High Speed Scanner KV-S6055W KV-S6055WU KV-S6050W KV...

© 2001 Kyushu Matsushita Electric Co., Ltd. Allrights reserved. Unauthorized copying anddistribution is a violation of law.

KV-S6055WKV-S6055WUKV-S6050WKV-S6050WU

High Speed Scanner

ORDER NO. KM70104624C0G14

1 GENERAL PRECAUTIONS 4

1.1. Safety Precautions 4

1.2. Electrical Tests 4

1.3. For Service Technicians 4

2 SPECIFICATIONS 5

3 COMPONENT IDENTIFICATION 6

4 INSTALLATION 8

4.1. Minimum Space Requirements 8

4.2. Removing and keeping Metal Clamp 9

4.3. DIMM Module Extension 10

4.4. Removing SCSI Board 11

4.5. Installing DIMM Module 11

4.6. Installing the SCSI Board 11

4.7. Connecting the Unit to a Personal Computer 13

4.8. System Conditions Requirements 13

4.9. LCD Settings 14

5 SECTIONAL VIEWS 16

5.1. Motors (Front View) 16

5.2. Optical Units and Imprinter 16

5.3. Rollers 17

5.4. Drive Belts 17

5.5. Circuit Boards 18

5.6. Sensor Boards and Switches 19

6 MECHANICAL FUNCTION 20

6.1. Paper Feed Mechanism 20

6.2. Manual Feed Mode 21

6.3. Paper Feed Roller/Hopper Lift Drive Mechanism 21

6.4. Hopper Lift Mechanism 22

6.5. Optical Unit 23

7 MAINTENANCE 24

7.1. Maintenance Chart 24

7.2. Roller Cleaning / Paper Feed Roller, Separation Roller,

Retard Roller 25

7.3. Roller Cleaning / Conveyor Roller 1-5 26

7.4. Replacing Limited Life Parts 27

8 DISASSEMBLY INSTRUCTIONS 30

8.1. Disassembly Flowchart 30

8.2. Exterior 31

8.3. Unit Components 38

8.4. Circuit Board Assemblies 47

9 OPERATION 54

9.1. Front Panel Specifications 54

9.2. Operation-1 (Normal Mode) 56

9.3. Operation-2 (Service Mode) 56

9.4. Setting List 57

9.5. Setting Operation (Normal Mode) 62

9.6. Setting Operation (Service Mode) 67

9.7. Error Code 77

10 TROUBLESHOOTING 79

11 BLOCK DIAGRAM 83

12 EXPLANATION OF CONNECTOR 85

13 CIRCUIT BOARDS 91

13.1. MAIN CONTROL Board (Component Side) 91

13.2. MAIN CONTROL Board (Solder Side) 92

13.3. SCSI Board (Component Side) 93

13.4. SCSI Board (Solder Side) 94

13.5. MOTHER Board 95

13.6. CCD Board 96

13.7. INVERTER Board 97

13.8. DRIVE Board (Component Side) 98

13.9. DRIVE Board (Solder Side) 99

13.10. PANEL Board 100

13.11. CARRIAGE HOME DETECTOR Board 101

13.12. RETARD POSITION DETECTOR Board 101

13.13. DOUBLE FEED DETECTOR (R) Board 101

13.14. DOUBLE FEED DETECTOR (G) Board 101

13.15. STARTING POSITION SENSOR Board 101

13.16. STARTING POSITION LED Board 102

13.17. SIZE SENSOR Board 103

13.18. SIZE LED Board 103

13.19. ENDING POSITION SENSOR Board 104

13.20. ENDING POSITION LED Board 104

13.21. RELAY ( SIDE ) Board 104

13.22. HOPPER HOME SENSOR Board 104

13.23. DOCUMENT DETECTOR Board 105

13.24. DOCUMENT COVER DETECTOR Board 105

13.25. RELAY ( BACK ) Board 106

13.26. POWER Board 106

13.27. DC/DC CONVERTER Board 107

14 SCHEMATIC DIAGRAM 108

14.1. MAIN CONTROL Board 109

14.2. SCSI Board 115


14.4. CCD and INVERTER Boards 123

14.5. DRIVE and PANEL & CARRIAGE HOME DETECTOR

Boards 125

14.6. RELAY (BACK), RELAY (SIDE) and Sensor Boards 127

14.7. POWER and DC-DC CONVERTER Boards 129

15 PARTS LOCATION AND MECHANICAL PARTS LIST 131

15.1. Exterior 133

15.2. Hopper Unit 135

15.3. Chassis 139

15.4. Power Unit 141

15.5. Packing 143

16 REPLACEMENT PARTS LIST 145




16.4. CCD Board 157

16.5. INVERTER Board 159

16.6. DRIVE Board 160

16.7. PANEL Board 162

CONTENTS Page Page

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KV-S6055W / KV-S6055WU / KV-S6050W / KV-S6050WU

16.8. CARRIAGE HOME DETECTOR Board 163

16.9. RETARD POSITION DETECTOR Board 163

16.10. DOUBLE FEED DETECTOR (R) Board 163

16.11. DOUBLE FEED DETECTOR (G) Board 163

16.12. STARTING POSITION SENSOR Board 164

16.13. STARTING POSITION LED Board 164

16.14. SIZE SENSOR Board 164

16.15. SIZE LED Board 165

16.16. ENDING POSITION SENSOR Board 165

16.17. ENDING POSITION LED Board 165

16.18. RELAY (SIDE) Board 165

16.19. HOPPER HOME SENSOR Board 165

16.20. DOCUMENT DETECTOR Board 166

16.21. DOCUMENT COVER DETECTOR Board 166

16.22. RELAY (BACK) Board 166

16.23. POWER Board 166

16.24. DC/DC Board 168

17 Schematic Diagram for printing with A4 size 170




17.4. CCD and INVERTER Boards 201

17.5. DRIVE and PANEL & CARRIAGE HOME DETECTOR

Boards 206

17.6. RELAY (BACK), RELAY (SIDE) and Sensor Boards 211

17.7. POWER and DC-DC CONVERTER Boards 216

3


1 GENERAL PRECAUTIONS1.1. Safety Precautions 1. Before servicing, unplug the power cord to prevent electrical shock hazard.

2. When replacing parts, use only manufacturer’s recommended components for safety.

3. Check the condition of power cord. Replace if wear or if damage is evident.

4. After servicing, be sure to restore the lead dress, insulation barriers, insulation papers, shields, etc.

5. Before returning the serviced equipment to the customer, perform the following electrical tests to prevent a shock hazard.

1.2. Electrical Tests 1. Unplug the power cord and check for continuity between the earth ground connection on the plug and the metal cabinet. There

should be zero ohm resistance found.

2. With the unit unplugged, short the AC Live-Neutral of the plug with a jumper wire.

3. Turn ON the power switch.

4. Measure the resistance value with an ohmmeter between the jumpered AC plug and each exposed metal cabinet part, such asscrewheads, etc.

Note:

Some exposed parts may be isolated from the chassis by design. They read infinity.

5. If the measurement is less than 1 MΩ, a possibility for electric shock may exit.

Note:

This hazardous condition must be corrected before the unit is returned to the end user.

1.3. For Service TechniciansICs and LSIs are vulnerable to static electricity.

When repairing, the following precautions will help to prevent recurring malfunctions.

1. Cover the plastic parts with aluminum foil.

2. Ground the soldering irons.

3. Use a conductive mat on the worktable.

4. Do not grasp IC or LSI pins with bare fingers.

4


2 SPECIFICATIONSItem Model No.

KV-S6050WKV-S6050WU

KV-S6055WKV-S6055WU

Scanner Scanning face Simplex scanning Duplex scanningScanning method ADF front side/Flatbed : CCD image sensor ADF front side/Flatbed : CCD image sensor

ADF back side : CIS(Contact Type Image Sensor)

Readout speed Flatbed 1.5 sec (1 paper, letter size, 200 dpi)ADF Simplex scanning : Approx. 55 ppm.

(Letter, fed lengthwise, 200 dpi)Duplex scanning : Approx. 82 ipm.(KV-S6055W(U) only) (Letter, fed lengthwise, 200 dpi)

Resolution Flatbed/ADF Main scanning direction : 100~600 dpi (1 dpi step)Sub-scanning direction : 100~600 dpi (1 dpi step)Optical resolution is 400 dpi.

Tonal gradation Binary mode, Grayscale mode (4/8 bit), 64-step gradation, (dither) mode, 64-stepgradation (error diffusion) mode

Image control Image emphasis, Dynamic threshold (DIMM required), Automatic threshold, Automaticseparation, Monochrome reversing, Automatic back control

Paper Size forFlatbed

~298x432mm (11.7x17 in.)

Size for ADF Scanning size70x169mm (2.8x6.7 in.), and106x148mm (4.2x5.8 in.) to 298x432mm (11.7x17 in.)Feeding size70x169mm (2.8x6.7 in.), and106x148mm (4.2x5.8 in.) to 305x432mm (12x17 in.)

Thickness forADF

Single paper feeding : 0.05 to 0.15mm (2.0 to 5.9 mils)Continuous paper feeding : 0.06 to 0.15mm (2.4 to 5.9 mils)Note : 1 mil=1/1000 in.

Weight forADF

Single paper feeding : 40 to 127g/m2 (10.6 to 34 lbs.)Continuous paper feeding : 50 to 127g/m2 (13 to 34 lbs.)

Interface (Transfer rate) SCSI 3 (20MB/sec)Hopper capacity 200 sheets [64g/m2 (17 lbs.) un used paper]

Unit External dimensions(WidthxDepthxHeight)

464x717x296mm (18.3x28.2x11.7 in.)

Mass (Weight) 30kg (66 lbs.)Power requirement AC100-120V, 50/60Hz (KV-S6050W/S6055W)

AC220-240V, 50/60Hz (KV-S6050WU/S6055WU)Powerconsumption

Maximum(Scanning)

1.8A (KV-S6050W/S6055W)/135W1.0A (KV-S6050WU/S6055WU)/135W

Minimum(Standby)

0.5A (KV-S6050W/S6055W)/35W0.3A (KV-S6050WU/S6055WU)/35W

Sleep mode 0.13A (KV-S6050W/S6055W)/11W0.07A (KV-S6050WU/S6055WU)/11W

OperatingEnvironment

Operating temperature andhumidity

15°C to 30°C (59°F to 86°F), 30% to 80% RH

StorageEnvironment

Storage temperature andhumidity

0°C to 35°C (32°F to 95°F), 10% to 80% RH

Option Roller exchange kit (KV-SS044), Imprinter unit (KV-SS010), Red lamp option (KV-SS045),Roller cleaning paper (KV-SS03), lnk cartridge (KV-SS06), White roller & Cover (KV-SS049)

“Weight in pounds” of paper represents the weight of 500 [432x559mm (17x22 inches)] sheets.

“The red lamp option (KV-SS045) must be installed by a trained service engineer.

5


3 COMPONENT IDENTIFICATION

6


7


4 INSTALLATION

4.1. Minimum Space RequirementsBe sure to maintain the recommended space requirements for proper ventilation.

8


4.2. Removing and keeping Metal ClampIn order to ensure the scanner’s safety while it is being transported, its optical unit is secured by a metal clamp. Once the scannerhas been put in the place where it is to be installed, change the position of the metal clamp by following the steps outlined below.

(1) Place the scanner is such a way that its left area protrudes by about 15cm (5.9”) from the edge of a table.

• • Do not turn it upside down or stand it on its side.

• • When placing the scanner on a table, be careful not to extend beyond the edge 15cm (5.9”). Otherwise, the scanner may fall.

(2) Remove the metal clamp on the bottom of the scanner from position (A) and attach it at position (B) instead.

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4.3. DIMM Module ExtensionA maximum of 256 MB extended memory may be required depending on the combination of the paper size, resolution and grayscale mode.

(For example, to scan a two-sided A4 size document with 600 dpi, gray, etc.)

To determine how much extended memory is required, refer to the section 4.6.1 “Additional Memory Size each scanning mode(MB)”.

* Recommended DIMM

• • JEDEC-standard 168pin, dual in-line memory module (DIMM)

• • Non buffered

• • Single +3.3V±0.3V power supply

• • Frequency/ CAS Latency : 100MHz/CL=2, 133MHz/CL=2, 133MHz/CL=3

• • 64MB, 128MB or 256MB may be used.

(Reference) DIMM module which has been evaluated using this scanner

• • Manufacturer: DELKIN DEVICES

1. Model No.: DM168-064Y3Q488-10S2P (64MB)



Note:

Originally, SCSI board has 16MB memory except for the above additional memory.

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4.4. Removing SCSI Board1) Make sure the Power is OFF.

2) Remove SCSI Board. (See 8.4.2.)

4.5. Installing DIMM Module

Insert the DIMM module into the connector on the SCSI interfaceboard at an angle [Place ( 1 ) ]. Push in the module as far as it goes.The levers should lock automatically. If not, push the levers to lockthe module in [Place ( 2 ) ].

Note: • • Be sure that the DIMM module will be in the proper position

and the proper side.

• • To remove the DIMM module, release the white levers at bothsides of the connector.

4.6. Installing the SCSI Board

1) Insert the SCSI Board into the unit along the guides and push it infirmly.

