19 21365103 CASE,LOCK CJ-70 1 73 1000002597 STAY,RAILGUIDE L VP-540 1
20 1000002646 COVER,ENCODER VP-540 1 74 1000002534 STAY,SHAFT DRIVE PULLEY VP-540 1
21 1000002592 COVER,FEED GEAR VP-540 1 75 1000002554 STAY,SUPPORT RAIL L VP-540 1
1000002711 COVER,INK CARTRIDGE FLEX VP-300 1 76 22135346 STOPPER,CAM CM-500 1
22
1000002708 COVER,INK CARTRIDGE FLEX VP-540 1 77 1000002594 STOPPER,GRIT-ENCORDER VP-540 1
23 1000002647 COVER,INNER VP-540 1 78 22135441 STOPPER,LINEAR SCALE FJ-540 1
24 1000003037 COVER,JUNCTION BOARD VP-540 1 79 1000003036 SUPPORT, CABLE 1
25 1000002710 COVER,RAIL SIDE VP-540 1 80 1000004142 SUPPORT,GUIDE CABLE TYPE2 VP-540 1
26 1000002593 FLANGE,GRIT-ENCORDER VP-540 1 PAD,GUIDE TUBE VP-540 (VP-540i) 2
81 1000003151
27 1000003823 FLANGE,MOTOR SCAN VP-540 1 PAD,GUIDE TUBE VP-540 (VP-300i) 1
28 1000002552 FRAME,FEED MOTOR VP-540 1 82 1000004149 FILTER(E),FRC-40-12-1.7-013 1
1000002549 FRAME,SUPPORT AUTO CUTTER VP-540 1 83 1000003821 SPACER,FLANGE VP-540 1
29
1000006244 FRAME,SUPPORT AUTO CUTTER 2 VP-540I 1 84 1000003822 BASE,FLANGE VP-540 1
1000005176 FRAME,SUPPORT RAIL RS-540 Revised 1 1 1000005271 HOLDER,CABLE F RS-540 1
30 85
1000005565 FRAME,SUPPORT RAIL VP-300I 1 1000005564 HOLDER,CABLE F VP-300I 1
31 1000003086 FILTER(E),RAIL SHIELD VP-540 3 86 1000003374 PLATE,INK CARTRIDGE FLEX VP-540 1
32 1000001905 GEAR,H187S20(B8) 1
33 21685128 GEAR,H300 S10(B6C16POM) 1 PARTS LIST -Supplemental Parts-
34 1000003084 FILTER(E),SFT-36SN 1 Parts No. Parts Name qt.
1000005566 GUIDE,CUT CABLE VP-300I 1 S1 31029101 BUSH,NB-19 1
35
1000005503 GUIDE,CUT CABLE VP-540_01 1 S2 31029106 BUSH,SQUARE SB-6025 4
GUIDE,TUBE TYPE3 VP-540 (VP-540i) 20 S3 31329501AS CLAMP SET,PUSH MOUNT RT30SSF5 20P 2
36 1000003293
GUIDE,TUBE TYPE3 VP-540 (VP-300i) 13 S4 3000000033 CLAMP,WIRE PLESS RFC-45VO 6
37 1000002603 HOLDER,BACKUP SHAFTSQUARE VP-540 1 S5 31289111AS CUPSCREW SET, M4*6 NI 100 PCS. 10
1000005174 HOLDER,CABLE RS-540 1 S6 31289112AS CUPSCREW SET,M3*10 NI 100 PCS. 3
38
1000005563 HOLDER,CABLE VP-300I 1 S7 31289109AS CUPSCREW SET,M3*4 NI 100 PCS. 21
39 1000001555 HOLDER,IDLE PULLEY XC-540 1 S8 31289102AS CUPSCREW SET,M3*6 NI 50 PCS. 7
40 21655131 HOLDER,LINEAR SCALE CJ-70 1 S9 31119904 PIN,SPRING 2.5*8 SUS STRAIGHT 50 PCS 4
41 22115121 HOUSING,R-BEARING FRAME FJ-540 1 S10 31129102 PIPE SET,POLYCA 4*8*10 20PCS 2
42 22535287 LABEL,CAUTION CARRIAGE #LA266 1 S11 31149704AS RING SET,E-RING ETW-6 SUS 100 PCS 3
43 1000002971 LABEL,G-ROLLER 170 VP-540 #LA978 1 S12 31299102AS RIVET SET,NYLON P2655B 20 PCS. 29
LABEL,G-ROLLER 50 VP-540 #LA977 6 S13 31409702 SADDLE SET,LOCKING WIRE LES-1010 20P 3
44 1000002970
LABEL,G-ROLLER 50 VP-540 #LA977 3 S14 31409801AS SADDLE,LOCKING WIRE LWS-0711Z 20P 2
45 1000002685 LABEL,PINCH ROLL VP-540#LA968 1 S15 31019149 SCREW SET,BINDING M2.3*8 3CBC 100PCS 2
1000002196 L-BEARING,SSR15XW1GGE/W2GE+1440L 1 S16 31049155AS SCREW SET,CAP M3*12 BC+PW 20 PCS. 18
46
1000002145 L-BEARING,SSR15XW1GGE/W2GE+2050L 1 S17 31049171AS SCREW SET,CAP M3*12 NI 50 PCS. 4
47 1000002535 LOCK,STAY VP-540 1 S18 31049170AS SCREW SET,CAP M3*8 NI 50 PCS. 8
49 1000002581 PLATE,CUT ORIGIN VP-540 1 S19 31049173AS SCREW SET,CAP M4*10 NI 50 PCS. 6
1000002675 PLATE,HOLDER CABLE VP-300 1 S20 31049174AS SCREW SET,CAP M4*15 NI 20 PCS. 2
50
1000002612 PLATE,HOLDER CABLE VP-540 1 S21 31049137AS SCREW SET,CAP M4*25 3CBC 20 PCS 4
51 22055316 PLATE,LINEAR SCALE CJ-70 1 S22 31049169AS SCREW SET,CAP M4*8 3CBC+PW 20PCS 19
1000002672 PLATE,RAIL REAR VP-300 1 S23 31199701AS SCREW SET,SET WP M3*3 NI 20 PCS 4
52
1000002615 PLATE,RAIL REAR VP-540 1 S24 31229103AS SCREW SET,TRUSS M2*6 NI 100 PCS 2
1000005171 RAIL,GUIDE RS-540 1 S25 31239103AS SCREW SET,W-SEMS M3*8 NI+PW 50 PCS 8
53
1000002658 RAIL,GUIDE VP-300 1 S26 31019703 SCREW,BINDING P-TIGHT M3*8 3C 100P 1
1000002659 RAIL,LINEAR SCALE VP-300 1 S27 31049117 SCREW,CAP M4*12 NI+PW 4*9*0.8 20PCS 2
54
1000002543 RAIL,LINEAR SCALE VP-540 1 S28 31069104 SCREW,CAP M4*6+FL NI 7
55 22175870 R-BEARING JIS 6800ZZ(B7) 1
1-6
1-4 HEAD CARRIAGE (VP-540i)
S2
10
S2
S2
11
S2
44 S5
S2
46 S6 4
15
S2
45 S2
43 S6 8
31 49
20 15
S2
42 S2
35 33
36 38 S2
38 (使用時130mmにカット S1 48 3
(使用時110mmにカットしてくだ
さい。) 37 してください。)
23 S8
17 S9
41 26
S4 32
2 47
40 16
S2 19
S10
21 6
34
S11 1
9 S2 S4 S10
28
24
S10
S7 25 7 18
30 S4 S13
39 12
S14
S3 27 22
S3 S3 S14
13 5
39
S3
S3 13
S12
S3
S11 S3
S15
14
29
1-7
1-4 HEAD CARRIAGE (VP-540i)
1-8
1-5 HEAD CARRIAGE (VP-300i)
S2
S1
24 14
15
S2
S2 S3
S1
21 S4 6
18
S1
S1
25 S4 12
33
30 38
32 18
26 S1
36
S1
2
7 37
S1 5
(使用時110mmにカットしてくだ
3
さい。)
35 S6
20
7
(使用時130mmにカットしてくだ 31
さい。)
4
11
19
S1 23
S7
27 10
S8 1
13 34 S7
S1 28
S7
S5 22
S10
9
S2
S2 S2
16 8
9
S2
S2 16
S9
S2
S8 S2
S11
17
29
1-9
1-5 HEAD CARRIAGE (VP-300i)
1-10
1-6 BASE FRAME
S12 S3
S5
S13
1
S4
S7
S5
20
8 4
S13
2 S12
4 S3
S14
19
4
S14 6
17 S3
S4 215 S2 19
S3 5
S14
S3 21
S2
S4 10
23 S3
4 23
S14
3 S10
17 S10
S4
12
9
S7 S11 22
S8 18 11
22 11
S7 18
S14
S14
S15 S14 S1
14 S7
13
15 S13
16 S14 S6 S14
S13
S14
S6 S3
S9
1-11
1-6 BASE FRAME
1-12
1-7 CHASSIS
S4
30
22
3 18
S8 S4
S4
S4 7 31
S9
25
25
33 32 9
34
S1
4
S4 S8
10 19 S1
2
11 23 S1
S8
S11
8
1
28
S4
S3
S5
S6 14
16 21 15 S7
26 S2 5
12 S4
13
24
S10
20 35
29
S4
6
S4 27 17
PARTS LIST -Main Parts-
Parts No. Parts Name qt. Parts No. Parts Name qt.
1 6700989010 ASSY,MAIN BOARD RS-540 1 27 1000002173 CABLE-ASSY,JUNBI E VP-540 1
2 W700461220 ASSY,POWER BOARD VP-540 1 28 1000004961 CABLE-ASSY,POWER SERVO RS-540 1
3 1000004994 ASSY,SERVO BOARD RS-540 1 29 1000002180 CABLE-ASSY,RELAY JUNCTION VP-540 1
4 15009101 BATTERY CR2032 1 1000005567 CABLE-CARD,40P1 1430L BB HIGH-V (VP-300i) 1
30
5 1000004995 CHASSIS,RS-540 1 23475237 CABLE-CARD,40P1 2070L BB HIGH-V (VP-540i) 1
6 1000005165 COVER,CHASSIS RS-540 1 1000002044 CABLE-ASSY,117V SELECTOR XC-540 (For 117V) 2
31
7 1000000012 FAN,109R0624H459 1 1000002043 CABLE-ASSY,230V SELECTOR XC-540 (For 230V) 2
8 1000003085 FILTER(E),CHASSIS SHIELD VP-540 1 32 11769118 CLAMP,FCM2-S6-14 1
9 12559105 FUSE,5X20 021706.3MXP 6.3A/250V 2 33 1000004149 FILTER(E),FRC-40-12-1.7-013 2
11 1000003015 FUSE,1543.15DR 2 23475213 CABLE-CARD,36P1 2000L BB (VP-300i) 3
34
12 13429702 INLET AC P01CF01 15A250V 1 23475240 CABLE-CARD,36P1 2670L BB HIGH-V (VP-540i) 3
13 22535257 LABEL,CAUTION VOLTAGE #LA167 1 35 12399353 FILTER(E) TFT-081813N 1
14 1000002682 LABEL,LAN VP-540#LA964 1
Revised 2 : Refer to the Service Information : VP540i-004
15 22535117 LABEL,POWER CM-500 NO.893 1
16 13129170 POWER SW AJ7201B 1 PARTS LIST -Supplemental Parts-
1000004955 POWER UNIT,LEB150F-0536-XRLD 1 Parts No. Parts Name qt.
17
1000006130 POWER UNIT,LEB150F-0536-XRLD A Revised 2 1 S1 31029106 BUSH,SQUARE SB-6025 3
18 1000004996 STAY,CABLE RS-540 1 S2 31329601AS CLAMP SET,INSULOK T-18S 100 PCS. 1
19 1000002566 STAY,CHASSIS FAN VP-540 1 S3 31289111AS CUPSCREW SET, M4*6 NI 100 PCS. 1
20 1000002189 CABLE-ASSY,JUNBI A VP-540 1 S4 31289109AS CUPSCREW SET,M3*4 NI 100 PCS. 27
21 23415116 CABLE ASSY,JUNBI D SP-300 1 S5 31279116 LABEL,EARTH MARK-1 NO.E-580 1
22 23415117 CABLE ASSY,POWER MAIN SP-300 1 S6 31279121 LABEL,FLASH-LIGHTING NO.E-582 1
23 23475197 CABLE CARD 25P1 105L BB FJ-540 1 S7 31279191 LABEL,WARNING FUSE REPLACE #347 1
24 23415268 CABLE-ASSY AC GROUND GREEN SP-540 1 S8 31409801AS SADDLE,LOCKING WIRE LWS-0711Z 20P 8
1000002755 CABLE-ASSY,HEATER VP-300 4 S9 31019124 SCREW SET,BINDING M3*35 NI 50 PCS 2
25
1000002183 CABLE-ASSY,HEATER VP-540 4 S10 31289105AS CUPSCREW SET, M3*6 3CBC 100 PCS 2
26 1000002190 CABLE-ASSY,JUNBI B VP-540 1 S11 31369102 SPACER,PCB SUPPORT PCB-8S 2
1-13
1-8 PINCH ROLLER
S2
S4 S2
18 17
12
3 13 16
14 3
9 15 2
1
S1
4
S1 4
8
5
8
6
5
6
S3 S3
7 S1
11 S1
10 7
S3 S3
1-14
1-9 STAND
S2 S1 3
1
11
5
S2 3
S1
5
9
11
6 S2
S2 S2
8
2
10 S2
S2
S2 S2
10
9
7
4
S2
1-15
1-10 TOOL CARRIAGE
S5
S6 S6
28 12
13
15
16
11
S6
7
26
S4
6
15
S3
S10 29
S4 25
27 S12
S5 5
S9
9 20
19
10
21
4
24
17
14 S7
S5
3 22
S9 S1 S13
1
8
S11
18 2
S8 S2
23
PARTS LIST -Main Parts- PARTS LIST -Main Parts-
Parts No. Parts Name qt. Parts No. Parts Name qt.
1 22805292 ASSY, CLAMP BLADE CM-500 1 23 22175155 SPRING,SCREW CM-500 1
2 22805291 ASSY, HOLDER BLADE CM-500 1 24 22715168 STAY,AUTO CUTTER 2 CM-500 1
3 22805287 ASSY, PLATE CAM SLIDE CM-500 1 25 1000002531 STAY,CUT CARRIAGE BOARD VP-540 1
4 22805571 ASSY,CARRIAGE SP-300 1 26 1000002540 STAY,HOLDER BELT VP-540 1
5 W700461250 ASSY,CROP SENSOR BOARD VP-540 1 27 22535287 LABEL,CAUTION CARRIAGE #LA266 1
6 W700461120 ASSY,CUT CARRIAGE BOARD VP-540 1 1000002674 PLATE,CABLE CUT VP-300 1
28
7 W700461290 ASSY,FLEX1 VP-540 3 1000002613 PLATE,CABLE CUT VP-540 1
8 7488739000 BASE CUTTER CJ-500 1 29 1000002187 CABLE-ASSY,CROP SENSOR VP-540 1
9 1000002530 BASE,CUT CARRIAGE VP-540 1
10 1000002185 CABLE-ASSY,PINCH SENSOR VP-540 1 PARTS LIST -Supplemental Parts-
23475207 CABLE-CARD,15P1 1900L BB (VP-300i) 1 Parts No. Parts Name qt.
11
23475238 CABLE-CARD,15P1 2570L BB HIGH-V (VP-540i) 1 S1 31029801AS BUSH SET,ROLL 2*4 3C100PCS 1
12 22025646 COVER,BELT HOLDER EGX-600 2 S2 31029803AS BUSH SET,ROLL 3*5 3C 20PCS. 1
13 1000002570 COVER,CARRIAGE BOARD VP-540 1 S3 31329601AS CLAMP SET,INSULOK T-18S 100 PCS. 1
14 22025269 COVER,CARRIAGE CM-500 1 S4 31289109AS CUPSCREW SET,M3*4 NI 100 PCS. 4
1000002667 GUIDE,CABLE FLEX-CUT VP-300 2 S5 31289102AS CUPSCREW SET,M3*6 NI 50 PCS. 7
15
1000002591 GUIDE,CABLE FLEX-CUT VP-540 2 S6 31299102AS RIVET SET,NYLON P2655B 20 PCS. 8
16 21655232 HOLDER,BELT EGX-600 2 S7 31019148AS SCREW SET,BINDING M2.6*4 NI 100 PCS 2
17 22285503 NUT,PENHOLDER 1 S8 31019118AS SCREW SET,BINDING M3*10 3CBC 100PCS 1
18 21495115 SCREW,BLADE SET CM-500 1 S9 31019116AS SCREW SET,BINDING M3*6 3CBC 100 PCS 2
19 15099115 SENSOR-INTERRUPTER GP2A25NJ 1 S10 31069104 SCREW,CAP M4*6+FL NI 4
20 21475148 SHEET,FILTER CROP CJ-500 1 S11 31169103AS SCREW SET,FLAT M3*6 3CBC 100 PCS 1
21 22175122 SPRING,BACKUP PNC-960 1 S12 31089110AS SCREW SET,PAN M3*4 NI+PW 100 PCS 2
22 22175154 SPRING,BLADE UP CM-500 1 S13 31229103AS SCREW SET,TRUSS M2*6 NI 100 PCS 1
1-16
1-11 WIPER SYSTEM
S1
20
21
19
S7 16
18
8
15
3 S5
5
3 2
12
S5
S1
4
17
6
S3
S5
5 10
11
7
S4
S6 14
13
S1
22
S2
1
S1
9
23
1-17
1-12 PUMP SYSTEM
26
14
20
S3
18 S4 6
5 26 13 S4
1 S2
14 5
5 28
5
18
5
5
10
5
Revised 2
5 14
S2 18
21 S1
S5 24 14
S7 5
29 S7
9 1
S5 5
S2 18
Revised 2
3
24
11
S8
S2 S2
S5
15
30
22 17
S5
S2
23 12
7 S6
S9 4
12 19
27
31 23 23 S6
S2
23
16
27 25
1-18
1-12 PUMP SYSTEM
1-19
1-13 INK SYSTEM
S2
S3 S2
15
S4 S3
S2 15
20
11
7
S1
S5
9 2
S5 S2
1
9 2 S5
1 8 S2
9 14
1 16
9
5 S2
1 3
5 12
10
13
S2
1-20
1-14 ACCESSORY
14
27
117V 230V
44
37 42 3 4
36 18
240VA 240VE
5
44
1 2
16
11 11
43 42
55
54
21
S5 S5
35
57
6 7
19
11 29
45 29
11
53
52 S5 S5
48 36
49 37
56 56
47 47
16
46 9 10
62
58 S4
22 25
40 17
50
S4
32
20 61 24
28
28
30
23
32
18
31 63
Revised 1
60
33 34 12 15
1-21
1-14 ACCESSORY
1-22
GRIT CARTRIDGE
SLIT DISK ENCODER INK EXIST/EMPTY
BOARD IC BOARD
SENSOR
CN1100
CN1200
CN1300
CN1400
CN2800
53
15
CN416
2-1 WIRING MAP
CN401
CN413
FEED MOTOR 17
FEED MOTOR BOARD
18 MAINTENANCE
CN402
CN414
COVER SW L
2 Electrical Section
16 59
CN403
CN412 FRONT COVER SW
for VP-540i
37 ×8 MAINTENANCE COVER SW
51 HEAD UP/DOWN 30
HEAD PAPER FRONT WIPE
CN203
CN205
SCAN MOTOR
CN212
PRINT SENSOR CUT ORG PAPER REAR ORG
PRINT ORG
HEAD CARRIAGE
CN206
CN209
LINEAR ENCODER PANEL BOARD
BOARD 19
CN213
BOARD
CN700
8 WIPER MOTOR
HEAD 28
CN204
CN208
20
CN200
CN201
CN202
HEAD 21 22
CN207
CN210
CN404 CN2 CN3 24
CN403
CN100
SERVO BOARD
14 THERMISTOR
or
CN1
CN2
BOARD 35 ×3 34 23
PUMP MOTOR
2-1
43 HEATER 54 CN23 CN3 CN4 CN5 CN6 CN7
CN305
CN14
CN15 7 25
CN401
TU DC41V
43 HEATER 54 CN17
CN4
CN19
THERMOSTAT 13 BATTERY
CN8
29
CN11
11 V SELECTOR
PRINT HEATER AC
POWER MAIN BOARD
14 DC41V DC5V
THERMISTOR CN400
or
BOARD CHASSIS CN207 CN1 CN405
CN1
CN2
BOARD
FAN 10 9 PINCH POS SENSOR
(to Dryer)
43 HEATER 54 CN1004 FAN 32 26
CN1000
JUNCTION
CN1002 CN1001
43 HEATER 54 NETWORK CN1003
BOARD CROP SENSOR
CN500 CN504
(to Print Heater)
CN20 CN22 BOARD
THERMOSTAT 13 DC5V CUT
VACUUM VACUUM 27
CN503
CN800
CN308
DRYER AC 41V_control for VP-540i
SOLENOID
CN3
CN502
CN1
FUSE
CN303
CN302
N
50
3 39
SW POWER SUPPLY
CABLE LIST
VP-540i VP-300i
Parts No. Parts Name 100V 200V 100V 200V
1 1000002189 CABLE-ASSY,JUNBI A VP-540 * * * *
2 1000002190 CABLE-ASSY,JUNBI B VP-540 * * * *
3 23415268 CABLE-ASSY AC GROUND GREEN SP-540 * * * *
4 23415116 CABLE ASSY,JUNBI D SP-300 * * * *
5 1000002173 CABLE-ASSY,JUNBI E VP-540 * * * *
6 1000004961 CABLE-ASSY,POWER SERVO RS-540 * * * *
7 23415117 CABLE ASSY,POWER MAIN SP-300 * * * *
8 1000002188 CABLE-ASSY,SCAN MOTOR VP-540 * * * *
9 1000002180 CABLE-ASSY,RELAY JUNCTION VP-540 * * * *
10 1000002168 CABLE-ASSY,FAN VP-540 * * * *
1000002044 CABLE-ASSY,117V SELECTOR XC-540 * *
11
1000002043 CABLE-ASSY,230V SELECTOR XC-540 * *
13 1000002184 CABLE-ASSY,THERMOSTAT VP-540 * * * *
14 1000002181 CABLE-ASSY,THERMISTOR VP-540 * * * *
15 1000002172 CABLE-ASSY,INK CARTRIDGE VP-540 * * * *
16 23415124 CABLE ASSY,GRIT MOTOR SP-300 * * * *
17 1000002176 CABLE-ASSY,PINCH U/D SENSOR VP-540 * * * *
18 23415114 CABLE ASSY,MNT. COVER SW SP-300 * * * *
19 23505834 CABLE-ASSY MAINT-COVER SW FJ-540 * * * *
20 1000002186 CABLE-ASSY,WIPER SENSOR VP-540 * * * *
21 1000002167 CABLE-ASSY,CUT-CAR ORG VP-540 * * * *
22 1000002178 CABLE-ASSY,PRI-CAR ORG VP-540 * * * *
23 1000002175 CABLE-ASSY,PAPER SENSOR VP-540 * * * *
24 1000002182 CABLE-ASSY,WIPER MOTOR VP-540 * * * *
25 1000002179 CABLE-ASSY,PUMP MOTOR VP-540 * * * *
26 1000002185 CABLE-ASSY,PINCH SENSOR VP-540 * * * *
27 1000002187 CABLE-ASSY,CROP SENSOR VP-540 * * * *
28 1000002174 CABLE-ASSY,LINEAR ENCODER VP-540 * * * *
29 23475197 CABLE CARD 25P1 105L BB FJ-540 * * * *
23475237 CABLE-CARD 40P1 2070L BB HIGH-V * *
30
1000005567 CABLE-CARD,40P1 1430L BB HIGH-V * *
23475238 CABLE-CARD, 15P1 2570L BB * *
32
23475207 CABLE CARD,15P1 1900L BB SP-300 * *
34 23475212 CABLE-CARD,24P1 600L BB * * * *
23475240 CABLE CARD,36P1 2670L BB HIGH-V * *
35
1000003132 CABLE CARD,36P1 2000L BB SP-300 * *
37 23475206 CABLE-CARD 21P1 330L BB * * * *
1000002165 ASSY,CORD HEATER VP-540 * *
43
1000002166 ASSY,CORD HEATER VP-300 * *
50 12559105 FUSE,5X20 021706.3MXP 6.3A/250V * * * *
51 1000002171 CABLE-ASSY,HEAD U/D SENSOR VP-540 * *
53 1000002169 CABLE-ASSY,GRIT ENCODER VP-540 * * * *
1000002183 CABLE-ASSY,HEATER VP-540 * *
54
1000002755 CABLE-ASSY,HEATER VP-300 * *
59 1000004205 CABLE-ASSY, FRONT-COVER SW VP-540 * * * *
2-2
2-2 MAIN BOARD
MAIN BOARD_Arrangement Diagram(Component Side)
2-3
MAIN BOARD_Arrangement Diagram (Soldering Side)
2-4
VCC3 MD[0..31] MA[0..25]
MD[0..31] MA[0..25]
VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3
*3 Connecting to each VDDQ TXD2 IC2
TXD2
A0 R31 68 RA0 A15 R48 43 RA15 MD0 29 25 MA1
D0 A0
1
6
1
6
1
6
1
6
PC8 PC21 PC29 PC37 PC38 PC216 PC218 PC229 PC223 VCC3 A1 R30 68 RA1 A16 R47 43 RA16 MD1 31 24 MA2
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u R22 D1 A1
RA14 RA24 RA32 RA40 A2 R51 68 RA2 A17 R46 43 RA17 MD2 33 23 MA3
D2 A2
10K MD3 35 22 MA4
EXBA10E103J EXBA10E103J EXBA10E103J EXBA10E103J D3 A3
VCC3 RA47 RA8 EXBV8V680J MD4 38 21 MA5
D4 A4
T21 A3 1 8 RA3 A18 4 5 RA18 MD5 40 20 MA6
1 8 4 5 D5 A5
2
9
3
8
4
7
5
2
9
3
8
4
7
5
2
9
3
8
4
7
5
2
9
3
8
4
7
5
A4 2 7 RA4 A19 3 6 RA19 MD6 42 19 MA7
10
10
10
10
R8 2 7 3 6 D6 A6
VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 T3 VCC3 A5 3 6 RA5 A20 2 7 RA20 MD7 44 18 MA8
10K R23 3 6 2 7 D7 A7
A6 4 5 RA6 A21 1 8 RA21 MD8 30 8 MA9
*4 Connecting to each VDDQ 4 5 1 8 D8 A8
MD9 32 7 MA10
D61
D63
D50
D49
D51
D62
D60
D48
D57
D53
D55
D58
D56
D59
D54
D52
D19
D31
D28
D16
D18
D30
D29
D17
D23
D24
D22
D26
D25
D20
D21
D27
10K D9 A9
PC39 PC30 PC22 PC9 PC7 PC224 PC225 /WR2 RA46 EXBV8V330J RA7 EXBV8V680J MD10 34 6 MA11
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u /WR2 D10 A10
VCC3 A7 1 8 RA7 A22 4 5 RA22 MD11 36 5 MA12
1 8 4 5 D11 A11
A8 2 7 RA8 A23 3 6 RA23 VCC3 MD12 39 4 MA13
R49 2 7 3 6 D12 A12
A9 3 6 RA9 A24 2 7 RA24 MD13 41 3 MA14
R21 47 3 6 2 7 D13 A13
VCC1.55 A10 A25 MD14 MA15
RRXD2
4 5 RA10 1 8 RA25 43 2
/IRL3
/IRL2
/IRL1
/IRL0
10K 4 5 1 8 R201 D14 A14
MD15 45 1 MA16
D63
D48
D62
D49
D61
D50
D60
D51
D59
D52
D58
D53
D57
D54
D56
D55
JP1 D15 A15
D31
D16
D30
D17
D29
D18
D28
D19
D27
D20
D26
D21
RA45 EXBV8V330J 0 48 MA17
PC210 PC221 DSP03-003-432G A16
*3 A11 1 8 RA11 17 MA18
CE0.1u CE0.1u 1 8 A17
VCC3 A12 2 7 RA12 /CS0 3 16 MA19
/Cmd_HS_StoM 2 7 /CS0 A18
PC222
VCC1.55 A13 3 6 RA13 14 9 MA20
3 6 WP/ACC A19
CE0.1u VCC3 A14 4 5 RA14 2 26 10 MA21
4 5 CE A20
/RRD 28
/RRD OE
VCC1.55 PC228 EXBV8V330J 1 /WWE0 11 13 VCC3
R57 A[0..25] /WWE0 WE NC
T20 T19 T2 /RESET1 12 15
C17
D17
A18
B18
A19
B19
A20
C18
B20
C19
C20
D18
D19
D20
E18
E17
F17
F18
E19
E20
G17
G18
F19
F20
J17
J18
G19
G20
H19
H20
K17
K18
J19
J20
K19
K20
L17
L18
L20
L19
M20
M19
M17
M18
N20
N19
P20
P19
N17
N18
R20
R19
P17
P18
T20
T19
R17
R18
U20
U19
V20
V19
T17
T18
10K /RESET1 RESET RY/BY
VCC3 47
PC207 PC201 *2 BYTE
CE0.1u RA[0..25] 27
CE0.1u CE0.1u RA[0..25] VSS
VCC3 46 37
R20 *4 R76 33 VSS VCC
CA
RRXD
D63
D48
D62
D49
D61
D50
D60
D51
D59
D52
D58
D53
D57
D54
D56
D55
D31
D16
D30
D17
D29
D18
D28
D19
D27
D20
D26
D21
VSS
VSS
VSS
NMI
RRXD
IRL3
IRL2
IRL1
IRL0
VDD
VDD
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VCC3 VCC3 S29AL016D70TFI020 PC4
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
T31
XTAL2
R19 2.2K B17 T41 R69 CE0.1u
EXTAL2
RD/WR2
W20 D25 JUMP1
VSS-RTC
VDDQ D25
MD0/SCK
VDD-RTC
C16 U18
MD2/RXD2
MD1/TXD2
R7 10K CTS2 DREQ1 R65 10K
A17 U17 33 /DREQ0
TCLK DREQ0 /DREQ0
10K /Cmd_HS_MtoS B16 V17 DSP01-002-430G-0
MD8/RTS2 RXD
C15 Y20 D22
/Cmd_HS_MtoS VDDQ D22
VCC3 T1 D15 W19 D24
VSSQ D24 R74 75
10K Cmd_MtoS B15 Y19 D23 DQM7
R6 Cmd_MtoS MD7/TXD D23 DQM7
A16 W18
SCK2/MRESET WE7/CAS7/DQM7/REG R55 75
C14 U16 DQM6
VDD VSSQ DQM6