2) Secure the SCSI Board with the 3 screws.

3) Install the scanner driver software in your computer according to theenclosed manuals.

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4.6.1. Additional Memory Size each scanning mode ( MB )

Simplex/4bit, 8bit

Size Resolution (dpi)100 200 300 400 500 600

A3 0 0 64 64 64 128A4 0 0 0 0 64 64A5 0 0 0 0 0 64A6 0 0 0 0 0 0

B4 (JIS) 0 0 0 64 64 64B5 (JIS) 0 0 0 0 64 64B6 (JIS) 0 0 0 0 0 0

Double Letter 0 0 64 64 64 128Legal 0 0 0 64 64 64Letter 0 0 0 0 64 64

Duplex/4bit, 8bit


A3 0 0 64 64 128 256A4 0 0 64 64 64 128A5 0 0 0 0 64 64A6 0 0 0 0 0 64

B4 (JIS) 0 0 64 64 128 128B5 (JIS) 0 0 0 64 64 64B6 (JIS) 0 0 0 0 64 64


Simplex/Binary


A3 0 0 0 0 0 0A4 0 0 0 0 0 0A5 0 0 0 0 0 0A6 0 0 0 0 0 0

B4 (JIS) 0 0 0 0 0 0B5 (JIS) 0 0 0 0 0 0B6 (JIS) 0 0 0 0 0 0


Duplex/Binary


A3 0 0 0 0 0 64A4 0 0 0 0 0 0A5 0 0 0 0 0 0A6 0 0 0 0 0 0

B4 (JIS) 0 0 0 0 0 0B5 (JIS) 0 0 0 0 0 0B6 (JIS) 0 0 0 0 0 0


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4.7. Connecting the Unit to a Personal Computer

4.8. System Conditions RequirementsWhen using the scanner, the required personal computer conditions are as follows.

CPU Pentium 166MHz or higher (Pentium, Celeron processor or higher is recommended.Memory 64 MB or higher (128 MB or higher is recommended.)

OS Windows 95/Windows 98/Windows NT/Windows2000/Windows MeSCSI board Adaptec Brand AHA-1540/2930/2940/19160/29160 Series are recommended.

* The scanning speed differs depending on the personal computer operating environment or application.

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4.9. LCD SettingsBefore scanning the document, perform the preferred settings on the display. Setting information and scanner conditions are shownon the display.

4.9.1. Setting the language

(1) Turn the power on while pressing the HOME key.

Note:

The language setting mode is selected automaticallywhen the scanner’s power is turned on for the first timeafter the scanner was purchased.

(2) Use the [ ] key or [ ] key to select the “EnglishLetter”, “English A4” or “Deutsch A4”, “ A4”.

(3) Press the HOME key.

• • The display will change to the select language, then thescanner will be ready.

• • This setting will remain until it is changed to anothersetting.

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4.9.2. Setting the SCSI ID and Terminator

(1) Press the OTHERS key.

Enters setting modes other than SCAN, COUNTER, orIMPRINT and displays the version.

(2) Press the MODE key.

Press the MODE key [ ] to display the SCSI ID, whichis the fourth setting.

(3) Press the SELECT [ ] key or [ ] key to select thedesired setting.

The [ ] key moves to the next ID as shown below.

The [ ] key moves to the previous ID.

(4) Press the MODE key [ ] to switch to the terminatorsetting.

To activate the SCSI ID settings, press the HOME key toreturn to “READY”, then turn the unit off and on.

(5) Press the SELECT [ ] key or [ ] key to select thedesired setting.

The [ ] key moves to the next content as shown below.

The [ ] key moves to the previous content.

Note:

• • If the scanner is the last device in the SCSI chain,then the terminator should be set to “Enable”. But,under the above SCSI chain and scanner’s turn-off,the terminator should be attached to the SCSIconnector on the scanner.

• • Setting the SCSI ID will be activated after turning thepower OFF and turning it ON again.

• • Setting the terminator will be activated after turningthe power OFF and turning it ON again.

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5 SECTIONAL VIEWS

5.1. Motors (Front View)

5.2. Optical Units and Imprinter

16


5.3. Rollers

5.4. Drive Belts

17


5.5. Circuit Boards

18


5.6. Sensor Boards and Switches

19


6 MECHANICAL FUNCTION6.1. Paper Feed Mechanism

Fig. 6-1

1. When the paper is set on the Hopper, and the scanning command is issued from PC, the Hopper rises and the paper will bebrought into contact with Paper Feed Roller.

2. The Conveyor Motor activates to rotate the Conveyor Roller 1 through 5.

3. The Paper Feed Motor activates to rotate the Paper Feed and Separation Rollers. The Paper Feed Roller picks up a page. Aspring attaches the Retard Roller to the Separation Roller. The supporting axis of the Retard Roller is connected to the fixedgear through the torque limiter and the timing belt’s gear train. In case there is only one page picked up between SeparationRoller and Retard Roller, the Retard Roller rotates in direction which the Separation Roller rotates by allowing the Retard Rollerto slip on the torgue limiter. If there are two or more pages between Separation Roller and Retard Roller, torque limiter is setso that the load of the torque limiter increases accordingly, to allow slip friction for each page. As a result of this, only the toppage passes through the conveyor section, and the additional pages are prevented from passing through.

Fig. 6-2

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4. When the top of the paper passes through on Size Sensor via Separation / Retard Roller and Conveyor Roller, Paper motorstops.

5. When the top of the first page reaches to Scanning Position, CCD sensor and or CIS is driven to scan. And by using the abovesensors, scanning process starts.

6. When the end of the paper passes through on CIS(Back Side Scanning Position), Conveyor Motor stops, Scanner waits for nextscanning start command from PC. At this time, if no following paper to scan, the current scanning paper is gone out.

7. When the end of the first page passes through on the Size Sensor on the continuous scanning mode, Paper Feed Motor startsagain after an interval of approx. 100mm on duplex mode(approx.60mm on simplex mode) and feed the following paper throughthe conveyor section.

8. Repeat the above (3) to (8).

9. After finishing all scanning process, Hopper goes down to the original position and the series of Scanning sequence ends.

6.2. Manual Feed Mode 1. For multiple sheet’s scanning, there is possibility that the first page and the second page will be separated, and the paper will

be torn if paper is scanned while the Retard Roller is locked.

2. When Auto/Manual Select Lever is set to “Auto”, the Gear B fixed with lever is connected to the Retard Roller. Thereby, TheRetard Roller is locked through torque limiter.

3. When Auto/Manual Selector Lever is set to “Manual”, the Gear B fixed with lever is free from Gear A connected to the RetardRoller. In this case, the Retard Roller operates as free roller for the Separation Roller, and does not operate paper separationfunction because the Retard Roller rotates independently.

6.3. Paper Feed Roller/Hopper Lift Drive Mechanism 1. Paper Feed Motor drives either Paper Feed Roller mechanism or Hopper Lift mechanism by selecting the direction of rotation.

2. The drive system is shown on Fig. 6-3.

(a) The gear block (1) belongs to Drive system for Paper Feed Roller and Separation Roller.

(b) The gear block (2) belongs to Drive system for Hopper Lift.

(c) The gear block (3) belongs to Drive system for Paper Feed Roller, Separation Roller, and Hopper Lift in common.

Fig. 6-3

3. When the Paper Feed Motor drives in the direction of arrow A, Paper Feed Roller is activated, based on Output axis. On theother hand, when the Paper Feed Motor drives in the direction of arrow B, Hopper lift mechanism is activated. Gears markedwith “ ” on Each Gear block have one way clutches. When the gears are activated to rotate against the direction of normalrotation, the one way clutches slipped and the series of rotation are not transmitted to the mechanical block.

21


6.4. Hopper Lift Mechanism

Fig. 6-4

Fig. 6-5

22


Fig. 6-6

1. Hopper Plate is mounted on Lift Roller of Hopper Lift Arm.

2. Hopper Lift Arm is supported by Hopper Cam through Hopper Spring.

3. Hopper Cam is an eccentric type cam, and is connected to Hopper Lift Gear block mentioned in Fig. 6-3.

4. When Hopper cam is in condition as shown in Fig. 6-5, the paper can be set.

5. When the Hopper cam rotates in the direction of arrow as shown in Fig. 6-6, it pushes up Hopper spring, and enables to paperfeeding by attaching Hopper Plate to Paper Feed Roller.

6. And when the Hopper cam still more rotates in the direction of arrow, the cam rotates until the position as shown in Fig. 6-5,and Hopper Plate goes down.

6.5. Optical UnitThe light reflected from the paper surface is transmitted via mirrors A→B→C→D→E, and is transmitted to CCD surface throughthe lens at last.

Fig. 6-7

23


7 MAINTENANCE

7.1. Maintenance ChartC : Clean, R: Replace ( x 1000 Sheets )

Description Part No 50 100 150 200 250 300Paper Feed Roller PBDRA0081Z C C C C C RSeparation Roller PBDRA0065Z C C C C C RRetard Roller PBDRA0083Z C C C C C RConveyor Roller 1 PBDRX03S6055 C C C C C CConveyor Roller 2 PBDRX04S6055 C C C C C CConveyor Roller 3 PBDRX09S6055 C C C C C CConveyor Roller 4 PBDRX10S6055 C C C C C CConveyor Roller 5 PBDRX11S6055 C C C C C CADF Glass PBHEA0093Z-J C C C C C CSensor Plate PBUEX0117Y C C C C C CFree Roller PBDRA0029Z C C C C C CSensor Roller (Only for KV-S6055W/WU) PBDRA0103Y-J C C C C C CCIS (Only for KV-S6055W/WU) EQ4R300Q1 C C C C C CCold Ray Flourescent Lamp CFX12AYG/36H Lighting period 1000 hours

Note:

Whenever black line occurs on scanning image, clean ADF Glass, Sensor Plate, and Sensor Roller, disregarding the abovevalue.

24


7.2. Roller Cleaning / Paper Feed Roller, Separation Roller, Retard Roller 1. Turn off the Power.

2. Open the ADF door.

3. Clean the surfaces of Paper Feed Roller and Separation Roller with cleaning paper. (KV-SS03)

4. Clean the surface of Retard Roller with Cleaning Paper(KV-SS03), when Roller Cleaning message is indicated on the LCD (SeeSection 9).

Fig. 7-1

Fig. 7-2

Note:

Clean any dirt from the Retard Roller according to the arrows as shown in Fig. 7-2. Otherwise the Retard Roller may beremoved from the original position, and the paper-feed function may not work well.

25


7.3. Roller Cleaning / Conveyor Roller 1-5 1. Conveyor Roller 1, 2

(1) Turn off the Power.

(2) Open the ADF Door.

(3) Clean these rollers using the cleaning paper (KV-SS03) to wipe the dirt on the surface of the rollers.

Fig. 7-3

2. Conveyor Roller 3, 4, 5


(2) Open the Front Door.

(3) Clean these rollers using the cleaning paper (KV-SS03) to wipe the dirt on the surface of these rollers.

(Same as cleaning the CIS, Sensor Plate, ADF Glass)

Fig. 7-4

26


7.4. Replacing Limited Life Parts 1. Paper Feed Roller, Separation Roller



(3) Open the Paper Feed Conveyor.

(4) Pull the gear side of Paper Feed Roller toward arrow (1).

(5) Slide toward arrow (2).

Fig. 7-5

Fig. 7-6

27


2. Retard Roller



(3) Open the Retard Conveyor. (See Fig. 7-7.)

(4) Grip the Retard Roller and slide toward arrow (3). (See Fig. 7-8.)

Fig. 7-7

Fig. 7-8

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29


8 DISASSEMBLY INSTRUCTIONS

8.1. Disassembly FlowchartThe flowchart indicates disassembly items of the Covers, Unit Components and Circuit Board assemblies. When reassembling,perform the steps in the reverse order unless otherwise noted in Reassembling Notes.

Fig. 8-1

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8.2. Exterior

8.2.1. Back Panel

(1) Remove 7 screws.

(2) Remove the Back Panel.

Fig. 8-2

8.2.2. Side Panel L

(1) Remove Back Panel.

(See 8.2.1.)


(3) Slide Side Panel L toward the back, as shown in Fig. 8-3.

Fig. 8-3

(4) Lift Side Panel L up, as shown in Fig. 8-4.

Fig. 8-4

(5) Centralize the axis (fulcrum) of the lever and turn SidePanel L toward the right, as shows in Fig. 8-5.

While turning, bring it down toward the inside (toward theleft).

(6) Detach the screw-fixed hook on the back of Side Panel Lfrom the chassis, and remove later.

Fig. 8-5

31


8.2.3. Side Panel R


(See 8.2.1.)


(3) Slide the Side Panel R backward as shown in Fig. 8-6.

(4) Remove the Side Panel R.

Fig. 8-6

8.2.4. Front Panel

(1) Remove the Side Panel L.

(See 8.2.2.)

(2) Remove the Side Panel R.

(See 8.2.3.)

(3) Remove 3 screws(A) and 2 screws(B).

(4) Disconnect CN536.

(5) Remove the Front Panel.

Fig. 8-7

8.2.5. Flatbed Sheet

(1) Peel off Flatbed Sheet, as shown in Fig. 8-8.

Fig. 8-8

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8.2.6. ADF Side Panel L

(1) Remove 2 screws(A).