RA1 10K D14 V16 VCC
VSS VDDQ R73 75
6 5 A25 R5 A18 A15 Y18 DQM3 CN2
A18 WE6/CAS6/DQM6 DQM3
7 A24 A19 B14 W17 MA25 MA1
A19 WE3/CAS3/DQM3/ICIOWR R54 75 20 21
4 A23 C13 Y17 DQM2 MD0 MA2
VDDQ WE2/CAS2/DQM2/ICIORD DQM2 19 22
8 A22 D13 W16 MD1 MA3
VSSQ RD/WR R72 56 18 23
3 A21 A20 A14 U15 /WR MD2 MA4
A20 VSSQ /WR 17 24
9 A20 A21 B13 V15 MD3 MA5
A21 VDDQ R53 56 16 25
2 A19 A22 A13 Y16 /RD MD4 MA6
EXBA10E103J
A22 RD/CASS/FRAME /RD 15 26
1 10 A18 A23 B12 W15 MD5 MA7
A23 RAS R71 56 14 27
C12 U14 /RAS MD6 MA8
VDDQ VSS /RAS 13 28
MAIN BOARD_Circuit Diagram 1/9
EXBA10E103J
A1 A6
10K STATUS0 A8 W11 A9 5 6 IC17
T5 STATUS0 CKIO2 0
STATUS1 B8 U10 16 2 R82 CLK120_1
R1 STATUS1 VSSQ T38 FBK CLKA1 0 CLK120_1
A7 V10 3 R83 CLK120_2
MD6/IOIS16 VDDQ R42 56 CLKA2 33 CLK120_2
10K T6 C9 Y11 CLK120 1 14 R80
VDDQ CKIO REF CLKA3
D9 Y10 A7 VCC3 15 VCC3
VSSQ A7 R94 CLKA4
VCC3 B7 W10 A8 10K 9 VCC3
STATUS0 T11 ASEBRK/BRKACK A8 S1 NON
A6 Y9 A9 R95 10K 8 6 R91 CLK120_3
STATUS1 T18 TDO A9 S2 CLBA1 CLK120_3
2-5
C7 U9 VCC3 7 R79 33 CLK60_2 PC56
R29 VDD VSSQ CLKB2 CLK60_2 CE0.1u R213
D7 V9 4 10
T12 VSS VDDQ VDD CLKB3 R215 10K
10 T4 B6 W9 A10 RA51 VCC3 13 11
TMS A10 VDD CLKB4
+ C5 A5 Y8 A11 A10 10 1 5 VCC3 VCC3 10K
10u/16V T10 TCK A11 GND
B5 W8 A12 A14 2 12 IC18
T15 TDI A12 GND
/RESET1 C4 V4 A11 9 Cmd_StoM 2 18 RRXD
/RESET1 TRST NC PC57 PC58 Cmd_StoM D1 Q1 RRXD
C3 U8 A15 3 CY2308-2 RXD2 3 17 RRXD2
CKIO2ENB VSSQ CE0.1u CE0.1u RXD2 D2 Q2 RRXD2
C6 V8 A12 8 4 16
R28 NC VDDQ D3 Q3
A4 Y7 A13 A16 4 5 15 VCC3
VDD-PLL2 A13 D4 Q4 R89
D6 W7 A14 A13 7 6 14 10K
EXBA10E103J
10 VSS-PLL2 A14 D5 Q5
+ C4 B4 U7 A17 5 6 7 13
10u/16V VDD-PLL1 VSS D6 Q6
D5 V7 TTXD3 8 12 TXD3
VSS-PLL1 VDD TTXD3 D7 Q7 TXD3
A3 Y6 A15 RXD3 9 11 RRXD3
VDD-CPG A15 R64 75 RXD3 D8 Q8 RRXD3
B3 W6 A16 /WE0 VCC3
VSS-CPG A16 /WE0 R93
A2 U6 STATUS0 1
R27 XTAL VSSQ R45 75 STATUS0 E1
A1 V6 DQM0 STATUS1 19 10K
EXTAL VDDQ DQM0 STATUS1 E2
10 C5 Y5 A17 VCC3
NC A17 R44 75
+ C3 D16 W5 DQM1 VCC3 74LVC541 VCC3
10u/16V NC WE0/CAS0/DQM0 DQM1
H17 Y4
NC WE1/CAS1/DQM1 R62 75 R152
H18 W4 DQM4
NC WE4/CAS4/DQM4 DQM4 PC118 R322 R328
N3 Y3 1K TP303
NC WE5/CAS5/DQM5 R43 75 IC40A 1K 1K
N4 U5 DQM5 IC39
C6 NC VSSQ DQM5 CE0.1u
0 U4 V5 2 1 1 2
R26 NC VDDQ R61 56 VDD OUT IC40B
V18 W3 CKE 4 TP302
NC CKE CKE NC 56
3 5 3 4 R327 /RESET1
R63 75 GND Cd 74LVC14 /RESET1
CE9p /WE1
/WE1 PC112
VCC1.55 RN5VD29A
RDY
RESET
CS0
CS1
CS4
CS5
CS6
BS
VSSQ
RD2
VDDQ
VSSQ
D47
D32
VDD
VSS
D46
D33
VDDQ
VSSQ
D45
D34
D44
D35
VDDQ
VSSQ
D43
D36
D42
D37
VDDQ
VSSQ
D41
D38
D40
D39
VDDQ
VSSQ
D15
D0
D14
D1
VDDQ
VSSQ
D13
D2
VDD
VSS
D12
D3
VDDQ
VSSQ
D11
D4
D10
D5
VDDQ
VSSQ
D9
D6
BACK/BSREQ
BREQ/BSACK
D8
D7
Y1 CE0.1u 74LVC14
C8 IC40C
FA-365 20.0MHz VCC3
*2 Connecting to eachVDDQ 5 6 R325 56 /RESET2
J3
J4
J2
J1
/RESET2
E4
E3
F3
F4
E2
E1
F2
F1
L1
L2
L3
L4
P1
P2
P3
P4
T1
T2
T3
T4
B2
B1
C2
C1
D4
D3
D2
D1
G3
G4
H3
H4
G2
G1
H2
H1
K2
K1
K3
K4
N1
N2
R1
R2
R3
R4
U1
U2
V1
V2
Y1
U3
V3
Y2
M1
M2
M3
M4
W1
W2
PC209 PC220 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3
CE9p CE0.1u CE0.1u R60
10K 74LVC14
VCC3 T29
PC217 PC215 PC213 PC208 PC206 PC205 PC204 PC203 PC202 R151 33 CONF_DONE
*1 CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CONF_DONE
D47
D32
D46
D33
D45
D34
D44
D35
D43
D36
D42
D37
D41
D38
D40
D39
D15
D0
D14
D1
D13
D2
D12
D3
D11
D4
D10
D5
D9
D6
D8
D7
T25
D[0..63]
T22
A[0..25]
D33
D46
D32
D47
D35
D44
D34
D45
D37
D42
D36
D43
D39
D40
D38
D41
D1
D14
D0
D15
D3
D12
D2
D13
D5
D10
D4
D11
D7
D6
D8
D9
56
75
56
75
75
D35
D47
D44
D32
D34
D46
D45
D33
D39
D43
D40
D36
D38
D42
D41
D37
D3
D1
D12
D14
D2
D0
D13
D15
D7
D5
D6
D10
D8
D4
D9
D11
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1 D63
2 D48
3 D62
4 D49
1 D61
2 D50
3 D60
4 D51
1 D59
2 D52
3 D58
4 D53
1 D57
2 D54
3 D56
4 D55
1 D25
2 D24
3 D22
4 D23
1 D31
2 D16
3 D30
4 D17
1 D27
2 D20
3 D26
4 D21
1 D29
2 D18
3 D28
4 D19
R10
/RESET1
PC6 PC5 PC211 PC212 PC214 PC226 PC227 PC219 10K
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
5
7
4
8
3
9
2
10
5
7
4
8
3
9
2
10
5
7
4
8
3
9
2
10
5
7
4
8
3
9
2
10
8 RA13 RA20 RA25 RA29 RA33 RA37 RA41 RA49 RA10 RA15 RA22 RA27 RA44 RA31 RA39 RA35
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
R25
R32
R33
R34
R35
/RESET1
*1 Connecting to each EXBA10E103J EXBA10E103J EXBA10E103J EXBA10E103J
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
/CS1
/CS4
/CS5
/CS6
/RD2
6
1
6
1
6
1
6
VCC3 1
DD33 8
DD46 7
DD32 6
DD47 5
DD35 8
DD44 7
DD34 6
DD45 5
DD37 8
DD42 7
DD36 6
DD43 5
DD39 8
DD40 7
DD38 6
DD41 5
DD1
DD14
DD0
DD15
DD3
DD12
DD2
DD13
DD5
DD10
DD4
DD11
DD7
DD6
DD8
DD9
DD63 8
DD48 7
DD62 6
DD49 5
DD61 8
DD50 7
DD60 6
DD51 5
DD59 8
DD52 7
DD58 6
DD53 5
DD57 8
DD54 7
DD56 6
DD55 5
DD25 8
DD24 7
DD22 6
DD23 5
DD31
DD16
DD30
DD17
DD27
DD20
DD26
DD21
DD29
DD18
DD28
DD19
DD[0..63]
DD[0..63]
EXBV8V560J EXBV8V560J EXBV8V560J EXBV8V560J EXBV8V330J EXBV8V330J EXBV8V330J EXBV8V330J EXBV8V560J EXBV8V560J EXBV8V560J EXBV8V560J EXBV8V330J EXBV8V330J EXBV8V330J EXBV8V330J
/CS1
/CS4
/CS5
/CS6
/RD2
56
33
VCC3
PC3
IC1 CE0.1u
R12
R18
STATUS0 1 5
/CS0
STATUS0 INA VCC
STATUS1 2 D1
STATUS1 INB
VCC3
3 4 R16 470
GND OUTY
/CS0
/CCS0
SN74LVC1G32DCK SML-210MT (GREEN)
DD[0..63] MD[0..31] DD[0..63]
DD[0..63] MD[0..31] DD[0..63]
VCC3 VCC3 RA[0..25]
RA[0..25]
IC3
VCC3 VCC3 1 48 A[0..25]
LAB/BA /LOE A[0..25]
DD0 2 47 IC8 IC13 IC20 IC24
LB0 LA0
DD1 3 46 4 5 MD0 RA3 23 2 DD48 RA3 23 2 DD32 RA3 23 2 DD16 RA3 23 2 DD0
PC2 PC1 LB1 LA1 4 5 A0 D0 A0 D0 A0 D0 A0 D0
4 45 3 6 MD1 RA4 24 4 DD49 RA4 24 4 DD33 RA4 24 4 DD17 RA4 24 4 DD1
CE0.1u CE0.1u GND GND 3 6 A1 D1 A1 D1 A1 D1 A1 D1
DD2 5 44 2 7 MD2 RA5 25 5 DD50 RA5 25 5 DD34 RA5 25 5 DD18 RA5 25 5 DD2
LB2 LA2 2 7 R205 A2 D2 A2 D2 A2 D2 A2 D2
DD3 6 43 1 8 MD3 A15 47 SDBK0 RA6 26 7 DD51 RA6 26 7 DD35 RA6 26 7 DD19 RA6 26 7 DD3
LB3 LA3 1 8 A3 D3 A3 D3 A3 D3 A3 D3
7 42 RA6 EXBV8V330J RA7 29 8 DD52 RA7 29 8 DD36 RA7 29 8 DD20 RA7 29 8 DD4
VCC3 VCC3 A4 D4 A4 D4 A4 D4 A4 D4
DD4 8 41 4 5 MD4 R204 SDBK1 RA8 30 10 DD53 RA8 30 10 DD37 RA8 30 10 DD21 RA8 30 10 DD5
LB4 LA4 4 5 A5 D5 A5 D5 A5 D5 A5 D5
DD5 9 40 3 6 MD5 NON RA9 31 11 DD54 RA9 31 11 DD38 RA9 31 11 DD22 RA9 31 11 DD6
LB5 LA5 3 6 R208 A6 D6 A6 D6 A6 D6 A6 D6
VCC3 VCC3 10 39 2 7 MD6 A16 47 RA10 32 13 DD55 RA10 32 13 DD39 RA10 32 13 DD23 RA10 32 13 DD7
GND GND 2 7 A7 D7 A7 D7 A7 D7 A7 D7
DD6 11 38 1 8 MD7 RA11 33 42 DD56 RA11 33 42 DD40 RA11 33 42 DD24 RA11 33 42 DD8
LB6 LA6 1 8 A8 D8 A8 D8 A8 D8 A8 D8
DD7 12 37 RA9 EXBV8V330J R207 SDBK2 RA12 34 44 DD57 RA12 34 44 DD41 RA12 34 44 DD25 RA12 34 44 DD9
PC10 PC11 LB7 LA7 A9 D9 A9 D9 A9 D9 A9 D9
DD8 13 36 4 5 MD8 NON RA13 22 45 DD58 RA13 22 45 DD42 RA13 22 45 DD26 RA13 22 45 DD10
CE0.1u CE0.1u HB0 HA0 4 5 R206 A10/AP D10 A10/AP D10 A10/AP D10 A10/AP D10
DD9 14 35 3 6 MD9 A17 47 RA14 35 47 DD59 RA14 35 47 DD43 RA14 35 47 DD27 RA14 35 47 DD11
HB1 HA1 3 6 A11 D11 A11 D11 A11 D11 A11 D11
15 34 2 7 MD10 SDBK0 36 48 DD60 SDBK0 36 48 DD44 SDBK0 36 48 DD28 SDBK0 36 48 DD12
GND GND 2 7 A12 D12 A12 D12 A12 D12 A12 D12
DD10 16 33 1 8 MD11 SDBK1 21 50 DD61 SDBK1 21 50 DD45 SDBK1 21 50 DD29 SDBK1 21 50 DD13
HB2 HA2 1 8 BA1 D13 BA1 D13 BA1 D13 BA1 D13
DD11 17 32 RA11 EXBV8V330J SDBK2 20 51 DD62 SDBK2 20 51 DD46 SDBK2 20 51 DD30 SDBK2 20 51 DD14
HB3 HA3 BA0 D14 BA0 D14 BA0 D14 BA0 D14
18 31 53 DD63 53 DD47 53 DD31 53 DD15
VCC3 VCC3 D15 D15 D15 D15
DD12 19 30 4 5 MD12 /RAS 18 18 18 18
HB4 HA4 4 5 /RAS RAS RAS RAS RAS
DD13 20 29 3 6 MD13 /RD 17 17 17 17
HB5 HA5 3 6 /RD CAS CAS CAS CAS
21 28 2 7 MD14 /WR 16 40 16 40 16 40 16 40
GND GND 2 7 /WR WE NC WE NC WE NC WE NC
DD14 22 27 1 8 MD15 /CS3 19 19 19 19
HB6 HA6 1 8 /CS3 CS CS CS CS
DD15 23 26 RA18 EXBV8V330J DQM7 39 39 39 39
HB7 HA7 DQM7 UDQM UDQM UDQM UDQM
/WR2 24 25 DQM6 15 15 15 15
/WR2 HAB/BA /HOE DQM6 LDQM LDQM LDQM LDQM
SN74LVCH16245ADGG-EL CKE 37 37 37 37
CKE CKE CKE CKE CKE
CLK120_1 38 VCC3 38 VCC3 38 VCC3 38 VCC3
CLK120_1 CLK CLK CLK CLK
VCC3
R202 6 1 6 1 6 1 6 1
GND VCC3 GND VCC3 GND VCC3 GND VCC3
10K 12 3 12 3 12 3 12 3
GND VCC3 GND VCC3 GND VCC3 GND VCC3
28 9 28 9 28 9 28 9
GND VCC3 GND VCC3 GND VCC3 GND VCC3
VCC3 VCC3 41 14 41 14 41 14 41 14
GND VCC3 GND VCC3 GND VCC3 GND VCC3
/GATE1 46 27 46 27 46 27 46 27
/GATE1 GND VCC3 GND VCC3 GND VCC3 GND VCC3
IC9 52 43 52 43 52 43 52 43
GND VCC3 GND VCC3 GND VCC3 GND VCC3
VCC3 VCC3 1 48 54 49 54 49 54 49 54 49
LAB/BA /LOE GND VCC3 GND VCC3 GND VCC3 GND VCC3
DD16 2 47
LB0 LA0
DD17 3 46 4 5 MD16 MT48LC16M16A2P-7E MT48LC16M16A2P-7E MT48LC16M16A2P-7E MT48LC16M16A2P-7E
PC20 PC19 LB1 LA1 4 5
4 45 3 6 MD17
CE0.1u CE0.1u GND GND 3 6
DD18 5 44 2 7 MD18
LB2 LA2 2 7
DD19 6 43 1 8 MD19 CLK120_2 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3
LB3 LA3 1 8 CLK120_2
7 42 RA21 EXBV8V560J
VCC3 VCC3
DD20 8 41 4 5 MD20
LB4 LA4 4 5 PC76 PC75 PC74 PC73 PC85 PC86
VCC3 VCC3 DD21 9 40 3 6 MD21
LB5 LA5 3 6 CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u
10 39 2 7 MD22
GND GND 2 7
DD22 11 38 1 8 MD23
PC25 PC26 LB6 LA6 1 8
DD23 12 37 RA26 EXBV8V560J
MAIN BOARD_Circuit Diagram 2/9
VCC3 VCC3
IC23 DB[0..31]
DB[0..31]
1 48 VCC3 VCC_1.5
LAB/BA /LOE
DD0 2 47 DB0
2-6
LB0 LA0 TP286
MA[0..25] MA[0..25] DD1 3 46 4 5 DB0 DB1
LB1 LA1 4 5 TP277
4 45 3 6 DB1 DB2
GND GND 3 6 TP287
VCC3 VCC3 DD2 5 44 2 7 DB2 DB3
LB2 LA2 2 7 TP278 FL45
DD3 6 43 1 8 DB3 DB4
LB3 LA3 1 8 TP288
7 42 RA68 EXBV8V330J DB5
PC80 PC67 VCC3 VCC3 TP279 EXCML20A390U(NON)
DD4 8 41 4 5 DB4 DB6
LB4 LA4 4 5
15
42
64
2
12
40
13
6
TP291
VDD
PR_TXD
PR_RXD
PR_CTS
/WR_STB
/RBE3
/RBE2
/RBE1
/RBE0
/PRN_RST
/WR_FULL
T88
VCC3
/FIFO_HALF_NET
RA73
8 1
8 1
7 2
7 2
EXD[0..31] 6 3
EXD[0..31] 6 3
5 4
5 4
DCLK
DCLK
EXBV8V103J VCC3 VCC3
T154
IC206
1 8
nCS Vcc
T151
T153
T150
T149/RBE0
2 7
DATA Vcc
VCC3 3 6
EXD0
EXD1
EXD2
EXD3
EXD4
EXD5
EXD6
EXD7
EXD8
EXD9
EXD10
EXD11
EXD12
EXD13
EXD14
EXD15
EXD16
EXD17
EXD18
EXD19
EXD20T142
EXD21
EXD22
EXD23
EXD24
EXD25
EXD26
EXD27
EXD28
EXD29
EXD30
EXD31
Vcc DCLK
EXT_IN1 4 5
/PRN_RST
/FIFO_HALF_NET
PR_TXD
PR_RXD
PR_RTS
PR_CTS
/WR_STB
/WR_FULL
/RBE3
/RBE2
/RBE1
*4 EXT_IN1 GND ASDI
EPCS1
VCC3
T16
T15
P11
N11
M11
L11
P12
N12
P13
N13
P14
N14
M12
M14
T2
T1
R16
R15
L12
L14
H13
K15
T11
R11
T12
R12
R6
T13
R13
T14
R2
R1
R14
P15
P16
N15
N16
M15
P10
P9
P8
P7
P6
M16
L15
L16
C12
A13
D16
E16
E14
D15
B7
A6
A7
A8
A9
N7
N6
N5
N4
N3
B9
L2
VCC3
VCC1.2 R359
I/O
I/O
I/O
I/O
I/O
I/O
R326
NC
NC
NC
NC
NC
NC
10K VCC3
GND
GND
GND
GND
GND
GND
10K
R358
VCCIO4
VCCIO4
VCCIO3
VCCIO1
VCCIO4
VCCIO4
VCC3 VCC3 CN16
*1 *3 TP330
GND_PLL1
I/O/LVDS2n
10K 1
I/O/LVDS43p
I/O/LVDS43n
I/O/LVDS47p
I/O/LVDS42n
I/O/LVDS47n
I/O/LVDS42p
I/O/LVDS36p
I/O/LVDS51p
I/O/LVDS51n
I/O/LVDS46p
I/O/LVDS46n
I/O/LVDS45p
I/O/LVDS45n
I/O/LVDS44p
I/O/LVDS44n
I/O/LVDS40n
I/O/LVDS40p
I/O/LVDS39n
I/O/LVDS39p
I/O/LVDS38n
I/O/LVDS38p
I/O/LVDS37n
I/O/LVDS37p
I/O/LVDS27p
I/O/LVDS26p
I/O/LVDS30p
I/O/LVDS30n
I/O/LVDS19p
I/O/LVDS17p
I/O/LVDS19n
I/O/LVDS20n
I/O/LVDS20p
DB[0..31] TP325
DB[0..31] 2
I/O/VREFB4N0
I/O/VREFB3N1
I/O/VREFB3N0
I/O/PLL2_OUTp
A1 G15 /GATE1 CONF_DONE TP331
GND I/O/LVDS34p /GATE1 CONF_DONE 3
A2 F15 /GATE2 TP326
I/O/LVDS41p/nCEO
VCCIO2 I/O/LVDS33n /GATE2 4
DB0 D3 F16 /USBCS nCONFIG TP332
I/O/LVDS6p I/O/LVDS33p /USBCS nCONFIG 5
*4 Connecting to each VCCIO DB1 B3 M13 nCE TP327
I/O/LVDS11n nSTATUS nCE 6
I/O/LVDS41n/INIT_DONE
VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 DB2 A3 P4 TTXD3 DATA0 TP333
I/O/LVDS11p I/O/LVDS57n TTXD3 DATA0 7
DB3 D4 P3 RRXD3 nCS TP328
I/O/LVDS6n I/O RRXD3 nCS 8
PC98 PC99 PC114 PC115 PC266 PC93 DB4 C4 M10 TP334
I/O/LVDS14p VCCIO4 ASDO 9
DB5 B4 M9 TP329
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u I/O/LVDS12n GND R360 10
DB6 A4 M8
I/O/LVDS12p GND
DB7 E5 M7 10K 53398-1071
I/O/LVDS8n VCCIO4
DB8 D5 M6
I/O/LVDS8p GNDA_PLL1
DB9 C5 M5
I/O/LVDS14n VCCA_PLL1
*1 Connecting to each VCCIO DB10 B5 A11 /LCD_CS
I/O/LVDS13n I/O /LCD_CS
VCC3 VCC3 VCC3 VCC3 VCC3 DB11 A5 B11 LCD_E
I/O/LVDS13p I/O LCD_E
A15 A12 LCD_RS
VCCIO2 I/O/LVDS25p LCD_RS
PC270 PC271 PC278 PC277 PC111 A16 B12 LCD_RW
GND I/O/LVDS25n LCD_RW
B1 A14 RTC_DATA
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u VCCIO1 I/O/LVDS28p RTC_DATA
B2 R5 /CS1
GND I/O/LVDS55n /CS1
DB12 E6 B14 RTC_WDATA
I/O/LVDS10p I/O/LVDS28n RTC_WDATA
DB13 D6 L13 CONF_DONE VCC3
I/O/LVDS15n CONF_DONE CONF_DONE
MAIN BOARD_Circuit Diagram 3/9
T80 RA79
NC I/O/LVDS29p /AD_CS
PC109 PC272 PC276 PC279 DB17 L10 G12 AD_CK EXBV8V103J
4
3
2
1
DB20 N9 IC36 L5
I/O/LVDS59p GND_PLL1
DB21 R10 T6 /IRL0
I/O/LVDS49p I/O /IRL0
DB22 T10 T5 /IRL1
I/O/LVDS49n I/O/LVDS55p /IRL1
*3 Connecting to each VCCIO B15 T4 /IRL2
GND EP2C5F256 I/O/LVDS56p /IRL2
VCC3 VCC3 VCC3 VCC3 VCC3 B16 T3 /IRL3
VCCIO3 I/O/LVDS58p /IRL3
DB23 R9 K16 MA18
I/O/LVDS52n I/O/LVDS36n MA18
PC95 PC94 PC262 PC261 PC260 DB24 T9 G16 /INTUSB_0
I/O/LVDS52p I/O/LVDS34n /INTUSB_0
ASDO C3 K14
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u ASDO I/O/ASDO VCCIO3
DB25 T8 K13 VCC3
I/O/LVDS53p NC T76
DB26 R8 K12 R310
I/O/LVDS53n MSEL1
DB27 T7 R4 /INTDDA R311 0
I/O/LVDS54p I/O/LVDS56n /INTDDA
C7 R3 /F0_INTREQ
VCCIO2 I/O/LVDS58n /F0_INTREQ NON
C8 K9 R297
GND GND
2-7
C9 K8 NON VCC3
GND NC
C10 K7 R171 10K
VCCIO2 NC T148
DB28 R7 K6
I/O/LVDS54n NC T145
MA[0..25] DB29 L8 F6 /ALT_STATUS
MA[0..25] I/O/LVDS60n I/O/LVDS10n /ALT_STATUS
DB30 N8 K5 /ALT_RESET
I/O/VREFB4N1 I/O/LVDS3n /ALT_RESET
DB31 L7 K3
I/O/LVDS60p VCCIO1
C15 F8 /ALT_DCLK
T78 NC I/O/LVDS18p /ALT_DCLK
C16 F7 /ALT_DATA
T83 NC I/O/LVDS18n /ALT_DATA
D1 N1 EXT_OUT0
T89 NC I/O/LVDS1p EXT_OUT0
D2 M1 EXT_OUT1
T90 NC I/O EXT_OUT1
MA19 C1 J14
I/O/CRC_ERROR/LVDS9p GND
MA20 C2 J13
I/O/CLKUSR/LVDS9n MSEL0
MA21 E1 G7 /ALT_CONF_DONE
I/O I/O/LVDS16p /ALT_CONF_DONE
MA22 E2 G6 /ALT_CONFIG
I/O I/O/LVDS16n /ALT_CONFIG
D7 J10
NC NC
1
2
3
4
I/O NC
D12 J5 nCONFIG
0(NON) GND_PLL2 nCONFIG nCONFIG
mac_clk R273 H1 P1
mac_clk CLK1/LVDSCLK0n I/O/LVDS0p
8
7
6
5
/CS4 H2 J3 VCC3
/CS4 CLK0/LVDSCLK0p GND
/CS6 J1 L1 EXT_OUT2
/CS6 CLK3/LVDSCLK1n I/O/LVDS2p EXT_OUT2
/WWE0 J15 K2 EXT_IN0
/WWE0 CLK6/LVDSCLK3p I/O/LVDS4p EXT_IN0
/RRD2 H15 150
/RRD2 CLK5/LVDSCLK2n R136
/CCS0 B13 H_UD
/CCS0 I/O/LVDS26n H_UD
C27
T87 100p
R279
PC275 PC116
10K
CE0.1u(NON)
CE0.1u PC264
I/O/LVDS23p
I/O/LVDS23n
I/O/VREFB2N1
I/O/LVDS21p
I/O/LVDS22p
I/O/LVDS22n
I/O/LVDS24n
VCCIO2
GND
GND
VCCIO2
GNDA_PLL2
VCCA_PLL2
I/O/VREFB2N0
I/O/LVDS21n
NC
DATA0
TCK
NC
I/O/nCSO
NC
I/O/LVDS48p
I/O/LVDS32n
I/O/LVDS32p
I/O/LVDS24p
I/O/LVDS35n
VCCD_PLL2
GND_PLL2
NC
NC
I/O/LVDS35p
CLK4/LVDSCLK2p
TMS
TDO
VCCIO1
NC
nCE
I/O/LVDS1n
I/O/PLL1_OUTn
GND
VCCINT
I/O
I/O
VCCIO3
I/O/VREFB1N1
I/O/LVDS3p
CLK7/LVDSCLK3n
CLK2/LVDSCLK1p
GND
DCLK
TDI
NC
VCCINT
GND
GND
VCCINT
I/O
I/O/PLL1_OUTp
I/O/LVDS0n
GND
I/O/LVDS57p
I/O/LVDS4n
R156 150
P_POS
P_POS
J4
J2
CE0.1u(NON)
F9
E7
E8
E9
F1
F2
F4
F5
L3
L4
P2
P5
D8
G1
G2
G3
G4
G5
N2
G8
G9
K4
H3
H4
H5
H6
H7
H8
H9
K1
J11
J12
J16
M4
M3
M2
C28
F10
E10
E11
E12
E13
E15
F11
F12
F13
F14
A10
B10
D10
G10
C11
D11
K11
H11
G11
H12
H16
G14
H10
H14
VCC3 100p
VCC1.2
/DREQ0
/DREQ0
VCC3 PC267 PC268 PC265
*2
33
T100
T74
T75
T111
T79
T84
T99
T112
33
WDT_/OUT VCC3
R134
EXT_OUT3
T152 EXT_OUT3
R132
10K HEAD_SENS
1 16
2 15
DATA0
nCS
/LED
/SW0
/SW1
/SW2
/PANEL
/SENSOR
/RESET1
nCE
/CS5
/MTRERR
/SERIAL_START
/SRVBRD_RESET
EXT_IN2
EXT_IN2
3 14 10K EXT_IN3
EXT_IN3
T122
4 13
5 12 CROP_ON
CROP_ON
6 11 /PS_SENS
/PS_SENS
7 10 DCLK
DCLK
8 9 CLK120_3
T133
CLK120_3
/LED
/SW0
/SW1
/SW2
5
7
4
8
3
9
2
10
/PANEL
/RESET1
/SENSOR
DATA0
nCS
nCE
/CS5
/MTRERR
KHS82E
/SERIAL_START
RA74
EXBA10E103J
/SRVBRD_RESET
VCC3
6
1
VCC3 VCC3 Y4
4 3
PC100 VCC OUT
VCC3
CE0.1u 2 1 R129
GND OE
10K
SG-710ECK 14.7456MHz
IC42
LLAT0 R149 100 2 18 R343 100 FL36 EXCML16A270U LAT0
D1 Q1 LAT0
DAC[0..9] LLAT1 R148 100 3 17 R342 100 FL21 EXCML16A270U LAT1
DAC[0..9] D2 Q2 LAT1
RA53 LLAT2 R147 100 4 16 R341 100 FL12 EXCML16A270U LAT2
D3 Q3 LAT2
/ALT_RESET DAC_A0 4 5 DAC0 LLAT3 R146 100 5 15 R340 100 FL35 EXCML16A270U LAT3
/ALT_RESET 4 5 D4 Q4 LAT3
/RRD DAC_A1 3 6 DAC1 CCH0 R145 100 6 14 R339 100 FL37 EXCML16A270U CH0
/RRD 3 6 D5 Q5 CH0
/FPGA_WE DAC_A2 2 7 DAC2 CCH1 R144 100 7 13 R338 100 FL22 EXCML16A270U CH1
SA_/SOE
SA_/SWE
/FPGA_WE 2 7 D6 Q6 CH1
/CCS5 DAC_A3 1 8 DAC3 /RESET2 8 12 VCC
/CCS5 1 8 /RESET2 D7 Q7
/PS_SENS 9 11
33 /PS_SENS D8 Q8 C241 C240 C239 C238 C237 C236
CLK60_2 R68 EXBV8V181J PC120
CLK60_2
MD[0..31] RA55 1
MD[0..31] E1 CE0.1u
DAC_A4 4 5 DAC4 19
4 5 E2
MA[16..25] DAC_A5 3 6 DAC5 CE100p CE100p CE100p CE100p
MA[16..25] 3 6
SA_D[0..15] DAC_A6 2 7 DAC6 TC74VHCT541AFT CE100p CE100p
2 7
SA_A0..12] DAC_A7 1 8 DAC7 /HRESET
1 8 /HRESET
/P_SIDE_SENS
MD6
MD0
MD5
/P_SIDE_SENS
EXBV8V181J IC41
DAC_A8 R84 180 DAC8 CCH2 R143 100 2 18 R337 100 FL13 EXCML16A270U CH2
D1 Q1 CH2
VCC3 DAC_A9
MD13
MD12
MD11
R86 180 DAC9 CCH3 R142 100 3 17 R336 100 FL20 EXCML16A270U CH3
SA_D0
SA_D1
SA_D2
SA_D3
SA_D4
SA_D5
SA_D6
SA_D7
SA_D8
SA_D9
SA_D10
SA_D11
SA_D12
SA_D13
SA_D14
SA_D15
MD4
MD3
MD2
MD8
MD1
MD7
D2 Q2 CH3
T61
T60
T66
T51
T53
T55
T47
NNCHG0 R141 100 4 16 R335 100 FL38 EXCML16A270U NCHG0
SA_A0
SA_A1
SA_A2
SA_A3
SA_A4
SA_A5
SA_A6
SA_A7
SA_A8
SA_A9
SA_A10
SA_A11
SA_A12
D3 Q3 NCHG0
NNCHG1 R140 100 5 15 R334 100 FL23 EXCML16A270U NCHG1
SA_/SWE
SA_/SOE
MA18
MA19
D4 Q4 NCHG1
R223 180 /DAC_RESET NNCHG2 R139 100 6 14 R333 100 FL14 EXCML16A270U NCHG2
/DAC_RESET D5 Q5 NCHG2
VCC1.2 NNCHG3 R138 100 7 13 R332 100 FL11 EXCML16A270U NCHG3
D6 Q6 NCHG3
J13
K12
H2
H1
J2
J1
H16
H15
J15
J16
P2
P1
N2
N1
M2
M1
L2
L1
P3
M4
M3
L4
L3
F6
F3
G6
K5
J4
K4
K1
K2
D6
E6
E5
D3
E4
E3
E2
E1
T3
R3
R6
P6
N7
N6
B4
A3
B3
D4
A6
B6
C2
A5
C5
C11
D11
B5
C1
A4
RA58 8 12 VCC
D7 Q7
DACLAT0 4 5 DAC_LAT0 9 11
4 5 DAC_LAT0 D8 Q8 C235 C234 C233 C232 C231 C230
DACLAT1 3 6 DAC_LAT1 PC119
3 6 DAC_LAT1
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
NC
NC
NC
NC
DACLAT2 2 7 DAC_LAT2 1
2 7 DAC_LAT2 E1 CE0.1u
CLK0
CLK1
CLK2
CLK3
CLK4
CLK5
CLK6
CLK7
DACLAT3 1 8 DAC_LAT3 19
MSEL0
MSEL1
1 8 DAC_LAT3 E2 CE100p CE100p CE100p
G9 D5 MD10 CE100p
VCCINT I/O CE100p CE100p
H7 B7 MD15 EXBV8V181J TC74VHCT541AFT
VCCINT I/O
I/O CLKUSR
H10 C4 MD9 IC35 T131 FL34
VCCINT I/O R295
J7 C6 MD14 SI_B0 R126 100 1 2 10 EXCML16A270U SI0_YB
VCCINT I/O 1A 1Y SI0_YB
B1 N4 T35 3 TP324
VCCIO1 NC 1Z C227
G3 P15 NNCHG3 T120 FL44 TP341
VCCIO1 I/O R296 CE220p
K3 P14 NNCHG2 SI_A0 R127 100 7 6 10 EXCML16A270U SI0_ZB
VCCIO1 I/O 2A 2Y SI0_ZB
R1 P13 NNCHG1 5 T98 FL32
VCCIO1 I/O 2Z R272
A2 P12 NNCHG0 10 EXCML16A270U SI0_YA
VCCIO2 I/O SI0_YA
A15 C12 MA20 SCK0 R125 100 9 10 TP322
VCCIO2 I/O 3A 3Y C219
C10 D13 MA22 NNCHG[0..3] 11 T109 FL42 TP339
VCCIO2 I/O 3Z R271 CE220p
C7 D10 MA17 10 EXCML16A270U SI0_ZA
VCCIO2 I/O T26 SI0_ZA
E10 N3 CCH[0..3] 15 14 T97 FL33
VCCIO2 NC T59 4A 4Y R270
E7 K13 VCC3 13 10 EXCML16A270U SCK0_YB
VCCIO2 NC 4Z SCK0_YB
B16 R13 CCH3 4 TP323
VCCIO3 I/O G C218
G14 T13 CCH2 12 T108 FL43 TP340
VCCIO3 I/O G R269 CE220p
K14 R12 CCH1 10 EXCML16A270U SCK0_ZB
VCCIO3 I/O SCK0_ZB
R16 T12 CCH0 HD151031FPEL T127 FL31
VCCIO3 I/O R293
M10 C14 MD30 VCC3 10 EXCML16A270U SCK0_YA
VCCIO4 I/O SCK0_YA
M7 B12 MD25 VCC1.2 TP321
VCCIO4 I/O NON C226
P7 K8 R214 T116 FL41 TP338
VCCIO4 NC PC106 R294 CE220p
P10 B10 MD21 10 EXCML16A270U SCK0_ZA
VCCIO4 I/O PC233 CE0.1u SCK0_ZA
T2 A7 MD16
VCCIO4 I/O CE0.1u(NON)
T15 A11 MD22
VCCIO4 I/O
M5 K7
VCCA_PLL1 NC T36 IC34
L6 C13 MA21 T130 FL28
VCCD_PLL1 I/O R291
E12 D8 MA16 SI_B1 R123 100 1 2 10 EXCML16A270U SI1_YB
MAIN BOARD_Circuit Diagram 4/9
2-8
GND I/O IC33
P8 G13 SB_D11 T129 FL5
GND I/O R287
P9 H13 SB_D10 SI_B2 R120 100 1 2 10 EXCML16A270U SI2_YB
GND I/O 1A 1Y SI2_YB
R2 F15 SB_D15 3 TP301
GND I/O 1Z C223
R15 G16 SB_D12 T118 FL10 TP308
GND I/O R288 CE220p
T1 H11 SB_D5 SI_A2 R121 100 7 6 10 EXCML16A270U SI2_ZB
GND I/O 2A 2Y SI2_ZB
VCC3 T16 G10 SB_D6 5 T94 FL3
GND I/O 2Z R264
L5 H12 SB_D8 10 EXCML16A270U SI2_YA
GND_PLL1 I/O SI2_YA
N5 G11 SB_D7 SCK2 R119 100 9 10 TP299
GND_PLL1 I/O 3A 3Y C215
D12 G12 SB_D9 11 T105 FL8 TP306
GND_PLL2 I/O 3Z R263 CE220p
10K
10K
F12 K16 SB_D0 10 EXCML16A270U SI2_ZA
GND_PLL2 I/O SI2_ZA
M6 J12 SB_D2 15 14 T93 FL4
GNDA_PLL1 I/O 4A 4Y R262
E11 K15 SB_D1 VCC3 13 10 EXCML16A270U SCK2_YB
GNDA_PLL2 I/O 4Z SCK2_YB
R210
R209
M13 J11 SB_D4 4 TP300
nSTATUS I/O G C214
T44 F2 K11 SB_D3 12 T104 FL9 TP307
TCK I/O G R261 CE220p
T30 G1 L9 /DAC_RST 10 EXCML16A270U SCK2_ZB
TMS I/O R216 SCK2_ZB
T32 G2 J6 HD151031FPEL T125 FL2
TDO NC T37 R285
T39 H5 H6 1K VCC3 10 EXCML16A270U SCK2_YA
TDI NC T28 SCK2_YA
F1 G4 TP298
DATA0 NC T33 C222
F14 T114 FL7 TP305
10K
NC T67 PC104 R286 CE220p
10 EXCML16A270U SCK2_ZA
CE0.1u SCK2_ZA
DCLK
CONF_DONE
nCONFIG
nCE
I/O ASDO
I/O nCEO
I/O nCSO
NC
NC
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
NC
NC
NC
NC
NC
NC
NC
NC
NC
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O INIT_DONE
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O PLL2_OUTp
I/O
I/O
I/O
I/O
I/O
I/O
R211
IC32 T128 FL1
J5
R283
F4
P4
T4
P5
T5
T6
T7
L7
L8
F5
T8
T9
F9
F8
F7
H4
G5
C3
B8
R4
R5
R7
G7
D1
D2
D7
D9
N8
N9
R8
R9
L13
F10
E13
E15
F13
L10
T10
T11
L14
L12
L15
L16
P16
E14
E16
DDA_CLK SI_B3 R117 100 1 2 10 EXCML16A270U SI3_YB
N14
C15
K10
C16
N10
R10
R11
N12
N13
N15
N16
D16
D15
M14
M12
M16
M15
DDA_CLK R225 33 1A 1Y SI3_YB
DDA_StoM 3 TP297
DDA_StoM 1Z C221
DDA_MtoS T117 FL6 TP304
DDA_MtoS C209 R284 CE220p
/F0_INTREQ SI_A3 R118 100 7 6 10 EXCML16A270U SI3_ZB
/F0_INTREQ CE100p 2A 2Y SI3_ZB
T46
T65
T40
T56
T64
T69
T34
T42
T54
T57
T63
T68
T45
T62
5 T92 FL30
2Z R260
/ALT_DCLK PSAVE 10 EXCML16A270U SI3_YA
SCK0
SCK1
SCK2
SCK3
SI_A0
SI_A1
SI_A2
SI_A3
SI_B0
SI_B1
SI_B2
SI_B3
SB_A0
SB_A1
SB_A2
SB_A3
SB_A4
SB_A5
SB_A9
SB_A8
SB_A6
SB_A10
SB_A7
SB_A11
SB_A12
PSAVE SI3_YA
/ALT_CONF_DONE SB_A[0..12] SCK3 R116 100 9 10 TP320
3A 3Y C213
/ALT_CONFIG 11 T103 FL40 TP337
/ALT_STATUS
/ALT_DATA
DAC_A0
DAC_A1
DAC_A2
DAC_A3
DAC_A4
DAC_A5
DAC_A6
DAC_A7
DAC_A8
DAC_A9
DACLAT0
DACLAT1
DACLAT2
DACLAT3
3Z R259 CE220p
SI_B[0..3] 10 EXCML16A270U SI3_ZA
SI3_ZA
SI_A[0..3] 15 14 T91 FL24
4A 4Y R257
SCK[0..3] VCC3 13 10 EXCML16A270U SCK3_YB
4Z SCK3_YB
4 TP314
G C212
DACLAT[0..3] 12 T102 FL15 TP309
G R258 CE220p
10 EXCML16A270U SCK3_ZB
SCK3_ZB
DAC_A[0..9] HD151031FPEL T124 FL29
R281
SA_A[0..12] VCC3 10 EXCML16A270U SCK3_YA
SCK3_YA
SA_D[0..15] SB_D[0..15] VCC3 TP319
C220
ENC_PHB T113 FL39 TP336
ENC_PHB PC103 R282 CE220p
ENC_PHA PC42 PC236 PC239 PC246 PC245 PC247 PC72 PC64 PC242 PC241 10 EXCML16A270U SCK3_ZA
ENC_PHA CE0.1u SCK3_ZA
IC10 IC28
/ALT_STATUS CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u
SA_D0 7 5 SA_A0 SB_D0 7 5 SB_A0
D0 A0 D0 A0
SA_D1 8 4 SA_A1 SB_D1 8 4 SB_A1 VCC1.2
/ALT_DATA D1 A1 D1 A1
SA_D2 9 3 SA_A2 SB_D2 9 3 SB_A2
D2 A2 D2 A2
SA_D3 10 2 SA_A3 SB_D3 10 2 SB_A3 PC234 PC240 PC243 PC71 PC238 PC69 PC70 PC237 PC48 PC45 PC44 PC232 PC231 PC43
D3 A3 D3 A3
SA_D4 13 1 SA_A4 SB_D4 13 1 SB_A4
/ALT_DCLK D4 A4 D4 A4 CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u
SA_D5 14 44 SA_A5 SB_D5 14 44 SB_A5
/ALT_CONF_DONE D5 A5 D5 A5
SA_D6 15 43 SA_A6 SB_D6 15 43 SB_A6
/ALT_CONFIG D6 A6 D6 A6
SA_D7 16 42 SA_A7 SB_D7 16 42 SB_A7
D7 A7 D7 A7
SA_D8 29 27 SA_A8 SB_D8 29 27 SB_A8
D8 A8 D8 A8
SA_D9 30 26 SA_A9 SB_D9 30 26 SB_A9
D9 A9 D9 A9
SA_D10 31 25 SA_A10 SB_D10 31 25 SB_A10
D10 A10 D10 A10
SA_D11 32 24 SA_A11 SB_D11 32 24 SB_A11
D11 A11 D11 A11
SA_D12 35 21 SA_A12 SB_D12 35 21 SB_A12
D12 A12 D12 A12
SA_D13 36 20 SB_D13 36 20
D13 A13 D13 A13
SA_D14 37 19 SB_D14 37 19
D14 A14 D14 A14
SA_D15 38 18 SB_D15 38 18
D15 A15 D15 A15
R41 R112
SA_/SWE 17 SB_/SWE 17
SA_/SWE WE SB_/SWE WE
0 0
6 22 T73 6 22
T24 CE NC CE NC
23 VCC3 23 VCC3
R36 NC R100 NC
SA_/SOE 41 28 SB_/SOE 41 28
SA_/SOE OE NC SB_/SOE OE NC
0 0
40 PC34 40 PC84
T23 BHE CE0.1u T72 BHE CE0.1u
39 39
BLE BLE
CY7C1021DV33-10ZSXI CY7C1021DV33-10ZSXI
VCC
VCC
VCC
5
6
7
8
TP335 TP217
PC128
CE0.1u RA80 R371 CN1
5
6
7
8
IC11 VCC3 EXBV8V103J 0(NON) ENV_TH
4
3
2
1
C255 C254 C253 C252 ENV_TH 1
RTC_WDATA 12 13 RTC_DATA CN23
RTC_WDATA DI DO RTC_DATA 2 Reserve
RTC_CLK 2
RTC_CLK CLK R174 CE100p CE100p CE100p CE100p 1
4
3
2
1
RTC_CE 7 10 IC45 RA82 53398-0271(NON)
RTC_CE CE INT 10K(NON) 2
VCC3 D2 3 EXT_OUT0 2 18 4 5 TP351
R59 FOUT EXT_OUT0 D1 Q1 4 5 3
EXT_OUT1 3 17 3 6 TP344
10K EXT_OUT1 D2 Q2 3 6 4
1 EXT_OUT2 4 16 2 7
CR2032-RTC BACKUP 1SS355 NC EXT_OUT2 D3 Q3 2 7 5
4 EXT_OUT3 5 15 1 8 TP348
HOLDER BATTERY BCR20V4 NC R173 EXT_OUT3 D4 Q4 1 8 6
D3 8 6 14 TP343 TP1 VCC
R37 NC 10K D5 Q5 7
RBT1 6 9 7 13 EXBV8V330J CN5
VDD NC D6 Q6 8
10K 14 8 12
BT1 1SS355 PC27 NC D7 Q7 1
VCC3 9 11 MD-S8100
CE0.1u D8 Q8 2
BCR20V4 11 5 RA81 TP234
GND TEST 3 PRINT ORG Sensor
1 4 5
PC293 E1 4 5 4
RX-4045SA 19 3 6
CE0.1u E2 3 6
CR2032 3V 2 7 53398-0471
2 7
TC74VHCT541AFT 1 8 TP345
1 8 41V_control
IC209 C248 C249 C250 C251 EXBV8V330J TP350
EXT_IN0 18 2 TP349
EXT_IN0 Q1 D1 CE100p CE100p CE100p CE100p TP347
EXT_IN1 17 3
R133 33 EXT_IN1 Q2 D2
HEAD_TH1 EXT_IN2 16 4 CN9
HEAD_TH1 EXT_IN2 Q3 D3
EXT_IN3 15 5 TP247
PC101 EXT_IN3 Q4 D4 1
AD_OUT 14 6
CE1u AD_OUT Q5 D5 R172 150 2
P_POS 13 7 PINCHPOS Reserve
P_POS Q6 D6 PINCHPOS 3
H_UD 12 8 HEAD_UD VCC
H_UD Q7 D7 HEAD_UD
11 9 R170 150 53014-03(NON)
Q8 D8 VCC
R17
1
6
HEAD_TH2 R135 33 VCC 1 C48 C49
HEAD_TH2 E1 100p 100p 1K VCC3
19 RA23
T132
T135
T138
T140
T143
PC107 E2
CE1u EXBA10E103J
74LVC541 PC18 CN6
Revised 1
PC102 C202 C203 C204 C205 TP231
CE0.1u 1
MAIN BOARD_Circuit Diagram 5/9
CE0.1u
2
9
3
8
4
7
5
IC38 Maintenance_Cover_SW
10
CE100p CE100p CE100p CE100p 2
1 20 DBB[0..7] RA16
R137 33 CH0 VCC DBB[0..7]
P_SIDE 2 IC6 4 5 53014-02
P_SIDE CH1 4 5
3 14 DBB0 18 2 PRINT_CARRIAGE_ORG 3 6
PC110 CH2 DO Q1 D1 3 6
4 15 DBB1 17 3 Reserved 2 7
CE1u CH3 SARS Q2 D2 2 7
5 DBB2 16 4 FRONT_COVER 1 8
CH4 Q3 D3 1 8
6 DBB3 15 5 MAINTENANCE_COVER R
CH5 Q4 D4
7 12 DBB4 14 6 REAR_PAPER EXBV8V330J CN7
CH6 REF Q5 D5
8 11 DBB5 13 7 FRONT_PAPER RA17
R154 33 CH7 AGND Q6 D6 1
CROPMARK 9 DBB6 12 8 CUTTING_CARRIAGE_ORG 4 5 TP233 PAPER REAR Sensor
CROPMARK COM Q7 D7 4 5 2
10 DBB7 11 9 PINCH_ROLL_U/D 3 6 TP232
PC113 DGND Q8 D8 3 6 3
/AD_CS 18 2 7
CE1u /AD_CS CS 2 7 4
VCC 1 1 8
E1 1 8 5
AD_CK 16 19 19 PAPER FRONT Sensor
AD_CK CLK NC E2 C201 C208 C207 C206 6
AD_IN 17 EXBV8V330J
R157 AD_IN DI
13 74LVC541 53398-0671
10K 1% SE CE100p CE100p CE100p CE100p
/SENSOR
/SENSOR
TLC0838CPW
ENV_TH R158 33 CN4
ENV_TH
PC117 1
DB[0..31] DBB[0..7]
2-9
CE1u DB[0..31] DBB[0..7] 2
RA201 TP218 CUT_ORG_Sensor
3
DB0 4 5 DBB0
4 5
DB1 3 6 DBB1 53398-0371
3 6
DB2 2 7 DBB2
2 7
DB3 1 8 DBB3
R161 33 1 8
41V_SENSE
41V_SENSE
EXBV8V560J VCC3
PC122 RA202
CE1u DB4 4 5 DBB4
4 5
1
6
DB5 3 6 DBB5
3 6
DB6 2 7 DBB6 RA12
2 7
DB7 1 8 DBB7
1 8 EXBA10E103J
EXBV8V560J TP243
2
9
3
8
4
7
5
10
2-10
3 6 RD5 SDD22
EXD30 2 7 RD30 RD6 B13 N5 SDD23 /EPROM
2 7 RD6 SDD23 /EPROM 1 2
EXD31 1 8 RD31 RD7 E14 M3 SDD24 RAB18
1 8 RD7 SDD24 3 4
RA63 EXBV8V330J RD8 C13 M4 SDD25 SDA0 23 2 SDD16 RDB15 RAB17
RD8 SDD25 A0 DQ0 5 6
RD9 A13 M5 SDD26 SDA1 24 4 SDD17 RDB14 RAB16
RD9 SDD26 A1 DQ1 7 8
RD10 B14 M2 SDD27 SDA2 25 5 SDD18 RDB13 RAB15
RD10 SDD27 A2 DQ2 9 10
RD11 A14 L2 SDD28 SDA3 26 7 SDD19 RDB12 RAB14
RD11 SDD28 A3 DQ3 11 12
RD12 C14 N1 SDD29 SDA4 29 8 SDD20 RDB11 RAB13
RD12 SDD29 A4 DQ4 13 14
RD13 D15 M1 SDD30 SDA5 30 10 SDD21 RDB10 RAB12
RD13 SDD30 A5 DQ5 15 16
RD14 E13 L1 SDD31 SDA6 31 11 SDD22 RDB9 RAB11
RD14 SDD31 A6 DQ6 17 18
RD15 B15 SDA7 32 13 SDD23 RDB8 RAB10
RD15 A7 DQ7 19 20
RD16 A15 H3 SDA8 33 42 SDD24
RD16 SDQMO A8 DQ8 21 22
RD17 A16 H2 SDA9 34 44 SDD25 RDB7 RAB9
RD17 SDQM1 A9 DQ9 23 24
RD18 B16 G2 SDA10 22 45 SDD26 RDB6 RAB8
RD18 SDQM2 A10 DQ10 25 26
RD19 C15 G1 SDA11 35 47 SDD27 RDB5 RAB7
RD19 SDQM3 A11 DQ11 27 28
RD20 D16 H5 SDA12 36 48 SDD28 RDB4 RAB6
RD20 SDRAS A12/NC DQ12 29 30
RD21 C16 H4 50 SDD29 RDB3 RAB5
RD21 SDCAS DQ13 31 32
RD22 B17 H1 SDBA0 20 51 SDD30 RDB2 RAB4
RD22 SDWE A13/BA0 DQ14 33 34
RD23 C17 L4 TP7 SDBA1 21 53 SDD31 VCC3 RDB1 RAB3
RD23 SDCLK0 A12/BA1 DQ15 35 36
RD24 A17 K4 SDCLK /ROE RDB0 RAB2
RD24 SDCLK1 /ROE 37 38
RD25 A18 J4 /SDQM2 15 1 RAB1
RD25 SDCLK2 TP4 LDQM VCC VCC3 39 40
RD26 A19 K1 /SDQM3 39 14 PC77 PC88 PC83 PC89 RAB19 RAB20
RD26 SDCS0 TP6 DQM VCC 41 42
RD27 B18 K2 27 RAB21 RAB22
RD27 SDCS1 VCC CE0.1u CE0.1u CE0.1u CE0.1u 43 44
RD28 A20 J1 SDCKE 37 3 /RWE /NET_RESET
RD28 SDCS2 TP5 CKE VCCQ /RWE 45 46 /NET_RESET
RD29 C18 J2 SDCLK1R2 38 9 CPU_/RBE0 CPU_/RBE1
RD29 SDCKE CLK VCCQ CPU_/RBE0 47 48 CPU_/RBE1
RD30 D17 E9 /SDCS1 19 43 RAB23 /RCS3
RD30 SMROMCKE CS VCCQ 49 50 /RCS3
RD31 B19 R256 22 18 49 JUMP2 JUMP3
RD31 R247 RAS VCCQ
R275 22 17
0 CAS
16 28 PS-50PE-D4T1-PN1
WE VSS
CPU_/RBE0 R236 0 K16 A8 41 DSP01-002-430G-0 DSP01-002-430G-0
CPU_/RBE0 RBEN0 PREG VSS
CPU_/RBE1 R232 0 L20 D10 54
CPU_/RBE1 RBEN1 PCE1 VSS
TP294 K19 B10 40 6 /RCS0
RBEN2 PCE2 NC VSSQ /RCS0
TP296 L17 B8 12
RBEN3 POE VSSQ
/RWE R250 0 L18 A7 46 JP2
/RWE RWE PWE VSSQ
/ROE R248 0 L19 C9 VCC3 52 1 2
/ROE ROE PIOR VSSQ
/RCS0 R280 0 M20 B7 /FROM 3 4 /EPROM
/RCS0 RCS0 PIOW /FROM /EPROM
R155 0 M19 A9 R241 10K 5 6
RCS1 PWAIT
/RCS2 R253 0 N20 B9 R249 10K IC27
/RCS2 RCS2 PIOS16
/RCS3 R231 0 P20 EDS2516AFTA-75-E XJ8C-0611
/RCS3 RCS3
A10 /RCS2
EWAIT /RCS2
AU1100-333MBD
TP10 R242
10K
VCC3
IC43 PC285
1 5 CE0.1u
INA VCC
/RCS1 2
INB
3 4 R159 33 /WR_STB
GND OUTY /WR_STB
SN74LVC1G32DCK
IC30C
VCC3
R109 0 A2 D4 R254 10K
XTI32 ROMSIZE
R108 0 B3 B4
C001R-32.768K R105 NON XT032 ROMSEL
WDT
WDT
XPWR32 B1 C6 /RBE3
R229 Y3 XPWR32 XPWR32 GPIO0 /RBE3
WDT_/OUT VCC3 XAGND32 B2 D6 /FIFO_HALF_NET
WDT_/OUT XAGND32 XAGND32 GPIO1 /FIFO_HALF_NET
0 PC78 D9 TP3
R230 C15 GPIO7
CE0.1u R111 22 A5 Y7
C16 XTI12 GPIO16
VCC3 4.7K(NON) VCC3 Y2 A4 W6
R227 CE3p CE3p XTO12 GPIO17
1 4 Y6
INH VDD GPIO18
4.7K(NON) PC250 2 3 XPWR12 A3 T9 /WR_FULL
CE0.1u(NON) R234 GND OUT XPWR12 XPWR12 GPIO19 /WR_FULL
XAGND12 B5 Y8 WDT
4.7K XAGND12 XAGND12 GPIO20 WDT
IC202 KC7050B 12.000MHz V8 /RBE0
GPIO21 /RBE0
2 8 D5 U7 /RBE1
VCC WDO RESETIN GPIO22 /RBE1
/PRN_RST 1 7 R240 0 D2 V7 /RBE2
MR RESET RESETOUT GPIO23 /RBE2
3 6 /RESET_OUT E7
GND WDI /RESET_OUT EXTCLK0
4 5 E8 D11
PFI PFO EXTCLK1 VSS1
PWR_EN E6 E10
PWR_EN VSS2
4.7K
4.7K
4.7K
4.7K
C211 F7 F13
/PRN_RST C_non VDDI2 VSS7
0 D201 F8 F14
VDDI3 VSS8
F11 G6
VDDI4 VSS9
/NET_RESET F12 H8
/NET_RESET 1SS355 VDDI5 VSS10
TP276 F15 H9
MAIN BOARD_Circuit Diagram 7/9
VDDI6 VSS11
VCC3 IC201 VCC_mac F16 H10
VDDI7 VSS12
2 3 G15 H11
VIN VOUT VDDI8 VSS13
1 R228 H6 H12
SD VDDI9 VSS14
VCC3 L202 + 5 4 100 1% J6 H13
C14 GND ADJ VDDI10 VSS15
XPWR12 K15 H15
XPWR12 100u/10V VDDI11 VSS16
MMZ1608S800A LP3964EMP L15 J5
VDDI12 VSS17
+ M6 J8
C21 PC256 VDDI13 VSS18
C210 N6 J9
4.7u/25V CE0.1u VDDI14 VSS19
CE68p P15 J10
R226 VDDI15 VSS20
R233 0 XAGND12 R7 J11
XAGND12 10K 1% VDDI16 VSS21
R8 J12
VDDI17 VSS22
R11 J13
VDDI18 VSS23
R12 J15
VDDI19 VSS24
R15 K3
C18 C30 C31 C23 VDDI20 VSS25
2-11
VCC_mac R16 K6
10u/16V 10u/16V 10u/16V 10u/16V VDDI21 VSS26
VCC3 L201 T15 K8
VDDI22 VSS27
XPWR32 K9
XPWR32 VSS28
MMZ1608S800A + + + + K10
VSS29
+ G7 K11
C22 PC255 VDDY1 VSS30
G8 K12
4.7u/25V CE0.1u VDDY2 VSS31
H7 K13
VDDY3 VSS32
R239 0 XAGND32 J3 L5
XAGND32 VDDY4 VSS33
J7 L6
VDDY5 VSS34
K5 L8
PC251 PC283 PC280 PC259 VDDY6 VSS35
K7 L9
VDDY7 VSS36
L3 L10
CE0.1u CE0.1u CE0.1u CE0.1u VDDY8 VSS37
L7 L11
VDDY9 VSS38
M7 L12
VDDY10 VSS39
N7 L13
VDDY11 VSS40
P7 M8
VDDY12 VSS41
VCC3 M9
VSS42
M10
VSS43
G9 M11
VDDX1 VSS44
+ C29 + C19 + C24 + G10 M12
VDDX2 VSS45
G11 M13
C32 VDDX3 VSS46
10u/16V 10u/16V 10u/16V G12 M15
VDDX4 VSS47
G13 N8
VDDX5 VSS48
10u/16V G14 N9
VDDX6 VSS49
H14 N10
VDDX7 VSS50
J14 N11
PC282 PC252 PC274 PC281 VDDX8 VSS51
K14 N12
VDDX9 VSS52
L14 N13
CE0.1u CE0.1u CE0.1u CE0.1u VDDX10 VSS53
L16 N15
VDDX11 VSS54
M14 N16
VDDX12 VSS55
N14 P6
VDDX13 VSS56
P8 R6
VDDX14 VSS57
P9 R9
VDDX15 VSS58
P10 R10
VDDX16 VSS59
P11 R13
VDDX17 VSS60
P12 R14
VDDX18 VSS61
P13 T5
VDDX19 VSS62
P14 T16
VDDX20 VSS63
AU1100-333MBD
mac_clk
R237 TP272 TP273 TP271
33(NON) VCC3
PC108 VCC CN12
CE0.1u
5
VCC3 E11 Y13 R316 0
LCLK U0TXD 4
R243 10K D12 W19
LWAIT U0RXD IC37A IC37B 3
C11
LWR0 R130 TP274 2
A11 V12 R314 0 2 1 4 3
LWR1 U1TXD 1
B11 T14 33
LRD0 U1RXD
C10 53398-0571
LRD1 74LVC14 74LVC14 TP9
Y12 R315 0
U3TXD
P17 Y15 GREEN ORANGE
LCD_FCK U3RXD IC37C IC37E
M17 U17
LCD_LCK U3CTS R307 TP8
M16 W12 6 5 10 11
LCD_PCK U3RTS
R19 Y19 R321 0 33
LCD_BIAS U3DSR
T17 T11
LCD_LEND U3DTR T137 74LVC14 74LVC14
R20 V17 R318 0
LCD_D0 U3DCD PR_RXD
MAIN BOARD_Circuit Diagram 8/9
4.7K
4.7K
4.7K
4.7K
P16
LCD_D6
R17
LCD_D7
R18 Y20 R305 15K
LCD_D8 USBH1P
T18 V19 R302 15K VCC3
LCD_D9 USBH1M
R131
R306
R309
R255
P19 IC46
LCD_D10
P18 CN20
LCD_D11
T19 U8 N0TXCLK 7 30 8
LCD_D12 N0TXCLK TXC TPRX- RD-
U20 U10 N0TXEN 2 6
LCD_D13 N0TXEN TXEN CT
V20 Y11 N0TXD0 6 7
LCD_D14 N0TXD0 TXD0 RD+
W20 V10 N0TXD1 5 31
LCD_D15 N0TXD1 TXD1 TPRX+
V6 U9 N0TXD2 4 4
LCD_PWM0 N0TXD2 TXD2 GND
U6 V9 N0TXD3 3 5
LCD_PWM1 N0TXD3 TXD3 GND
W11 N0RXCLK 16 33
N0RXCLK RXC TPTX-
Y10 N0RXDV 22 2
N0RXDV RXDV TD-
T7 W13 N0RXD0 21 3
SDMS0_CLK N0RXD0 RXD0 CT
2-12
V5 U11 N0RXD1 20 34 1
SDMS0_CMD N0RXD1 RXD1 TPTX+ TD+
T6 T12 N0RXD2 19
SDMS0_DAT0 N0RXD2 RXD2
V4 T10 N0RXD3 18 9
SDMS0_DAT1 N0RXD3 RXD3 A_LED_R
Y3 Y14 N0CRS 23 VCC3 10
SDMS0_DAT2 N0CRS CRS K_LED_R
Y2 W10 N0COL 1 27 VCC3
SDMS0_DAT3 N0COL COL NC
W4 W9 N0MDC 25 28 12 13
SDMS1_CLK N0MDC MDC RESET A_LED_L FG
W3 Y9 N0MDIO 26 37 11 14
SDMS1_CMD N0MDIO MDIO ANE K_LED_L FG
49.9 1%
49.9 1%
49.9 1%
49.9 1%
Y1 24 38 C245 R368
SDMS1_DAT0 RXER/FXEN DUPLEX 330
T4 VCC3 R353 1.5K 39 J1011F21PNL
SDMS1_DAT1 VCC3 SPEED CE0.1u
W2 C4 R348 4.7K 9 40
SDMS1_DAT2 TRST T82 LED0 RPTR
V3 U19 10 41
SDMS1_DAT3 TDI T110 LED1 LDPS
2.0K 1%
C2 13 43
TMS T81 LED3 ISOLATE
V18 R345 4.7K 15 44
TCK T121 LED4 MII
V14 R346 4.7K 46
ACSYNC X1
U13 C3 R349 4.7K VCC3 14 47
1K
4.7K
4.7K
4.7K
4.7K
ACBCLK TESTEN DVDD33 X2
R354
R245
R278
R274
R244
R299
MMZ1608S800A 32 17
T134 PWFBOUT AGND
U12 8 45 VCC3
I2SCLK PC273 PWFBIN AGND
V13 W16
I2SWORD SOCLK CE0.1u
U16 W18 L2
I2SDI SODIN T136
W15 Y17 + MMZ1608S800A RTL8201CP
I2SDIO SODOUT C41 C39 C242 PC127
U15
SODEN 4.7u/25V CE0.1u CE0.1u PC287 CE0.1u
VCC3
V15 PC132 CE0.1u
IRDATX
Y16 W8 CE0.1u
IRDARX RESVD0
V11 W7 Y5
IRFIRSEL RESVD1
T8 1 4
RESVD2 INH VDD
Y5 2 3 R165 22
RESVD3 GND OUT /RESET_OUT
D7 W5
DMA_REQ0 RESVD4
C8 Y4 KC7050B 25.000MHz
DMA_REQ1 RESVD5
IC30B
AU1100-333MBD VCC3
PC286
IC44 CE0.1u
1 5
INA VCC
2
INB
3 4
GND OUTY
SN74LVC1G32DCK
VHV0
DAC[0..9] VHV0 CN17
DAC[0..9]
+41V VHV0 IC22
1
CN19 DAC0 4 22
D0 VCC45 PC131 2
F2 DAC1 3 COM0
4 D1 TR13 CE0.1u 3
DAC2 2 PC257 GND
3 D2 2SC2873 4
DAC3 1 20 + C25 COM0
2 01543.15DR D3 NPNB CE0.1u 22u/50V 5
VHV1 DAC4 30 18 GND
1 D4 FB 6
DAC5 29 16 COM0
PC129 D5 PNPB R106 R110 TR14 7
B4P-VH PC130 + + F1 DAC6 28 GND
CE0.1u D6 2SC4131 8
DAC7 27 24 1 510 COM0
CE0.1u C43 C42 D7 VCC3 R115 9
DAC8 26 GND
220u/50V 220u/50V 01543.15DR D8 43 10
DAC9 25 COM0 COM3
D9 COM0 11
9 GND
D.P. 12
DAC_LAT0 5 11 VCC3 ENC_PH_A
DAC_LAT0 LAT D.P. 13
/DAC_RESET 6 12 VCC
/DAC_RESET RST D.P. 14
13 ENC_PH_B
D.P. 15
23 15 GND
PSAVE D.P. R101 R103 16
T49 17 HEAD_TH1
D.P. 43 4.7 /0.25W HEAD_TH1 17
19 GND
D.P. PC61 18
8 21 LAT0
DAOUT D.P. CE0.1u R96 R98 TR10 LAT0 19
7 GND
GND3 2SA1746 20
10 10 510 CH0
GND45 C17 CH0 21
+41V F3 D7 D6 14 GND
VOUTGND CE0.022u 22
HS2 NCHG0
TR9 NCHG0 23
E09A54RA GND
0154002.DR(NON) 1SS355(NON) 1SS355(NON) 2SA1213 24
SCK3_YA
SCK3_YA 25
IC207 T147 SCK3_ZA
L3 SCK3_ZA 26
L4960(NON) VCC VCC CN22 SI3_YA
SBC8-221-182(NON) SI3_YA 27
1 7 SI3_ZA
1 7 1 SI3_ZA 28
HS1 IC21 HEAT-SINK PA32-3S-75L SCK0_YA
3
2 SCK0_YA 29
DAC0 4 22 SCK0_ZA
Q1 3 D0 VCC45 SCK0_ZA 30
6 DAC1 3 SI0_YA
6 4 D1 TR5 SI0_YA 31
2 DAC2 2 SI0_ZA
5
4
3
2
41V_control D2 2SC2873 PC235 SI0_ZA 32
B04B-XASK-1 DAC3 1 20 SCK0_YB
D8 PC124 DTD113EK D3 NPNB CE0.1u SCK0_YB 33
PR2016-25-PB-SN(NON) DAC4 30 18 SCK0_ZB
D4 FB SCK0_ZB 34
5
4
3
2
D5S6M(NON) CE0.1u R162 DAC5 29 16 SI0_YB
10K 1/4W D5 PNPB R75 R78 TR6 SI0_YB 35
1
+ C35 + + DAC6 28 SI0_ZB
2.2u/50V(NON) D6 2SC4131 SI0_ZB 36
DAC7 27 24 1 510
C36 C37 D7 VCC3 R90 VCC
DAC8 26 36FMN-BTK
R352 220u/50V 220u/50V D8 43
DAC9 25 COM1
15K(NON) D9 COM1
9 PC136
D.P.
DAC_LAT1 5 11 VCC3 CE0.1u CN15
DAC_LAT1 LAT D.P.