(2) Open Front Door.

(3) Remove screw(B).

(4) Remove the ADF Side Panel L.

Fig. 8-9

8.2.7. ADF Side Panel R



(3) Remove screw(B).

(4) Remove the ADF Side Panel R.

Fig. 8-10

8.2.8. Back Cover

(1) Open ADF Door.

(2) Loosen 4 screws and remove the Back Cover.

Fig. 8-11

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8.2.9. Back Door

(1) Push the Back Door, as shown in Fig. 8-12.

Fig. 8-12

8.2.10. Hopper Tray


(2) Push the Hopper Tray, as shown in the Fig. 8-13.


Note:

When connecting CN529, printed character on cableshould be upper side.

Fig. 8-13

8.2.11. FB Glass Base

(1) Open Document Cover.

(2) Remove Side Panel L.

(See 8.2.2.)

(3) Remove Side Panel R.

(See 8.2.3.)

(4) Remove Front Panel.

(See 8.2.4.)

(5) Loosen 2 screws(A).

(6) Remove 6 screws and FB Glass Base. Fig. 8-14

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8.2.12. ADF Glass Base


(2) Remove Side Panel L.

(See 8.2.2.)

(3) Remove Side Panel R.

(See 8.2.3.)


Fig. 8-15

(5) Remove 2 screws(B) and ADF Glass Base.

Fig. 8-16

8.2.13. Hopper Base

(1) Remove Hopper Tray.

(See 8.2.10.)


(3) Remove 2 screws(B) from the bottom of Hopper Base.

(4) Remove 2 screws(C) from the top of Hopper Base.

(5) Remove the Hopper Base.

Fig. 8-17

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8.2.14. Sensor Plate


(2) Loosen 2 screws.

(3) Remove Sensor Plate.

Fig. 8-18

8.2.15. Exit Conveyor


(2) Remove 4 screws and Exit Conveyor.

Fig. 8-19

8.2.16. Inner Conveyor

(1) Remove the Back Cover.

(See 8.2.8.)

(2) Remove 6 screws and Inner Conveyor.

Fig. 8-20

36


8.2.17. Lower Conveyor 2

(1) Remove ADF Side Panel L.

(See 8.2.6.)

(2) Remove ADF Side Panel R.

(See 8.2.7.)

(3) Remove Gas Damper.

(See 8.3.17.)



(6) Remove 2 screws(B) and Lower Conveyor 2.Fig. 8-21

8.2.18. Shield Plate

(1) Remove Optical Carriage.

(See 8.3.1.)

(2) Remove screw(B) and Plate.

(3) Remove 11 screws(A) and Shield Cover(A).

Fig. 8-22

(4) Remove 6 screws(C) and Shield Cover(D).

(5) Remove 6 screws(D), Shield Cover(B), and ShieldCover(C).

Fig. 8-23

37


8.3. Unit Components

8.3.1. Optical Carriage

(1) Remove FB Glass Base.

(See 8.2.11.)

(2) Remove ADF Glass Base.

(See 8.2.12.)

(3) Remove 2 screws(A) and Loosen screws(B) and pull outShaft, as shown in Fig.8-24.

(4) Disconnect Connector from Optical Carriage.

Note:

When assembling, supply the cable to this carriage sothat “CCD” character is seen from front side.


Fig. 8-24

8.3.2. Carriage Motor

(1) Remove Shield Plate.

(See 8.2.18.)


Fig. 8-25

(3) Remove 4 nuts from the bottom side of this scanner.

(4) Disconnect Carriage Motor Connector from CN361 onDRIVE Board.

Fig. 8-26

38


8.3.3. Drive Belt 3

(1) Remove Carriage Motor.

(See 8.3.2.)

(2) Remove Drive Belt 3, as shown in Fig. 8-27.

Fig. 8-27

8.3.4. Power Unit Box and Cover


(See 8.3.1.)

(2) Remove 2 screws(A), as shown in Fig. 8-28.

Fig. 8-28

(3) Remove screw(B), as shown in Fig. 8-29.

(4) Remove a cable between POWER Board and MOTHERBoard.

(5) Slide Power Unit Box to the back side, according to thearrow, as shown in Fig. 8-28.

Fig. 8-29

(6) Remove 6 screws and Power Unit Cover, as shown in Fig.8-30.

Fig. 8-30

39


8.3.5. Lamp Module


(See 8.3.1.)

(2) Remove 2 screws(A) and brackets.

(3) Remove 4 screws(B) and Cover.

(4) Disconnect Lamp Module Connector.

Fig. 8-31

(5) Remove 2 screws(C), and Lamp Module.

Note:

• • Lamp is easy to break.

• • Lamp becomes high temperature.

• • Lamp module has high voltage part.

Fig. 8-32

8.3.6. Power Switch

(1) Remove Power Unit Box and Cover.

(See 8.3.4.)

(2) Remove Power Switch from the chassis. (Pull out whilepressing both sides of the locking section)

Fig. 8-33

Warning:When replacing the Power Switch or lnlet, the wiring must beinstalled as illustrated.

Fig. 8-34

40


8.3.7. Fan

(1) Remove the Back Panel.

(See 8.2.1.)


(See 8.3.4.)

(3) Disconnect the Fan connector.

(4) Remove 2 screws(A), and Fan, as shown in Fig. 8-35.

Fig. 8-35

8.3.8. Paper Feed Roller

(1) Open ADF Door.

(2) Open Plate.

(3) Unlock the Paper Feed Roller from the notching hole ofchassis and remove it.

Fig. 8-36

8.3.9. Separation Roller

(1) Open ADF Door.

(2) Open Plate.

(3) Unlock the Separation Roller from the notching hole ofchassis and remove it.

Fig. 8-37

41


8.3.10. Retard Roller

(1) Open ADF Door.

(2) Open Plate.

(3) Grip the Retard Roller and slide, as shown in Fig. 8-38.

Fig. 8-38

8.3.11. Sensor Roller


(2) Unlock the Sensor Roller from the notching hole of chassisand remove it.

Fig. 8-39

8.3.12. Drive Belt 2


(See 8.2.7.)

(2) Loosen 2 screws and remove Drive Belt 2.

Fig. 8-40

42


8.3.13. Drive Belt 1


(See 8.2.7.)

(2) Remove Drive Belt 2.

(See 8.3.12.)

(3) Loosen 2 screws and remove Drive Belt 1.

Fig. 8-41

8.3.14. Conveyor Roller 1-5

(1) Remove lnner Conveyor.

(See 8.2.16.)


(See 8.2.7.)

(3) Unlock Conveyor Roller (1, 2) from the notching hole of thechassis and remove them.

(4) Remove Exit Conveyor.

(See 8.2.15.)

(5) Unlock Conveyor Roller 3, 4, and 5 from the notching holeof the chassis and remove them.

(Re-assemble Note)

Fig. 8-42

43


8.3.15. ADF Door Switch


(See 8.2.16.)


(See 8.2.7.)

(3) Disconnect ADF Door Switch connector.

(4) Remove screw and ADF Door Switch.

Fig. 8-43

8.3.16. Paper Feed Motor


(See 8.2.16.)

(2) Remove Conveyor Roller 1, 2.

(See 8.3.14.-3)


(See 8.2.15.)

(4) Remove RELAY (SIDE) Board.

(See 8.4.19.)

(5) Remove 2 E-rings and Gears.

(6) Remove 2 screws(A) as shown in Fig. 8-44.

(7) Remove SIZE LED Board.

(See 8.4.11.)

(8) Disconnect Paper Feed Motor connector and Paper FeedMotor.

Fig. 8-44

44


8.3.17. Gas Damper


(See 8.2.6.)


(3) Remove 2 screws and Gas Damper.

Fig. 8-45

8.3.18. Front Door Switch



(See 8.2.15.)

(3) Disconnect Front Door Switch connector.

(4) Remove screw and Front Door Switch.

Fig. 8-46

8.3.19. CIS

(1) Remove Sensor Plate.

(See 8.2.14.)


(See 8.2.15.)

(3) Remove Conveyor Rollers 3 and 4.

(See 8.3.14.)

(4) Remove 4 screws and CIS.

(5) Disconnect CIS connector.

Fig. 8-47

45


8.3.20. Conveyor Motor


(See 8.2.16.)


(See 8.2.15.)


(See 8.2.7.)

(4) Remove Conveyor Roller 2.

(See 8.3.14.)


(6) Disconnect Conveyor Motor connector, and removeConveyor Motor.

Fig. 8-48

8.3.21. Outer Door


(2) Remove the Plate.

(3) Remove 6 screws and Outer Door.

Fig. 8-49

46


8.4. Circuit Board Assemblies

8.4.1. MAIN CONTROL Board


(See 8.2.1.)

(2) Remove 2 screws and MAIN CONTROL Board.

(3) Disconnect all connectors from/to MAIN CONTROL Board.

Note:

See SECTION 11 BLOCK DIAGRAM for connections.

Fig. 8-50

8.4.2. SCSI Board


(2) Pull out SCSI Board.

Fig. 8-51

8.4.3. DRIVE Board


(See 8.2.11.)


(See 8.3.1.)


(See 8.2.18.)

(4) Remove 4 screws and DRIVE Board.

(5) Disconnect all connectors from/to DRIVE Board.

Note:

See SECTION 11 BLOCK DIAGRAM for connections.Fig. 8-52

47


8.4.4. POWER Board & DC/DC Board


(See 8.2.11.)


(See 8.3.4.)

(3) Remove 5 screws(A) and 3 screws(B).

(4) Disconnect all connectors from/to POWER Board andremove POWER Board.

Note:


(5) Remove 4 screws(C) on DC/DC Board.

(6) Disconnect connector from POWER Board, and removeDC/DC Board.

Fig. 8-53

8.4.5. MOTHER Board


(See 8.2.11.)


(See 8.3.1.)


(See 8.2.18.)

(4) Remove DRIVE Board.

(See 8.4.3.)

(5) Remove 5 screws and MOTHER Board.

(6) Disconnect all connectors from/to MOTHER Board.

Note:


Fig. 8-54

8.4.6. PANEL Board

(1) Remove Front Panel.

(See 8.2.4.)

(2) Remove 7 screws and PANEL Board.


Fig. 8-55

48


8.4.7. HOPPER HOME SENSOR Board


(See 8.2.15.)

(2) Remove screw and HOPPER HOME SENSOR Board.

(3) Disconnect CN529 and CN530.

Fig. 8-56

8.4.8. RETARD POSITION DETECTOR Board


(See 8.2.6.)

(2) Remove screw and RETARD POSITION DETECTORBoard.


Fig. 8-57

8.4.9. DOCUMENT DETECTOR Board

(1) Remove Hopper Tray.

(See 8.2.10.)

(2) Remove 2 screws and DOCUMENT DETECTOR Board.


Fig. 8-58

49


8.4.10. SIZE SENSOR Board

(1) Remove Outer Door.

(See 8.3.21.)

(2) Remove 3 screws and SIZE SENSOR Board.


Fig. 8-59

8.4.11. SIZE LED Board

(1) Remove Back Cover.

(See 8.2.8.)


(See 8.2.16.)

(3) Remove 3 screws and SIZE LED Board.


Fig. 8-60

8.4.12. DOUBLE FEED DETECTOR (G) Board

(1) Remove Outer Door.

(See 8.3.21.)

(2) Remove 2 screws(A) from Fitting Plate with DOUBLE FEEDDETECTOR (G) Board.


Fig. 8-61

(4) Remove 2 screws(B) and DOUBLE FEED DETECTOR (G)Board.

Fig. 8-62

50


8.4.13. DOUBLE FEED DETECTOR (R) Board


(See 8.2.16.)

(2) Remove 2 screws(A) from Fitting Plate with DOUBLE FEEDDETECTOR (R) Board.


Fig. 8-63

(4) Remove 2 screws(B) and DOUBLE FEED DETECTOR (R)Board.

Fig. 8-64

8.4.14. STARTING POSITION LED Board

(1) Remove Lower Conveyor 2.

(See 8.2.17.)

(2) Remove 2 screws and STARTING POSITION LED Board.


Fig. 8-65

8.4.15. STARTING POSITION SENSOR Board

(1) Remove Paper Feed Motor.

(See 8.3.16.)

(2) Remove 2 screws(A) from Fitting Plate with STARTINGPOSITION SENSOR Board.


Fig. 8-66

51


(4) Remove 2 screws(B) and STARTING POSITION SENSORBoard.

Fig. 8-67

8.4.16. ENDING POSITION LED Board


(2) Remove Flatbed sheet.

(See 8.2.5.)

(3) Remove 2 screws and ENDING POSITION LED Board.


Fig. 8-68

8.4.17. ENDING POSITION SENSOR Board


(See 8.2.15.)

(2) Remove 2 screws and ENDING POSITION SENSORBoard.


Fig. 8-69

8.4.18. RELAY (BACK) Board

(1) Remove Back Door.

(See 8.2.9.)

(2) Remove 5 screws and RELAY (BACK) Board.

(3) Disconnect CN501, CN502, CN503, CN504, CN505,CN513, CN515, and CN522.

Note:


Fig. 8-70

52


8.4.19. RELAY (SIDE) Board


(See 8.2.6.)

(2) Remove 4 screws and RELAY (SIDE) Board.

(3) Disconnect all connectors from/to RELAY (SIDE) Board.

Note:


Fig. 8-71

8.4.20. CARRIAGE HOME DETECTOR Board


(See 8.2.11.)

(2) Remove ADF Glass Base.

(See 8.2.12.)


(See 8.2.18.)

(4) Remove 2 screws and CARRIAGE HOME DETECTORBoard.


Fig. 8-72

8.4.21. DOCUMENT COVER SENSOR Board

(1) Remove Flatbed sheet.

(See 8.2.5.)

(2) Remove 2 screws and DOCUMENT COVER SENSORBoard.


Fig. 8-73

53


9 OPERATION

9.1. Front Panel Specifications

Item ContentIndication Device LCD DisplayIndication Matrix 16 Characters x 2 linesKind of Character displayed Alphabet, Number, Square Phonetic, Japanese SyllabaryIndicated Contents System Status (Initializing, Ready, Scanning, Error, Warning)

Setting (Scanning, Counter, Imprinter, Others)Service Mode

Indicated Languages English, German, JapaneseOperation Key SCAN, COUNTER, IMPRINT, OTHERS, , HOME,

STOP/STARTNote:Pushing each key for more than 0.5 sec enables Repeat Mode

Fig. 9-1

54


Note: Setting the language

(1) Turn the power while pressing the HOME key.

(2) Use the [ ] key or [ ] key to select the “EnglishLetter”, “English A4” or “Deutsch A4”, “ A4”.

(3) Press the HOME key.

• • The display will change to the select language, then thescanner will be ready.

• • This setting will remain until it is changed to anothersetting.

55


9.2. Operation-1 (Normal Mode)

By pressing another key, you can enter the other Setting Mode directly, without returning back the READY Mode. The ImprinterSetting Mode will operate only if the Imprinter (optional) has been installed in the Main Unit (KV-S6055W(U)/KV-S6050W(U)).

9.3. Operation-2 (Service Mode)To enter Service Mode, turn on the Scanner while pressing the SCAN and the OTHERS keys simultaneously. Service Modeincludes the Service Setting Mode and Test Mode. The Service Setting Mode offers functions that are not available in NormalMode. The Service Setting Mode has “Set Warning value for timing of cleaning or replacing roller”, and so on. The Test Mode hasa scanning test and EEPROM initialization and so on. The Service Setting Mode can be available until the power is turned off.

56


9.4. Setting List

9.4.1. Scan Setting Mode (Normal Mode 1)No Item Setting Contents Default Factory

Setting

1 F. Brightness Host D4 D3 D2 D1 Norm L1 L2 L3 L4 Host Host

2 F. Emphasis Host Smooth None Low Medium High Host Host

3 F. Contrast Host L4 L3 L2 L1 Norm H1 H2 H3 H4 Host Host

4 F. Halftone Host Binary Dither64

Dither16

Half-tone32

Half-tone64

ErrorDiffu-sion

*1

DynamicThres-hold

Host Host

5 B. Color Drop Host Green Red Host Host

6 B. Brightness Host D4 D3 D2 D1 Norm L1 L2 L3 L4 Host Host

7 B. Emphasis Host Smooth None Low Medium High Host Host

8 B. Contrast Host L4 L3 L2 L1 Norm H1 H2 H3 H4 Host Host

9 B. Halftone Host Binary Dither64

Dither16

Half-tone32

Half-tone64

ErrorDiffu-sion

*1

DynamicThres-hold

Host Host

10 Noise Reduction Host None Black1×1

~ Black6×6

White1×1

~ White6×6

Host Host

11 Black Line Remove Host Dis-able

Enable Host Host

12 Scanning Mode Host Fit toPage

Actual Host Host

13 Detect Double Feed Host NotDetect

Detect Host Host

14 Double Feed(Action afterdetecting doublefeed)

Host Stop Buzzer Host Host

15 Double Feed (SetSensitivity)

Sens.Host

LowSensi-tivity

NormalSens.

HighSensi-tivity

Sens.Host

Host

16 Feed Speed Host Slow Normal Fast Host Host

17 Detect Skew Host NotDetect

Detect Host Host

18 Scan Method Host Flat-Bed

Host Host

19-a Save Setting(Select memory)

Memory1

Memory2

Memory1 Memory1

19-b Save Setting(Memorize scanningcondition toEEPROM)

Exe-cute

- -

20 Load setting forscanning condition

De-fault

Memory1

Memory2

Default Default

Note

*1 : Without an additional memory on the SCSI Board, this indication does not appear.

57


9.4.2. Counter Setting Mode (Normal Mode 2)No Item Setting Contents Default Factory

Setting

1 Disp. Counter Scan User System Scan Scan

2-a User Counter (Setcounter value)

0~9999999

0 0

2-b User Counter (SetIncrement value)

+1~+9 +1 +1

2-c User Counter(Clear usercounter)

Clear - -

3 (Disp.) SystemCounter

- 0

Note:

1. Disp. Counter

Select what type of counter value is indicated on LCD.

9.4.3. Imprinter Setting Mode (Normal Mode 3)No Item Setting Contents Default Factory

Setting

1 Pre Imprint(Select contentsto print)

Host Coun-ter

Host Host

2 Pre Position (Setprinted position)

Host 0~72Char.

Host Host

3 Pre Font Host Bold Normal Host Host

4 Pre Rotate Host 0° 90° 180° 270° Host Host

Note:

• • These settings are available only for supplying Imprinter to Scanner(KV-S6055W(U)/KV-S6050W(U)).

• • 2. Pre Position (Set printed position)

Set the position from which printing starts, based on the top of the sheet.

58


9.4.4. Other Setting Mode (Normal Mode 4)No Item Setting Contents Default Factory

Setting

1 Version (Disp. firmwareversion)

- -

2 Buzzer OFF ON ON ON

3 SCSI-ID No. 0~7 6 6

4 Terminator Dis-able

Enable Enable Enable

5 Transfer Rate 20MByte/sec

10MByte/sec

20MByte/sec

20MByte/sec

6-a Clean Roller (Disp. %) ~% 0% 0%

6-b Clean Roller (Clearwarning for “CleanRoller”)

Clear<>

- -

7-a Replace Roller (Disp.%)

~% 0% 0%

7-b Replace Roller (Clearwarning for “ReplaceRoller”)

Clear - -

8 Product ID KV-S6055Wseries

KV-S6055

KV-SS855

KV-S2065

KV-S2055

KV-S6045

KV-S6055 KV-S6055

KV-S6050Wseries

KV-S6050

KV-SS855

KV-S2065

KV-S2055

KV-S6040

KV-S6050 KV-S6050

9 Sleep Mode (Set periodto enter in Sleep Mode)

Dis-able

After 1min~ 60min

15 min 15 min

Note:

• • If the scanner is the last device in the SCSI chain, then the terminator should be set to “Enable”. But, under the above SCSIchain and scanner’s turn-off, the terminator should be attached to the SCSI connector on the scanner.

• • Setting the SCSI ID will be activated after turning the power OFF and turning it ON again.

• • Setting the terminator will be activated after turning the power OFF and turning it ON again.

59


9.4.5. Service Setting Mode (Service Mode 1)No Item Setting Contents Default Factory

Setting

1 PCB Rev. No.(Disp. PCB Versionand others)

- -

2 Clean Roller (Setcounter for rollercleaning timing)

5000pages

~ 1,000,000pages

50,000 50,000

3 Replace Roller(Set counter forroller replacementtiming)

5000pages

~ 1,000,000pages

300,000 300,000

4 Detect Size A4 Letter *1 *1

5 Adjust value forPaper LengthManually

28~228 -

6 Adjust value forFront V. PositionManually

28~228 -

7 Sensor Delay(Adjust value forSensor DelayManually)

80~255 - -

8 Adjust value forFront H. PositionManually

8~248 -

9 Adjust value forFront WidthManually

1~128 -

10 Adjust value forBack V. PositionManually

28~228 -

11 Adjust value forBack H. PositionManually

118~138 -

12 Adjust value forFB Length Manually

28~228 -

13 Adjust value forFB V. PositionManually

28~228 -

14 Adjust value forFB H. PositionManually

8~248 -

15 Lamp (Set lampcolor)

Green Red - -

16 Double Feed (Setdetection level)

118 128 138 - -

17 Set Default Exec <> -

18 Reset Language Exec <> -

Note

*1 : Setting content (A4 or Letter) on the item 4 depends on “Set language”.

9.4.6. Test Mode (Service Mode 2)No Item Setting Contents Default Factory

Setting

1-a Feed Test (Setresolution andtest)

100~600 START 200 200

1-b Feed Test (Setsize and test)

A4 A5 A6 B4 B5 B6 MAX Ltr Lgl Ldr A3 START A4 A4

60


Note:

• • CCD Test AMP1 (2) (Set gain for Amp1 (2) and test)

When checking lighting level only from the front side, setthe level to zero on B. CIS LED (Set LED level and test).

• • B CIS LED (Set LED level and test)

When checking lighting level from the back side, set theabove AMP1 to “Lamp OFF”.

No Item Setting Contents Default FactorySetting

1-c Feed Test (SetLength Control andtest)

OFF ON START ON ON

2-a Carriage Test (Setresolution andtest)

100~600 START 200 -

2-b Carriage Test (Setpaper size andtest)

A4 A5 A6 B4 B5 B6 Ltr Lgl Ldr A3 START A4 -

3-a CCD Test AMP1 (Setgain for Amp1 andtest)

X1 X2 LampOFF

START X1 -

3-b CCD Test AMP2 (Setgain for Amp2 andtest)

0~255 START CurrentValue

-

3-c B. CIS LED (SetLED level andtest)


-

4-a F. CCD Black Level(Set black off-setlevel and test)


-

4-b B. CIS Black Level(Set black off-setlevel and test)


-

5 Document Sensor(Check eachdocument sensorcondition)

START - -

6 Sensor SensitiveLevel

START - -

7 Door & Home sensor START - -

8 Hopper Test START - -

9 Conveyor Motor START - -

10 Feed Motor START - -

11 Aging START - -

12 DIMM SPD(Information)

- - -

13 Memory Test START - -

14 Sleep Mode START - -

15 Init. EEPROM START - -

16 Double Feed Test(Check double feedsensitivity aftersetting input-level)


-

17 Adjust Double feedDetector

START - -

18 Adjust LengthAutomatically

START - -

19 Adjust Front V.PositionAutomatically

START - -

20 Adjust Front H.PositionAutomatically

START - -

21 Adjust Front widthAutomatically

START - -

22 Adjust Back V.PositionAutomatically

START - -

23 Adjust Back H.PositionAutomatically

START - -

24 Adjust FB LengthAutomatically

START - -

25 Adjust FB V.PositionAutomatically

START - -

26 Adjust FB H.PositionAutomatically

START - -

27 Adjust allposition & lengthAutomatically

START - -

28 Adjust shading START - -

61


9.5. Setting Operation (Normal Mode)

POWER ON

READY onLCD?

START

No

Yes

Push key once Push key once Push key once Push key once

EntersScanSettingMode

(To Section 9.5.1) (To Section 9.5.2) (To Section 9.5.3) (To Section 9.5.4)

EntersCounterSettingMode

EntersImprintSettingMode

EntersOtherSettingMode

1

2 4 5 6

Operation for the Item 19-a, 19-b on the "9.4.1 Scan Setting Mode" Go to 9.5.1.2.Other operation Go to 9.5.1.1.

Operation for the Item 6-a, 6-b, 7-a, and 7-b on the "9.4.4 Other Setting Mode" Go to 9.5.4.2.Other operation Go to 9.5.4.1.

9.5.1. Scan Setting Mode (Normal Mode 1)

9.5.1.1. Mode-1

Select a menu of

parameter ofanother item?

2

1

(From Section 9.5)

Set the parameter by

Push key once.

3

Setting Item by pushing“ ” or “ ” key.

pushing“ ” or “ ” key.

(To Section 9.5)

No

Yes

(From Section 9.5.1.2)Item(1) F. Brightness(2) F. Emphasis(3) F. Contrast(4) F. Halftone(5) B. Color drop(6) B. Brightness(7) B. Emphasis(8) B. Contrast(9) B. Halftone(10) Noise Reduction

(12) Scanning Mode(13) Detect Double Feed(14) Double Feed (Action after detecting Double Feed)(15) Double Feed (Set Sensitivity)(16) Feed Speed(17) Detect Skew(18) Scan Method

Change the

(1) Host/D4/D3/D2/D1/Norm/L1/L2/L3/L4(2) Host/Smooth/None/Low/Medium/High(3) Host/H4/H3/H2/H1/Norm/L1/L2/L3/L4(4) Host/Binary/Bayer dither 64/Bayer dither

(5) Host/Green/Red(6) Host/D4/D3/D2/D1/Norm/L1/L2/L3/L4(7) Host/Smooth/None/Low/Medium/High(8) Host/H4/H3/H2/H1/Norm/L1/L2/L3/L4(9) Host/Binary/Bayer dither 64/Bayer dither

(10) Host/None/B1x1/B2x2/B3x3/B4x4/B5x5/B6x6/ W1x1/W2x2/W3x3/W4x4/W5x5/W6x6 (11) Host/Disable/Enable(12) Host/Fit to Page/Actual(13) Host/Not Detect/Detect(14) Host/Stop/Buzzer(15) Sens.Host/Low Sensitivity/Normal/High Sensitivity(16) Host/Slow/Normal/Fast(17) Host/Not Detect/Detect

16/Halftone dot 32/Halftone dot 64/Error diffusion/Dynamic Threshold

16/Halftone dot 32/Halftone dot 64/Error diffusion/Dynamic Threshold

(11) Black Line Remove

(20) Load Setting for scanning condition

(18) Host/Flat-bed(20) Default/Memory 1/Memory 2

62


9.5.1.2. Mode-2

Select a menu of Setting Item by

parameter of another item

Mode?