6 12 VHV1
R351
RST D.P. 1
4.7K(NON)
C244 13
C243
CE1500p(NON)
D.P. 2
23 15 GND
PSAVE D.P. R56 R66 PC121 3
CE0.033u(NON) T48 17 COM1
D.P. 43 4.7 /0.25W CE0.1u 4
19 GND
D.P. PC60 5
8 21 COM1
DAOUT D.P. CE0.1u R38 R40 TR1 6
7 GND
GND3 2SA1746 7
10 10 510 COM1
GND45 C9 8
14 GND
VOUTGND CE0.022u 9
VCC3 D4 COM1
MAIN BOARD_Circuit Diagram 9/9
TR3 10
E09A54RA GND
2SA1213 VCC3 11
VCC3 R344 COM3
C13 1SS355 12
VCC3 VHV1 GND
10K 13
IC19 T58 P_SIDE
R81 CE0.33u P_SIDE 14
PQ070XZ1HZ VCC1.55 IC26 HEAD_UD
HEAD_UD 15
PC51
1K TP267 1 3 DAC0 4 22 /P_SIDE_SENS
VIN VO D0 VCC45 /P_SIDE_SENS 16
IC14 DAC1 3 HEAD_SENS
CE0.1u R220 C12 R87 D1 TR4 HEAD_SENS 17
2 1 2 4 + DAC2 2 PC230 HEAD_TH2
GND
VDD OUT VC VADJ 120 1% 100u/25V PC59 10K D2 2SC2873 HEAD_TH2 18
4 DAC3 1 20 + C26 GND
NC CE0.1u D3 NPNB CE0.1u 22u/50V 19
3 5 DAC4 30 18 LAT1
GND Cd D4 FB LAT1 20
5
DAC5 29 16 GND
C11 D5 PNPB R58 R50 TR2 21
RN5VD29A DAC6 28 CH1
CE0.01u R219 D6 2SC4131 CH1 22
DAC7 27 24 1 510 GND
120 1% D7 VCC3 R39 23
DAC8 26 NCHG1
D8 43 NCHG1 24
DAC9 25 COM2 GND
D9 COM2 25
9 GND
D.P. 26
DAC_LAT2 5 11 VCC3 SCK3_ZB
Revised 1
2-13
D.P. 43 4.7 /0.25W SI1_ZA 31
19 SI1_YA
D.P. PC82 SI1_YA 32
8 21 SCK1_ZB
DAOUT D.P. CE0.1u R92 R88 TR7 SCK1_ZB 33
7 SCK1_YB
GND3 2SA1746 SCK1_YB 34
VCC3 D202 10 10 510 SI1_ZB
GND45 C10 SI1_ZB 35
14 SI1_YB
VOUTGND CE0.022u SI1_YB 36
HS3
1SS355(NON) E09A54RA TR8 36FMN-BTK
T155 2SA1213
IC205 VCC_1.5
1 3
VIN VOUT
CN14
2 4 + R331 IC25 HEAT-SINK PA32-3S-75L
NC FIN C34 PC284 10K(NON) 1
DAC0 4 22
D0 VCC45 2
BD15KA5FP(NON) DAC1 3 COM2
D1 TR12 3
CE0.1u(NON) DAC2 2 GND
D2 2SC2873 PC249 4
DAC3 1 20 COM2
D3 NPNB CE0.1u 5
DAC4 30 18 GND
220u/6.3V(NON) IC40F D4 FB 6
DAC5 29 16 COM2
D5 PNPB R102 R99 TR11 7
12 13 DAC6 28 GND
D6 2SC4131 8
VCC3 D203 DAC7 27 24 1 510 COM2
D7 VCC3 R97 9
DAC8 26 GND
74LVC14 D8 43 10
DAC9 25 COM3 COM3
1SS355 D9 COM3 11
9 GND
D.P. 12
T158 DAC_LAT3 5 11 VCC3 COM3
DAC_LAT3 LAT D.P. 13
IC49 VCC1.2 6 12 GND
RST D.P. 14
1 3 13 LAT3
VIN VOUT D.P. LAT3 15
PSAVE 23 15 GND
C47 R373 PSAVE PSAVE D.P. R107 R104 16
2 4 + T70 17 CH3
NC FIN 220u/6.3V PC294 10K D.P. 43 4.7 /0.25W CH3 17
19 GND
CE0.1u D.P. PC81 18
BD12KA5FP VCC3 8 21 NCHG3
R221 DAOUT D.P. CE0.1u R128 R114 TR15 NCHG3 19
7 GND
GND3 2SA1746 20
10K 10 10 510 LAT2
GND45 C20 LAT2 21
+41V 14 GND
VOUTGND CE0.022u 22
CH2
TR16 CH2 23
E09A54RA GND
R164 2SA1213 24
NCHG2
22K NCHG2 25
VCC D5 GND
26
VCC VCC SI3_YB
SI3_YB 27
41V_SENSE SI3_ZB
1SS355 41V_SENSE SI3_ZB 28
SCK2_YA
R160 R324 R330 SCK2_YA 29
T146 SCK2_ZA
IC208 AIC1086PM 1K 1K 1K SCK2_ZA 30
VCC3 T139 T141 SI2_YA
IC40D IC40E SI2_YA 31
3 2 SI2_ZA
VI VO R323 R329 SI2_ZA 32
ENC_PHA R150 100 8 9 ENC_PHB R153 100 10 11 SCK2_YB
R367 C38 R163 ENC_PHA ENC_PHB SCK2_YB 33
+ SCK2_ZB
ADJ
120 1% 100u/25V PC123 10K C228 33 C229 33 SCK2_ZB 34
74LVC14 74LVC14 SI2_YB
CE0.1u CE1000p CE1000p SI2_YB 35
SI2_ZB
SI2_ZB 36
1
36FMN-BTK
R370
120 1%
+ C44
10u/16V VHV1 VHV0
CN18
R369 VCC VHV0
120 1% 1
VHV1
2
3
COM0
COM0 4
COM1
R366 COM1 5
COM2
270 1% COM2 6
COM3
COM3 7
8
9
53398-0971
2-3 SERVO BOARD
SERVO BOARD_Arrangement Diagram (Component Side)
It indicates the
version of the Board.
2-14
TP409
DDA_StoMExtin VCC3
DDA_StoMExtin
1 D15 Q4
IC15 VCC3
2 Y1 R97
/Cmd_StoM_out 18 2 DDA_CLK T36 VCC3 R120 3 DTC114EK 1
3 Q1 D1
6
1
17 3 /Cmd_MtoS_ 220 220
4 Q2 D2
/Cmd_HS_StoM_out 16 4 /Cmd_HS_MtoS C35 SEL-6414E IC20 IC19
5 Q3 D3
15 5 DDA_MtoS CE0.1u HC49/U-S 8MHZ RA11 D0 11 21 A1 D8 11 21 A1
6 Q4 D4 I/O0 A0 I/O0 A0
14 6 INTDDA C64 D1 12 23 A2 D9 12 23 A2
7 Q5 D5 TP19 EXBA10E103J I/O1 A1 I/O1 A1
2
13 7 CE0.1u D2 13 24 A3 D10 13 24 A3
8 Q6 D6 I/O2 A2 I/O2 A2
12 8 T3 D3 15 25 A4 D11 15 25 A4
9 Q7 D7 I/O3 A3 I/O3 A3
2
9
3
8
4
7
5
11 9 C40 C41 D4 16 26 A5 D12 16 26 A5
10
10 Q8 D8 I/O4 A4 I/O4 A4
R86 CE27p CE27p D5 17 1 A6 D13 17 1 A6
11 Slow_Power_On TP412 I/O5 A5 I/O5 A5
1 D6 18 2 A7 D14 18 2 A7
33
33
12 E1 1.8K I/O6 A6 I/O6 A6
19 VCC3 D7 19 3 A8 D15 19 3 A8
13 E2 I/O7 A7 I/O7 A7
/Serial_Start
10K(NON) 4 A9 4 A9
/SERVO_RES
14 A8 A8
8
7
6
5
74LVC541 /LWR 27 5 A10 /HWR 27 5 A10
/MTRERR
R112
15
6
1
T405 TP20 /WE A9 /WE A9
R110
T48 R62 6 A11 6 A11
16 T406 A10 A10
8
7
6
5
/CS1 20 7 A12 /CS1 20 7 A12
17 RA4 /CS A11 /CS A11
8 A13 8 A13
T34
T39
T41
R113
10K(NON)
T37
1
2
3
4
18 EXBV8V103J RA7
0
T407 A12 A12
/RD 22 9 A14 /RD 22 9 A14
EXBA10E103J /OE A13 /OE A13
CN12 52808-1891 10 A15 10 A15
TP28 TP26 A14 A14
1
2
3
4
DDA_CLK VCC3 VCC3
1
R119
2
9
3
8
4
7
5
14 28 14 28
10
2 PowerON GND VCC3 GND VCC3
/Cmd_StoM C52
3
/Cmd_MtoS R400 33 TP400
4 CE0.1u
/Cmd_HS_StoM R401 33 TP401 CY7C1399BN-12ZXC C51 CY7C1399BN-12ZXC
5
6
7 T8 CE0.1u
TP411
SCLKO
/H8_RES
DDA_StoMout C58 C59 C60
8 DDA_StoMout
DDA_MtoS T30
9
10 INTDDA
/RD
/HWR
/LWR
T33 T32 T35 T29 VCC3
11 CE100p
RESERVE
G_CWW
G_CW
D8
D9
D10
D11
D12
D13
D14
VCC3
T300
T301
T302
T303
T304
T18
T17
T16
T15
T14
T13
T12
T400
T11
T401
T10
T31 RA3
12 CE100p CE100p D8 10 6 VCC3 VCC3 VCC3 EXBV8V103J
13 MAINTENANCE_HATCH
/MTRERR D9 2
14
/SERVO_RES D10 9 R300 10K R307 10K
15
4
3
2
1
108
107
106
105
104
103
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
/CropOn D12 8 R302 10K R309 10K
17 /CropOn
PinchPos CE0.1u D13 4 R303 10K R310 10K
4
3
2
1
R64 2.2K
EXBA10E103J
5
6
7
8
19
R111 2.2K(NON)
CropMark VCC D15 5 1 R305 10K R312 10K
RA13
RES
20 CropMark
GND
GND
STBY
VCC3
R306 10K R313 10K
XTAL
R118
10K(NON)
R117
10K(NON)
21
PF6/AS
EXTAL
PF5/RD
PD0/D8
PD1/D9
PLLVSS
C61
5
6
7
8
FO_OUT C67
PH1/CS5
PH0/CS4
PG3/CS3
PG2/CS2
PG1/CS1
PG0/CS0
PD2/D10
PD3/D11
PD4/D12
PD5/D13
PD6/D14
PLLVCC
PF3/LWR
PF4/HWR
22 T28
PF0/WAIT
D0 10 6
23 Maintenance_Cover_L SUB_CLK /MTD_En3
D1 2
PF7/CLKOUT
24 SUB_LOAD /MTD_En2
P50/TXD2/IRQ0
CE0.1u
P51/RXD2/IRQ1
CE0.1u D2 9
PF2/LCAS/IRQ15
25 TP406 /MTD_En1
PF1/UCAS/IRQ14
VCC3 109 72 D15 D3 3
T27 P52/SCK2/IRQ2 PD7/D15 /MTD_En0
CN11 110 71 D0 D4 8
P53/ADTRG/IRQ3 PE0/D0
52808-2591 SUB_DATA_OUT 111 70 D1 D5 4 VCC3
T402
T403
T404
SUB_DATA_OUT PH2/CS6/(IRQ6) PE1/D1 R115 10K TP415
P65/TMO1/DACK1/IRQ13
P64/TMO0/DACK0/IRQ12
P63/TMCI1/TEND1/IRQ11
P62/TMCI0/TEND0/IRQ10
VCC3 SUB_STORE 112 69 D2 D6 7 R342
SUB_STORE R76 PH3/CS7/OE/(IRQ7) PE2/D2
RA14
EXBA10E103J
T250 113 68 D3 D7 5 1 /SERVO_RES 10K
SUB_DATA_IN 10K PG4/BREQO PE3/D3 R114 10K
single:pull_dowm 114 67 /H8_RES R133
R242 R252 PG5/BACK VCC3
multi:pull_up 115 66 D4
TP39
TP40
TP38
TP37
CN9
CAP_Org SOL_CURNT_AD P40/AN0 PE6/D6
118 63 D7 TCK
R243 WIPE_Org Y_CURNT_AD P41/AN1 PE7/D7 1
119 62 VFWE
SERVO BOARD_Circuit Diagram 1/4
R77
10K(NON)
33 T260 VCC3 RA5 120 61 ExtLoad TDO
R251 VM_Voltage P43/AN3 P61/TMRI1/DREQ1/IRQ9 ExtLoad 3
1 5 121 60 ExtStore
APRON_TH VREF P60/TMRI0/DREQ0/IRQ8 ExtStore 4
33 7 122 59 FANPWM2 TMS
AVCC P27/PO7/TIOCB5/EDRAK1/(IRQ15) FANPWM2 5
C213 C212 4 SUB_DATA_IN 123 58 FANPWM1
P44/AN4 P26/PO6/TIOCA5/EDRAK0/(IRQ14) FANPWM1 6
8 124 57 ExtDin
P45/AN5 P25/PO5/TIOCB4/(IRQ13) ExtDin 7
CE0.1u CE0.1u 3 125 56 ExtDout
P46/AN6/DA0 P24/PO4/TIOCA4/(IRQ12) ExtDout 8
9 126 55 StpBRef TDI
P47/AN7/DA1 P23/PO3/TIOCD3/(IRQ11) 9
2 CAP_Org 127 54 StpARef VCC3
/LWR
P54/AN12/IRQ4 P22/PO2/TIOCC3/(IRQ10) 10
6 10 WIPE_Org 128 IC16 53 SolPWM
P55/AN13/IRQ5 P21/PO1/TIOCB3/(IRQ9)
TS1 TS2 129 52 53398-1090
P56/AN14/DA2/IRQ6 P20/PO0/TIOCA3/(IRQ8) ExtCLK R134
EXBA10E103J T20 T23 130 51
TP33TP32 P57/AN15/DA3/IRQ7 P17/PO15/TIOCB2/TCLKD/EDRAK3 Y_En_Pha C74 C76 10K
131 50
TP34 AVSS P16/PO14/TIOCA2/EDRAK2 INTDDA
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
CN10 132 49
TP413 NC P15/PO13/TIOCB1/TCLKC Y_En_Phb
/MON_HS_toPC 133 48 CE0.1u CE0.1u VCC3
1 P35/SCK1/(OE) P14/PO12/TIOCA1 TP416
/MON_HS_toPC DDA_CLK 134 47
/MTD_En1
/MTD_En0
G_CWW
VCCIO2
VCCIO2
2-15
Servo_to_Sub 138 43 XPWM A4 4 72
P31/TXD1 P10/PO8/TIOCA0 IO IO T409
53398-0590 DDA_StoM 139 42 T55 D0 5 71
P30/TXD0/IrTXD P75/EDACK1/(DACK1) IO IO DDA_StoMExtin
140 41 T56 D1 6 70
Bed_Heater_ON P80/EDREQ2/(IRQ0) P74/EDACK0/(DACK0) IO IO DDA_StoMout
VCC 141 40 T57 D2 7 69
R124 Apron_Heater_ON P81/EDREQ3/(IRQ1) P73/ETEND1/(TEND1) IO IO R135
142 39 T58 D3 8 68
P82/ETEND2/(IRQ2) VCC3 IO IO /GE_PhB
5
7
4
8
3
9
2
10
10K(NON) 143 38 T59 9 67 10K(NON)
MD0 NMI VCCIO1 IO /GE_PhA
144 37 T38 10 66
Sub_to_Servo C62 MD1 WDTOVF GNDIO IO
RA6 T40 11 IC11 65
Servo_to_Sub CE470p GNDINT GNDINT
R130 R339 R122 EXBA10E103J SCLK 12 64
IO/GCLK0 IO/GCLK3
2.2K 10K 10K VCC3 13 EPM240T100C5N 63
/RD
G_CW
R126
1.2K(NON)
5
7
4
8
3
9
2
10
IO/GCLK1 IO/GCLK2
1
6
StpARef 15 61
IO IO
StpBRef 16 60
C63 RA15 IO GNDIO
VCC3 VCC Stp0Decay 17 59
EXBA10E103J IO VCCIO2
R123 C68 Stp0APWM 18 58 Sol_En
IO IO Sol_En
0(NON) Stp0BPWM 19 57 Sol_PWM-
MD2
P83/ETEND3/(IRQ3)
P84/EDACK2/(IRQ4)
P85/EDACK3/(IRQ5)
VCC3
PC0/A0
PC1/A1
PC2/A2
PC3/A3
PC4/A4
PC5/A5
GND
PC6/A6
PC7/A7
PB0/A8
PB1/A9
PB2/A10
PB3/A11
GND
PB4/A12
PB5/A13
PB6/A14
PB7/A15
PA0/A16
PA1/A17
GND
PA2/A18
PA3/A19
PA4/A20
PA5/A21
PA6/A22
PA7/A23
NC
P70/EDREQ0/(DREQ0)
P71/EDREQ1/(DREQ1)
P72/ETEND0/(TEND0)
IO IO Sol_PWM-
CN13 C57 VCC3 Stp0APh 20 56 Sol_PWM+
TP5 TP4 TP3 TP2 TP1 IO IO Sol_PWM+
1
6
Stp0BPh 21 55 X_En
1 CE1u CE0.1u IO IO X_En
1
2
3
4
5
6
7
8
9
T43 T49 T42 TMS 22 54 X_PWM-
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
2 TMS IO X_PWM-
R109 33 CE0.1u TDI 23 53 X_PWM+
3 ExtCLK TDI IO X_PWM+
R108 33 R121 TCK 24 52 Y_En
4 ExtDout TCK IO Y_En
R107 33 10K TDO 25 51 Y_PWM-
5 ExtDin EXT_Port1 TDO IO Y_PWM-
R106 33 T26
IO
IO
IO
IO
IO
VCCIO1
GNDIO
IO
IO
IO
IO
IO
IO
IO
IO
IO
IO
IO/DEV_OE
IO/DEV_CLRn
VCCIO1
GNDIO
IO
IO
IO
IO
6 ExtStore EXT_Port2
R105 33
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
7 ExtLoad EXT_Port3 CE0.1u
JP3 T54
8
1 T47 C77 C75 C80 C79
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
9
T9
T7
10 T53
VCC3 VCC3 VCC3 2 T46 CE0.1u VCC3
11
R317 10K
DDA_StoM
/RES
CE0.1u CE0.1u
53398-1190 3 VFWE SolPWM R318 10K
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
R314 R315 R316 T52 YPWM
TP301
5
7
4
8
3
9
2
10
5
7
4
8
3
9
2
10
5 A14
7 A15
4
8
3
9
2
10
10K 10K 10K DSP03-003-432G(NON) T45 T51 XPWM Y_PWM+
TP300 TP302 Y_PWM+
T50
RA8 RA9 T44
R80 RA10
R321 100 0 VCC3 Stp3BPh
EXT_Port1 EXBA10E103J EXBA10E103J EXBA10E103J Head_Power_On Stp3BPh
VCC3 R322 100 Stp3APh
EXT_Port2 Head_Slow_Power_On Stp3APh
R323 100 Stp3BPWM
EXT_Port3 GRIT_ORG Stp3BPWM
1
6
1
6
1
6
Stp3APWM
Stp1Decay
Stp1APWM
Stp1BPWM
Stp1APh
Stp1BPh
Stp2Decay
Stp2APWM
Stp2BPWM
Stp2APh
Stp2BPh
C18 Stp3APWM
CE0.1u C303 C304 C305 Stp3Decay
Stp3Decay
Stp2BPh
CE470p CE470p CE470p
Stp2APh
8
7
6
5
Stp2BPWM
Stp2APWM
VCC3
8
7
6
5
RA400 Stp2Decay
VCC3
1
2
3
4
EXBV8V103J Stp0BPh Stp1BPh
Stp0APh Stp1APh
T24 T21 T25 T22 R61 Stp0BPWM Stp1BPWM
R54
1
2
3
4
VCC3 1.0K
1.0K Stp0APWM Stp1APWM
R73 T5 IC7C IC7D Stp0Decay Stp1Decay
SOL_CURNT VCC3 IC8
SOL_CURNT SOL_CURNT_AD
3.3K 2 1 5 6 9 8 /RES
R74 C22 VDD OUT
Y_CURNT 4
Y_CURNT Y_CURNT_AD NC
3.3K 3 5
R75 CE0.1u GND Cd 74LVC14 74LVC14
X_CURNT C21
X_CURNT X_CURNT_AD
3.3K RN5VD29A CE0.1u
VM
VCC3
R25
47K
D35 D34 D33 D32 IC7A IC7B
1SS355 1SS355 1SS355 1SS355 VCC3 1 2 3 4
VM_Voltage
C401 74LVC14 74LVC14
CE0.1u
2.2K
1.5K
1.5K
1.5K
C73
CE0.022u
C70
CE0.022u
C69
CE0.022u
C72
CE0.022u
R132
R129
R128
R131
VCC3 C107
VM
CE0.22u/50V
C17
2
1
CE0.1u + C5
C105
D44 100u/63V
CE0.22u/50V
IC6A DAN217U
Y_En_Pha 2 1 C104 VCC
3
Y_En_Pha
CE0.22u/50V
CE0.22u/50V
C108
C106
C111
74LVC14 CE0.01u
CE1u/25V CN3
16
18
17
VCC
IC6B TP69 TP77 TP76 1 Scan_Encoder_Phase_A
IC3
2 Scan_Encoder_Phase_B
5
6
7
8
Y_En_Phb 4 3 9
Y_En_Phb VS TP72 3
Y_PWM+ 7 12
VCP
Y_PWM+ IN1 VS 4
VREF
RA1 Y_PWM- 4 FL18
5
6
7
8
74LVC14 Y_PWM- IN2 5
VBOOT
EXBV8V102J Sol_PWM+ 14 EXCML20A390U
4
3
2
1
Sol_PWM+ IN3 R5 0.1ohm/1W 6
6 Scan_Motor+
IC6C TP78 OUT1 7
Y_En 8 5 Scan_Motor-
Y_En EN1 OUT2 8
4
3
2
1
X_En_Pha 6 5 3 15
X_En_Pha TP75 EN2 OUT3 FL17 TP71
Sol_En 13 EXCML20A390U 5267-08A
Sol_En EN3
RA2
74LVC14
1 8
1 8
2 7 To SCAN MOTOR
GND
GND
GND
GND
SENSE2
SENSE1
IC6D 2 7 R171
3 6
3 6 10K
X_En_Phb 8 9 4 5 L6234
X_En_Phb 4 5
1
2
11
10
20
19
C16 C15 C14 C13 TP80
EXBV8V470J
74LVC14
R15 100K 0.1% R19 R16
12K 0.1% 12K 0.1% TP79
R12 100K 0.1% CE1000p CE1000p
Sol_CURNT CE1000p CE1000p IC1D
Sol_CURNT - 13
IC1B Y_CURNT 14
R168 12K 0.1% Y_CURNT
- 6 + 12
7
VM C103 + 5 NJM3403AM R18
R160 R17
CE0.22u/50V 100K 0.1%
R9 12K 0.1% 4.7K 0.1% 4.7K 0.1%
2
1
NJM3403AM VCC
R10 R159
C101 D43 R167
100K 0.1% R11
CE0.22u/50V DAN217U 4.7K 0.1%
VCC 4.7K 0.1% R163 0 330(NON)
R319 R320
C100
C112
CE0.22u/50V 0 330(NON)
3
C110
CE0.22u/50V
C102
CE1u/25V
CE0.01u
16
18
17
TP70 TP68 TP73
IC2 To CUT CARRIAGE BOARD
TP74
9
VS
Sol_PWM- 7 12 CN6
VCP
Sol_PWM- IN1 VS TP43
VREF
X_PWM+ 4 +24V VCC
X_PWM+ IN2 R3 FL8 1
VBOOT
X_PWM- 14 1ohm/1W VCC
X_PWM- IN3 R4 0.1ohm/1W FL2 TP82 EXCML20A390U Sol+ 2
6 CN2 TP47TP48TP49
OUT1 EXCML20A390U R14 R166 3
Sol_En 8 5 Sol+
Sol_En EN1 OUT2 1 4
SERVO BOARD_Circuit Diagram 2/4
3 15 0 0(NON)
EN2 OUT3 2 R51 5
X_En 13 10K Sol-
X_En EN3 3 FL9 TP44 6
4 EXCML20A390U Sol- 7
R141
10K(NON)
5
Feed_Motor+ 8
4
C113
R169 R170
GND
GND
GND
GND
SENSE2
SENSE1
6 IC1A CE0.1u PinchPos 9 PinchPos
10K 10K 7 NJM3403AM /Crop_ON@ 10 /Crop_ON
L6234 3 R13 R139 0
FL1 TP81 8 R7 0 + 11 CropMark
1
2
R164 R165 1 100 VCC
11
10
20
19
R21 100K 0.1% EXCML20A390U 9 CropMark C4 12
12K 0.1% 12K 0.1% 2 R6
10 - CE470p 13
VCC 100K
11 14
IC1C 12 15
- 9
11
R2 R1 13
X_CURNT 8 VCC 52808-1591
X_CURNT 1.0K 1.0K 14
+ 10
IC6E 15
R20 74LVC14 16 Feed_Motor-
NJM3403AM R161 R162 C1 VCC3 C93
100K 0.1% R50 470 17
4.7K 0.1% 4.7K 0.1% 10 11 CE0.1u CE0.1u
/GE_PhA TP90 TP89 18 R8
VCC
R156 R157 R37 470 19
12 13
2-16
/GE_PhB 20 0(NON)
0 330(NON) FeedEn_Ph_A_in
21
IC6F
C92 22
74LVC14 FeedEn_Ph_B_in
CE1000p 23
TP95 TP88
C89 24
CE1000p 25
/GE_PhA_in
26
27
/GE_PhB_in
28
29
TP87 TP94 TP86 TP93 TP85 TP92 TP84
R49 33 30
@SUB_CLK
SUB_CLK 31
@SUB_LOAD
32
@SUB_DATA_OUT
R36 33 33
@SUB_STORE_OUT
SUB_LOAD 34
@SUB_DATA_IN
35
@Sub_to_Servo
R48 33 36
@Servo_to_Sub
SUB_DATA_OUT 37
@MAINTENANCE_HATCH
38
@Maintenance_Cover_L
R35 33 39
SUB_STORE 40
40FMN-BTK-A
R47 150
SUB_DATA_IN
C88 To FEED MOTOR BOARD
CE100p VCC3
R46 10K
R34 10K
VCC
R402 10K
R30 10K
74LVC14 TP91
IC5B IC5E
R42 150
VCC3 4 3 10 11
Maintenance_Cover_L TP402
C85
C84 74LVC14 74LVC14 CE100p
CE0.1u IC5C IC5F
R43 150
6 5 12 13
MAINTENANCE_HATCH
C86
74LVC14 74LVC14 CE100p
IC5D
8 9 R403 150
GRIT_ORG
C400
74LVC14 CE100p
TP42 TP41
IC12 C46 VCC VMTD C45 C44
FANPWM1 2 18
FANPWM1 D1 Q1
FANPWM2 3 17 IC17
FANPWM2 D2 Q2
/CropOn 4 16 /Crop_ON@ CE0.1u MTD2005-7101 CE0.22u/50V VMTD
/CropOn D3 Q3 /Crop_ON@
/MTD_En0 5 15 25 8 CE0.22u/50V
/MTD_En0 D4 Q4 TP14 TP16 TP24 VCC VMMA
/MTD_En1 6 14 3 20 D9
/MTD_En1 D5 Q5 ALM VMMB
/MTD_En2 7 13 DG1S6
/MTD_En2 D6 Q6 FL16
/MTD_En3 8 12 5 10
/MTD_En3 D7 Q7 Stp0APh PHA OUT1
9 11 23 12 D28
D8 Q8 Stp0BPh PHB OUT2 EXCML20A390U
24 14 DG1S6
Stp0Decay DECAY OUT3
1 TP18 18 +24V
E1 OUT4
19 D11
E2
6 7 DG1S6
ENA A LG A FL15
74VHCT541 22 21 R53
TP31 TP13 ENA B LG B
TP27 9 D26 0ohm/1W
R71 3.3K NC EXCML20A390U
2 15 DG1S6
Stp0APWM VREFA NC D3 D2FS6-5063
26 16
VREFB NC TP46
R79 C32 4 19 D10
CR NC C20 TP45
VCC 1.0K VCC DG1S6 + CN7
FL14 10u/100V
1 27 IC10
VSA VSB 1
C402 CE0.047u D27 1 8 L4
EXCML20A390U R60 100 Source1 Drain1 2 CHASSIS FAN
CE0.1u R84 DG1S6 2 7
Gate1 Drain1 RCH895NP-181K TP53
10K 3 6 5267-02A
RSA
PG
RSB
TP10 R59 100 Source2 Drain2 D4 D2FS6-5063
D12 4 5
R99 Gate2 Drain2
Stp0BPWM DG1S6 FL13
UPA1759G-E2-A C19 + CN400
C34
11
13
17
3.3K R72 R100 C49 10u/100V TP56
C48 C31 D24 EXCML20A390U 1
R96 CE3900p CE820p L3
CE0.047u 220 220 DG1S6 2
1.0K CE820p
RCH895NP-181K 3 To FAN JUNCTION
R68 R102 TP403 4
0.68ohm/1W 0.68ohm/1W BED_TH 5
TP404 6
BOARD
APRON_TH 7
C300 VCC VMTD C301 C302
8
IC301 53398-0890
CE0.1u(NON) MTD2005-7101(NON) CE0.22u/50V(NON) VMTD
25 8 CE0.22u/50V(NON)
TP307 TP308 TP310 VCC VMMA
3 20 D303
ALM VMMB
TP50
TP54
TP57
TP52
TP311
TP313
TP314
TP312
DG1S6(NON) FL301
5 10
Stp3APh PHA OUT1
23 12 CN401
Stp3BPh PHB OUT2 D304 EXCML20A390U(NON)
24 14 +A_I0
Stp3Decay DECAY OUT3 1
TP305 18 -A_I0
OUT4 2
D300 DG1S6(NON) -B_I0
3
6 7 +B_I0
ENA A LG A DG1S6(NON) FL300 4
22 21 +A_I3
TP303 TP306 ENA B LG B 5 PUMP MOTOR
TP309 9 -A_I3
R326 3.3K(NON) NC D305 EXCML20A390U(NON) 6
2 15 -B_I3
Stp3APWM VREFA NC 7
CE0.047u(NON) 26 16 +B_I3
VREFB NC 8
SERVO BOARD_Circuit Diagram 3/4
R328 4 19 D301
CR NC DG1S6(NON)
1.0K(NON) VCC 53014-08
DG1S6(NON) FL302
C306 1 27
TP58
TP60
TP61
TP59
VSA VSB
R330 D306 EXCML20A390U(NON)
CN402
+A_I1
RSA
PG
RSB
TP304 1
10K(NON) D302 DG1S6(NON) -A_I1
R327 2
-B_I1
Stp3BPWM DG1S6(NON) FL303 3
C308 CE3900p(NON) +B_I1 Reserve
11
13
17
3.3K(NON) R333 R334 C310 4
C307 C309 EXCML20A390U(NON) 5
R329 CE820p(NON) D307
CE0.047u(NON) 220(NON) 220(NON)
1.0K(NON) CE820p(NON) +24V VMTD 53014-05
R332 DG1S6(NON)
TP62
TP64
TP65
TP63
R331
0.68ohm/1W(NON) 0.68ohm/1W(NON)
CN403
R404 R406 +A_I2
0ohm/1W(NON) 0ohm/1W(NON) 1
C54 VCC -A_I2
2
-B_I2
3
2-17
IC18 +B_I2 WIPER MOTOR
C53 C56 4
CE0.1u(NON) MTD2005F-3072(NON) D23 5
19 1
TP8 TP7 TP17 VCC VMMA DG1S6(NON) FL12 6
24 14 CE0.22u/50V(NON)
ALM VMMB
CE0.22u/50V(NON) D25 53014-06
EXCML20A390U(NON)
26 3 DG1S6(NON)
Stp1APh PHA OUT1
17 7
Stp1BPh PHB OUT2
18 8 D19
TP6 Stp1Decay DECAY OUT3
12 VCC CN404
OUT4 DG1S6(NON) FL11 TP66 TP67
1
27 28 D20
ENA A LG A EXCML20A390U(NON) 2
16 15 Wipe_Org
TP12 TP9 ENA B LG B 3
TP15 HS1 WIPE ORG
R94 GND 4
23 HS2 D21 DG1S6(NON)
Stp1APWM VREFA GND 5
CE0.047u(NON) 20 2 Cap_Org SENSOR
3.3K(NON) VREFB NC DG1S6(NON) FL10 6
C47 25 4
R92 CR NC 7
VCC 6 D22
1.0K(NON) NC EXCML20A390U(NON) C99
22 9 53014-07
VSA NC
11
R90 NC CE0.1u
13 D17 DG1S6(NON)
10K(NON) NC
21
RSA
NC
RSB
TP11 VSB DG1S6(NON) FL7
VCC
R95
Stp1BPWM D18 EXCML20A390U(NON)
5
13
10
3.3K(NON) C43 R89 R103 R23 R22
C50 C42 C55
R98 CE3900p(NON) 10K 10K
220(NON) 220(NON) CE820p(NON) DG1S6(NON)
1.0K(NON) CE0.047u(NON) CE820p(NON)
R88 R104
1ohm/1W(NON) 1ohm/1W(NON)
D39 IC7E
+24V VMTD DG1S6 FL6 R39 11 10
WIPE_Org
D40 EXCML20A390U 150
C12
DG1S6 74LVC14
R405 R407 CE100p
0ohm/1W(NON) 0ohm/1W
D31 IC7F
DG1S6 FL5 R38
C37 VCC 13 12
C36 C39 CAP_Org
D36 EXCML20A390U 150
IC14 C11
DG1S6 74LVC14
CE0.1u MTD2005F-3072 CE0.22u/50V CE100p
19 1 CE0.22u/50V D37
TP23 TP22 TP36 VCC VMMA
24 14 DG1S6
ALM VMMB FL4
26 3 D38
Stp2APh PHA OUT1 EXCML20A390U
17 7 DG1S6
Stp2BPh PHB OUT2
18 8
TP21 Stp2Decay DECAY OUT3
12 D29
OUT4
DG1S6 FL3
27 28
ENA A LG A
16 15
TP30 TP25 ENA B LG B D30 EXCML20A390U
TP35 HS1
R70 GND DG1S6
23 HS2
Stp2APWM VREFA GND
20 2
3.3K VREFB NC
C30 25 4
R69 CR NC
VCC 6
1.0K NC
22 9
VSA NC
11
NC
R66 13
NC
CE0.047u 10K 21
RSA
NC
RSB
TP29 VSB
R78
Stp2BPWM
5
C28
13
10
3.3K R65 R85
C33 CE3900p C27 C38
R81
CE0.047u CE820p 220 220
1.0K
R63 R87
1ohm/1W 1ohm/1W
+41V Q1 2SJ553S +VHEAD
+41V
R158 CN4
CN1 +41V C109
1K/0.5W 4
CE1000p
6 R155 3
5 2 To MAIN BOARD
4 15K 1
To SW POWER SUPPLY 3 R154 R153
100 B4P-VH
2 2.2K/0.5W
1
3
3
B6P-VH + C2
1000u/63V 2 Q7
Head_Power_On
DTC114EK 2 Q8
DTC114EK
Head_Slow_Power_On
1
1
+24V VCC VCC3
CN405
F1 VMTD
1
2
3 To SW POWER SUPPLY
11CT 3.15A 4
T1 5
R152 T2 D1
+41V DE3L20U-7061 BR1 VM 5267-05A
1K/0.5W
SERVO BOARD_Circuit Diagram 4/4
C97
R26 RXEF185
C98 R149
47 CE1000p Q2 47/1W
CE0.1u 2SJ553S D42
IC4 T4 PTZ43A
L1
9 8 +24V
NC NC RCH895NP-470K
+41V 10 7
NC SWout
11 6
VIn NC
12 5 R148
B.S Reg
13 4 15K
NC CE/SS
14 3 C7
Comp DGND
220u/35V
15 2 + CE0.1u R24
CE0.1u
Vref NC D2 R40
16 1
CE0.047u
NC AGND 47/1W
D2FS6-5063 1K/1W
CE1000p
C6
R147
R150
C10
C9
SPI-8010A C96 2.2K/0.5W R146
100
C8 CE1000p 100
C95
CE0.1u 2
2-18
R408 R27 Q3
3
3
470 1%
R29
10K 1% 1.0K 1% 1 3 2SK2796STR-E
2 2 Q6
1000u/63V
PowerON C94
DTC114EK +
Q5 CE470p
R151 1.0K
C3
DTC114EK
1
1
Slow_Power_ON
VCC +24V
R250 R253
C23 15/1W(NON) 47/1W
R55
47 (NON)
CE0.1u (NON) T6
IC9
RCH895NP-470K (NON) C219
9 8 VCC D5 1SS355
NC NC L2 T258 T261
+41V 10 7
NC SWout CE0.1u(NON)
11 6 IC207 CN207
VIn NC
12 5 T19 1 8
B.S Reg R255 Source1 Drain1 1
13 4 VCC IC13 VCC3 2 7
NC CE/SS Bed_Heater_ON Gate1 Drain1 2
14 3 C83 1 3 0 3 6
Comp DGND IN OUT R257 Source2 Drain2 3 To Power Board
15 2 + C403 4 5
Vref NC D41 CE0.1u Apron_Heater_ON Gate2 Drain2 4
16 1 CE0.1u 2 + R127 0
NC AGND D2FS6-5063(NON) GND
10K UPA1759G-E2-A 5267-04A
SPI-8010A (NON) UPC2933T
CE0.1u
CE0.1u (NON)
CE0.047u (NON)
C25
CE1000p (NON)
CE1000p (NON) C29 C71 VCC +24V
C82
C78
100u/25V CE0.1u
C81
C26
R56 R58
C24 330u/16V
R260 R256
15/1W(NON) 47/1W
R57
470 1%(NON)
1.8K 1% (NON) 100 1% (NON)
C223
CE0.1u(NON)
2-4 CARRIAGE BOARD
CARRIAGE BOARD_Arrangement Diagram (Component Side)
It indicates the
version of the Board.