2

1

(From Section 9.5)

Push key once.

pushing “ ” or “ ” key.

(To Section 9.5)

No

Yes

Item(19)-a Save Setting

(19)-b Save Setting

Change the

Renew the scanning Condition?

Set the parameter by pushing “ ”or “ ” key.

Yes


(Select memory)

(Memorize scanning condition to EEPROM)

Push “ ” or “ ” key until

19. Save Settingxxxx is indicated.

xxxx; “ Memory 1 ” or “ Memory 2 ”

Select Memory Number (1 or 2) to store scanning condition parameters.

Push “ ” or “ ” key until

19. Save SettingExec is indicated.

=<>

3(To Section 9.5.1.1)

No

Set new scan condition parameters (forItem 1 to 18 on the Scan Setting Mode)to the selected memory.

for Scan Setting


Pushing “ ” and “ ” keys at the same time.

(19)-a

(19)-b

63


9.5.2. Counter Setting Mode (Normal Mode 2)


the parameter of another

Mode?

4

1

(From Section 9.5)

Push key once.


(To Section 9.5)

No

Item(1) Disp. Counter(2) User Counter

Change

Clear User Counter?


Yes

No

item for Counter Setting

Push “ ” and “ ” keysat the same time.

Set counter valueSet increment valueClear User Counter

(2)-

ClearUser Counter

(1) Scan/User/SystemScan: Clear Counter every scanningUser: Clear Counter by User or

Power offSystem: Numbers of total scanning (Cannot clear)(2)-

(2)-

; Count up; Count down

User Counter goes up, according tothis setting value.

Yes

c.

a.b.

c.

(2)- c.

a.

b.

(3) (Disp.) System Counter


4

1

Push key once.

pushing “ ” or “ ” key.System Count.

(From Section 9.5)


No

Change

item ?Yes

Confirm the valuefor System Counter.

(To Section 9.5)

64


9.5.3. Imprinter Setting Mode (Normal Mode 3: Option)

These settings can only be access if the optional imprinter is installed.



Mode?

5

1

Push key once.


(To Section 9.5)

No

Item(1) Pre Imprint (Select contents to print)

(2) Pre Position (Set printed position)

Change


item for Imprinter Setting

(1) Host: Printing is executed, being controlled by Host. Count: The value indicated on LCD is printed.

(2) Set the position from which printing starts, based on the top of the sheet.

Yes

(From Section 9.5)

(3) Pre Font

(4) Pre Rotate

(3) Set Font type. Bold : 2 dots font Normal : 1 dot font

(4) Host / 90 ° / 180 ° / 270 ° (ex.) 90 °

AB

9.5.4. Other Setting Mode (Normal Mode 4)

9.5.4.1. Mode-1



Mode?

6

1

(From Section 9.5)

Push key once.


(To Section 9.5)

No

Item(1) Version(2) Buzzer

Change

Version?


No

item for Other Setting

(1) Version indication

Yes

(3) SCSI ID(4) Terminator

(8) Product ID(9) Sleep Mode (Set period to enter in Sleep Mode)

Yes

Ex. VersionM1.00 F1.00

M; MAIN Board Firmware

F; Pre Imprinter FirmwareVersion

Version

(2) ON/OFF(3) 0/1/2/3/4/5/6/7(4) Disable/Enable(5) 20MByte/sec 10Mbyte/sec(8) [KV-S6055 Series] KV-S6055 KV-SS855 KV-S2065

KV-S2055 KV-S6045

(9) Disable/1min~60min

[KV-S6050] KV-S6050 KV-SS855 KV-S2065

KV-S2055 KV-S6040

(5) Transfer Rate

65


9.5.4.2. Mode-2



Mode?

6

1

(From Section 9.5)

Push key once.


(To Section 9.5)

No

Item(6) Clean Roller

Change

Clear Warning?

Push “ ” and “ ” keysat the same time.

item for Other SettingYes

(7) Replace Roller

Yes

Disp.%Clear “ Warning for “Clean Roller ” ”

Disp.%Clear “ Warning for “Replace Roller ” ”

(6)- ; Indicates % based on the value of “ Clean Roller ” in Service Setting Mode

(7)- ; Indicates % based on the value of “ Replace Roller ” in Service Setting Mode

(6)-(7)-

Clear Warning

No

a.

a.

b.

b.

a.

b.

a.

b.

66


9.6. Setting Operation (Service Mode)

Power ON while pushing SCAN &

READY on LCD?

START

No

Yes

Enter in ServiceSetting Mode

(To Section 9.6.1) (To Section 9.6.2)

Enter in TestMode

9

7 8

OTHER keys.

Push “ ” key once. Push “ ” key once.

(From Section 9.6.1 - 9.6.2)

Operation for the Item 1 on the "9.4.5 Service Setting Mode" Go to 9.6.1.1.

Operation for the Items 17 and 18 on the "9.4.5 Service Setting Mode" Go to 9.6.1.3.

Other operation Go to 9.6.1.2.

Each operation for the Items on the "9.4.6 Test Mode"Item 1 Go to 9.6.2.1.Item 2 Go to 9.6.2.2.Items 3, 4 and 16 Go to 9.6.2.3.Items 5, 6, 7, 13 and 14 Go to 9.6.2.4.Items 8, 9, 10 and 11 Go to 9.6.2.5.Item 12 Go to 9.6.2.8Item 15 Go to 9.6.2.7.Others Go to 9.6.2.6.

9.6.1. Service Setting Mode (Service Mode 1)

9.6.1.1. Mode-1



7

9

Push key once.


(To Section 9.6)

No

(1) PCB Rev. No. (Disp. PCB Version and others)

Change

item? Yes

(From Section 9.6)

PCB Rev. No.MaOGsOIfOOGiOMeO

Classification of SD RAM

GA-IMG Ver.I/F Board Ver.

I/F Board Name0; SCSI

GA-SEN Ver.MAIN Board Ver.

67


9.6.1.2. Mode-2


Change

item?

7

9

(From Section 9.6)

Push key once.


(To Section 9.6)

No

(2) Clean Roller (Set counter for roller cleaning timing.)

the parameter of anotherYes

(4) Detect Size(3) Replace Roller (Set counter for roller replacement timing.)

(5) Adjust value for Paper Length manually(6) Adjust value for Front V. Position manually

(9) Adjust value for Front Width manually(8) Adjust value for Front H. Position manually

(10) Adjust value for Back V. Position manually

Set the parameter by pushing “ ” or “ ” key.

(2) Set paper scanning numbers

(4) A4/Letter

(3) Set paper scanning numbers

(5) ; 0.1 % longer

(6) ; 0.1mm to lower side

(8) ; 0.1mm to the right

(10) Same as (6)(11) Same as (8)

to clean rollerDefault; 50,000_

to replace rollerDefault; 300,000_

; 0.1 % shorter

; 0.1mm to upper side

; 0.1mm to the left

(11) Adjust value for Back H. Position manually(12) Adjust value for FB Length manually(13) Adjust value for FB V. Position manually(14) Adjust value for FB H. Position manually(15) Lamp (Set lamp color.)(16) Double Feed (Set detection level.)

(9) ; 0.1 % Reduce ; 0.1 % Expand

(12) ; 0.1 % longer ; 0.1 % shorter

(13) ; 0.1mm to lower side ; 0.1mm to upper side

(14) ; 0.1mm to the right ; 0.1mm to the left

(15) Green/Red(16) 118/128/138

*Execute the Item (5) “Adjust value for Paper Length manually” before Items (6) “Adjust value for Front V. Position manually” and(10) “Adjust value for Back V. Position manually”.

*Execute the Item (12) “Adjust value for FB Length manually” before Item (13) “Adjust value for FB V. Position manually” and

*Execute the Item (9) “Adjust value for Front Width manually” before Item (8) “Adjust value for Front H. Position manually” and(11) “Adjust value for Back H. Position manually”.

(14) “Adjust value for FB H. Position manually”.

Note:

(7) Sensor Delay (Adjust value for Sensor Delay manually)

; 0.1msec longer delay-time ; 0.1msec shorter delay-time

(7) 80-255

68


9.6.1.3. Mode-3


Change

item?

7

9

(From Section 9.6)

Push key once.


(To Section 9.6)

No

(17) Set Default

the parameter of anotherYes

Pushing “ ” and “ ” keys changes setting

SCSI ID 0-7

System CounterTerminator ON/OFF

on LCD into default except for the following contents.

Adjust value for scanning positionLanguage on LCD

Set Default?

Push “ ” and “ ” keys

No

once at the same time.

Lamp (Set lamp color)Double Feed (Set detection level)Transfer RateSensor Delay (Adjust value for Sensor Delay manually)


7

9

Push key once.


(18) Reset Language

Yes

Push “ ” and “ ” keysonce at the same time.

Turn OFF Scanner.

Turn ON Scanner, again.

Set Language.

(From Section 9.6)

(To Section 9.6)

By operating this, Item 4 "Detect Size" (A4 or Letter) is set at the same time.

Note: Refer to "9.1 Front Panel Specifications". (Setting the language)

69


9.6.2. Test Mode (Service Mode 2)

9.6.2.1. Mode-1


8(From Section 9.6)


(1) Feed Test

Yes

100~600; Default 200

Start Feed Test?

Set the parameter by pushing

No

“ ” or “ ” key.

a. Set Resolution and Testb. Set Paper Size and Testc. Set Length Control and Test

Set scanning paper.

Push “ ” key once.

Set the parameter by pushing“ ” or “ ” key.

01 Feed TestRes. xxx START

; 10 step-up every pushing ; 10 step-down every pushing

01 Feed TestSize

A4/A5/A6/B4/B5/B6/MAX/Ltr/Lgl/Ldr/A3Ltr : LetterLgl : Legal

Length Control; Default OFF

01 Feed TestLC

LC ON / LC OFFLC ON enables to start scanningthe next page, when the originalpaper size is shorter than that of the paper setting.

Start Feed Test?

No



AB

Yes

a.

b.

c.

xxx:

70


71


9.6.2.2. Mode-2


8

(From Section 9.6)


(2) Carriage Test

Yes

100~600; Default 200

Start Feed Test?

Set the parameter by pushing

No

“ ” or “ ” key.

a. Set Resolution and Testb. Set Paper Size and Test



02 Carriage TestRes. ??? START

; 10 step-up every pushing ; 10 step-down every pushing

02 Carriage TestSize

A4/A5/A6/B4/B5/B6/Ltr/Lgl/Ldr/A3Ltr : LetterLeg : Legal

Finish Scanning ?No

Push key once.

Finish Scanning ?No

Yes

Go Back to Ready ?No

9

Push key once.

(To Section 9.6)

Go Back to Ready ?No

Yes

Yes

Yes

Ldr : Ledger

Push key once.

Push key once.

Push key once.

72


9.6.2.3. Mode-3


8(From Section 9.6)



Confirm Test result.

Re-try Test?

No

Yes

Push key.

9(To Section 9.6)

try to do another Test ?

No

Yes

a

a

ba

c

b

a

acb b, (15) Level 0-255

16

Push key.

Push key once.

Push key once.

73


9.6.2.4. Mode-4


8(From Section 9.6)


(5) Document Sensor (Check each document sensor condition.) (6) Sensor Sensitive Level (7) Door & Home Sensor(13) Memory Test(14) Sleep Mode

Push key once.

Confirm the Test result.

Push key.

Select Sensor Test ((5) or (6) or (7) or (12) or (13))

(5), (6), (7), (12), (13)Execute each Test

(5)

P: Status of Paper Detector0,1,2,3,4,5,6,7,8 : Each status of Size Sensors 0-8* When this status value is “1”, it means the paper is in this scanner.S: Status of Starting Position SensorE: Status of Ending Position Sensor

P 0 1 2 3 4 5 6 7 8 S E1 0 1 0 1 1 0 1 0 0 0 0

(7)

F A T H C R0 1 0 1 0 0

orTest again?

Do another Test?

9(To Section 9.6)

No

Yes

(6)

P: Status of Paper Feed Sensor (x: No range)S: Status of Starting Position Sensor; Range 0-F (F:Darker)E: Status of Ending (Front) Position Sensor;Range 0-F (F: Darker)0,1,2,3,4,5,6,7,8 : Each status of Size Sensors 0-8;

P 0 1 2 3 4 5 6 7 8 S Ex 3 3 3 3 3 3 3 3 3 3 3

D0

F: Status of Front CoverB: Status of ADF CoverT: Status of Top CoverD: Document Cover *When this status value is “1”, it means door open.H: Hopper Position Sensor (Value “1” means Hopper is in home)C: Carriage Position Sensor (Value “1” means Carriage is in home)R: Retard Position Sensor (Value “1” means Retard position is released)(13): No Error or Error Message(14): No Error or Error Message

Push key once.