2-19
VHV0 HVCC HVCC VHV0 VHV1 HVCC VHV1
PRINT CARRIAGE BOARD
CN200 CN203 CN201
HEAD 2 CN204
VHV1
36
VHV0
HEAD 0 TP207
HGND
21 36 TP215
HGND
21
35 20 35 20
COM0 COM0 COM2 COM2
34 19 34 19
HGND HGND HGND HGND
33 18 33 18
COM0 R216 COM0 COM2 R217 COM2
32 17 32 17
HGND 10K HGND HGND TP248 IC202B 10K HGND
31 16 31 16
COM0 COM0 COM2 5 COM2
30 15 30 15
HGND TP202 HGND HGND 6 TP210 HGND
29 14 29 14
COM0 TP200 CHECK0 COM2 4 TP208 TP212 CHECK2
28 13 28 13
HGND TP204 HVCC HGND HVCC
27 12 27 12
COM3 NCHG0 COM3 NCHG2
26 11 26 74VHCT08AFT 11
HGND HGND HGND HGND
25 10 25 10 LED200
ENC_PHASE_A LAT0 COM3 LAT2 HVCC
24 ENC_PHASE_A 9 24 9 R200
HVCC HGND HGND HGND
23 8 23 8
ENC_PHASE_B TP201 TP203 TP205 CH0 LAT3 TP209 TP211 TP213 CH2 330
22 ENC_PHASE_B 7 22 LAT3 7
HGND HGND HGND HGND
21 6 21 6 SEL6410E-TP5
HEAD_TH1 TP206 CH3 TP214
20 HEAD_TH1 5 20 CH3 5
HGND SCK0_ZB To MAIN BOARD HGND SCK2_ZB
To MAIN BOARD 19 4 19 4
LAT0 SCK0_YB NCHG3 SCK2_YB
18 3 18 NCHG3 3
HGND SI0_ZB HGND SI2_ZB HVCC VHV0 VHV1
17 2 17 2
CH0 SI0_YB LAT2 SI2_YB
16 1 16 1
HGND HGND
15 15
NCHG0 52808-2191 CH2 52808-2191
14 14
HGND HGND C200
13 13 C201 C204
SCK3_YA NCHG2 CE0.1u + C206 + C207 + C205
12 SCK3_YA 12 CE0.1u CE0.1u 10u/50V
SCK3_ZA CN205 HGND CN208 47u/16V 10u/50V
11 SCK3_ZA 11
SI3_YA HGND SI3_YB HGND
10 SI3_YA 21 10 SI3_YB 21
SI3_ZA COM0 SI3_ZB COM2
9 SI3_ZA 20 9 SI3_ZB 20
SCK0_YA HGND SCK2_YA HGND
8 19 8 19
SCK0_ZA COM0 SCK2_ZA COM2
7 18 7 18
SI0_YA HGND SI2_YA HGND
6 17 6 17
SI0_ZA COM0 SI2_ZA COM2
5 16 5 16
SCK0_YB HGND SCK2_YB HGND
4 15 4 15
SCK0_ZB HGND SCK2_ZB HGND
3 14 3 14
SI0_YB THERM_1 SI2_YB HVCC
2 THERM_1 13 2 13
SI0_ZB HVCC SI2_ZB HVCC
1 12 1 12
HGND HGND
11 11
36FMN-BTK NCHG0 36FMN-BTK NCHG2
10 10
14
2 2
SI0_ZA SI2_ZA 0
1 1
R220
10K(NON) 52808-2191 52808-2191
3
TP252 IC202C
Q200 9 TP253 IC202D
HEAD 3
CARRIAGE BOARD_Circuit Diagram 1/2
2 8 12
VHV0 VHV1 10 11 HVCC VHV0 HVCC VHV1
13
74VHCT08AFT IC200B
DTC114EK
CN202 74VHCT08AFT CN206 CN207 5 R202
1
R201 + THERM_1
TP220 VHV0 TP221 VHV1 7 0
36 21 21 HEAD_TH1 R205
VHV1 HGND HGND 0 6
35 20 20 - 10K 1%
HGND COM1 COM3
34 19 19
COM1 HGND HGND BA10358F HVCC
33 18 18
HGND COM1 COM3
32 17 R219 17
COM1 R218 HGND HGND
31 16 10K 16
HGND 10K COM1 COM3
30 R221 15 15
COM1 TP230 TP232 HGND TP239 TP241 TP245 HGND
29 14 14 R208
2-20
HGND 0 TP227 CHECK1 CHECK3
28
COM1
HEAD 1 HVCC
13
HVCC
13
0(NON)
27 12 12
HGND NCHG1 NCHG3
26 11 NCHG3 11
COM3 HGND HGND HVCC
25 R222 0(NON) 10 LAT3 10
HGND LAT1 LAT3
24 9 CH3 9
P_SIDE HGND HGND C203
23 P_SIDE 8 8
HEAD_UD TP228 TP231 TP233 CH1 TP237 TP240 TP243 CH3 CE0.1u
22 HEAD_UD 7 7
/P_SIDE_Enable HGND HGND
21 /P_SIDE_Enable TP236 6 6
8
HEAD_CHECK TP247
20 TP249 5 5 IC201A
HEAD_TH2 SCK1_ZB SCK3_ZB
19 HEAD_TH2 4 SCK3_ZB 4 R204
HGND SCK1_YB SCK3_YB 3
To MAIN BOARD 18 3 SCK3_YB 3 R203 + THERM_2
LAT1 SI1_ZB SI3_ZB 1 0
17 2 SI3_ZB 2 HEAD_TH2 R206
HGND SI1_YB SI3_YB 0 - 2
16 1 SI3_YB 1 10K 1%
CH1
15
HGND 52808-2191 52808-2191 BA10358F HVCC
14
NCHG1
4
13
HGND
12
HGND CN209 CN210
11
SCK3_ZB HGND HGND
10 SCK3_ZB 21 21 R209
SCK3_YB COM1 COM3
9 SCK3_YB 20 20
SCK1_ZA HGND HGND 0(NON)
8 19 19
SCK1_YA COM1 COM3 /P_SIDE_Enable
7 18 18 /P_SIDE_Enable
SI1_ZA HGND HGND
6 17 17 R207
SI1_YA COM1 COM3 P_SIDE
5 16 16 P_SIDE
SCK1_ZB HGND HGND 0(NON) HVCC
4 15 15
SCK1_YB HGND HGND
3 14 14
1
HGND 82 100
7 7 3
Revised 1
TP235 CH1 CH3 IC200A 3
6 6 +
1 53261-0390(NON)
5 5
SCK1_YA SCK3_YA - 2
4 SCK3_YA 4
SCK1_ZA SCK3_ZA VR200
3 SCK3_ZA 3 BA10358F
SI1_YA SI3_YA
2 SI3_YA 2 22KVR(NON)
SI3_ZA
4
SI1_ZA
1 SI3_ZA 1
52808-2191 52808-2191
C209
R214 CE1000p
2.2K R215
HVCC 3.3K
D200 D201
C208 CE1000p
R212 CN212
1K(NON) 1SS355 1SS355
1
2
HEAD_UD To HEAD UP/DOWN
HEAD_UD 3
4 SENSOR
5
53261-0590
HVCC CN213
1
ENC_PHASE_A
ENC_PHASE_A 2 To LINEAR ENCODER
3
ENC_PHASE_B BOARD
ENC_PHASE_B 4
53261-0490
CARRIAGE BOARD_Circuit Diagram 2/2
CUT CARRIAGE BOARD
1
IC500B 5
2 + 4.7K VR500
7 220KVR
1 Q500
6
- DTB123EK
52808-1591 2
BA10358F CN503
C501 R500 R507 R506
CE0.1u(NON) 1
@Crop_ON
To CROP MARK
3
2.2K 82 100 2
R504 @Crop_Sens
0(NON) 3
CCVCC C506 53398-0390 SENSOR BOARD
C503CE1000p CE1000p
R502 CCVCC
D501 0(NON)
1SS355(NON)
C500 +
C504
CCVCC
R503 CE0.1u 47u/16V
D500 0(NON)
1SS355(NON)
8
C502
IC500A 3 CE0.1u
+
1
- 2
BA10358F
4
LEVCC
LEVCC
U700
1 5 R700
1 VCC An
PRINT CARRIAGE 2
LENC_PHA 2
3
GND 150
3 Vout(A)
BOARD 4
LENC_PHB 4
Vout(B) K
6
2-21
2-5 SUB BOARD
It indicates the version of the Board.
SUB BOARD_Arrangement Diagram (Component Side)
2-22
IC105A
IC104D
1 2 12
11
13
74VHC14
74VHC32
IC100
1
OC
11
CLK
PD0 2 19 DB0
1D 1Q
PD1 3 18 DB1
C106 2D 2Q
PD2 4 17 DB2
3D 3Q
CE100p(NON) PD3 5 16 DB3
4D 4Q
PD4 6 15 DB4
5D 5Q
PD5 7 14 DB5
6D 6Q
PD6 8 13 DB6
7D 7Q
PD7 9 12 DB7
R103 8D 8Q
74VHCT574
100
100 IC104B 74VHC32
R102
VCC 4 VCC
6 LED102
R106
3
C104 5 BUSY
CE100p VCC VCC
Q102 330
+ C111 100 IC104A 74VHC32 2 SEL6410E TH12 RT
R101
47u/16V 1
3 R119 DTD113EK
C103 2
CE100p 10K
1
100 IC104C 74VHC32 CN101 LCD1
R104
CN100 9 VSS
1
8 VDD
24 C109 2
10 VCC V0
23 CE100p 3 LED105
RS LCD EW162G2GLY R117
22 4
20
3
R/W SETUP
21 5
LCD_RS PD[0..7] IC101 E 330
20 6 Q108
LCD_R/W PD0 18 2 DB0 DB0 2 SEL6410E TH12 RT
19 B0 A0 7
LCD_E PD1 17 3 DB1 DB1
18 B1 A1 8 DTD113EK
PD0 PD2 16 4 DB2 DB2
17 B2 A2 9 LED106
PD1 PD3 15 5 DB3 DB3 R110
16 B3 A3 10
3
PD2 PD4 14 6 DB4 DB4 PAUSE
1
15 B4 A4 11
PD3 PD5 13 7 DB5 DB5 390
14 B5 A5 12 Q104
PD4 PD6 12 8 DB6 DB6 2 SLR343BC4T3F
SUB BOARD_Circuit Diagram 1/4
13 B6 A6 13
PD5 PD7 11 9 DB7 DB7
12 B7 A7 14 DTD113EK
PD6 R115 VLED
11 15
3
PD7 19 VCC VLSS LED107
10 E 16 POWER R111
3
/LCD_CS 1 470 1
9 DIR
2 R118 MDF7-16P-2.54DSA 390
8 Q106 Q105
/LED 74VHCT245 10K 2 SLR343BC4T3F
7
VCC To LCD
10
6 DTD113EK DTD113EK
/SW0
5 Q107
1
4 R114 2SK2796S
/SW1
1
3 10K
VCC
2
/RESET
1 R113 100
20
52806-2410
IC107 LED100
R100
3
2-23
C114 PD2 14 15 SETUP_LED Q100
D6 Q6 DTD113EK LED101
PD1 17 16 LCD_ON
1
CE100p(NON) D7 Q7 R108
3
PD0 18 19 HEATER_LED
D8 Q8
330
R112 100 11 2 SEL6410E TH12 RT
CLK
1 VCC
CLR
C116 74HCT273 RA102 Q103
1 10 DTD113EK
1
CE100p(NON)
10
2 9 IC105B
VCC 3 8 VCC 3 4
4 7 BZ100
5 6 KEY100
20
1 74VHC14
IC106 EXBA10E103J IC105C
3
A6 B6
PD7 9 11
A7 B7 74VHC14
R107 100
19 VCC IC105E
E
1 11 10
C113 DIR RA101
CE100p(NON) 74VHCT245 1 10
2 9 74VHC14
10
VCC 3 8 IC105F
4 7 13 12
5 6 KEY103
20
IC103 EXBA10E103J VHCT14
PD7 2 18 MENU SW102 EVQ21305R LEFT CURSOR
A0 B0
PD6 3 17 DOWN CURSOR KEY104
A1 B1 SW105
PD5 4 16 ENTER EVQ21305R TOP CURSOR
A2 B2
PD4 5 15
A3 B3 SW106
PD3 6 14 LEFT CURSOR EVQ21305R DOWN CURSOR VCC
A4 B4
PD2 7 13 TOP CURSOR KEY105
A5 B5 SW109
PD1 8 12 RIGHT CURSOR EVQ21305R RIGHT CURSOR
A6 B6
PD0 9 11
A7 B7 SW103 MENU
R105 100 EVQ21305R
19 KEY106
E SW110
1 EVQ21305R ENTER C110 C100 C102 C112 C108 C105 C101
C107 DIR
CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u CE0.1u
CE100p(NON) 74VHCT245
KEY107
10
KEY108
PANEL BOARD
to SW Power Supply to Power SW
CN302 CN303
1 1
2 2
3 3
4
B2P3-VH
B2P(4-2.3)-VH
CN300
1
2 to Bed Thermostat F300A FS300 F300B
B2P-VH
CN304
PFC-5000 6.3A/250VPFC-5000
1
2
to Bed Heater 1 F301A FS301 F301B
3
SSR300
G3M-205P-VD-1 B2P3-VH
CN309 PFC-5000 6.3A/250V PFC-5000
SUB BOARD_Circuit Diagram 2/4
INPUT-
INPUT+
LOAD2
LOAD1
2
3
4
4
3
2
1
to Servo Board 5
to 100/200V Select Cable
6
CN308
7
R300 0
1
C301 B4P7-VH
2
CE470p(NON) CN305
3
4 1
SSR301
2
5267-04A R301 0 G3M-205P-VD-1 to Bed Heater 2
3
B2P3-VH
INPUT-
INPUT+
LOAD2
LOAD1
2-24
C300
CE470p(NON) CN301
4
3
2
1
1
2 to Apron Thermostat
B2P-VH
CN306
1
2
3
to Apron Heater 1
B2P3-VH
CN310
1
2
3
4
5
to 100/200V Select Cable
6
7
B4P7-VH
CN307
1
2
3
to Apron Heater 2
B2P3-VH
Power Board
J2VCC
R408
10K J2VCC
CN401
1
2
Pinch_ud_sens To Sheet Load Sensor
3
5267-03A
J2VCC3
CN402
isp Download R400 R402 Maintenance_Cover_L
1
J2VCC3 10K 10K 2
J2VCC To Maintenance Cover Sensor
CN400 TP401 TP402 53014-02
J2VCC
1 TCK R409 CN403
2 TP403 10K
3 TDO 1
4 TP404 2
/GRIT_ORG To Grit Origin Sensor
5 TMS 3
6
53014-03
7
TP405
8
9 TDI
J2VCC3 J2VCC3
10
1
6
53398-1090 R401
R407
TP400 10K
D400 22K TP406 RA400 CN404
1SS355 EXBA10E103J Ink_Exist_0
1
/RESET
/RESET 2
J2VCC3 J2VCC RA402 Ink_Empty_0
2
9
3
8
4
7
5
10
3 To Ink 1
+ 5 4
C427 5 4 4
6 3
2.2u/50V 6 3
+ C402 + C403 7 2 292132-4
7 2
47u/16V 47u/16V 8 1 CN405
8 1
Ink_Exist_1
EXBV8V101J 1
2
RA403 Ink_Empty_1
3 To Ink 2
5 4
5 4 4
J2VCC3 6 3
6 3
To SERVO BOARD 7 2 292132-4
7 2
J2VCC3 8 1 CN406
8 1
CN412 Ink_Exist_2
1
/GRIT_ORG PC402 C410 C411 C412 C413 C414 C415 C416 C417 EXBV8V101J
1 2
44
43
42
41
40
39
38
37
36
35
34
Pinch_ud_sens R403 CE1.0u Ink_Empty_2
2 10K 3 To Ink 3
Maintenance_Cover_L @SUB_CLK_in CE470p CE470p CE470p CE470p CE470p CE470p CE470p CE470p
3 4
Servo_to_Sub TP407
4
I/O
I/O
I/O
I/O
I/O
Sub_to_Servo TP408 292132-4
Vcc
SUB BOARD_Circuit Diagram 3/4
GND
SUB_DATA_out TP409 1 33 CN407
6 R417 33 TDI I/O/TDI I/O
SUB_STORE_in TP410 R410 100 @SUB_STORE_in 2 32 Ink_Exist_3
7 I/O I/O/TDO TDO 1
SUB_DATA_in TP411 R411 100 @SUB_DATA_in 3 31
INPUT/OE1
8 I/O I/O 2
SUB_LOAD_in TP412 R412 100 4 30 J2VCC3 Ink_Empty_3
INPUT/GCLRn
INPUT/GCLK1
9 GND GND 3 To Ink 4
SUB_CLK_in TP413 R413 100 @SUB_DATA_out 5 29
10 I/O Vcc 4
1
J2VCC @SUB_LOAD_in 6 28 6
INPUT/OE2/GCLK2
11 I/O I/O
C405 C407 C408 C409 7 27 292132-4
12 TMS I/O/TMS I/O
GritEncoderPhaseB 8 26 RA401 CN408
13 CE470p CE470p CE470p I/O I/O/TCK TCK
9 IC400 25 EXBA10E103J
14 Vcc I/O 1
GritEncoderPhaseA CE470p(NON) 10 EPM3032ATC44-10N 24
15 I/O GND 2
11 23 RA404
2
9
3
8
4
7
5
10
16 R414 100 GND I/O 3 To Ink 5
@Servo_to_Sub J2VCC3 5 4
17 R404 5 4 4
Feed_Encoder_Phase_B @Sub_to_Servo 6 3
I/O
I/O
I/O
I/O
GND
Vcc
I/O
I/O
I/O
I/O
I/O
18 6 3
10K 7 2 292132-4(NON)
19 R416 33 7 2
Feed_Encoder_Phase_A C406 8 1 CN409
20 8 1
J2VCC3 PC401
12
13
14
15
16
17
18
19
20
21
22
21 CE470p EXBV8V101J 1
CE1.0u
22 2
RA405
23 3 To Ink 6
5 4
24 5 4 4
6 3
25 6 3
7 2 292132-4(NON)
26 7 2
8 1 CN410
27 8 1
28 EXBV8V101J 1
2-25
C418 C419 C420 C421 C422 C423 C424 C425
29 Ink_TxD 2
TP414
TP415
TP416
TP417
30 Ink_RxD 3 To Ink 7
Servo_Grit_Motor- J2VCC3 CE470p CE470p CE470p CE470p CE470p CE470p CE470p CE470p
31 4
CN417
32 R405 R406 292132-4(NON)
33 1 10K 1K SEL_IHB
for Jigu CN411
34 2 SEL_C
J2VCC
35 SEL_B 1
5267-02A
36 SEL_A 2
37 3
8
7
6
5
To Ink 8
38 4
39
Servo_Grit_Motor+ RA406 292132-4(NON)
8
7
6
5
40
EXBV8V103J
1
2
3
4
40FMN-BTK J2VCC
C404
J2VCC
1
2
3
4
CE1.0u(NON) C400 CN413
CE0.1u
1
2
GritEncoderPhaseA
3
4
GritEncoderPhaseB
5 To GRIT ENCODER BOARD
6
7
8
5267-08A
CN414
Feed_Encoder_Phase_A
1
Feed_Encoder_Phase_B
2
3
4 To Feed Motor
5
Servo_Grit_Motor+
6
Servo_Grit_Motor-
7
5267-07A
J2VCC J2VCC
J2VCC
8
7
6
5
8
7
6
5
TP420 CN415 C401
PC400 TP421 RA408 CE0.1u
1
TP418 CE0.1u IC401 RA407 EXBV8V222J
2
1 8 EXBV8V222J D401
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5
GND RXD Ink_RxD 3
2 7 UDZS 7.5B(NON)
1-W TXD Ink_TxD 4
3 6 J2VCC D402 To CARTRIDGE IC BOARD
NC POL 5
4 5 IC402 UDZS 7.5B(NON)
1
2
3
4
1
2
3
4
VDD VPP 6
11 13 D403
SEL_A A 0 7
DS2480B 10 14 UDZS 7.5B(NON)
SEL_B B 1 8
TP419 9 15 D404
SEL_C C 2
12 UDZS 7.5B(NON) 53014-08(NON)
3
R415 100 3 1
COM 4
5 CN416
5
C426 6 2
SEL_IHB INH 6 1
CE470p 4
7 2
7 D405
VEE 3
16 UDZS 7.5B
VCC 4
8 J2VCC D406
GND 5
UDZS 7.5B
6
74HC4051A PC403 D407
7
CE0.1u UDZS 7.5B
8
D408
UDZS 7.5B 53014-08
CN1003
1
2 to Bed Thermistor Board
53014-02
CN1004
1
2 to Apron Thermistor Board
53014-02
CN1 GE3VCC
TH1
1 CN2800 GE3VCC
2 103KT U2800
1 R2800
53398-0290 3 1
2 Vout(A) An
GENC3_PHA 4 150
3 GND
GENC3_PHB 5
4 VCC
6 2
Vout(B) K
5268-04A
THERMISTOR BOARD C2800
CE0.1u
KE-2A10-36
CN2
TH2
1
2
53398-0290
103KT
GRIT ENCODER BOARD
THERMISTOR BOARD
CN800
1
2
CN900 3
CABLE-ASSY,P-SIDE SENS(NON)
CABLE-ASSY,CROP SENSOR VP-540
1
1
2
3 U800
GP2S40
1
U900
GP2S40(NON)
4
2-26
2-6 MAINTENANCE PARTS LIST_Electrical Parts
MAIN BOARD
Parts No Parts Name Description Function
IC22
IC21
1000001098 IC,E09A54RA D/A Converter
IC26
IC25
TR10
TR11
TR14
TR15
15129122 TR 2SC4131 GB POWER Transistor
TR6
TR7
TR1
TR2
F1 DC Fuse for Head MG&YE
1000000659 FUSE,01543.15DR
F2 DC Fuse for Head BK&CY
SERVO BOARD
Parts No Parts Name Description Function
15189105 IC-LINEAR,MTD2005-7101 IC17 Pump Motor Driver
15189111 IC-LINEAR,MTD2005F-3072 IC14 Wipe Motor Driver
15119119 TR,MOS UPA1759G-E2-A IC10 Relay Drive
15119119 TR,MOS UPA1759G-E2-A IC207 Relay Drive
12559102 FUSE 11CT 3.15A F1 DC Fuse
POWER BOARD
Parts No Parts Name Description Function
FS300 AC Fuse for Print Heater
12559105 FUSE,5X20 021706.3MXP 6.3A/250V
FS301 AC Fuse for Dryer
SSR300 Relay for Printer Heater
1000000164 RELAY,SSR G3M-205P-VD-1 DC24V LF
SSR301 Relay for Dryer
2-27
3 Replacement of Main Parts
Turn off the Sub Power SW, Main Power SW, and unplug the power cable of the Printer and
deodorization equipment before performing parts replacement.
Performing the parts replacement while the power is on may result in injury by unintended
operation of the machine.
Unplug
Static electricity can harm some electronic devices. To prevent static damage, discharge static
electricity from your body before you touch any of electronic devices. You can do so by touching
an unpainted metal surface on the chassis.
You can also take the following steps to prevent damage from electrostatic discharge (ESD):
z When unpacking a static-sensitive device from its shipping carton, do not remove the
device from the antistatic packing material until you are ready to install the device to the
machine. Just before unwrapping the antistatic packaging, be sure to discharge static
electricity from your body.
z When transporting a sensitive device, first place it in an antistatic container or packaging.
z Handle all sensitive devices in a static-safe area. If possible, use antistatic floor pads and
workbench pads.
3-1
The necessary adjustments after the replacement of each part, and the referential time for each work are
described as follows.
HEAD REPLACEMENT : 20min. (1 Head)
1. THERMISTER CHECK
It can be checked in the SERVICE MENU > THERMISTOR CHK.
2. HEAD ALIGNMENT
3. HEAD INFORMATION CLEAR
Revised 2 4. FLUSHING POSITION ADJUSTMENT < Serial no. ~ZY41223 >
5. CROP-CUT ADJUSTMENT
6. PRINT / CUT POSITION ADJUSTMENT
Adj. Time : 65min
Total Time : 85min.
MAIN BOARD REPLACEMENT (In case that the parameters cannot be transferred by Peck.) : 35 min.
1. DIP SW SETTING
2. BATTERY INSTALLATION
3. FIRMWARE INSTALLATION
4. SYSTEM PARAMETER INITIALIZE
5. TIME AND DATE SETTING
Set the date and time in the [SERVICE MENU] > [SUB MENU] > [CLOCK]. *Set the [DATE] in order of the [Year/Month/Day].
6. IP ADDRESS SETTING
Start the machine with the Service Mode and set in the User Menu.
7. FIRMWARE VERSION CONFIRMATION OF NETWORK CONTROLLER
8. HEAD RANK SETTING
It can be set in the [PRINT MENU] > [HEAD RANK].
9. SERIAL NUMBER INPUT
It can be set in the [SUB MENU] > [SERIAL NO.].
10. INK TYPE SETTING
It can be set in the [SUB MENU] > [CHANGE INKTYPE].
11. SENSOR CHECK
It can be performed in the SENSOR CHECK.
12. LIMIT POSITION & CUT DOWN POSITION INITIALIZE
Revised 2 13. FLUSHING POSITION ADJUSTMENT * Perform the required adjustment depending on the serial number.
14. LINEAR ENCODER SETUP
15. TOOL PRESSURE ADJUSTMENT
16. HEAD ALIGNMENT
Only Horizontal and Bidirectional Adjustments are required.
17. CALIBRATION
18. CROP MARK SENSOR ADJUSTMENT
19. CROP-CUT ADJUSTMENT
20. PRINT / CUT POSITION ADJUSTMENT
Adj. Time : 130min
Total Time : 165min.
3-2
MAIN BOARD REPLACEMENT (In case that the parameters can be transferred by Peck.) : 35 min.
1. DIP SW SETTING
2. BATTERY INSTALLATION
3. FIRMWARE INSTALLATION
4. SYSTEM PARAMETER INITIALIZE
5. IP ADDRESS SETTING
Start the machine with the Service Mode and set in the User Menu.
6. PUT PARAMETER
7. TIME AND DATE SETTING
Set the date and time in the [SERVICE MENU] > [SUB MENU] > [CLOCK]. *Set the [DATE] in order of the [Year/Month/Day].
8. FIRMWARE VERSION CONFIRMATION OF NETWORK CONTROLLER
9. SENSOR CHECK
It can be performed in the SENSOR CHECK.
10. CROP MARK SENSOR ADJUSTMENT
11. CROP-CUT ADJUSTMENT
Necessary when the voltage is adjusted in the CROP MARK SENSOR ADJUSTMENT.
Adj. Time : 40min
Total Time : 75min.
3-3
3-1 HEAD REPLACEMENT
MENU
When replacing the HEAD of the machine
using the AQUEOUS PIGMENT ink, it is NOT
necessary to remove the ink from the machine.
Go to step 3 . MENU
SERVICE MENU
Select [SERVICE MENU] > [SUB MENU] > [PUMP SERVICE MENU
2 SUB MENU
UP], and remove ink by following the messages.
[ ][ ]
SUB MENU
PUMP UP
[ ]
CEHCK
DRAIN BOTTLE
[ENTER]
REMOVE SOL CRT.
1234
PUMPING-UP...
>>>
[ ]
Make sure to input the Head Rank before
HEAD RANK 1
replacing the head, because the sticker which
1234567(1/5)
the head rank is written on will be hidden once [ENTER]
the head is installed.
Turn off the sub power, and then turn off the main MAIN POWER SW
4
power.
<Back Side>
SUB POWER SW
3-4
Remove the I/S Cover.
5 SCREW
I/S COVER
HOOK
INK
Do not hold both sides of the Ink Damper DAMPER
tight. It could break.
Be sure to remove and fix the Ink Damper
with the Head Board Cover fixed. It prevents
SCREW
the ink from dropping on the Head Board.
DAMPER PLATE
<VP-540i>
HEAD BOARD COVER
INK
DAMPER
SCREW
DAMPER PLATE
3-5
Remove the 2 screws fixing the Head Board Cover,
8
and move it upward.
SPRING
11 Remove the head from the adapter and fix the new
HEAD
head to the adapter. 5CY2F2F
3-6
12 Install the head to the Head Carriage and fix the 3
screws temporarily. Then, fix the spring and tighten up
2
the 3 screws in order as shown in the figure.
CARRIAGE
BASE TAB
3-7
16 Fix the Damper Plate.
SCREW
INK
DAMPER
Make sure not to press it to the Dampers.
Dampers could break.
* Fix the screws at the lower end of the long
screw hole. SCREW
DAMPER PLATE
<VP-540i>
HEAD BOARD COVER
< VP-540i >
INK
DAMPER
SCREW
< VP-300i >
DAMPER PLATE
MENU
When replacing the HEAD of the machine
using the AQUEOUS PIGMENT ink, it is NOT
necessary to clean the ink line. Go to step 19 .
MENU
SERVICE MENU
3-8
18 Select [SERVICE MENU] > [SUB MENU] > [HEAD
REPLACE], and perform Head Cleaning and filling ink SERVICE MENU
SUB MENU
by following the sequences.
[ ] [ ] FILLING INK...
>>>
SUB MENU
HEAD REPLACE
[ ] CHECK
DRAIN BOTTLE
CHECK
[ENTER]
DRAIN BOTTLE
[ENTER] SET SOL CRT.
1234
SET SOLCL-LIQUID
1234
FILLING INK...
>>>
FILLING INK...
>>>
CHECK
DRAIN BOTTLE
REMOVE SOL CL [ENTER]
1234
* If you dispose of the drained ink, the drain counter SERVICE MENU
needs to be reset. Select [SUB MENU] > SUB MENU
[ ]
[MAINTENANCE] > [RESET DRAIN COUNTER] in the
SUB MENU
User's menu, and press the [ENTER] key. MAINTENANCE
[ ][ ]
MAINTENANCE
DRAIN BOTTLE
[ENTER]
EMPTY
DRAIN BOTTLE
[ENTER]
RESET DRAIN
COUNTER
[ENTER]
19 Enter the Service Mode and perform the following
adjustments.
1. THERMISTER CHECK
2. [4-4 HEAD ALIGNMENT]
3. HEAD INFORMATION CLEAR
Revised 2 4. [4-7 FLUSHING POSITION ADJUSTMENT < Serial no. ~ZY41223 > ]
5. [4-9 CROP-CUT ADJUSTMENT]
6. [4-10 PRINT / CUT POSITION ADJUSTMENT]
3-9
< HOW TO CLEAR THE HEAD INFORMATION >
SERVICE MENU
HISTORY MENU
After THERMISTER CHECK and HEAD ALIGNMENT, [ ]
clear the head information from the [SERVICE MENU] > HISTORY MENU HEAD GROUP
HEAD GROUP CLEAR ALL
[HISTORY MENU] > [HEAD GROUP]. Select the head
[ ] [ ] [ ]
you replaced and press the [ENTER] key.
HEAD GROUP
CLEAR H4
* The head at the left end is [HEAD1], and [HEAD2] to [ ]
< NOTE FOR FIXING THE CARRIAGE COVER > CONVEX PART, SCREW
SIDE OF THE
CARRIAGE COVER
When fixing the Carriage Cover, be careful with the
followings.
3-10
3-2 WIPER REPLACEMENT
HOOK
FINISHED?
3-11
Remove the wiper and install the new one.