74


9.6.2.5. Mode-5

orTest again?

Do another Test?

Yes

* (8) Hopper Test


8(From Section 9.6)


Push key once.


Push key once.

9

Push key once.

(To Section 9.6)

Push key once.

No

* (9) Conveyor Motor* (10) Feed Motor* (11) Aging

* The Test will be repeated continuouslyuntil STOP/START key is pressed.

9.6.2.6. Mode-6

orTest again?

Do another Test?

Yes

(20) Adjust Front H. position Automatically(21) Adjust Front Width Automatically(22) Adjust Back V. position Automatically(23) Adjust Back H. position Automatically(24) Adjust FB Length Automatically(25) Adjust FB V. position Automatically(26) Adjust FB H. position Automatically(27) Adjust All position & Length Automatically(28) Adjust Shading


8(From Section 9.6)


Set Test chart on Scanner.

Push key once.


9

Push key once.

(To Section 9.6)

Push key once.

No

No ErrororError Message

(17) Adjust Double Feed Detector(18) Adjust Length Automatically(19) Adjust Front V. position Automatically

(17) Set Adjustment paper.(18)-(27) Set Test chart A.

Note: Part number of these charts and paper are shown on SECTION 15.

(18) Front Side (19) Front Side (*Set 2pcs of Test chart on account of including adjustment for the function of "Sensor Delay automatically".) (20), (21) Front Side(22), (23) Back Side(24), (25), (26) Set the chart A on the Flatbed. (27) Set 7 charts in following order ( 1 to 7 ) to ADF, and set 1 chart ( 8 ) to Flatbed. 1 Front Side 2 Front Side 3 Front Side 4 Front Side 5 Front Side 6 Back Side 7 Back Side 8 Front Side (*Set to Flatbed)

(28) Set Shading paper.

75


9.6.2.7. Mode-7

orTest again?

Do another Test?

Yes

(15) Init. EEPROM


8(From Section 9.6)


Push “ ” and “ ” keys once at the same tlime.


9

Push key once.

(To Section 9.6)

Push key once.

No

Execute initializing EEPROM.

* Please be very careful as this testoperation initializes all data

9.6.2.8. Mode-8

Confirm the DIMM information bypushing " " or " " key.

Execute another item ?Yes

(12) DIMM SPD (Serial Presence Detect) Information


8(From Section 9.6)


9

Push key once.

(To Section 9.6)

No

12. DIMM SPDByte XX Value XX

76


9.7. Error Code

ST1 Error Content0X Communication Error1X Paper Jam Error2X Door Open Error3X Mechanical Function Error4X Paper (Document) Sensor Error5X Scanning Error6X -7X -8X Hardware Error9X Hardware ErrorAX -BX -CX -DX -EX -FX -

Error Code Outline

Note: (1) How to confirm Table 9-1(ex.)0x-shows Communication Error for00 to 0B of ST1 bit.(2) “-” in Error Content is not used.

Table 9-1

ClassifiedCode ST1 ST2 ST3 ST4 Content

U11 11 x 00 00 Paper Feed Jam (when paper does not reach Size Sensor 0): ST2 shows the restnumbers (approx.) of paper.

U12 12 x 00 00 Jam 1 (when paper does not reach Starting Position Sensor): ST2 shows the restnumbers (approx.) of paper.

U14 14 x 00 00 Jam 3 (when paper does not reach Ending Position Sensor): ST2 showsthe rest numbers (approx.) of paper.

U16 16 x 00 00 Scan-out Jam 1 (when paper does not pass Ending Position Sensor):ST2 shows the rest numbers (approx.) of paper.

U18 18 x 00 00 Paper remain in scanner *(ST2: Paper position Information)

Error Code

U20 19 00 00 00 Skew ErrorU23 1C x x 00 Double Feed Error

(ST2: Sensor Information)

U31 21 00 00 00 ADF Door OpenU30 20 00 00 00 Front Door Open

U34 24 00 00 00 Imprinter Door Open

10 00 00 00 No Paper Error

(ST3: 0=Document at wait position 1=No Documentat wait position 2=Length 3=Supersonic Frequency)

U35 25 00 00 00 Document Cover Open

F40 30 x 00 00 Hopper Drive ErrorF41 31 x 00 00 Carriage Drive ErrorF50 40 00 00 00 Size Sensor 0 Error

(ST2: 0=Up, 1=Down)(ST2: 0=Backward direction 1=Forward direction)

F51 41 00 00 00 Starting Position Sensor Error

U10

F55 42 00 00 00 Ending Position Sensor Error

F71 48 00 00 00 Size Sensor 1 ErrorF72 49 00 00 00 Size Sensor 2 ErrorF73 4A 00 00 00 Size Sensor 3 ErrorF74 4B 00 00 00 Size Sensor 4 ErrorF75 4C 00 00 00 Size Sensor 5 Error

F80 60 x x 00 Double Feed Sensor Error (ST2: DA output value, STS3: AD input value)F61 51 00 00 00 Front-side Black Level ErrorF63 53 00 00 00 Back-side Black Level Error

F76 4D 00 00 00 Size Sensor 6 ErrorF77 4E 00 00 00 Size Sensor 7 ErrorF78 4F 00 00 00 Size Sensor 8 Error

F60 50 00 00 00 Front side gain Error

77


ClassifiedCode ST1 ST2 ST3 ST4 Content

F68 54 x x 00 Front-side Lamp Lighting Error (ST2: AD input Value, ST3: Peak value)F69 55 x x 00 Back-side Lamp Lighting Error (ST2: Lighting Value, ST3: Peak value)U41 58 00 00 00 Scanning Position Adjustment (Auto Mode) ErrorF10 80 00 00 00 Program ROM Error on MAIN CONTROL BoardF11 81 x x x Work RAM Error on MAIN CONTROL Board (ST2: Data, ST3,4: Address)F17 87 00 00 00 On Board DRAM ErrorF18 88 00 00 00 DIMM1 ErrorF20 8A x x x Shading RAM Error (ST2: Data)(ST3,4: Address)F21 8B x x x Line RAM Error (ST2: Data)(ST3,4: Address)F26 90 x x x (ST2: Data)(ST3,4: Address)F29 93 x x x (ST2: Data)(ST3,4: Address)F30 94 x x x (ST2: Data)(ST3,4: Address)F31 95 x x x (ST2: Data)(ST3,4: Address)

F34 98 00 00 00 EEPROM Error

F36 9A 00 00 00 GA Sensor ErrorF37 9B GA Image Error (ST2: "01" means Overrun error. ST3: Front-side error code.

ST4: Back-side error code.U50 A0 00 00 00 Not installed I/F Board

Table 9-2

x x x

Patch RAM Error

Front Gamma RAM ErrorBack Gamma RAM ErrorDither RAM Error

(Ex.) 1 8 2 0 1 8 0 0

Bit Sensor Name7 Paper Detector6 SIZE 05 Starting Position4 -3 Ending Position2 -1 -0 -

0 0 0 0

0 0 1 0

Note*U18 Paper Position Information

In this case,the Starting Position sensorand Size 4 and 5 sensorsdetect the paper

ST2

Bit Sensor Name7 SIZE 86 SIZE 75 SIZE 64 SIZE 53 SIZE 42 SIZE 31 SIZE 20 SIZE 1

1 0 0 0

0 0 0 1

ST3

78


10 TROUBLESHOOTING

Error Code for KV-S6055(S6050) as shown in 9.7.

ClassifiedCode

Error Code Possible Cause Check Point

U10 10 00 00 00 Paper Detector does not work. 1. Paper has not been properly set.

2. The back side of the last scanning is black.

3. A connector for the sensor signal is loosen.

4. Paper Detector is damaged.

1. Replace the torn or ripped paper.

2. Place correct sheet.

3. Confirm operation of the sensor in Test Mode. Ifthe sensor does not work, the connector hascome loose. Attach the connector correctly.

4. Check whether the cable and/or Sensor board arebroken.

U11 11 xx 00 00 Paper does not feed in the correct timing. 1. Slip caused by dirt of the roller.

2. Conveyor has not been set properly.

3. Double Feed.

4. Sensor error.

1. Replace the Paper Feed Roller, Separation Roller,or Retard Roller if they are worn down.

2. Set conveyor properly.

3. Clean the Separation Roller and Retard Roller.Confirm whether the Retard Roller is properly set.Replace the Paper Feed Roller, Separation Roller,or Retard Roller if they are worn down.

4. Clean any paper dust on the sensor section.

U1212 xx 00 00 Paper does not reach to the Starting Position Sensor.

1. Paper Feed Roller, Separation Roller, and RetardRoller are slipping.

2. Following Paper which cause Double Feed is left,inside unit.

3. Sensor error.

1. Clean the Paper Feed Roller, Separation Roller,and Retard Roller.

2. Clean the Separation Roller and the RetardRoller.


U1313 xx 00 00 Paper does not reach to the Ending Position Sensor.

1. Slip caused by dirt of the roller.

2. Sensor error.

3. Conveyor has not been properly installed.

1. Clean the Conveyor Roller.


3. Assemble the conveyor properly.

U1616 xx 00 00 Paper does not pass the Ending Position Sensor.

1. Slip caused by dirt of the roller.

2. Sensor error.

3. Conveyor has not been properly installed.

1. Clean the Conveyor Roller.

2. Clean any paper dust on the sensor.

3. Assemble the conveyor properly.

U18 18 xx 00 00 1. Paper remains in the equipment.

2. The Paper Detector is ON.

(1) LED is broken.

(2) Sensor is broken. Confirm the LED and thesensor operation state.

Confirm steps:

1) Start the Doc Sensor Test in Test Mode.

2) Open the conveyor and shine a light on thesensor. If the sensor turns ON, there is aproblem with the LED. If the sensor does notturn ON, there is a problem with the sensor.

(3) Conveyor is not assembled correctly.

(4) LED or Sensor is bent down.

(5) Sensor is covered with paper dust.

1. Remove paper.

2. (1) Replace the LED.

(2) Replace the Sensor.

(3) Assemble the conveyor properly.

(4) Replace the LED or sensor.

(5) Clean any dust on the sensor section.

U30 20 00 00 00 U30 Error Code does not turn off even through theFront Door is closed. 1. Front Door Switch is not being correctly shut

down.

2. Front Door Switch is broken.

1. Check that the Front Door Switch is not beingcorrectly shut down.

2. Replace the Front Door Switch.

U31 21 00 00 00 U31 Error Code does not turn off even through theADF Door is closed. 1. ADF Door Switch is not being correctly shut down.

2. ADF Door Switch is broken.

1. Check that the ADF Door Switch is not beingcorrectly shut down.

2. Replace the ADF Door Switch.

U34 22 00 00 00 U34 Error Code does not turn off even through theBack Door is closed. 1. The connector to the Back Door Detector is

loosen.

2. The Back Door Detector is broken.

1. Connect the cables properly.

2. Replace the sensor board.

79


ClassifiedCode

Error Code Possible Cause Check Point

U35 25 00 00 00 U35 Error Code does not turn off even through theDocument Cover is closed. 1. The connector to the Document Cover Sensor is

loosen.

2. The Flat-Bed Door Detector is broken.

1. Connect the cables properly.

2. Replace the sensor board.

F40 30 xx 00 00 The Hopper Home Sensor does not operate properly. 1. The connector to the HOPPER POSITION

DETECTOR Board is not properly inserted.

2. The Hopper Home Detector is broken.

1. Mount the connector properly.

2. Replace the HOPPER POSITION DETECTORBoard.

F50|

F78

40|

4F

00|

00

00|

00

00|

00

1. Paper dust on the sensor section.

2. LED or sensor is laid down.

3. LED has reached the end of its useful life.

1. Clean the sensor section.

2. Straighten the LED or sensor.

3. Replace the LED.F10 80 00 00 00 1. Program ROM is not correctly mounted.

2. Download has failed.

1. Remount ROM correctly.

2. (1) Download again.

(2) Replace the Program ROM or the MAINCONTROL Board.

F11 81 xx xx xx Poor soldering around the Work RAM (IC1029,IC1030) on the MAIN CONTROL Board. (ST2: DATA)(ST3, 4: Address)

Replace the MAIN CONTROL Board.

F15 85 00 00 00 Download to Imprinter has failed. 1. Replace the IMPRINTER Board.

2. Confirm the cable connected to IMPRINTERBoard.

3. Confirm MAIN CONTROL Board Imprinter I/Fsection.

F17 87 00 00 00 Poor soldering around the SD-RAM (IC604, IC605) onthe SCSI Board.

Replace the SCSI Board.