5
HOOK
ENTER
MAINTENANCE
REPLACE WIPER
3-12
3-3 CAP TOP REPLACEMENT
I/S COVER
HOOK
PUMP COVER
3-13
Unhook the Cap Frame while holding it with the other
5 HOOK CAP FRAME
hand, and remove it.
Fix the new Cap Top. Make sure to fix it so that the
7 CAP TOP
tube side faces the front.
TUBE
3-14
Connect the tube of the Cap Top to the tube of the
9 Y TUBE JOINT
Pump using the Y tube joint.
PUMP COVER
11 Move the Head Carriage by hand to the lock position. HEAD CARRIAGE
I/S COVER
Revised 2 Perform the following adjustment.
[4-7 FLUSHING POSITION ADJUSTMENT < Serial no.
~ZY41223 > ]
HOOK
3-15
3-4 TOOL CARRIAGE REPLACEMENT
Remove the Covers in order.
1 LEFT SIDE COVER
TOP COVER
1. Front Cover
2. I/S Cover FRONT RAIL COVER
3. Maintenance Cover
4. Left Cover
5. Front Rail Cover
MAINTENANCE COVER
6. Top Cover
FRONT COVER
I/S COVER
HEAD CARRIAGE
3-16
Disconnect the Crop Mark Sensor, Pinch Roller Sensor
5 CROP MARK SENSOR SOLENOID
and Solenoid wirings.
SCREW
SCREW
SCREW
3-17
Remove the screws shown in the figure and remove
9
the Auto Sheet Cutter from the Tool Carriage. Tool Carriage
Spring
Screw
10 Fix the Auto Sheet Cutter to the new Tool Carriage. Tool Carriage
Screw
Spring
Screw
Step
Cut Carriage Stay TOOL CARRIAGE ASSY
3-18
12 Fix the Tool Carriage Assy to the Tool Carriage Board
Stay with the 2 screws as shown in the figure. TOOL CARRIAGE BOARD STAY
SCREW
SCREW
3-19
16 Remove the Tool Carriage Cover. TOOL CARRIAGE COVER
3-20
3-5 CARRIAGE MOTOR REPLACEMENT
Turn off the sub power, and then turn off the main
1
power.
MAIN POWER SW
HOOK
FLEXIBLE CABLE
< Back Side >
CONNECTOR
3-21
Remove the spring on the Flange.
4
FLANGE
SPRING
SCREW
BASE
SPACER
Be careful with the fixing direction of the
Flange in relation to the motor cables.
FLANGE
SCREW
3-22
Fix the spring.
8
SPRING
MOTOR GEAR
3
2
3-23
12 Turn the Drive Gear by hand for short steps back
and forth to check if there is no backlash all the way
around.
MOTOR GEAR
Apply a proper quantity of grease (FLOIL G902)
to gears of the motor and Drive Gear.
DRIVE GEAR
CONNECTOR
14 Move the Head Carriage by hand to the lock position. HEAD CARRIAGE
15 Fixthe Chassis Cover, Right Top Cover and Panel RIGHT TOP COVER
Cover. PANEL COVER
CHASSIS COVER
When fixing the Panel SENSOR
Cover, fix the sensor
on the back side of the
Panel Cover and connect
the flexible cable to the
Panel Board.
FLEXIBLE CABLE
< Back Side >
3-24
Perform the SERVO LOCK CHECK.
16
After turning on the main power, turn on the sub power
while pressing the left, right and down keys to enter the +
Service Mode.
MENU
MENU
SERVICE MENU
MOTOR MENU
SERVO LOCK
[ ]
SERVO LOCK
S: 3
SERVO LOCK
S: 1688
[ENTER]
SERVO LOCK
S: * 1688
3-25
Clear the motor working hours.
20 SERVICE MENU
Go back to the Service Menu, and select [HISTORY HISTORY MENU
MENU] > [MOTOR GROUP] > [MOTOR HOURS S] [ ]
MOTOR HOURS S
1653 hours
[ ]
MOTOR HOURS S
CLEAR
ENTER
3-26
3-6 FEED MOTOR REPLACEMENT
Turn off the sub power, and then turn off the main
1
power.
MAIN POWER SW
< Rear View >
LEFT COVER
MAINTENANCE COVER
LEFT SIDE COVER
< Left Side >
CONNECTOR
CLAMP
3-27
Remove the connector of the Motor Cable.
5
CONNECTOR
STAY
GRIT
ENCODER
BOARD
SCREW
3-28
Remove the 4 rivets as shown in the figure, and slide
9 RIVET
the Gear Cover to the front side, and remove it.
GEAR COVER
CUT
RIVET
SPRING
FLANGE
SCREW
FLANGE
3-29
13 Fix the Flange with the 3 screws temporarily.
FLANGE
SCREW
SPRING
DRIVEGEAR
2
3
3-30
17 Turn the Drive Gear by hand for short steps back
and forth to check if there is no backlash all the way
around.
18 Slide the Gear Cover to the back side, and fix the Gear RIVET
Cover with the 4 rivets.
GEAR COVER
CUT
RIVET
19 Rotate the Shaft to check that the Gear does not touch
the Gear Cover. SHAFT
GEAR
GEAR COVER
< Top View >
3-31
21 Fix the Grit Encoder Stopper with the 3 screws as
shown in the figure while holding the Shaft. GRIT ENCODER STOPPER
SHAFT
SCREW
GRIT
ENCODER < Top View >
CONNECTOR
CLMAP
3-32
25 Fix the Cutter Frame.
When fixing the Cutter Frame, fix the sensor
cable on the back side to the Clamp.
CLAMP
CUTTER FRAME
CUTTER FRAME CABLE
26 Connect the connector of the sensor cable to the Feed FEED MOTOR BOARD
Motor Board.
CONNECTOR
MENU
MENU
SERVICE MENU
MOTOR MENU
SERVO LOCK
[ ]
SERVO LOCK
F: 140 140
3-33
29 Press the [ENTER] key to excite the motor.
Check the Grit Roller can not be rotated easily by hand
and the value on the LCD doesn't change. SERVO LOCK
F: 80 80
[ENTER]
SERVO LOCK
F:* 80 80
G-ENC. CHECK
FAILED
31 Perform AGING.
Go back to the [MOTOR MENU], and select [AGING] SERVICE MENU
> [FEED] and press the [ENTER] key. Make sure MOTOR MENU
> [CLEAR] and press the [ENTER] key. The motor HISTORY MENU
MOTOR GROUP
working hours will be reset to 0.
[ ][ ]
MOTOR HOURS F
1653 hours
[ ]
MOTOR HOURS F
CLEAR
ENTER
3-34
3-7 PUMP REPLACEMENT
Turn off the sub power, and then turn off the main
1
power.
MAIN POWER SW
< Rear View >
I/S COVER
HOOK
FLEXIBLE CABLE
< Back Side > PUMP COVER
MOTOR
CONNECTOR
3-35
Disconnect the tubes of the Cap Top and the tubes of
5 TUBE (CAP TOP)
the Drain from the pumps.
TUBE (DRAIN)
PUMP
SCREW
3-36
Replace with the new pump.
9
BEARING
< Procedure for pump with the motor >
1) Remove the setscrew as shown in the figure to remove
SETSCREW
the gear and bearing from the Shaft.
SHAFT
GEAR
PUMP
BEARING
SHAFT
GEAR
Be careful with the fixing direction of the
bearing and gear.
SETSCREW
GEAR
GEAR
BEARING
D-cut part
3-37
< Procedure for pump without the motor >
1) Remove the 3 screws as shown in the figure to remove
the plate from the pump, and fix it to the new pump. PLATE
SCREW
11 Fix the Pump Unit Stay with the 4 screws as shown in SCREW
the figure.
SCREW
3-38
13 Connect the tubes of the Cap Top and the tubes of the
Drain to the pumps. TUBE (CAP TOP)
TUBE(DRAIN) STOPPER
STOPPER
TUBE(CAP TOP)
MOTOR
CONNECTOR
FLEXIBLE CABLE
< Back Side >
PUMP COVER
3-39
16 Turn on the main power, then turn on the sub power
while pressing the left, right and down keys to enter the
Service Mode. +
MENU
MENU
SERVICE MENU
17 Select
[SERVICE MENU] > [I/S MENU] > [PUMP
CHECK], and perform [PUMP SUCTION] and [PUMP
RELEASE] to check the pumps work correctly. SERVICE MENU
I/S MENU
[ ][ ]
PUMP CHECK
PUMP RELEASE
HISTORY MENU
MOTOR GROUP
[ ]
I/S COVER
HOOK
3-40
3-8 INK TUBE REPLACEMENT
Turn on the sub power while pressing the left, right and
1
down keys to enter the Service Mode.
+
MENU
MENU
SERVICE MENU
PUMPING-UP... PUMPING-UP...
>>> >>>
Turn off the sub power, and then turn off the main MAIN POWER SW
3
power.
<Back Side>
SUB POWER SW
1. Front Cover
2. I/S Cover FRONT RAIL COVER
3-41
Remove the Cut Cable Guide.
5 SCREW SCREW
SCREW
< VP-300i>
1) Remove the 3 screws to remove the Cut Cable Guide.
SCREW
SCREW
FLEXIBLE CABLE
CABLE SUPPORT
< Back Side > < Top View >
2) Remove the 3 screws to remove the Cut Cable Guide. SCREW SCREW
SCREW
SCREW
3-42
Disconnect the ink tubes (Carriage Side) from the Y
7
tube joints, and put the scotch tape at the tip of the ink
JOINTs
tube to prevent the ink from coming out.
Pull out the ink tubes, and put the new ink tubes in the
9 Upper
Tube Guides.
CARTRIDGE Side CARRIAGE Side
10 Put the new ink tubes in the Tube Guides. Connect the new ink tubes to the Joint Adapters(Cartridge Side),
and fix them to the Clamps. Connect the tubes to the tube joints in the fixed positions with K on top as
shown in the figure. K
CLAMPs JOINTs
C
M
Y
TUBE GUIDE
3-43
Cross the tubes (Carriage Side) two by two as
shown in the figure.
Be careful not to bend and break the tubes.
Make sure that the fixing direction of the
Holder Cable Plate is correct.
Closs
CLAMP
NG
HOLDER CABLE PLATE
OK
Closs
Closs
3-44
13 Fix the Carriage Cover. CARRIAGE COVER
SCREW
< VP-300i >
1) Fix the Cut Cable Guide with the 3 screws as shown in
the figure.
SCREW
SCREW
CABLE SUPPORT
< Top View >
3-45
15 Adjust the position of the flexible cable so that it comes PROTECTION PLATE
in the middle of the Protection Plates.
FLEXIBLE CABLE
MENU
MENU
SERVICE MENU
17 Select [SERVICE MENU] > [SUB MENU] > [FILL INK], SERVICE MENU
and perform Ink Filling by following the screen display. SUB MENU
[ ][ ]
SUB MENU
FILL INK
[ ]
CHECK
DRAIN BOTTLE
[ENTER]
FILLING INK...
>>>
CHECK
DRAIN BOTTLE
3-46
3-9 BOARDS REPLACEMENT (MAIN BOARD / SW POWER SUPPLY)
POWER BOARD
CN3 CN4
CN8
CN14
CN15
CN19 CN22
CN17
3-47
Turn on the main power.
1
MAIN POWER SW
< Rear View >
Turn off the main power and pull out the power cord.
4
MAIN POWER SW
< Rear View >
3-48
Remove the I/S Cover, Right Top Cover and Chassis
5
Cover. RIGHT TOP COVER
I/S COVER
CHASSIS COVER
SCREW
CHASSIS
3-49
Disconnect all the cables from the Servo Board.
9
CONNECTOR
3-50
13 Connect the cables as shown in the figure to the Main
Board.
CHASSIS
3-51
17 Fix the Chassis with the 4 screws as shown in the
figure.
SCREW
SCREW
18 Connect
clamps.
the cables and bundle the cables with the
3-52
Perform the following operations if it is not possible to transfer the parameters by Peck4.exe.
1. DIP SW SETTING
2. BATTERY INSTALLATION
Refer to [3-9 BATTERY REPLACEMENT]
3. FIRMWARE INSTALLATION
Refer to [4-2 HOW TO UPGRADE/INSTALL FIRMWARE]
4. SYSTEM PARAMETER INITIALIZE
Refer to [4-2 HOW TO UPGRADE/INSTALL FIRMWARE]
5. TIME AND DATE SETTING
Set the date and time in the [SERVICE MENU] > [SUB MENU] > [CLOCK].
*Set the [DATE] in order of the [Year/Month/Day].
6. IP ADDRESS SETTING
Start the machine with the Service Mode and set in the User Menu.
7. FIRMWARE VERSION CONFIRMATION OF NETWORK CONTROLLER
Refer to [4-3 HOW TO UPGRADE FIRMWARE OF THE NETWORK CONTROLLER]
8. HEAD RANK SETTING
It can be set in the [PRINT MENU] > [HEAD RANK].
9. SERIAL NUMBER INPUT
It can be set in the [SUB MENU] > [SERIAL NO.].
10. INK TYPE SETTING
11. SENSOR CHECK
It can be performed in the Sensor Check.
12. LIMIT & CUT DOWN POSITION INITIALIZE
Refer to [4-5 LIMIT POSITION & CUT DOWN POSITION INITIALIZE]
Revised 2 13. FLUSHING POSITION ADJUSTMENT
Refer to [4-7 FLUSHING POSITION ADJUSTMENT <Serial no. ~ZY41223>] or
[4-8 FLUSHING POSITION ADJUSTMENT <Serial no. ZY41224~>]
* Perform the required adjustment depending on the serial number.
14. LINEAR ENCODER SETUP
Refer to [4-6 LINEAR ENCODER SETUP]
14. TOOL PRESSURE ADJUSTMENT
Refer to [4-13 TOOL PRESSURE ADJUSTMENT]
16. HEAD ALIGNMENT
Only Horizontal and Bidirectional Adjustments are required.
17. CALIBRATION
Refer to [4-11 CALIBRATION]
18. CROP MARK SENSOR ADJUSTMENT
Refer to [4-8 CROP MARK SENSOR ADJUSTMENT]
19. CROP-CUT ADJUSTMENT
Refer to [4-9 CROP-CUT ADJUSTMENT]
20. PRINT / CUT POSITION ADJUSTMENT
Refer to [4-10 PRINT/CUT POSITION ADJUSTMENT]
3-53
SW POWER SUPPLY REPLACEMENT (41V)
SW POWER SUPPLY CONNECTOR LAYOUT
Connected to the
[CN1] and [CN405] on
the SERVO BOARD,
and [CN22] on the
MAIN BOARD
Connected to the
[CN302] on the
POWER BOARD
Turn off the sub power, and then turn off the main
1
power and pull out the power cord.
MAIN POWER SW
< Rear View >
CHASSIS COVER
3-54
Remove the 4 screws as shown in the figure.
3
SCREW
SCREW
CHASSIS
3-55
Remove the 4 screws as shown in the figure and
7
replace with the new SW Power Supply.
Connect all the cables to the SW Power Supply.
VOLUME
CHASSIS
SCREW
11 Connect
clamps.
the cables and bundle the cables with the
3-56
3-10 BATTERY REPLACEMENT
Put tape around the lithium battery for insulation for disposal or
preservation.
It may cause heat, explosion and fire.
Turn off the sub power, and then turn off the main
1
power.
Remove the Chassis cover.
CHASSIS COVER
MAIN POWER SW
< Rear View >
3-57
2 Remove the battery on the Main Board by pushing it
down and tilting towards right.
1 SOCKET
MAIN BOARD
BATTERY
MAIN BOARD
MENU
MENU
SERVICE MENU
5 Select [SUB MENU] > [CLOCK] > [TIME], and set the SERVICE MENU SUB MENU
time and press [ENTER] key. SUB MENU CLOCK
[ ][ ]
CLOCK
TIME
[ ]
The display of [B] which shows a battery TIME
exhaustion disappears by this step. 00:00:59 B
[ ]
TIME
13:01:59 B
[ ENTER ]
3-58
6 Select [SUB MENU] > [CLOCK] > [DATE], and set the SERVICE MENU SUB MENU
date and press [ENTER] key. SUB MENU CLOCK
[ ][ ]
CLOCK
DATE
[ ]
DATE
00/00/00
[ ]
DATE
09/01/13
[ ENTER ]
Turn off the sub power, and then turn off the main
7
power.
Fix the Chassis Cover.
CHASSIS COVER
MAIN POWER SW
< Rear View >
3-59
3-11 CARRIAGE BELT REPLACEMENT
!! IMPORTANT !!
When replacing the Carriage Belt, make sure to connect the new belt to the current belt, and pass the new
belt at the same time as removing the current belt.
There is a possibility that the new belt cannot be fixed without connecting the new belt to the current belt.
Turn off the sub power, and then turn off the main power.
1
MAIN POWER SW
< Rear View >
1. Front Cover
2. I/S Cover FRONT RAIL COVER
HEAD CARRIAGE
3-60
Remove the Tool Carriage Cover.
4 TOOL CARRIAGE COVER
SCREW
3-61
Remove the 2 screws to remove the Tool Carriage
8
Board Stay from the Tool Carriage Assy. TOOL CARRIAGE BOARD STAY
SCREW
11 Remove the Carriage Belt from the plate, and connect TAPE
the new belt with the scotch tape.
NEW BELT
CARRIAGE BELT
PLATE
3-62
12 Slowly pull the belt end which is not connected the new
belt until the new one reaches to the Belt Stay. BELT STAY
13 Tighten the screws as shown in the figure to fix both < Cross-section diagram >
ends of the Carriage Belt to the Belt Holder with the SCREW
OK)
plastic plate and metal plate.
CARRIAGE BELT CARRIAGE BELT
METAL PLATE
NG) SCREW
Be careful with the fixing direction of the
CARRIAGE BELT CARRIAGE BELT
plastic plate and the fixing order of the plates. METAL PLATE
Tighten the Adjustment Screw to have tension on the < Top view - Leftside of the Belt >
14
belt. And tighten the 2 Fixing screws as shown in the
figure.
FIXING SCREW
ADJUSTMENT SCREW
3-63
15 Fix the Tool Carriage Assy to the Tool Carriage Board
Stay. TOOL CARRIAGE BOARD STAY
SCREW
SCREW
18 Move the Head Carriage in a whole width of the Guide Rail several times to remove the slack in the Carriage
Belt.
Then, carry out the following adjustments.
3-64
3-12 ENCODER SCALE REPLACEMENT
1. Front Cover
2. I/S Cover FRONT RAIL COVER
3. Maintenance Cover
4. Left Cover
5. Front Rail Cover
MAINTENANCE COVER
6. Top Cover
FRONT COVER
I/S COVER
3-65
5 Put the Encoder Scale in between the Encoder Plate
and the Guide Rail. ENCODER SCALE
Then, fix the right end with the plate and hook up the
spring on the left end.
Make sure that the Encoder Scale is in place.
GUIDE RAIL
ENCODER SCALE
SPRING PLATE
SCREW
3-66
3-13 GRIT ENCODER REPLACEMENT
Turn off the sub power, and then turn off the main
1
power.
MAIN POWER SW
< Rear View >
LEFT COVER
MAINTENANCE COVER
LEFT SIDE COVER
< Left Side >
GRIT STAY
ENCODER
BOARD
SCREW
3-67
Replace with the new Grit Encoder.
5
GRIT ENCODER
SHAFT
SCREW
SCREW SENSOR
GRIT
ENCODER < Top View >
3-68
Perform the SERVO LOCK CHECK.
9
After turning on the main power, turn on the sub power
while pressing the left, right and down keys to enter the +
Service Mode.
MENU
MENU
SERVICE MENU
G-ENC. CHECK
COMPLETED
Maintenance Cover
Left Side Cover
Left Cover
LEFT COVER
MAINTENANCE COVER
LEFT SIDE COVER
< Left Side >
3-69
3-14 PINCH ROLLER REPLACEMENT
1 Conical type is used on both left & right Pinch Rollers Left Pinch Roller Right Pinch Roller
and flat type is used for the Middle Pinch Rollers.
Red marking
PINCH ROLLER
E RING
SHAFT
Put the new Pinch Roller with washers and insert the
3
Shaft into the Pinch Roller.
Fixing operation becomes easy when you put the
washers to the Pinch Roller with grease.
WASHER
Fix the E Ring and check that the Pinch Roller rotates
4
smoothly.
E RING
3-70
3-15 CUTTER PROTECTION REPLACEMENT
CUTTER PROTECTION
1mm
3-71
3-16 HOLDER CABLE SHEET REPLACEMENT
Turn on the sub power while pressing the left, right and
1
down keys to enter the Service Mode.
+
MENU
MENU
SERVICE MENU
PUMPING-UP... PUMPING-UP...
>>> >>>
Turn off the sub power, and then turn off the main
3
power.
MAIN POWER SW
1. Front Cover
2. I/S Cover FRONT RAIL COVER
3-72
Remove the Cut Cable Guide.
5 SCREW SCREW
SCREW
< VP-300i >
1) Remove the 3 screws to remove the Cut Cable Guide.
SCREW
FLEXIBLE CABLE
CABLE SUPPORT
< Back Side > < Top View >
2) Remove the 3 screws to remove the Cut Cable Guide. SCREW SCREW
SCREW
3-73
Disconnect the ink tubes from the Y tube joints, and
7 CLAMPs
put the scotch tape at the tip of the ink tube to prevent
the ink from coming out. And remove them from the
Clamps.
Y TUBE
JOINTs
CLAMP
TUBE GUIDE
3-74
Replace the tube guides if they are not following tube
10
guide.
TUBE GUIDE
Fix the new Cable Holders and Holder Cable Sheets to the Tube Guides with reference to the following
11
figures.
TUBE GUIDE
Make sure that the cables
fit in the grooves of the tube
guides.
CABLES
TUBES
TUBE GUIDE
< Cross section >
Number of Tube Guide used on the each
machine is as follows.
VP-540i : 24
VP-300i : 17
FLEXIBLE CABLE x 3
CABLE HOLDER
TUBE GUIDE
3-75
Make sure that the fixing direction of FLEXIBLE CABLE CABLE HOLDER
the Holder Cable Plate is correct. HOLDER CABLE SHEET HOLDER CABLE PLATE
CABLE HOLDER TUBE
NG
HOLDER CABLE PLATE
OK
12 Fix the 2 Tube Guides, and fix the tubes to the clamps.
TUBE GUIDEs
Closs
Closs
14 Connect the flexible cables to the Carriage Board, and CARRIAGE BOARD FLEXIBLE CABLE
fix them to the clamps.
CLAMP
3-76
15 Connect the tubes to the Y tube joints.
Fix them to the Clamps.
Y TUBE JOINTs
SCREW
< VP-300i >
1) Fix the Cut Cable Guide with the 3 screws as shown in
the figure.
SCREW
3-77
2) Fix the Cable Support with the 3 screws as shown in
SCREW
the figure.
CABLE SUPPORT
< Top View >
HEAD CARRIAGE
MENU
MENU
SERVICE MENU
20 Select [SERVICE MENU] > [SUB MENU] > [FILL INK], SERVICE MENU
and perform Ink Filling by following the sequences. SUB MENU
[ ][ ]
SUB MENU
FILL INK
[ ]
CHECK
DRAIN BOTTLE
[ENTER]
FILLING INK...
>>>
CHECK
DRAIN BOTTLE
3-78
4 Adjustment
Turn off the Sub Power SW, Main Power SW, and unplug the power cable of the Printer and
deodorization equipment before performing parts replacement.
Performing the parts replacement while the power is on may result in injury by unintended
operation of the machine.
Unplug
Static electricity can harm some electronic devices. To prevent static damage, discharge static
electricity from your body before you touch any of electronic devices. You can do so by touching
an unpainted metal surface on the chassis.
You can also take the following steps to prevent damage from electrostatic discharge (ESD):
z When unpacking a static-sensitive device from its shipping carton, do not remove the
device from the antistatic packing material until you are ready to install the device to the
machine. Just before unwrapping the antistatic packaging, be sure to discharge static
electricity from your body.
z When transporting a sensitive device, first place it in an antistatic container or packaging.
z Handle all sensitive devices in a static-safe area. If possible, use antistatic floor pads and
workbench pads.
4-1
4-1 SERVICE MODE
MENU
[ ], [ ], [ ] + POWER ON [ MENU ] key SERVICE MENU
SERVICE MENU PRINT MENU HEAD RANK HEAD RANK 1 This menu is used for entering the Head Rank for each head
PRINT MENU HEAD RANK HEAD 1 1234567 (1/5) with 35 digit number and alphabet. The digits can be changed
with [ ] and [ ] keys and parameters can be changed with
[ ] and [ ] keys. The digit being changed is marked with an
under bar. Press [ENTER] key to save the settings.
HEAD RANK HEAD RANK 4 It beeps for alerting when the calculation for verification,
HEAD 4 1234567 (1/5) CHECK SUM, is not correct in order to avoid input error.
HORIZONTAL H2 H3 H4
DT1, Low 2 1 3
HORIZONTAL H2 H3 H4
DT3, Low 2 1 3
HORIZONTAL H2 H3 H4
DT1, High 2 1 3
HORIZONTAL H2 H3 H4
DT3, High 2 1 3
Cursor can be moved with [ ] and [ ] keys, and value can be selected with [ ] and [ ]
keys. [ENTER] key for saving the setting. The value being selected is marked with an under bar.
It returns to the former menu by pressing [ ] key when the cursor is on the head of the left end.
It starts with H2 when H1 is defined as the standard head.
Default: 0 Range: -30 to +30dot (changeable by 0.5dot) 0.5dot is indicated as 1/2.
Cursor can be moved with [ ] and [ ] keys, and the heads can be
turned ON/OFF with [ ] and [ ] keys. Press [ENTER] key to
start the test print of the selected heads. It returns to the former menu
by pressing [ ] key when the cursor is on the head 1.
BI-DIR.DEFAULT H1 H2 H3 H4
DT1, Low 2 1 3 2
BI-DIR.DEFAULT H1 H2 H3 H4
DT3, Low 2 1 3 2
BI-DIR.DEFAULT H1 H2 H3 H4
DT1, High 2 1 3 2
BI-DIR.DEFAULT H1 H2 H3 H4
DT3, High 2 1 3 2
Cursor can be moved with [ ] and [ ] keys, and value can be selected with [ ] and [ ] keys.
[ENTER] key for saving the setting. The value being selected is marked with an under bar.
It returns to the former menu by pressing [ ] key when the cursor is on the head of the left end.
Default: * * (0) It can be changed starting from the standard value (15) with [ ] and [ ] keys.
Range: 0 to +60dot (changeable by 0.5dot which is indicated as 1/2.
This menu is used for adjusting Head Alignment. Refer to [4-4 HEAD ALIGNMENT].
4-2
Normal (beeps 1 time)
PRINT MENU NOW PROCESSING.. LINEAR ENCODER
LINEAR ENCODER POS: 1361.00mm SETUP COMPLETED
Error (beeps 2 times)
This is for checking the installation and LINEAR ENCODER Error is found on Linear
operation of Linear Encoder and Scale. SETUP FAILED Encoder and Scale.
Refer to [4-6 LINEAR ENCODER SETUP].
Error (beeps 2 times)
LINEAR ENCODER Error is found on Head
HEADBOARD FAILED Board.
LINEAR CALIB.
0.18%
This is for calibrating the cutting size in the scan
direction by calculating the expansion and contraction Error (beeps 2 times)
amount of the Encoder Scale. LINEAR CALIB.
FAILED TO SETUP
CALIB.DEFAULT PERFORMING
TEST PRINT2 TEST PRINT
PRINT MENU TEST PATTERN PERFORMING This is for checking the Head
TEST PATTERN HORIZONTAL TEST PRINT Alignment in Horizontal.
I/S MENU PUMP CHECK NOW PROCESSING.. This is for checking the pump
PUMP CHECK PUMP SUCTION motor. The rotation for both ink
suction and release can be
checked. Pump motor rotates
for 5 seconds and stop.
PUMP CHECK NOW PROCESSING..
PUMP RELEASE
The wiper can be moved
manually. Option: FRONT/REAR
I/S MENU I/S CONTROL WIPER Default: FRONT
Caution: Make sure not to have
I/S CONTROL WIPER FRONT the Head Carriage and Tool
carriage above the wiper unit
during this operation.
Normal
I/S MENU NOW PROCESSING.. WIPER AGING
WIPER AGING COMPLETED This is for confirming that the
wiper is operated properly.
Error (beeps 2 times)
WIPER AGING
FAILED !!
4-3
Remove all cartridges All cartridges must be removed before entering IC
before pressing [ENTER] key Set cartridge to SLOT1 CHECK menu.
I/S MENU CARTRIDGE IC CHECK It detects Ink Cartridge IC, writes and loads information,
and checks the communication. First, it confirms if
CARTRIDGE IC CHECK SLOT1 INSERT there is the driver for IC detection. The message below
is shown when an error is found on the driver.
Error IC CHECK
IC CHECK SYSTEM ERROR
SLOT1 ERROR Next, IC communication is checked individually by slot.
Normal When a cartridge is inserted, it automatically starts to
communicate with the cartridge IC for checking. Display
IC CHECK shows [OK], when the communication is done properly.
SLOT1 OK As cartridge is removed, the slot number of next
cartridge to be inserted is displayed. Starting from
SLOT1, it continues to SLOT4 in order. When the check
From SLOT1 to 4 in order of SLOT4 is completed, the following message is
Set cartridge to SLOT12 displayed at the end of check.
IC CHECK IC CHECK
SLOT4 INSERT COMPLETED
It returns to IC CHECK menu by pressing [ENTER] key.
Error When communication is failed, it displays as below.
IC CHECK IC CHECK
SLOT4 ERROR SLOT1 ERROR
Normal It returns to IC CHECK menu by pressing [ENTER] key.
IC CHECK
SLOT4 OK NOTE:
Any cartridge can be used for this check as long as it
has IC chip on it.
No information is written on IC chip during this check.
IC CHECK (Normally, the count of the cartridge installation is
written. However, the count of the installation in this
COMPLETED check is not written.)
Before this IC CHECK, make sure Cartridge Sensor is
working properly.
SL1 : TIME
The used time of the Ink Cartridge is displayed.
0y000d00h00m00s
SL1 : FLAG
The Flag information of the Ink Cartridge is displayed.
000000000
System error due to the trouble such as a damage of driver IC placed on Ink Tank Board
SLOT1
SYSTEM ERROR
Data error
SLOT1
DATA ERROR
4-4
SERVICE MENU CUTTING MENU CROPMARK SENSE MIN 0.7V MAX2.3
CUTTING MENU CROPMARK SENSE OUTLEVEL CHECK [2.0V ]
This is for adjusting the Crop Mark Sensor sensitivity. There are 3 levels of sensitivity, 0, +1 and +2.
This adjustment may help when Crop Mark detection is failed with the default level setting.
Default: 0
CUTTING MENU CROP-CUT ADJ. PERFORMING This test pattern is for adjusting the cut position
CROP-CUT ADJ. TEST PRINT TEST PRINT during automatic Crop Mark detection. It prints a
square Crop Mark and cuts the contour after
detecting the mark.
CROP-CUT ADJ. F:+0.30 +0.30mm When it shows [ ***** ], it means that it has never
SETTING S:-0.40 -0.40mm been setup and it needs to be set. In this case, even
if adjustment is unnessesary due to the test result,
Returns to menu with [MENU] key [0] must be set here.
CROP-CUT ADJ. PERFORMING This test pattern is for adjusting the cut position
TEST PRINT 2 TEST PRINT during automatic Crop Mark detection. It prints a
square Crop Mark and continuously prints 0.1mm
scales for both scan and feed direction, and then
cuts crosswise after detecting the mark.
CUTTING MENU PRINT-CUT ADJ. PERFORMING This test pattern is for adjusting the print & cut
PRINT-CUT ADJ. TEST PRINT TEST PRINT position. It prints 3 square Crop Marks along the
scan direction and cuts the contours of the marks.
PRINT-CUT ADJ. F:+0.30 +0.30mm When it shows [ ***** ], it means that it has never
SETTING S:-0.40 -0.40mm been setup and it needs to be set. In this case, even
if adjustment is unnessesary due to the test result,
Returns to menu with [MENU] key
[0] must be set here.
PRINT-CUT ADJ. PERFORMING This test pattern is for adjusting the print & cut
TEST PRINT 2 TEST PRINT position. It prints 0.1mm scales for both scan and
feed direction and then cuts crosswise.
This menu displays the real-time status of each sensor. It shows [ * ] when the sensor is ON. The second page shows the status of each
The first page shows the status of each sensor. Each alphabet stands for as follows. Cartridge Sensor and Ink Empty Sensor.
F: Front Paper Sensor U: Head Up/Down Sensor Head Up/Down Sensor (VP-300: Fixed) Each color has 2 positions and the left side
R: Rear Paper Sensor L: Sheet Load Sensor H: Head HIGH on the display shows the left-side head.
S: Crop Mark Sensor W: Pinch Roller Sensor L: Head LOW
H: Head Lock Sensor w: Wiper Sensor Blank: Cartridge not inserted, Ink remains
O: Limit Sensor a: TU Motor Drive Sensor TU Motor Drive Sensor C: Cartridge inserted, Ink remains
D: Side Cover Sensor (When TU is connected) * : Driving E: Cartridge not inserted, Ink empty
P: Maintenance Cover Sensor b: Not in use Blank: Not driving * : Cartridge inserted, Ink empty
C: Front Cover Sensor
SERVICE MENU THERMISTOR CHK This is for checking Thermistor. It displays the temperature read from the thermistor placed on the board of the Head1.
THERMISTOR CHK HEAD:25 C/ 77 F The temperature on the left is in Celsius and the right is in Fahrenheit.
Since the temperature of the device possibly rises, it normally shows higher temperature than the room temperature.
4-5
SERVICE MENU SUB MENU SERIAL NO. This menu is for entering the Serial No. of the machine in 7 digits. The cursor moves
SUB MENU SERIAL NO. ZS00000 between digits with [ ] and [ ] keys. The parameter can be changed with [ ] and
[ ] keys.