F18 88 00 00 00 Additional DIMM is not mounted correctly. Remount the DIMM.F19 89 00 00 00F20 8A xx xx xx Shading RAM Error Replace the MAIN CONTROL Board.F21 8B xx xx xx Line RAM Error Replace the MAIN CONTROL Board.F26 90 xx xx xx Patch RAM Error Replace the MAIN CONTROL Board.F28 92 xx xx xx Rotation RAM Error Replace the MAIN CONTROL Board.F29 93 xx xx xx Front Gamma RAM Error Replace the MAIN CONTROL Board.F30 94 xx xx xx Back Gamma RAM Error Replace the MAIN CONTROL Board.F31 95 xx xx xx Dither RAM Error Replace the MAIN CONTROL Board.F34 98 xx xx xx EEPROM RAM Error Replace the MAIN CONTROL Board.F36 9A xx xx xx GA Sensor Error Replace the MAIN CONTROL Board.F37 9B xx xx xx GA Image Error Replace the MAIN CONTROL Board or SCSI Board.

(Note)

If neither LCD indication nor memory accessed from CPU work properly, when initializing, LED6 to LED1 (D106-D101) status canbe available for trouble-shooting.

Scanner CPU checks attached ROM and RAM on MAIN CONTROL Board and on SCSI Board after power ON. It displays 6 redLED pattern on the MAIN CONTROL Board according to progress of checking. All LED OFF means the MAIN CONTROL Board’scheck is finished normally. If some errors are detected, some LED remains to light.

Main Board LED display: Lighting, : Not Lighting

LED 6 5 4 3 2 1Error Detail Check Point

LCD No Response Error Replace MAIN CONTROL BoardFlash-ROM check Error Replace MAIN CONTROL BoardSRAM check Error Replace MAIN CONTROL BoardInternal SRAM (Inside of CPU) check Error Replace MAIN CONTROL BoardGA_SENSOR shading check Error Replace MAIN CONTROL BoardGA_SENSOR line correction RAM check Error Replace MAIN CONTROL BoardEEPROM check Error Replace MAIN CONTROL BoardMAIN CONTROL Board Error(Another modelMAIN Board is supplied)

Replace MAIN CONTROL Board

No Error

80


Requirement after parts replacement

Following adjustments are required when print circuit board or part is replaced.

Replaced print circuit board or part Required adjustmentMAIN Control Board Adjust Shading

Adjust All Position & Length AutomaticallyAdjust Double Feed Detector Gain

Flash ROM Adjust ShadingFront CCD Unit Adjust Shading

Adjust All Position & Length Automatically or 5 Adjustments should be done.(1) Adjust ADF Front Width Automatically(2) Adjust ADF Front H. Position Automatically(3) Adjust ADF Front V. Position Automatically(4) Adjust FB H. Position Automatically(5) Adjust FB V. Position AutomaticallyWhen “Adjust All Position & Length Automatically” is done, Length, Back H. Position, and Back V.Position are adjusted again.

Back CIS Adjust ShadingAdjust All Position & Length Automatically or 2 Adjustments should be done.(1) Adjust ADF Back H. Position Automatically(2) Adjust ADF Back V. Position AutomaticallyWhen “Adjust All Position & Length Automatically” is done, Length, Front Width, Front H. Position,Front V. Position, FB H. Position, and FB V. Position are adjusted again.

Starting Position Sensor BoardStarting Position LED Board

Adjust All Position & Length Automatically or 2 Adjustments should be done.(1) Adjust ADF Front V. Position Automatically(2) Adjust ADF Back V. Position Automatically

Double Feed Detector [Receiver] BoardDouble Feed Detector [Generate] Board

Adjust Double Feed Detector on Test Mode

Carriage Home Sensor Board Adjust All Position & Length Automatically or 2 Adjustments should be done.(1) Adjust ADF Front V. Position Automatically(2) Adjust FB V. Position Automatically

Initialize EEPROM Adjust All Position & Length AutomaticallyAdjust Double Feed Sensitivity

Disassemble and assemble whichinfluence to scanning positions.EX) Disassemble and assemble of SubChassis (R), (L), Main Chassis (R), (L)

Adjust All Position & Length Automatically or 7 Adjustments should be done.(1) Adjust ADF Front Width Automatically(2) Adjust ADF Front H. Position Automatically(3) Adjust ADF Front V. Position Automatically(4) Adjust ADF Back H. Position Automatically(5) Adjust ADF Back V. Position Automatically(6) Adjust FB H. Position Automatically(7) Adjust FB V. Position AutomaticallyWhen “Adjust All Position & Length Automatically” is done, Length is adjusted again.

Driver RollerConveyor Roller

Adjust All Position & Length Automatically or 1 Adjustment should be done.(1) Adjust Length Automatically

81


82


11 BLOCK DIAGRAM

CARRIAGE MOTOR


83


84

12 EXPLANATION OF CONNECTORNote:

Signal names which begin with asterisk (*) indicates that the corresponding signal is LOW when active.

Pin No. Signal Name Description

1 CIS IN1 Contact Image Sensor Signal 12 AGND Analog Ground3 +5V +5V4 -5V -5V5 CISSP1 Start Pulse1 for CIS6 GND Ground7 CISCLK1 Clock1 for CIS8 GND Ground

CN1002 (MAIN) - (CIS)

Pin No. Signal Name Description1 CIS IN2 Contact Image Sensor Signal 22 AGND Analog Ground3 +5V +5V4 -5V -5V5 CISSP2 Start Pulse for CIS6 GND Ground7 CISCLK2 Clock for CIS8 GND Ground9 CIS SIZE DET1 CIS Size Detect 1

10 CIS SIZE DET2 CIS Size Detect 2

Pin No. Signal Name Description (S6055)1 AGND Ground2 AGND Ground3 CCD(EVEN) CCD Signal4 -5V -5V (for Analog)5 CCD(ODD) CCD Signal6 AGND Ground7 CCD(ROG) CCD Clock8 GND Ground9 CCD(CLP) CCD Clock

10 CCD(S/H) CCD Clock

CN1003 (MAIN) - (CIS)

CN1006 (MAIN) - CN2001(MOTHER)

Pin No. Signal Name Description (S6055)

37 GND Ground38 FVD0 Front Data39 FVD1 Front Data40 FVD2 Front Data41 FVD3 Front Data42 FVD4 Front Data43 FVD5 Front Data44 FVD6 Front Data45 GND Ground46 FVD7 Front Data47 BVD0 Back Data48 BVD1 Back Data49 BVD2 Back Data50 BVD3 Back Data51 BVD4 Back Data52 BVD5 Back Data53 BVD6 Back Data54 BVD7 Back Data55 *CS(IMG) Chip Select for GAIMG56 *ACTTERM Active Terminator Enable57 GND Ground58 GND Ground59 TERMPC Terminal Power Enable60 RESERVE Not Used61 *IMGWAIT Cpu Wait62 TXD2(IF) Not Used63 RXD2(IF) Not Used64 RTS2(IF) Not Used65 CTS2(IF) Not Used66 *CS3(SCSI) Chip Select for SCSI67 *IRQ1(SCSI) SCSI Interrupt Request68 *IRQ(IMG) GAIMG Interrupt Request69 *CS Chip Select for Conveyor Motor70 *CS Chip Select for Feed Motor71 *CS Chip Select for Carriage Motor72 *CS Chip Select for I/F Board Detect

11 GND Ground12 CCD(RST) CCD Clock13 CCD(P2) CCD Clock14 CCD(P1) CCD Clock15 GND Ground16 CCDDET2 CCD Board Detection17 +5VD +5V (for Digital)18 +5VA +5V (for Analog)19 CCDDET1 CCD Board Detection20 +24V +24V21 +3VD +3V (for Digital)22 +3VD +3V (for Digital)23 +3VD +3V (for Digital)24 +3VD +3V (for Digital)25 +3VD +3V (for Digital)26 +3VD +3V (for Digital)27 +24V +24V28 GND Ground29 GND Ground30 GND Ground31 VSYNC Page Enable32 FEN Front Line Enable33 GND Ground34 BEN Back Line Enable35 VCLK Not Used36 RESERVE Not Used

7374757677787980818283848586878889909192939495969798

*CS Chip Select for Door Sensor*CS Chip Select for Key*CS Chip Select for Key*CS Chip Select for Size SensorGND GroundGND Ground*BUSEN Bus Driver EnablePOWERCONT Power ControlAN0 Double FeedAN1 Idle Pos.AN2 FeedAN3 Exit (U-Turn)AN4 Not usedAN5 Carridge Home+5VD +5V (for Digital)+5VD +5V (for Digital)GND Ground*ANALOG LD DAC Load (for Analog)LEASCOUNT Not UsedDALD DAC Load (for sensor)CLK40K Ultra SonicDADATA DAC DataDACLK DAC ClockE(LCD) LCD EnableR/W(LCD) LCD Read/Write EnableRS(LCD) LCD Resistor Select

CN1006 (MAIN) - CN2001(MOTHER) (continued)

85


139 GND Ground140 GND Ground

CN1006 (MAIN) - CN2001 (MOTHER) (continued)

99 BUZZER Buzzer Pulse100 LED(RD) LED(Red)101 LED(GR) LED(Green)102 *CPURD CPU Read103 *CPUHWR CPU Write104 *CPUAS CPU Address Strobe105 GND Ground106 GND Ground107 *RESET Reset108 CPUA0 CPU Address109 CPUA1 CPU Address110 CPUA2 CPU Address111 CPUA3 CPU Address112 CPUA4 CPU Address113 CPUA5 CPU Address114 CPUA6 CPU Address115 CPUA7 CPU Address116 CPUA8 CPU Address117 +5VD +5V(for Digital)118 CPUD8 CPU Data119 CPUD9 CPU Data120 CPUD10 CPU Data121 CPUD11 CPU Data122 CPUD12 CPU Data123 CPUD13 CPU Data124 CPUD14 CPU Data125 GND Ground126 CPUD15 CPU Data127 *RESET(IMP) Reset(for Imprinter)128 *POSTIMP SP Not Used129 CTS1(POST) Not Used130 RTS1(POST) Not Used131 RXD1(POST) Not Used132 TXD1(POST) Not Used133 *PREIMP SP Start Pulse for Pre Imprinter134 CTS0(PRE) CTS(for Pre Imprinter)135 RTS0(PRE) RTS(for Pre Imprinter)136 RXD0(PRE) RXD(for Pre Imprinter)137 TXD0(PRE) TXD(for Pre Imprinter)138 DALD2 DAC Load(Motor Drive)


CN602 (SCSI) - CN2002 (MOTHER)


21 GND Ground22 GND Ground23 CPUA8 CPU Address24 CPUA7 CPU Address25 CPUA6 CPU Address26 CPUA5 CPU Address27 CPUA4 CPU Address28 CPUA3 CPU Address29 CPUA2 CPU Address30 CPUA1 CPU Address31 CPUA0 CPU Address32 +5VD +5V(for Digital)33 GND Ground34 GND Ground35 *VERCS Chip Select for I/F Board Detect36 *IRQ(IMG) GAIMG Interrupt Request37 *IRQ1(SCSI) SCSI Interrupt Request38 *CS3(SCSI) Chip Select for SCSI39 CTS2(IF) Not Used40 RTS2(IF) Not Used41 +3VD +3V(for Digital)42 RXD2(IF) Not Used43 TXD2(IF) Not Used44 *SCWAIT CPU Wait45 TERMPC Terminal Power Control46 *ACTTERM Active Terminator Enable47 *CS(IMG) Chip Select for GAIMG48 BVD7 Back Data49 GND Ground50 GND Ground

Pin No. Signal Name Description1 GND Ground2 GND Ground3 *RESET Reset4 +3VD +3V(for Digital)5 +3VD +3V(for Digital)6 *CPUAS CPU Address Strobe7 *CPUHWR CPU Write8 *CPURD CPU Read9 GND Ground

10 GND Ground11 CPUD15 CPU Data12 CPUD14 CPU Data13 CPUD13 CPU Data14 CPUD12 CPU Data15 +5VD +5V(for Digital)16 +5VD +5V(for Digital)17 CPUD11 CPU Data18 CPUD10 CPU Data19 CPUD9 CPU Data20 CPUD8 CPU Data

CN602(SCSI) - CN2002(MOTHER)

51 BVD6 Back Data52 BVD5 Back Data53 BVD4 Back Data54 BVD3 Back Data55 BVD2 Back Data56 BVD1 Back Data57 +3VD +3V(for Digital)58 BVD0 Back Data59 FVD7 Front Data60 FVD6 Front Data61 FVD5 Front Data62 GND Ground63 GND Ground64 FVD4 Front Data65 FVD3 Front Data66 FVD2 Front Data67 FVD1 Front Data68 FVD0 Front Data69 +3VD +3V(for Digital)70 +3VD +3V(for Digital)71 GND Ground72 BCLK Not Used73 FCLK Not Used74 BEN Back Line Enable75 FEN Front Line Enable76 GND Ground77 VSYNC Page Enable78 +5VD +5V(for Digital)79 GND Ground80 GND Ground

(continued)

86


CN2003(MOTHER) - CN331(DRIVE)


4 SKEW Sensor Comparater Level5 DACDI DAC Data6 DACCLK DAC Clock7 DACLD DAC Load8 +38V +38V9 VCC +5V

10 GND Ground11 GND Ground12 GND Ground13 GND Ground14 GND Ground15 GND Ground16 GND Ground17 +24V +24V18 +24V +24V19 +24V +24V20 +24V +24V21 LD1 Local Data Bus22 *RESET Reset23 LD2 Local Data Bus24 LD3 Local Data Bus25 *DEC1 Chip Select for Conveyor Motor26 LD4 Local Data Bus27 LD5 Local Data Bus28 LD6 Local Data Bus29 LD7 Local Data Bus30 VCC +5V31 gain1 CCD Gain Select32 LAMP1 Lamp Enable33 GND Ground34 GND Ground35 GND Ground36 DOOR2 Door Sensor37 DOOR1 Door Sensor38 +24V +24V39 +24V +24V40 +24V +24V