This is for changing the Ink Type. Different from the process in the User Menu, Ink Type Max 4 : ECO-SOL Max CMYK
operations such as Head Wash and Fill Ink are not included. PIG 4 : PIGMENT CMYK
This menu is used as a correction purpose when a wrong-type ink is selected. Revised 1 PIG2 4 : PIGMENT2 CMYK
When the ink type is changed, Ink System is initialized internally and then it exits UNKNOWN: Ink Type not specified
the menu and Setup is canceled.
SUB MENU PERIODIC CL. This is for selecting a cleaning type for [PERIODIC CL.] function.
PERIODIC CL. LIGHT LIGHT Options: WIPE / LIGHT / NORMAL / MEDIUM Default: NORMAL
SUB MENU FAN CHECK This is for checking the operation of fans. Press [ENTER] key for ON/OFF of fans.
FAN CHECK VACUUM FAN Fan turns off automatically as exiting this menu.
4-6
SUB MENU CLOCK DATE DATE
CLOCK DATE 09/01/15 09/01/15
[Year/Month/Day] Display [Year/Month/Day] Edit
This is for displaying and editing the date and time. When it detects the battery exhaustion, [B] is indicated on the time display. In this case,
battery needs to be replaced. However, [B] does not disappear automatically when the battery is replaced. [B] is deleted when the time is
newly set up with [ENTER] key on the time edit menu.
When the real time clock is not active due to battery exhaustion, the maintenance operation may be performed improperly. For instance, it
performs cleaning every time the main power is turned on. The time set here is used for the timings of maintenance operations and for the time
record of Event Log function. It must be aware that it affects the maintenance operations when the setting is changed here.
When this setting is changed, it is recorded on the Event Log. The time before change is used for the log time, and the new time is recorded as
a referential information.
SUB MENU DIP SW CHECK This is for checking Dip Switch. It displays the real-time status of the No.1 to 8 in
DIP SW CHECK 0110 0000 order from the left. [0] is OFF and [1] is ON.
bit # [ 1 2 3 4 5678]
SUB MENU KEY CHECK This is for checking the operation of panel keys. It shows [NONE] on the lower LCD
before pressing any key. It shows the key name when a key is pressed. And it shows
KEY CHECK NONE the message [KEY ERROR] when 2 or more keys are pressed at the same time, and
it is considered that no buttons are pressed. You can exit this menu with [ ] key.
Therefore, [ ] key needs to be the last button to be pressed in order to check all
keys. No operations for 10 seconds or pressing [ ] key let it exit this menu. When
exiting, the names of the keys that never been pressed are displayed with a buzzer.
This means that if a buzzer does not go off when exiting, all keys are checked properly.
The power cannot be turned off with the Sub Power SW while performing this menu
SUB MENU This is for checking LCD, LED and buzzer. When this menu is selected, it sequentially
Abbreviated
LCD/LED/BUZ CHK performs the functions of LCD, LED and buzzer. The functions are as follows. ON/OFF
of LCD contrast, LCD back light, ON/OFF of buzzer, display and move of cursor on
Returns when completed
LCD, and display of all characters available on LCD.
Confirm that all functions operate properly, visually and by the sound.
SUB MENU MAINTE. MSG. This is for setting the timing to show the message for maintenance. It displays the
MAINTE. MSG. NONE 100 hours message suggesting to perform maintenance when the total print time reaches the
specified hours. Range: NONE, 10 to 999 hours (in 10 hour unit) Default: NONE
SERVICE MENU MOTOR MENU AGING SCAN SCAN : Aging for Scan Motor.
MOTOR MENU AGING SCAN NOW AGING The Head Carriage runs max. printing width
in Scan direction.
AGING CUTTING To stop Aging, press [ENTER] key. The Head Carriage
automatically returns to the capping position, and it returns to the
CUTTING NOW AGING former menu after the Head is capped.
Make sure not to perform Aging for excessive time when the
head has ink, in order to prevent the head from being damaged
by dried ink. When Aging is performed with ink filled, it runs while
performing the Flushing operation. No Flushing when ink is not
filled.
MOTOR MENU SERVO LOCK SERVO LOCK This is for checking whether Servo Motor can be locked
SERVO LOCK S: 100 F: * 0 0 properly. While in this menu, Servo Motor is free. When the
Carriages are moved by hands, the displayed values change as
long as the feed-back is proper.
Servo Motor : FREE Servo Motor can be locked by pressing [ENTER] key.
When it is locked while the motor is in pause, the power is
SERVO LOCK SERVO LOCK controlled normally.
As for [F(Feed direction)], the value displayed on the left changes
F: 240 20 F: 0 0 by Grid Encoder, and the right changes by Motor Encoder.
4-7
SERVICE MENU HEATER MENU SVC.MODE HEAT.
The heater does not operate when the machine is started in Service Mode. Set [START] here
HEATER MENU SVC. MODE HEAT. STOP > STOP when the heater needs to be on. [START] is canceled once the Sub Power is turned off and
the setting is back to [STOP] when entering the Service Mode next time.
HEATER MENU HEATER ADJUST PRINT This is for setting the offset of heater temperature.
HEATER ADJUST PRINT 0 -3 The heater is controlled with this offset value added
to the temperature displayed on the LCD.
Range: -5 to +5 Default: 0
HEATER MENU PREHEAT TEMP. This is for setting the heater temperature for [PREHEATING] under the
[HEATER MENU] in the User Menu.
PREHEAT TEMP. 35 C 35 C Range: 20 to 40 C Default: 30 C
HEATER MENU HEAT TIMEOUT This is for setting the time to show the confirmation message when controlling heater
HEAT TIMEOUT OFF 10min temperature before printing. It shows the message of [HEATING TIMEOUT CONTINUE?] when
the temperature controll is not completed at the specified timing when controlling the heater
temperature before printing.
Range: OFF, 10 to 30 min (by 10 min) Default: 20 min
SERVICE MENU SYSTEM SWITCH PAGE1 This is the software switch for switching the setting of supporting functions. Normally, it is not necessary
to change. Each bit can be selected by [ ] and [ ] keys and switched by [ ] and [ ] keys.
SYSTEM SWITCH PAGE1 00000000 Press [ENTER] key to save the settings. There are 16 pages of 8 bit System Switches.
bit #[ 8 7 6 5 4 3 2 1 ]
Bit Contents Meanings Default
SYSTEM SWITCH PAGE16 Reflection of the heater related [1] enables the settings of [FULL WIDTH S] and
PAGE1:Bit4 0
parameters to the test pattern [PERIODIC CL.] for all test patterns.
PAGE16 00000000
PAGE1:Bit7 Periodic flushing of MAX ink Enables with [0], Disables with [1] 0
bit #[ 8 7 6 5 4 3 2 1 ]
With [1], [STANDARD HEAD] menu is added
PAGE2:Bit6 Base Head Menu 0
to the Service Menu
PAGE16:Bit1 Front Cover Sensor Enables with [1], Disables with [0] 1
In History Menu, the parameters are separated in groups CATEGORIES: MOTOR GROUP / HEAD GROUP / MAINTE GROUP /
by categories. The parameters can be displayed or cleared WIPE GROUP / PRINT GROUP / CUTTING GROUP /
by selecting the group. INK GROUP / HEATER GROUP / ERROR GROUP /
SYSTEM
SERVICE MENU REPORT SERVICE REPORT Reports can be printed. The head to print the report is selectable, considering the case of head
SERVICE REPORT HEAD H1 trouble. Select a head with [ ] and [ ] keys and press [ENTER] key to start printing.
REPORT
H1/H2/H3/H4 SERVICE : Service Report is printed. It prints the Service Information additionally to the System
Report of the standard menu.
HISTORY : History Report is printed.
REPORT HISTORY REPORT CARTRIDGE : Ink Cartridge IC Report is printed. It lists the information written on the IC of the Ink
Cartridges installed on the machine.
HISTORY REPORT HEAD H1 EVENT LOG : Event Log Report is printed. The number of Event to be printed is selectable from
100/200/ALL(400).
H1/H2/H3/H4 ALL : All Reports are printed together. (System Report, Service Report, History Report,
Ink Cartridge IC Report, Event Log Report).
SERIAL : Service Report and History Report can be sent to RS-232C Serial using special tool.
REPORT CARTRIDGE (9600bps, N81, X : ON/OFF)
CARTRIDGE HEAD H1
H1/H2/H3/H4
4-8
HISTORY MENU
MOTOR GROUP
Item Contents Unit Reference
MOTOR FEED Total time that the Feed Motor has been rotated. hour
MOTOR SCAN Total time that the Scan Motor has been rotated. hour Life: 1500 hours
PUMP TIMES Total time that the Pump Motor has been rotated. times Life: 200,000 times
CLEAR ALL Clear all the value in the Motor Group.
HEAD GROUP
Item Contents Unit Reference
SHOT COUNT 1 Number of shots fired from the nozzle(H1 left) Shots/1000 Life: 6 billion Shots/nozzle
SHOT COUNT 2 Number of shots fired from the nozzle(H1 right) Shots/1001 Life: 6 billion Shots/nozzle
SHOT COUNT 3 Number of shots fired from the nozzle(H2 left) Shots/1002 Life: 6 billion Shots/nozzle
SHOT COUNT 4 Number of shots fired from the nozzle(H2 right) Shots/1003 Life: 6 billion Shots/nozzle
SHOT COUNT 5 Number of shots fired from the nozzle(H3 left) Shots/1004 Life: 6 billion Shots/nozzle
SHOT COUNT 6 Number of shots fired from the nozzle(H3 right) Shots/1005 Life: 6 billion Shots/nozzle
SHOT COUNT 7 Number of shots fired from the nozzle(H4 left) Shots/1006 Life: 6 billion Shots/nozzle
SHOT COUNT 8 Number of shots fired from the nozzle(H4 right) Shots/1007 Life: 6 billion Shots/nozzle
4-9
MAINTENANCE GROUP
Item Contents Unit Reference
Number of times the Head Maintenance([SUB
MAINTE. COUNT MENU]>[MAINTENANCE]>[CLEANING]) has been times
performed.
This value is cleared automatically after carrying out the Head
TOTAL TIME Lapsed time from the last Head Maintenance hour
Maintenance.
This value is cleared automatically after carrying out the Head
PRINTING TIME Printing time from the last Head Maintenance hour
Maintenance.
CLEAR ALL Clear all the value in the MAINTENANCE GROUP.
WIPE GROUP
Item Contents Unit Reference
WIPING COUNT Number of times the Wiping has been performed. times This value is cleared automatically after replacing it.
RUBBING COUNT Number of times the Rubbing has been performed. times This value is cleared automatically after replacing it.
WIPE REPLACE Number of times the Wipe has been replaced. times
CLEAR ALL Clear all the value in the WIPE GROUP.
PRINT GROUP
Item Contents Unit Reference
PRINTING TIME Total time of printing performed. hour test print time is excluded.
PRINT PAGES Number of pages printed pages
CLEAR ALL Clear all the value in the PRINT GROUP.
CUTTING GROUP
Item Contents Unit Reference
CUTTING TIME Total time of cutting performed. hour Test print time is excluded.
DISCONNECT Number of times the carriage has been disconnected. times Disconnection of Tool Carriage and Head Carriage.
CLEAR ALL Clear all the value in the CUTTING GROUP.
INK GROUP
Item Contents Unit Reference
CARTRIDGE 1 Number of times the Ink Cartridge 1 has been changed. times
CARTRIDGE 2 Number of times the Ink Cartridge 2 has been changed. times
CARTRIDGE 3 Number of times the Ink Cartridge 3 has been changed. times
CARTRIDGE 4 Number of times the Ink Cartridge 4 has been changed. times
CHANGE INK Number of times the Ink type has been changed. times
CLEAR ALL Clear all the value in the INK GROUP.
ERROR GROUP
Item Contents Unit Reference
SERVICE CALL Number of times the Service Call has occurred. times
S-CALL HISTORY Service Call Number of the last 5 Calls. No.
MOTOR ERROR F Number of times the Feed Motor Error has occurred. times
MOTOR ERROR S Number of times the Scan Motor Error has occurred. times
Number of times the Low Temperature Error has
LOW TEMP.ERR. times
occurred.
Number of times the High Temperature Error has
HIGH TEMP.ERR. times
occurred.
Number of times of forced capping for Head dry prevention that
Number of times the Emergency Capping Error has
EMERG. CAPPING times works when cap is left open for 3 minutes or more due to cover
occurred.
open or other reasons.
START UNCAPPED Number of times the machine has started uncapped. times When cap is left open, it is detected when machine is started.
HEATER GROUP
Item Contents Unit Reference
PRINT USE TIME Total time of Print Heater used. hour
DRY USE TIME Total time of Dryer used. hour
CLEAR ALL Clear all the value in the HEATER GROUP.
SYSTEM GROUP
Item Contents Unit Reference
POWER ON COUNT Number of times Sub Power has been turned on. times
POWER ON TIME Total time of Sub Power ON. hour Sleep time is excluded.
SLEEP TIME Total time of the machine in Sleep Mode. hour
SHEETCUT COUNT Number of times the Sheet Cut has been performed. times It counts Auto Sheet Cut performed by both printer and RIP.
CLEAR ALL Clear all the value in the SYSTEM GROUP.
4-10
SERVICE REPORT
Service Report
Head rank H1 : 75Y383DSXTZWWST ............ 006..D
H2 : 6A03737VVVYWVRT ............ 002..D
H3 : 7AV4040TURXYXRS ............ 00L..D
H4 : 76V3937STSWXXSU ............ 00W..D
H1 H2 H3 H4
Head hori.(DT1. Low) : +1 0 0
(DT3. Low) : +1 0 +0.5
(DT1. High) : +1 0 +1
:
(DT3. High) +1.5 0 0
:
Head bi (DT1. Low) +10 +9.5 +10 +9
:
(DT3. Low) : +8 +7 +8 +7
(DT1. High) : +20 +18.5 +21 +19
(DT3. High) : +16 +15.5 +17 +16
Dip SW : 00000000
System SW page ( 1- 4) : 00000000 00000000 00000000 00000000
System SW page ( 5- 8) : 00000000 00000000 00000000 00000000
System SW page ( 9-12) : 00000000 00000000 00000000 00000000
System SW page (13-16) : 00000000 00000000 00000000 00000000
Network I/F version : Print Server 1.1 (Fri Jan 9 14:46:26 JST 2009)
Maintenance request : NONE
Booter version : 1.00 Heater adjust(PRINT) : 0 C
Battery : Charged Heater adjust(DRYER) : 0 C
Periodic CL. degree : NORMAL Preheat temperature : 30 C
Limit position : 25.6 mm Heating timeout : 20 min
Cutter down position : 1725.8 mm Drain liquid volume : 192.0 cc
Calibration default : -0.26 % Standard head : 1
Encoder position(L) : 1516.6 mm Flushing pos adjust : 0.00 mm
Encoder position(R) : 145.0 mm
4-11
HISTORY REPORT
History Report
Model : VP-540i Serial No. : XXXXXXX
Version : 3.00 Date : 2009/01/11 14:24
==== Motor group ====
Motor feed (trip / total [clear]): 0/ 0 hours [0]
Motor scan (trip / total [clear]): 9/ 9 hours [0]
Pump Times (trip / total [clear]): 1,703/ 1,703 times [0]
==== Maintenance group ====
Mainte. count : 0 times
Total time : 483 hours
Printing time : 8 hours
==== Wiper group ====
Wiping count : 86 times
Rubbing count : 6 times
Wiper replace count : 0 times
==== Head group ====
Shot Cnt. 1 (trip/total [clear]): 2,697/ 2,697
Shot Cnt. 2 (trip/total [clear]): 2,701/ 2,701
Shot Cnt. 3 (trip/total [clear]): 10,361/ 10,361
Shot Cnt. 4 (trip/total [clear]): 10,357/ 10,357
Shot Cnt. 5 (trip/total [clear]): 12,166/ 12,166
Shot Cnt. 6 (trip/total [clear]): 12,137/ 12,137
Shot Cnt. 7 (trip/total [clear]): 4,786/ 4,786
Shot Cnt. 8 (trip/total [clear]): 4,767/ 4,767
: H1 H2 H3 H4
Wiping count for head : 43 43 43 43 times
Rubbing count for head : 3 3 3 3 times
Headrank set count : 0 0 0 0 times
Auto cleaning count : 17 17 17 17 times
Normal cleaning count : 4 4 4 4 times
Medium cleaning count : 0 0 0 0 times
Powerful cleaning count : 1 1 1 1 times
==== Print group ====
Printing time : 6 hours
Print pages : 34 pages
==== Ink group ====
Cartridge change(1-4) : 0 1 2 0 times
Change ink type : 0 times
==== Error group ====
Service call count : 0 times
Service call history : **** **** **** **** ****
Motor error (feed) : 0 times
Motor error (scan) : 2 times
Low temperature error : 0 times
High temperature error : 0 times
Emergency capping : 0 times
Start uncapped : 2 times
==== Heater group ==== PRINT DRYER
Heater used time : 6 6 hours
==== System group ====
Power on count : 97 times
Power on time : 37 hours
Sleep time : 2 hours
Sheet cut count : 33 times
Peck used count : 0 times
==== Cutting group ====
Cutting time : 0 hours
Disconnect carr. count : 67 times
4-12
INK CARTRIDGE REPORT
4-13
Other Factory Mode
INITIALIZATION
COMPLETED
MENU
+ Turn on the Sub Power SW while
pressing [ ] key to start the ma-
chine in the service report printing
Roland DG Corp.
VP-540i
+ mode.
The service report will be printed
automatically when the media is set
up. It prints with Black ink.
MENU LANGUAGE SERVICE REPORT (Printing Area : W270 L360mm)
ENGLISH
The machine turns to be the normal
[ ]
mode after printing.
LENGTH UNIT
mm > INCH
[ ]
TEMP. UNIT
C > F
4-14
Key Combinations
4-15
4-2 HOW TO UPGRADE/INSTALL FIRMWARE
MENU
SYSTEM INFO.
[ ] [ ]
SYSTEM INFO.
NETWORK
[ ]
NETWORK
IP ADDRESS
[ ]
IP ADDRESS
192.168.000.100
4-16
Start the Peck.
3
[Peck] screen is displayed, and click [Select Port]
button.
4-17
The machine goes into the Firmware Up-
7
grade mode automatically. FIRMWARE V3.0 NG DATA ERROR
When upgrade is completed, the Sub Power
turns off automatically.
COMPLETED
This is required when a new Main Board without the firmware is installed.
UPDATE FIRMWARE?
UPDATE FIRMWARE?
[ ]
WAITING
000.000.000.000
4-18
Press [MENU] key, and set [IP ADDRESS], [SUBNET
3
MASK] and [GATEWAY ADDR.].
WAITING
Press [ ] and [ ] keys for moving between digits,
000.000.000.000
and [ ] and [ ] keys for selecting value. After set-
ting an address, press [ENTER] key to go next address MENU
setting.
When [GATEWAY ADDR.] is set, it returns to the IP ADDRESS
waiting mode for receiving the firmware by pressing 192.168.000.100
[ENTER] key. [ ]
SUBNET MASK
The setting made here is only temporary for
255.255.255.000
the firmware installation and it is not saved.
[ ]
GATEWAY ADDR.
000.000.000.000
[ ]
WAITING
192.168.000.100
4-19
[Peck] screen is displayed again.
6
Click [Firmware Upgrade] button.
COMPLETED
4-20
Turn on the Sub Power SW while pressing [ ], [ ],
9
and [ENTER] keys to enter [INITIALIZE ALL SYS.
PARAMETER] menu.
Select the model by pressing [ ] and [ ] keys,
ENTER
+
and press [ENTER] key to start initialization. The Sub
Power turns off automatically when it is completed.
INITIALIZE ALL
SYS.PARAMETER
[ ]
SELECT MODEL
VP-540i
[ ]
INITIALIZATION
COMPLETED
MENU
MENU
SERVICE MENU
SYSTEM INFO.
NEETWORK
[ ]
NETWORK [ ] IP ADDRESS
[ ]
IP ADDRESS 192.168.000.100
[ ]
4-21
12 Start the Peck on PC.
[Peck] screen is displayed, and click [Put Parameters]
button.
4-22
4-3 HOW TO UPGRADE FIRMWARE OF THE NETWORK CONTROLLER
( Referential Time : 5min.)
Turn on the Main Power SW and Sub Power SW, then
1
press [MENU] key. MENU
Select [SYSTEM INFO.]> [NETWORK]> [IP
ADDRESS] and set the IP address.
[ ]
SYSTEM INFO.
NETWORK
[ ]
NETWORK
IP ADDRESS
[ ]
IP ADDRESS
192.168.000.100
Click [Update].
3
4-23
Specify the target file for upgrade and click [Update].
4
4-24
4-4 HEAD ALIGNMENT (Referential Time : 30 min._1 Head Alignment)
This is necessary to obtain the good printing quality. Be sure to operate this alignment when the head
is replaced.
If the heads are not aligned, printing problems such as banding, fine lines and gap between bands
could occur.
The PET-G is required for this alignment.
I/S COVER
HOOK
Remove the Carriage Cover and Right Top Cover. CARRIAGE COVER
2
RIGHT TOP COVER
DAMPER
PLATE
4-25
<VP-300i>
DAMPER
PLATE
MENU
MENU
SERVICE MENU
[BIAS ADJUSTMENT]
5 SERVICE MENU
Select [PRINT MENU]> [HEAD ADJUST]> [BIAS], and PRINT MENU
[ ][ ]
press [ENTER] key.
PRINT MENU
HEAD ADJUST
[ ][ ]
HEAD ADJUST
BIAS
[ ]
BIAS
TEST PRINT
[ ]
4-26
Loosen the 3 screws fixing the head.
7
4-27
Print the test pattern again.
10 SERVICE MENU
If the result is not satisfactory, repeat step 5 to 9. PRINT MENU
[ ][ ]
PRINT MENU
The shifting of lines should be smaller than HEAD ADJUST
[ ][ ]
1/2 dot.
HEAD ADJUST
BIAS
[ ]
BIAS
TEST PRINT
[ ]
HEAD ADJUST
VERTICAL
[ ]
VERTICAL
TEST PRINT
[ ]
4-28
14 Turn the Adjustment Screw to make the lines of each
color in the test pattern straight.
ADJUSTMENT SCREW
When the lines other than K are above the K lines, turn
the Adjustment Screw CW.
When the lines other than K are below the K lines, turn
the Adjustment Screw CCW.
4-29
17 [HORIZONTAL ADJUSTMENT] SERVICE MENU
Select [PRINT MENU]> [HEAD ADJUST]> [HORIZON- PRINT MENU
[ ][ ]
TAL]> [TEST PRINT], and press [ENTER] key.
PRINT MENU
HEAD ADJUST
[ ][ ]
HEAD ADJUST
HORIZONTAL
[ ]
HORIZONTAL
TEST PRINT
[ ]
Low
H4
H3
H2
HORIZONTAL H2 H3 H4
DT3, Low 2 1 3
Parameters can be entered
with an increment of 1/2.
HORIZONTAL H2 H3 H4
DT1, High 2 1 3
HORIZONTAL H2 H3 H4
DT3, High 2 1 3
* VP-540i only
4-30
20 [BIDIRECTIONAL ADJUSTMENT] SERVICE MENU
Select [PRINT MENU]> [HEAD ADJUST]> [BI-DIR.DE- PRINT MENU
FAULT]> [TEST PRINT], and press [ENTER] key. [ ][ ]
PRINT MENU
HEAD ADJUST
[ ][ ]
HEAD ADJUST
BI-DIR.DEFAULT
[ ][ ]
BI-DIR.DEFAULT
TEST PRINT
[ ]
TEST PRINT
1234
[ ]
H2
H1
DT1,High +10 +11 +12 +13 +14 +15 +16 +17 +18 +19 +20 +21 +22 +23 +24 +25 +26 +27 +28 +29 +30 +31 +32 +50
H4
H3
H2
H1
Head Position: DT3,Low +10 +11 +12 +13 +14 +15 +16 +17 +18 +19 +20 +21 +22 +23 +24 +25 +26 +27 +28 +29 +30 +31 +32 +50
Low H4
H3
H2
H1
DT1,Low +10 +11 +12 +13 +14 +15 +16 +17 +18 +19 +20 +21 +22 +23 +24 +25 +26 +27 +28 +29 +30 +31 +32 +50
4-31
22 Select [DT1, Low], [DT3, Low], BI-DIR.DEFAULT
[DT1, HIGH] and [DT3, HIGH] in テストプリント
the [HEAD ADJUST] menu and
enter the parameters checked at BI-DIR.DEFAULT H1 H2 H3 H4
step 21 with [ ] and [ ] keys. DT1, Low 2 1 3 2
Press [ENTER] key to save the
settings. BI-DIR.DEFAULT H1 H2 H3 H4
DT3, Low 2 1 3 2
* VP-540i only
<VP-540i>
<VP-300i>
<VP-300i> DAMPER
PLATE
4-32
4-5 LIMIT POSITION & CUT DOWN POSITION INITIALIZE (Referential Time : 3min.)
This is for adjusting the relative distance between the Limit Sensor and the Capping Position, and also
detecting the distance from the Cut Down Position to the Limit Sensor after completing the adjustment.
When the Limit Position is not correctly set, it may cause some problems such as a head capping error
and a head carriage lock error. Also, when the cutter-down position is not correct, there will be some
problems such as a cutter-down error when separating the sheet.
Flushing Position Adjustment is required after this adjustment.
I/S COVER
HOOK
LIMIT INITIALIZE
MENU
4-33
Confirm that the head is certainly capped, and press
4
[ENTER] key. The Tool Carriage gets separated from SETTING UP
the Head Carriage and it starts limit position initialize. THE LIMIT
After the completion of the initialize, the message is [ ]
displayed as shown in the figure.
DETECTING..
SETTING UP
CUTTER DOWN POS
Revised 2
Perform the Cut Down Position Initialize by pressing
6
[ENTER] key. SETTING UP
After the completion of the initialize, the message is CUTTER DOWN POS
displayed as shown in the figure. [ ]
4-34
4-6 LINEAR ENCODER SETUP (Referential Time : 5min.)
This is for checking the reading of the linear encoder and for calibrating its expansion/contraction caused
by the operation environment. This operation is required when Limit Sensor, Encoder Scale or Encoder
Module is replaced or the position is adjusted.
MENU
MENU
SERVICE MENU
PRINT MENU
LINEAR ENCODER
[ ]
NOW PROCESSING..
POS: 1361.00mm
4-35
One of the messages appears at the completion of the
4
set up. In case of Setup error, check the followings.
[ ]
NOW PROCESSING..
LINEAR CALIB.
SETUP COMPLETED
[ ]
LINEAR CALIB.
0.18%
LINEAR CALIB.
FAILED TO SETUP
4-36
4-7 FLUSHING POSITION ADJUSTMENT < Serial No. ~ ZY41223 > Revised 2
This is to adjust the flushing position. This adjustment is required when a Cap Top and a head are re-
moved or replaced, or after performing the Limit Position & Cut Down Position Initialize. Without this
adjustment, the Flushing may not be performed properly.
I/S COVER
HOOK
MENU
MENU
SERVICE MENU
4-37
Select [PRINT MENU]> [FLUSHING ADJ.], and press
4 SERVICE MENU
[ENTER] key.
PRINT MENU
The Head Carriage automatically moves to the current
flushing position. [ ]
PRINT MENU
FLUSHING ADJ.
FLUSHING ADJ.
SET POSITION
4-38
4-8 FLUSHING POSITION ADJUSTMENT < Serial No. ZY41224 ~ > Revised 2
This is to adjust the flushing position. This adjustment is NOT required when a Cap Top and a head
are removed or replaced. This adjustment is required after performing the Limit Position & Cut Down
Position Initialize. Without this adjustment, the Flushing may not be performed properly.
I/S COVER
HOOK
MENU
MENU
SERVICE MENU
4-39
Select [PRINT MENU]> [FLUSHING ADJ.], and press
4 SERVICE MENU
[ENTER] key.
PRINT MENU
The Head Carriage automatically moves to the current
flushing position. [ ]
PRINT MENU
FLUSHING ADJ.
FLUSHING ADJ.
SET POSITION
GUIDE
4-40
4-9 CROP MARK SENSOR ADJUSTMENT (Referential Time : 10min.)
This adjustment is for adjusting the sensitivity of the Crop Mark Sensor. If not adjusted, the crop marks cannot
be read correctly and it results in an error of cut position to the print. This adjustment is required under follow-
ing cases.
- Crop Mark Sensor or Tool Carriage Board is replaced or adjusted.
- The VR for adjusting the voltage is unexpectedly moved.
- The distance between Crop Mark Sensor and the bed surface is changed.
When it needs to be adjusted for a particular media, use the media instead of SV-GG. However, in this case, the adjustment
is to be optimized for the media and it may affect the crop mark detection on other media. The result of the crop mark recog-
nition on Roland media is not assured, when any media other than SV-GG is used for this adjustment.
The Print Heater and Dryer must be off during this adjustment.
I/S COVER
TOOL CARRIAGE
COVER
Revised 1
MENU
SERVICE MENU
4-41
Select [CUTTING MENU]> [CROPMARK SENS]>
4
[OUTLEVEL CHECK], and press [ENTER] key. SERVICE MENU
CUTTING MENU
A Crop Mark will be printed.
[ ]
CUTTING MENU
CROPMARK SENSE
[ ]
CROPMARK SENSE
OUTLEVEL CHECK
[ ]
Min2.5V Max2.7V
[2.5V]
Revised 1
Min2.5V Max2.7V
[2.5V]
4-42
4-10 CROP-CUT ADJUSTMENT (Referential Time : 10min.)
This adjustment is for calibrating the relative positions of Tool and Crop Mark Sensor. If it is not ad-
justed, the cutting position based on the detected Crop Marks becomes wrong, and that results in the
mis-alignment of the Print and Cut performed under the auto crop mark detection.
This adjustment is required when Crop Mark Sensor or Tool Carriage is replaced.
Before this adjustment, it is necessary to confirm that [ENABLE] is selected for [AUTO ENV.
MATCH].
Also, Take-up Unit must not be used during this adjustment.
MENU
SERVICE MENU
[ ][ ]
PRINT MENU
HEAD ADJUST
[ ][ ]
HEAD ADJUST
BI-DIR.DEFAULT
[ ]
CUTTING MENU
Bidirectional adjustment and this step must CROP-CUT ADJ.
be done by using the same media. [ ][ ]
CROP-CUT ADJ.
TEST PRINT2
[ ]
4-43
From the test pattern, find the value where the print <TEST PATTERN>
4
line matches the cut line. +2.0 -2.0
use a magnifier.
+0.0 -0.0
Feed
Cut line
CROP-CUT ADJ.
TEST PRINT
[ ]
4-44
Adjustment is completed if the position error of cut
8
line is within +/-0.1mm. If not, select [SETTING] menu CUTTING MENU
again for further adjustment. PRINT-CUT ADJ.
[ ][ ]
key : Moves cut position towards front
PRINT-CUT ADJ.
key : Moves cut position towards rear SETTING
key : Moves cut position towards right
[ ]
key : Moves cut position towards left
ENTER key : Saves new setting F:+0.30 +0.30mm
MENU key : Moves out SETTING menu S:+-0.40 -0.40mm
[ ]
Fine Adjustment
-
F:
+
-
+
S:
Perform the test print again for confirmation. Adjust-
9 Broken line is indicating the cut line
ment is completed if the position of cut line is satisfac-
tory. If not, repeat the adjustment again.
Before adjustment
After adjustment
4-45
4-11 PRINT / CUT POSITION ADJUSTMENT (Referential Time : 10min.)
This adjustment is for calibrating the relative positions of printing and cutting. If it is not adjusted, it
may result in the misalignment of the printing and cutting.
This adjustment is required when Tool Carriage is replaced, or a head is replaced or adjusted, and
also when the relative distance between the Carriage and head is changed.
Before this adjustment, it is necessary to confirm that [ENABLE] is selected for [AUTO ENV.
MATCH].
Also, Take-up Unit must not be used during this adjustment.
MENU
SERVICE MENU
[ ][ ]
PRINT MENU
HEAD ADJUST
[ ][ ]
HEAD ADJUST
BI-DIR.DEFAULT
[ ]
CUTTING MENU
Bidirectional adjustment and this step must PRINT-CUT ADJ.
be done by using the same media. [ ][ ]
PRINT-CUT ADJ.
TEST PRINT2
[ ]
4-46
From the test pattern, find the value where the print <TEST PATTERN>
4
line matches the cut line. .0 - .0
.0 - .0
-0.
If it is difficult to see the cut line visually,
0. -0.
.0 . .0 0. 0.0 can
Feed
- .0 - . - .0 -0. -0.0
Cut line
PRINT-CUT ADJ.
TEST PRINT
[ ]
4-47
Adjustment is completed if the position error of cut
8
line is within the range below. If not, select [SETTING] CUTTING MENU
menu again for further adjustment. PRINT-CUT ADJ.
F:+0.30 +0.30mm
key : Moves cut position towards front S:+-0.40 -0.40mm
key : Moves cut position towards rear
[ ]
key : Moves cut position towards right
key : Moves cut position towards left
ENTER key : Saves new setting Fine Adjustment
+/-0.3mm +/-0.1mm
4-48
4-12 CALIBRATION (FEEDING DIRECTION) (Referential Time : 20 min.)
This adjustment is for calibrating the feed amount of media. It allows the media to be fed proper
amount by calibrating the variation in Grit Roller diameter. Calibration is made based on the value in
feeding media [PET-G].
Without proper calibration, it may cause misalignment in the feed amount of media, and it results in
the problems such as white banding, banding of overlap or the dimension error of print result com-
pared to the original data.
MENU
MENU
SERVICE MENU
CALIB.DEFAULT
TEST PRINT
[ ]
changed.
500mm
Scan
4-49
Calculate the amount to be calibrated with the formula
4
as shown in the figure.
Measured
400 -
Length
Calibration
= x 100
Value
Measured
Length
SETTING
+0.00% + 0.15%
[ ]
4-50
4-13 TOOL HEIGHT ADJUSTMENT (Referential Time : 5min.)
GRIT ROLLER
VP-300i
I/S COVER
HOOK
TOOL CARRIAGE
COVER
4-51
Move the Head Carriage to the highest position of the
5
bed.
Confirm that Head Carriage is connected to Tool Car- Click!
riage and lock the connected carriages.
4-52
4-14 TOOL PRESSURE ADJUSTMENT (Referential Time : 15min)
GRIT ROLLER
VP-300i
I/S COVER
4-53
Move the Head Carriage to the highest position of the
4
bed.
Confirm that Head Carriage is connected to Tool Car- Click!
riage and lock the connected carriages.
MENU
MENU
SERVICE MENU
CUTTING MENU
FORCE ADJUST
FORCE ADJUST
30gf
[ ]
30gf
17 16
[PAUSE]
4-54
Lift up the Tool Holder with the Dial Gauge (ST-013)
8 30gf
and measure the pressure when the pen tip leaves the 17 16
bed. [ ][ ]
Adjust the parameter in [30gf] menu with [ ] and [ENTER]
[ ] keys for the pressure to be 25 to 35gf (0.25N to
0.35N).
Press [ENTER] key to save the settings.
ST-013
FORCE ADJUST
200gf
[ ]
200gf
56 57
[PAUSE]
10 Lift up the Tool Holder with the Tension Gauge (ST-002) 200gf
and measure the pressure when the pen tip leaves the ST-002
56 57
bed.
[ ][ ]
Adjust the parameter in [200gf] menu with [ ] and [ENTER]
[ ] keys for the pressure to be 195 to 205gf (1.9N to
2.0N).
Press [ENTER] key to save the settings.
4-55
4-15 BELT TENSION ADJUSTMENT (Referential Time : 20min.)
I/S COVER
[VP-540i] <*1>
3
Measure the tension of the belt at the
position above the center of the 4th Grit
Roller from the left using Tension Gauge
(ST-001)(*1).
Pull up the belt until its inside comes to
the top surface of the Cut Cable Guide
when you see it from the machine
front(*2). The tension is proper if the
measured value is 0.82kgf to 0.90kgf.
If the tension is improper, move on to
the next step and adjust the belt ten-
sion. CUT CABLE
GUIDE
<*2>
BELT
4-56
[VP-300i] <*1>
Measure the tension of the belt at the
empty screw hole of the LM Guide be-
tween the 2nd and 3rd Grit Rollers from
the left using Tension Gauge (ST-001)
(*1).
Pull up the belt until its inside comes to
the top surface of the Cut Cable Guide
when you see it from the machine
front(*2). The tension is proper if the
measured value is 1.25kgf to 1.40kgf.
If the tension is improper, move on to
the next step and adjust the belt tension. CUT CABLE
GUIDE
<*2>
BELT
FIXING SCREW
4-57
Turn the Adjustment Screw as shown in the figure to
6
adjust the value of the tension gauge within acceptable
range referring to step 3.
ADJUSTMENT
Turn the screw CW: Tension is increased SCREW
FIXING SCREW
4-58
4-16 BELT POSITION ADJUSTMENT (Referential Time : 30min.)
This adjustment is to prevent the belt wear which is caused by the belt contacting with the pulley
flanges excessively. The belt position needs to be confirmed after the Belt Tension Adjustment and
adjusted if it is necessary.
I/S COVER
MENU
MENU
SERVICE MENU
MOTOR MENU
AGING
[ ]
AGING
SCAN
[ ]
4-59
Confirm the belt position.
4 <TOP VIEW(R)>
The position is proper when the belt is not touching the
flanges of the Drive Pulley excessively. When the posi-
tion is proper, skip this adjustment and go to [ADJUST-
MENT ON THE IDLE PULLEY SIDE] described in the
later step of this adjustment leaving the belt aging on. FLANGE
When the position is improper, make adjustment as fol-
lows.
SCAN
NOW AGING
[ ]
RIGHT SIDE
FRAME
FIXING
SCREWs
4-60
Press [ENTER] key to restart Aging.
8
AGING
SCAN
[ ]
Adjust the belt position turning the Adjustment Screw Touching the flange on the FRONT side of machine
9
as follows.
ADJUSTMENT SCREW
Belt leans to the rear side of the machine Touching the flange on the REAR side of machine
-Turn the screw carefully in CCW (tightening).
ADJUSTMENT SCREW
FIXING
SCREWs
4-61
Confirm that the belt is not touching the pulley flanges
11 <TOP VIEW(R)>
excessively.
When the belt is in improper position, adjust it again.
When it is proper, leave the belt aging on, and go to
the following [ADJUSTMENT ON THE IDLE PULLEY
SIDE]. FLANGE
AGING
SCAN
[ ]
FIXING SCREW
4-62
15 Insert a wrench through the holes on the Side Frame
and loosen the 2 screws to make a gap of 3mm
between the tip of the screw and Idle Pulley Holder.
3mm
SCREWs
AGING
SCAN
[ ]
SCREW2
SCREW1
SCREW2
4-63
18 Tighten one of the screws that has no contact with the
Idle Pulley Holder to slightly touch the Idle Pulley Hold-
er.
SCREWs
Make sure not to tighten the screws too tight.
It may move the Idle Pulley Holder acciden-
tally.
FIXING SCREW
AGING
SCAN
[ ]
4-64
4-17 TAKE-UP UNIT OPERATION CHECK (Referential Time : 2min.)
MENU
MENU
SERVICE MENU
SUB MENU
TU CHECK
[ ][ ]
TU CHECK
TU
[ ]
TU
START START
[ ]
4-65
Confirm that [START] is selected, and press [ENTER]
4
key to turn on the Take-up Unit.
Drive Part
The operation status of Take-up Unit can
be confirmed also on the LCD. [ * ] is dis-
played on the right side of upper LCD while
driving, and not displayed while not driving.
TU *
START START
DANCER ROLLER
TU
START STOP
[ ]
4-66
Move the Dancer Roller up and down by hand, and
8
confirm that the drive part does not rotate.
Drive Part
DANCER ROLLER
4-67
5 Supplemental Information
5-1 Special Tools
Table shows a list of special tools recommended by Roland DG Corp.
5-1
5-2 SENSOR MAP
THERMOSTAT (HEATER)
If the Heater exceeds the limit
temperature, it stops the power
supply.
THERMOSTAT (DRYER)
If the Dryer exceeds the limit
temperature, it stops the power supply.
THERMISTOR(HEATER)
It takes the temperature of the Heater.
(Fron
t side
of the
mach
ine)
5-2
WIPER SENSOR
It detects the limit position of the Wiper
movement.
ENCODER MODULE
It detects the coordinates in the carriage moving
direction, and also generates the print signal.
THERMISTOR
It takes the temperature around the Head.
5-3
PINCH ROLLER SENSOR
It detects the positions of Pinch Roller.
CROP MARK SENSOR
It detects the Crop Mark.
5-4
6 Troubleshooting
6-1 DEFECT OF PRINT QUALITY (BANDING/SCRATCHY PRINTING/BLURRED PRINTING)
No Not Improved
*Several Normal Cleanings and a Powerful
Cleaning do not improve the printing result.
To 1-10 To 11-16
[3-1 HEAD Head Rank setting affects the amount of the fired Ink. If it is
9 Head Rank is not correct Set Head Rank
REPLACEMENT] not set properly, the ink dots are not fired in appropriate sizes.
Foreign substances stuck Nozzle condition becomes poor due to the foreign substances
11 Manual cleaning. User's Manual
on the head stuck on the surface of the Head.
[3-2 WIPER Wiping does not work effectively and foreign substances left
12 Wiper wears out Wiper replacement
REPLACEMENT] on the head surfaces cannot be removed completely.
[3-1 HEAD
15 Broken Head Head replacement
REPLACEMENT]
Ink suction during cleanings does not work and the nozzle
16 Broken Pump Pump replacement
condition cannot be improved.
6-1
6-2 PARTICULAR COLOR IS NOT PRINTED AT ALL
[3-3 CAP TOP If the Head is not capped correctly, the Head dries and it may
4 Defect of Cap Top Cap Top Replacement
REPLACEMENT] cause the Head nozzle clogging.
When air bubbles come inside the Ink line, the head may not
Powerful Cleaning/ fire the Ink temporarily. Air bubbles tend to go into the Ink line
Remove air bubbles by if Ink Cartridge is installed and uninstalled so many times.
5 Air bubbles in Ink line an syringe The air bubbles inside the lines can be removed by
performing the powerful cleaning or using a syringe.
Eliminate the looseness If the tube has air due to the looseness of the tube joint, fix
of the tube joint the joint and remove the air.
[3-8 INK TUBE
6 Broken Ink Tube Ink Tube Replacement
REPLACEMENT]
The F1 Fuses are for M and Y, and the F2 Fuses are for K
Broken Fuse on the Main Replace the Fuse on the and C. If the M and Y Heads do not fire any Ink at all, the F1
7
Board Main Board Fuse may be defective. If the K and C Heads do not, the F2
Fuse may be defective.
[3-9 BOARDS There might be a problem with the other devices on the Main
8 Broken Main Board Main Board Replacement
REPLACEMENT] Board if the Fuses are not defective.
[3-1 HEAD
9 Broken Head Head Replacement
REPLACEMENT]
Encoder Scale is Clean or replace Encoder [3-12 ENCODER SCALE When Encoder Scale is not read correctly, printing position
2
dirty/broken Scale REPLACEMENT] may shift.
Encoder Module is Clean or replace Encoder When Encoder Scale is not read correctly, printing position
3
dirty/broken Module may shift.
Bad contact of Flexible Refix / Replace the If the Flexible cable is not fixed correctly, the Head moves
5
cable Flexible cable incorrectly and results in the shifting in printing.
6-2
6-4 INK DROPS ON THE MEDIA
Use the media clamps/ If media tends to curl or become bumpy due to the Ink
2 Media strikes Head Replace with a suitable absorption, the Head sometimes strikes the media while
media printing and it causes the Ink dropping problem.
[3-8 INK TUBE When the ink tube is broken, it is not possible to keep the ink
5 Broken ink tube Ink Tube Replacement
REPLACEMENT] line air tight and results in ink dropping.
6-6 MISSING DOT OR DEFLECTED-FIRED DOT APPEARS WHEN PERFORMING PRINTING WITH LONG DELAY
6-3
6-7 Print & Cut Misalignment
Ideal Conditions
The above illustration shows the ideal print and cut conditions where the red stars signify the printed image and the black lines signify the cut
path. Since the actions to be taken are different depending on the conditions of shifting, check how cutting is shifted first and take
appropriate actions. Most of the actions can be done by users.
Symptom 1 : Cut is Shifted in the Same Direction for the Same Amount
Possible Causes
Print & Cut adjustment is not correctly done.
Actions
1. Perform [ADJUST BI-DIR] in the User menu.
2. Perform [PRINT-CUT ADJ.] in the User menu.
Symptom 2 : Cut is OK at Right Side but is Getting Shifted as It Goes to the Left Side
Possible Causes
1. Expansion/Contraction of the Encoder Scale
2. There is some setting value other than 0 set in [CUTTING MENU]>[CALIBRATION]>[SCAN SETTING].
3. Expansion/Contraction of the media
4. There is a problem in reading the Encoder Scale.
Actions
1. Enable [CUTTING MENU]>[AUTO ENV.MATCH] in the User menu.
2. Set 0 in [CUTTING MENU]>[CALIBRATION]>[SCAN SETTING] in the User menu.
3. Perform [ADJUST BI-DIR] in the User menu.
4. Perform [PRINT-CUT ADJ.] in the User menu.
5. Use the crop marks.
6. Clean or replace the Encoder Scale.
6-4
Symptom 3 : Cut is OK at Lead Edge but is Getting Shifted as It Goes to the End of Print
Possible Causes
1. There is some setting value other than 0 set in [CUTTING MENU]>[CALIBRATION]>[FEED SETTING].
2. Expansion/Contraction of the media
3. Strong back tension of the heavy roll media causes the media to be fed less than it should be when printing.
Actions
1. Set 0 in [CUTTING MENU]>[CALIBRATION]>[FEED SETTING] in the User menu.
2. Prefeed the media to make it unrolled before starting a printing to decrease the back tension.
3. Use the crop marks.
4. Divide the file into 2 or more and output them as separate jobs in order to make the feeding distance of each job shorter.
Actions
1. Enable [CUTTING MENU]>[AUTO ENV.MATCH] in the User menu.
2. Set 0 in [CUTTING MENU]>[CALIBRATION]>[SCAN SETTING] and [FEED SETTING] in the User menu.
3. Perform [ADJUST BI-DIR] in the User menu.
4. Perform [PRINT-CUT ADJ.] in the User menu.
5. Prefeed the media to make it unrolled before starting a printing to decrease the back tension.
6. Decrease [SPEED] and [UP-SPEED] in [CUT CONFIG].
7. Divide the file into 2 or more and output them as separate jobs in order to make the feeding distance of each job shorter.
8. Use the crop marks.
9. Adjust the belt tension.
10. Clean or replace the Encoder Scale.
6-5
Symptom 5 : Cut is Shifted When Using Crop Marks
Possible Causes
1. Crop-cut adjustment is not correctly done.
2. Crop mark sensor adjustment is not correctly done.
Actions
1. Perform [ADJUST BI-DIR] in the User menu.
2. Perform [CROP-CUT ADJ.] in the User menu.
3. Perform the crop mark sensor adjustment by executing [CROPMARK SENS]>[OUTLEVEL CHECK] in the Service menu.
6-6
6-8 POOR CUTTING QUALITY (STITCH CUT, DISTORTED CUT, MISMATCHED START AND END POINTS)
Flanges are not set Set the Media Flanges When the flanges are not fully put in the media tube, Media
2 User's Manual
correctly to the Media again is fed tilted and it may result in Media shifting.
The most effective measure against Media shifting is to set
Media is not set straight Media straight to the machine. Especially on lengthy
3 Setup Media again User's Manual
to the machine printing, small tilt of Media setup results in big Media shifting
while printing.
When dust such as pieces of vinyl is stuck to the Grit Roller,
4 Grit Roller is dirty Clean the Grit Roller ability to hold Media decreases and it results in Media
shifting. Use a brush to clean the Grit Roller.
6-7
6-10 MOTOR ERROR
Back tension of media is When using hard-to-unroll or too heavy media, Motor Error
2 Use appropriate media
too high occurs due to the too much load for feeding the media.
There is a dirt in teeth of When the Drive Gear has some dirt on its teeth and cannot
3 Clean Drive Gear
Drive Gear rotate, Motor Error occurs.
[3-5 CARRIAGE MOTOR When the Motor is broken or reaches its life, the Motor cannot
4 Broken/life of the Motor Motor replacement
REPLACEMENT] follow the order from the CPU and it results in a Motor Error.
When the Motor Driver is broken, the power supply voltage for
5 Broken Servo Board Servo Board replacement the motor is not supplied and the motor cannot move. It
results in a Motor Error.
Power Supply for Motor is Replace the switching [3-9 BOARDS When the Power Supply voltage for the Motor is not supplied,
6
broken power supply REPLACEMENT] the Motor cannot move and it results in a Motor Error.
ERROR DESCRIPTION
6-8
6-11 HEATER / DRYER TEMPERATURE DOES NOT GO UP
Inappropriate temperature is Check the temperature When the setting of print heater/dryer is off, the Heater does
2 User's Manual
set on the machine setting not operate.
Bad contact or cut line on If the cable between the Heater unit and Main Board is broken,
Re-fix / Replace the
6 the cable between the the Heater temperature does not rise. Check the connection of
cable
Heater Unit and Main Board the each cable or replace it if it is broken.
The temperature of the Heater does not rise if the Fuse FS300
Fuse on the power board is Replace the fuse on the
7 or FS301 on the power board is burned out. FS300 is for the
broken power board
print heater and FS301 for the dryer.
The Heater does not work correctly because the signal to the
8 Power Board is broken Replace the power board
Heater is not transferred correctly.
6-9
6-13 ERROR MESSAGE
Restart the machine Restart the machine and see if the same error occurs again.
1 service call
Refer to [6-14 SERVICE
[6-14 SERVICE CALL]
CALL]
Restart the machine Restart the machine and see if the same error occurs again.
2 Internal Error
Upgrade the firmware to Check the revision record of the firmware version and
the latest version upgrade it if the error has been solved in the firmware.
Head Lock Sensor is ON when it should be Head Lock Sensor does not work correctly or Head Lock Sensor replacement
OFF, or vice versa. is broken. Check the mechanical backlash or loose with the scan axis
0102
Head Carriage is not located at the correct related parts.
position.
Limit Sensor is ON when it should be OFF, Limit Sensor does not work correctly or is Limit Sensor replacement
or vice versa. broken. Check the mechanical backlash or loose with the scan axis
0103
Tool Carriage is not located at the correct related parts.
position.
Tool Carriage Connection Error Fault of Tool Carriage Connection Check the mechanical Backlash or loose with the Tool
Loose of Connection Part Carriage part.
0105 Fault of the Limit Position Initialize value Connection Part Replacement
Limit Sensor does not work correctly or is Limit Position Initialize
broken.
Machine fails to disconnect the Tool Fault of Tool Carriage Connection Check the mechanical Backlash or loose with the Tool
Carriage from the Head Carriage. Loose of Connection Part Carriage part.
0106 Fault of the Limit Position Initialize value Connection Part Replacement
Limit Sensor does not work correctly or is Limit Position Initialize
broken.
Linear Encoder Setup has not been done. Linear Encoder Setup has not been done. Carry out Linear Encoder Setup in service menu.
0107 Linear Encoder Setup is ended before it is
completed.
6-10
CODE CONTENTS CAUSE ACTION
Even though the machine carries out the Wiper Motor error Wiper Motor Replacement
regular movement, the output of the Wiper Defect of Wiper Unit Wiper Unit Replacement
0109 Sensor does not reach the expected value. Defect of Wiper Sensor Wiper Sensor Replacement
Cut-line or short-circuit of cable and Flexible Cable and Flexible cable Replacement
cable
Input value from Linear Encoder is not Read error of Linear Encoder. Confirm whether Encoder Scale is between the slit of
changed by the Linear Encoder origin setup. Read error of Encoder on Scan Motor side. Encoder Module in a whole width of the machine.
When Motor stops during printing, expected Belt is not fixed to Head Carriage firmly. Check cable connection between Linear Encoder Board and
movement is not completed on some head. Main Board.
0110 Confirm connection between Belt and Carriage.
Linear Encoder replacement
Scan Motor replacement
Servo Board replacement
Main Board replacement
This error occurs when the machine Crop-Cut Adjustment in the Service menu Carry out Crop-Cut Adjustment in service menu.
0111
performs the Auto Crop Mark Detection has not been performed.
Communication error with Cartridge IC driver Cartridge IC driver is broken. Ink cartridge IC sensor replacement
0112 Cartridge IC driver cable has short circuited
or cut-line.
There is a problem with Thermistor for Print Thermistor cable has short circuited or cut- Check cable connection around Thermistor.
0130 Heater line. Thermistor replacement
Thermistor has a problem.
Print Heater temperature has reached 60°C Print Heater cable connection has a problem. Check Print Heater
0135 and above Thermostat has a problem. Check Thermostat
Thermistor has a problem. Check Thermistor
There is a problem with Thermistor for dryer Thermistor cable has short circuited or cut- Check cable connection around Thermistor
0140 line. Thermistor replacement
Thermistor has a problem.
Dryer temperature has reached 80°C and Dryer cable connection has a problem. Check Dryer
0145 above Thermostat has a problem. Check Thermostat
Thermistor has a problem. Check Thermistor
6-11
7 Service Activities
7-1 INSTALLATION CHECK LIST
Date :
2400 mm
(8 ft.)
650mm
(2.17 ft.)
Install the machine in a location that is level, stable, and able to bear the weight of the machine.
The total weight of the machine may reach 160 kg (353 lb.) or more (120 kg (265 lb.) or more for the
30-inch model). Installation in an unsuitable location may cause a major accident, including tipover, fall,
or collapse.
Never install out of doors or in any location where exposure to water or high humidity may occur.
Current leakage may cause electrical shock, electrocution, or combustion and fire.
Position so that the power plug is within immediate reach at all times. This is to enable quick disconnection
of the power plug in the event of an emergency. Install the machine next to an electrical outlet. Also, provide
enough empty space to allow immediate access to the electrical outlet.
7-1
Unpacking
Manual etc.
CD-ROM etc.
7-2
Checking the Accessories
7-3
Installation and Preparation
Set up following items in reference to the Setup Guide [3.Assembling and Installing] to [8. Network Settings].
!! IMPORTANT !!
Be careful not to pinch the drain tube.
AQUEOUS PIGMENT ink (FPG2) / ECO-SOL MAX ink: Install the Ink Cartridges Revised 1
!! IMPORTANT !!
- Shake the Ink Cartridge a few times gently before installing to the machine.
- When installing the AQUEOUS PIGMENT ink (FPG2), you must start the machine in the AQUEOUS
PIGMENT ink mode before filling with ink.
- When installing the AQUEOUS PIGMENT ink (FPG2), confirm the firmware is version 3.3 or above.
IP address of PC
Make the Network Settings
IP address of VP-540i/300i
Go to SERVICE MENU > SUB MENU > CLOCK and set date and time to the local time.
7-4
Installing Roland Versaworks
When the machine is installed with the AQUEOUS PIGMENT ink (FPG2), upgrade the VersaWorks to Ver.3.2.2
or above. Revised 1
Power-saving setting on PC
Turn off the PC's Power-saving functions which make the PC goes stanby or sleep. It may stop a job being
output.
7-5
Basic Operation
!! IMPORTANT !! Revised 1
Leave the main power on at all times. Maintenance operation is automatically carried out every 8
hours while the machine is not in use. Use the sub power switch for the daily powering on and off. (The
maintenance operation is not carried out when using AQUEOUS PIGMENT ink.)
For the stable media feeding, place the middle pinch rollers above all the grit rollers that lie between the
left and right pinch rollers.
!! IMPORTANT !!
Performing a sheet cut when the long media clamps are installed causes interference with the
separating knife, which may result in malfunction or damage to the machine. When you use the
long media clamps, set the [MEDIA CLAMP] menu item to [LONG] to disable the sheet cut.
!! IMPORTANT !!
Do not set the print heater temperature too high. If the ink dries too fast, the diameter of the ink dots land
on the media cannot expand enough and it may result in bandings.
Default setting of the heater is OFF when using AQUEOUS PIGMENT ink. Revised 1
7-6
Starting printing or cutting
- Pausing and canceling a printing or cutting
- Setting a starting position of printing or cutting (Base posint setting)
!! IMPORTANT !!
The remaining ink amount shown on the machine and RIP is only an approximate guide, which may
differ somewhat from the actual amount remaining.
!! IMPORTANT !!
- Shake the cartridge gently before installing an ink cartridge.
- Be sure to replace with an item of identical type. Never mix items of different types.
- Never leave the machine with any ink cartridge removed. The print heads may become
clogged.
- Never frequently insert and remove an ink cartridge. Air may leak into the ink tube and be a
cause of missing dots.
- When printing is paused, the coloring at the seam may be altered when printing resumes.
Before you perform lengthy printing, check the amount of ink remaining in the ink cartridges.
- Never store ink at any locations where high temperature may occur or exposed to open flame.
Performing a cutting
- Test Cut
- [CUTTING PRIOR] menu
- Adjusting the cutting conditions (Blade Force, Cutting Speed, Blade Offset, Tool-up Speed)
Printing
Cutting
!! IMPORTANT !!
Never use the Media Clamps during cutting.
7-7
Printing and cutting
During a print & cut, the cap of the cutter holder may scratch and damage the printed surface. Turn the
cap of the blade holder to adjust the amount of blade extension or use the Dry Time setting on RIP as
necessary.
When printing and cutting are performed using Crop Marks, misalignment of cutting caused by media
stretch/shrinkage can be avoided.
!! IMPORTANT !!
- These adjustments are required for each Media individually.
- If you are setting Feed Calibration on your machine, check in advance that [Use Printer Settings] is set
on Roland VersaWorks.
7-8
Optimizing printing and cutting to match Media thickness
- Bi-direction adjustment
- Print/Cut position adjustment
!! IMPORTANT !!
- These adjustments are required for each media and also when the head height is changed.
- Make sure to perform Bi-direction adjustment before Print/Cut position adjustment.
Correcting misalignment for printing and cutting when using Crop Marks
- Bi-direction adjustment
- Crop-Cut adjustment
!! IMPORTANT !!
- These adjustments are required when printing and cutting using Crop marks are not aligned.
- Make sure to perform Bi-direction adjustment before Crop-Cut adjustment.
!! IMPORTANT !!
This function is for correcting the Print & Cut misalignment caused by the stretch/shrinkage of Encoder
Scale. Make sure to set it to [ENABLE] at all times.
!! IMPORTANT !!
During Print & Cut, [CALIBRATION] in the [CUTTING MENU] is to be set to [0]. It may cause a
misalignment of printing and cutting. This calibration is to be used only when performing cutting only.
Preset function
All menu items listed below can be saved in Presets. It is useful to have saved settings that are different by
media.
7-9
Maintenance
[CHECK DRAIN BOTTLE] message appears when a certain amount of discharged fluid collects in the
bottle.
!! IMPORTANT !!
- When you dispose of discharged ink, make sure to reset the discharged-fluid count from [MENU] > [SUB
MENU] > [MAINTENANCE] > [DRAIN BOTTLE] and press the [ENTER] key. Otherwise, "CHECK DRAIN
BOTTLE" message appears at the inappropriate timing.
- Never place discarded fluid in the location close to fire.
- To store discharged fluid temporarily, use the included drain bottle or durable sealed container such as a
metal can or polyethylene tank, and cap it tightly.
- Dispose of discharged fluid properly, in accordance with your local laws.
- Pinch Rollers
- Grit Rollers
- Platen
!! IMPORTANT !!
Never use gasoline, alcohol, thinner, or any other flammable materials.
!! IMPORTANT !!
This is very important work for maintaining the heads in good condition and must be done periodically.
!! IMPORTANT !! Revised 1
Although it is not mentioned in the User's Manual, if the machine is used with the AQUEOUS
PIGMENT ink (FPG2), we recommend using the machine under the humidity of 70% or lower for
stable ink firing. If the humidity is over 70%, ink firing problem such as missing dot is more likely to
occur, and success rate of cleaning decreases.
7-10
When not in use for a prolonged period
When transporting the unit, head cleaning is required and you need 2 cleaning cartridges for it.
!! IMPORTANT !!
When using the ECO-SOL MAX ink, fill ink within one week after transporting. If the machine is left without
ink, the nozzles on the heads may get clogged.
Others
Explain to refer to the User's Manual when a error message is displayed. And also explain to switch off and on
the machine and check what happens before calling for inquiry when [SERVICE CALL] is displayed, since it
occasionally solves the problem just by restarting.
Explain the procedure of capping the print heads referring to the User's Manual [5-5 The Print Heads Stopped
Moving]. When the print carriage does not return to the standby position, capping needs to be done manually
by user.
Pinch Roller Replace it depending on the degree of wear of its rubber part.
7-11
7-2 Maintenance Check List
Date :
Determine if they should be replaced based on the SHOT COUNT in the Good
History Report, the test print result and the customer's interview. Replacement Done Reset
Replacement Cycle : 6 billion shots/Nozzle
Head Perform a manual cleaning by using cleaning sticks and cleaning Cleaning Done
liquid.
Output the test patterns for BIAS, VERTICAL, HORIZONTAL and BI- Good
DIR. DEFAULT to check the error, and perform adjustment if necessary. Adjustment
Determine if it should be replaced based on the deformation or the time Cleaning Done
period from the last replacement.
Check Replacement Done
If replacement is unnecessary, clean them manually using the Roland
Consumable Cleaning Wiper
cleaning stick and cleaning liquid.
Parts
Replacement Cycle : 6 months, Wiping count 3,000 times or Rubbing
count 100 times.
Determine if it should be replaced based on the performance of the Good
cleaning or the time period from the last replacement.
Cleaning Done
If replacement is unnecessary, clean them manually using the Roland
Cap Top cleaning stick and cleaning liquid. Replacement Done
Replacement Cycle
- ECO-SOL MAX ink: 6 months
- AQUEOUS PIGMENT ink (FPG2): 24months
Revised 1
Determine if it should be replaced based on its appearance Good
Sponge for Wiper or the time period from the last replacement. Replacement Done
Replacement Cycle : 12 months
Clean it manually using the Roland cleaning stick and cleaning liquid. Cleaning Done
Wiper Scraper Replacement Done
Replace it as necessary.
Good
Lithium Battery Replacement Cycle : 24 months
Replacement Done
Check if the carriage belt doesn't touch the the flanges of the drive pulley Good
and idle pulley when the head carriage moves in the full width.
Adjustment Done
Carriage Belt Adjust the belt position, if necessary.
Check the belt tension and adjust it if necessary. Good Adjustment Done
Check Good
Check if it is not worn out, it does not have dirt on it and it rotates
Mechanical Pinch Roller
smoothly. Replacement Done
Parts
Grit Roller Remove foreign substances stuck on it by using a brush. Done
Good
Cutter Protection Replace it depending on degree of scratches on it.
Replacement Done
Check that there is no problem with the cutting operation and Done
Check cutting
cutting result.
Get report with [Get Report] of the Peck, or print [ALL] Report in the Done
Output / Get report after maintenance
Service menu.
7-12
7-3 Specifications
Main unit specification
VP-540i VP-300i
Printing technology Piezoelectric inkjet
Media Width 210 to 1,371 mm (8.3 to 54 in.) 182 to 762 mm (7.2 to 30 in.)
Thickness Maximum 1.0 mm (39 mil) with liner, for printing
Maximum 0.4 mm (16 mil) with liner and 0.22 mm (9 mil) without liner, for cut-
ting
Roll outer diameter Maximum 180 mm (7 in.)
Roll weight Maximum 30 kg (66 lb.) Maximum 20 kg (44 lb.)
Core diameter 50.8 mm (2 in.) or 76.2 mm (3 in.)
Printing/cutting width (*1) Maximum 1,346 mm (53 in.) Maximum 736 mm (29 in.)
Ink cartridges Types ECO-SOL MAX 220-cc cartridge / 440-cc cartridge
Revised 1
AQUEOUS PIGMENT ink (FPG2): 220-cc cartridge
Colors Four colors (cyan, magenta, yellow, and black)
Printing resolution (dots per inch) Maximum 1,440 dpi
Cutting speed 10 to 300 mm/s
Blade force 30 to 300 gf
Cutting blade Type Roland CAMM-1 series compatible
Blade offset 0 to 1.5 mm (0 to 0.059 in)
Software resolution (when cutting) 0.025 mm/step
Distance accuracy (when printing)
Error of less than ±0.3% of distance traveled, or ±0.3 mm, whichever is greater
(*2) (*3)
Distance accuracy (when cutting) Error of less than ±0.4% of distance traveled, or ±0.3 mm, whichever is greater
(*3) When distance correction has been performed (when the setting for [CUTTING
MENU] - [CALIBRATION] has been made): Error of less than ±0.2% of distance
traveled, or ±0.1 mm, whichever is greater
Repeatability (when cutting) (*3) (*4) ±0.1 mm or less
Alignment accuracy for printing
±0.5 mm or less
and cutting (*3) (*5)
Alignment accuracy for printing
and cutting when reloading media Error of less than ±0.5% of distance traveled, or ±3 mm, whichever is greater
(*3) (*6)
Media heating system (*7) Print heater, setting range for the preset temperature: 30 to 45°C (86 to 112°F)
Dryer, setting range for the preset temperature: 30 to 50°C (86 to 122°F)
Connectivity Ethernet (10BASE-T/100BASE-TX, automatic switching)
Power-saving function Automatic sleep feature
Power requirements AC 100 to 120 V ±10%, 7.6 A, 50/60 Hz or AC 100 to 120 V ±10%, 5.5 A, 50/60 Hz or
AC 220 to 240 V ±10%, 3.9 A, 50/60 Hz AC 220 to 240 V ±10%, 2.8 A, 50/60 Hz
Power During operation Approx. 1030W Approx. 730W
Sleep mode Approx. 14W
Acoustic noise During operation 64 dB (A) or less
level During standby 40 dB (A) or less
Dimensions (with stand) (*8) 2,310 (W) x 740 (D) x 1,125 (H) mm 1,700 (W) x 740 (D) x 1,125 (H) mm
(90.9 (W) x 29.1 (D) x 44.3 (H) in.) (66.9 (W) x 29.1 (D) x 44.3 (H) in.)
Weight (with stand) 112 kg (247 lb.) 89 kg (196 lb.)
Environmental Power on (*9) Temperature: 15 to 32°C (59 to 90°F) (20°C [68°F] or more recommended), humid-
ity: 35 to 80%RH (non-condensing)
Power off Temperature: 5 to 40°C (41 to 104°F), humidity: 20 to 80%RH (non-condensing)
Accessories
replacement blade for separating knife, cleaning kit, software RIP, User's Manual,
etc.
7-13
*1
The length of printing or cutting is subject to the limitations of the program.
*2
○
○ Temperature: 25°C (77°F), humidity: 50%
*3
Not assured when the print heater or dryer is used.
*4
The following conditions must be met:
○
○ Roll media must be loaded on the shaft.
○ [PREFEED] menu item must be set to "ENABLE."
○ Side margins: 25 mm or more for both the left and right margins
○ Front margin: 35 mm or more
○ Excluding expansion/contraction of the media
Range for assured repetition accuracy
○ 54-inch model
For media with a width exceeding 610 mm: Length 4,000 mm
For media with a width of 610 mm or less: Length 8,000 mm
○ 30-inch model
Length 3,000 mm
*5
○ Provided that media length is under 3,000 mm
○ Temperature: 25°C (77°F)
○ Excluding possible shift caused by expansion/contraction of the media and/or by reloading the media.
*6
○
○ Data size: 1,000 mm in the media-feed direction, 1,346 mm (54-inch model) or 736 mm (30-inch model) in the carriage-movement
direction
○ No lamination
○ Automatic detection of crop marks at 4 points when media is reloaded.
○ During cutting, [PREFEED] menu item must be set to "ENABLE."
○ Temperature: 25°C (77°F)
○
*7
○ Warm-up is required after powerup. This may require 5 to 20 minutes, depending on the operating environment.
○ Depending on the ambient temperature and media width, the preset temperature may fail to be reached.
*8
○ Depth when the included ink-cartridge tray is installed is 1,000 mm.
*9
Operating environment
7-14