CN2007(MOTHER) - CN536(PANEL)Pin No. Signal Name Description

1 LD0 L-Data 02 LD1 L-Data 13 LD2 L-Data 24 LD3 L-Data 35 LD4 L-Data 46 LD5 L-Data 57 LD6 L-Data 68 LD7 L-Data 79 +5VS +5V

10 +5VS +5V11 +12VS +12V12 LCD RS LCD Resistor Select13 LCD RW LCD Read/Write Enable14 LCD E LCD Enable15 BUZZER Buzzer Pulse16 KEY1 KEY1 Enable17 KEY2 KEY2 Enable18 LEDGR LED(Green)19 LEDRD LED(Red)20 GND Ground21 GND Ground22 GND Ground Pin No. Signal Name Description

1 +24VOVP +24V2 - N.C.3 FAN Fan

CN803(POWER) - Fan


5 +5V +5V (for Digital)6 +5V -5V (for Digital)7 +24V +24V8 GND Ground9 +5VA +5V (for Analog)

10 -5VA -5V (for Analog)11 STB +24V Enable12 +3.3VOVP +3.3V Over Voltage Detection

1 +24V(Switched) +24V(Switched)2 +24V(Switched) +24V(Switched)3 GND Ground4 GND Ground

1 LD0 Local Data Bus2 *DEC2 Chip Select for Feed Motor3 *DEC3 Chip Select for Carriage Motor

CN2005(MOTHER) - CN862(DC/DC)


1 *FA Feed Motor Phase-A(-)2 - N.C.3 FCOMA 24V for Feed Motor4 FA Feed Motor Phase-A(+)5 *FB Feed Motor Phase-B(-)6 FCOMB 24V for Feed Motor7 FB Feed Motor Phase-B(+)

CN351(DRIVE) - Paper Feed Motor


1 *CA Conveyor Motor Phase-A(-)2 CCOMA +24V for Conveyor Motor3 CA Conveyor Motor Phase-A(+)4 *CB Conveyor Motor Phase-B(-)5 CCOMB +24V for Conveyor Motor6 CB Conveyor Motor Phase-B(+)

CN341(DRIVE) - Conveyor Motor


1 *RA Carriage Motor Phase-A(-)2 - N.C.3 RCOMA 24V for Carriage Motor4 RA Carriage Motor Phase-A(+)5 *RB Carriage Motor Phase-B(-)6 RCOMB 24V for Carriage Motor7 RB Carriage Motor Phase-B(+)8 - N.C.

CN361(DRIVE) - CARRIAGE MOTOR


1 +24V3 ADF Switch for +24V2 +24V2 ADF Conveyor Switch for +24V3 +24V2 ADF Conveyor Switch for +24V4 +24V1 +24V

CN332(DRIVE) - 24V INTERLOCK SWITCH


1 - N.C.2 GREEN Green3 GND Ground4 RED Red5 - N.C.

CN372(DRIVE) - (CIS)


1 NEUTRAL Neutral2 - N.C.3 LIVE Live

CN801(POWER) - POWER SWITCH

87


CN2010(MOTHER) - CN501(RELAY [BACK])


4 RXD0 RXD0 for Pre Imprinter5 IMP RST Imprinter Reset

6 PREIMPSP Start Pulse for Post imprinter Door Sensor

7 +5V +5V8 38V 38V9 38V 38V

10 +12V +12V11 GND Ground12 GND Ground13 CLK40K Clock output 40kHz14 +5V +5V15 DFGAIN16 +24V +24V17 GND Ground18 SIZE 0 Paper Size Sensor 019 SIZE 1 Paper Size Sensor 120 SIZE 2 Paper Size Sensor 221 SIZE 3 Paper Size Sensor 322 SIZE 4 Paper Size Sensor 423 SIZE 5 Paper Size Sensor 524 SIZE 6 Paper Size Sensor 625 SIZE 7 Paper Size Sensor 726 SIZE 8 Paper Size Sensor 827 DOOR IMP Imprinter Door Status28 +5V +5V

1 CTS0 CTS0 for Pre Imprinter2 TXD0 TXD0 for Pre Imprinter3 RTS0 RTS0 for Pre Imprinter


1 NEUTRAL Neutral2 - N.C.3 LIVE Live

Power Switch - AC Inlet

CN2009(MOTHER) - CN504(RELAY [BACK])


4 START LED Starting LED5 RETARD Retard6 FB DOOR Flat Bed Door Status7 END LED Ending LED8 END POS Ending Position9 HOPP MID Hopper MID

10 HOPP POS Hopper Position11 PAPER RF LED Current Control12 PAPER Paper13 START POS Paper Position14 DBL FEED Double Feed15 +12V16 SIZE 0 Paper Size LED 017 SIZE 1 Paper Size LED 118 SIZE 2 Paper Size LED 219 SIZE 3 Paper Size LED 320 SIZE 4 Paper Size LED 421 SIZE 5 Paper Size LED 522 SIZE 6 Paper Size LED 623 SIZE 7 Paper Size LED 724 SIZE 8 Paper Size LED 825 +5V +5V26 +5V +5V

1 GND Ground2 GND Ground3 - N.C.

+12V

CN2008(MOTHER) - CN001(CCD Board)


4 GND Ground5 LAMP SW1 LAMP SW16 LAMP SW2 LAMP SW2 7 CCDDET2 CCD Board detect 28 AGND Analog Ground9 AGND Analog Ground

10 CCD ODD CCD ODD DATA11 AGND Analog Ground12 CCD EVEN CCD EVEN DATA13 GND Ground14 CCDDET1 CCD Board detect 115 VCC +5V16 DAC DATA DAC Data17 DAC CLK DAC Clock18 CCD CLMP CCD Clamp19 ANLG LD Analog Control Signal Strobe20 GAIN2 GAIN 221 GAIN1 GAIN 122 GND Ground23 CCD ROG CCD ROG24 CCD P1 CCD DATA Clock 125 CCD P2 CCD DATA Clock 226 GND Ground27 GND Ground28 CCD RST CCD RESET pulse29 GND Ground30 CCD SH CCD Sample Hold31 GND Ground32 GND Ground33 -5V -5V34 +12V +12V

1 +24V +24V2 +24V +24V3 GND Ground

CN503(RELAY [BACK]) - Imprinter (Option)


4 RXD0 RXD0 for imprinter serial interface5 IMP RST Imprinter Reset6 SP Start Signal7 VCC +5V8 +38V +38V9 +38V +38V

10 +12VS +12V11 GND Ground12 GND Ground

1 CTS0 CTS0 for imprinter serial interface2 TXD0 TXD0 for imprinter serial interface3 RTS0 RTS0 for imprinter serial interface

CN802(POWER) - CN861(DC-DC)

Pin No.(CN802) Signal Name Description

4 GND Ground5 GND Ground6 GND Ground7 +24V(SWITCHED) +24V(Switched)8 +24V(SWITCHED) +24V(Switched)9 +24V +24V

10 +24V +24V11 STB +24V Enable

1 -5VOVP -5V Over Voltage Detection2 +3.3VOVP +3.3V Over Voltage Detection3 +5VOVP +5V Over Voltage Detection

Pin No.(CN861)

87654321

11109


1 GND Ground2 CARRIAGE Carriage3 - N.C.4 VCC +5V

CN2011(MOTHER) - CN516(CARRIAGE HOME DETECTOR)

88


CN002 (CCD Board)-LAMP DRIVE

CN531 (ENDING POSITION SENSOR) - CN530(HOPPER HOME SENSOR)


4 PAPER Paper5 +5V +5V6 +5V +5V7 - N.C.

1 GND Ground2 GND Ground3 HOPP POS Hopper Position

CN505 (RELAY [BACK]) - CN509 (RELAY [SIDE])


4 - N.C.5 RETARD Retard6 END POS Ending Position7 HOPP MID Hopper MID8 HOPP POS Hopper POS9 PAPER RF LED Current Control

10 PAPER Paper11 START POS Paper Position12 DBL FEED Double Feed13 +12V -12V14 SIZE LED 0 Paper Size LED 015 SIZE LED 1 Paper Size LED 116 SIZE LED 2 Paper Size LED 217 SIZE LED 3 Paper Size LED 318 SIZE LED 4 Paper Size LED 419 SIZE LED 5 Paper Size LED 520 SIZE LED 6 Paper Size LED 621 SIZE LED 7 Paper Size LED 722 SIZE LED 8 Paper Size LED 823 +5V +5V24 +5V +5V

1 GND Ground2 GND Ground3 GND Ground

CN511 (RELAY [SIDE]) - CN520(STARTING POSITION SENSOR)


4 DBL FEED Double Feed5 +12V +12V6 +5V +5V7 +5V +5V

1 GND Ground2 GND Ground3 START POS Starting Position


1 GND Ground2 LAMP1 Lamp Control 13 GND Ground4 24V +24V

CN529 (HOPPER HOME SENSOR)-CN537(DOCUMENT DETECTOR)


1 GND Ground2 PAPER Paper3 FG Flame Ground4 +5V +5V

CN526 (ENDING POSITION LED)-CN527(DOCUMENT COVER DETECTOR)


1 GND Ground2 FB DOOR FB DOOR status3 +5V +5V4 +5V +5V

CN522 (RELAY [BACK]) - CN521 (SIZE SENSOR)


4 - N.C.5 - N.C.6 SIZE 0 Paper Size Sensor 07 SIZE 1 Paper Size Sensor 18 SIZE 2 Paper Size Sensor 29 SIZE 3 Paper Size Sensor 3

10 SIZE 4 Paper Size Sensor 411 SIZE 5 Paper Size Sensor 512 SIZE 6 Paper Size Sensor 613 SIZE 7 Paper Size Sensor 714 SIZE 8 Paper Size Sensor 815 +5V16 +5V +5V

1 GND Ground2 GND Ground3 - N.C.

+5V

CN513 (RELAY [BACK]) - CN525(ENDING POSITION LED)


4 END LED Ending LED5 +5V +5V6 +5V +5V

1 GND Ground2 GND Ground3 FB DOOR Flat-Bed Door Sig.

CN502 (RELAY [BACK]) - CN534(DOUBLE FEED DETECTOR (G))Pin No. Signal Name Description

4 - N.C.5 DFGAIN Double-Feed Gain Sig.6 CLK40K Clock Output 40kHz7 GND Ground8 GND Ground

1 +24V +24V2 +24V +24V3 +5V +5V

CN515 (RELAY [BACK]) - CN518(STARTING POSITION LED)


4 - N.C.5 +5V +5V

1 START LED Starting LED2 - N.C.3 - N.C.

CN510 (RELAY [SIDE]) - CN524 (SIZE LED)


4 SIZE LED 1 Paper Size LED 15 SIZE LED 6 Paper Size LED 66 SIZE LED 3 Paper Size LED 37 SIZE LED 8 Paper Size LED 88 SIZE LED 5 Paper Size LED 59 +5V +5V

10 SIZE LED 7 Paper Size LED 7

1 SIZE LED 2 Paper Size LED 22 SIZE LED 0 Paper Size LED 03 SIZE LED 4 Paper Size LED 4

CN514 (RELAY [SIDE]) - CN517(RETARD POSITION DETECTOR)


4 +5V +5V5 +5V +5V

1 GND Ground2 GND Ground3 RETARD Retard

89





90


13 CIRCUIT BOARDS

13.1. MAIN CONTROL Board (Component Side)

91


13.2. MAIN CONTROL Board (Solder Side)

92


13.3. SCSI Board (Component Side)

93


13.4. SCSI Board (Solder Side)

94


13.5. MOTHER Board

(Component Side) (Solder Side)

95


13.6. CCD Board

(Component Side) (Solder Side)

96


13.7. INVERTER Board

97


13.8. DRIVE Board (Component Side)

98


13.9. DRIVE Board (Solder Side)

99


13.10. PANEL Board

100


13.11. CARRIAGE HOME DETECTOR Board

13.12. RETARD POSITION DETECTOR Board

13.13. DOUBLE FEED DETECTOR (R) Board

13.14. DOUBLE FEED DETECTOR (G) Board

13.15. STARTING POSITION SENSOR Board

101


13.16. STARTING POSITION LED Board

102


13.17. SIZE SENSOR Board 13.18. SIZE LED Board

103


13.19. ENDING POSITION SENSOR Board

13.20. ENDING POSITION LED Board

13.21. RELAY ( SIDE ) Board

13.22. HOPPER HOME SENSOR Board

104


13.23. DOCUMENT DETECTOR Board

13.24. DOCUMENT COVER DETECTOR Board

105


13.25. RELAY ( BACK ) Board 13.26. POWER Board

106


13.27. DC/DC CONVERTER Board

107


14.1 MAIN CONTROL Board

14.2 SCSI Board

14.3 MOTHER Board

14.4 CCD and INVERTER Boards

14.5 DRIVE and PANEL & CARRIAGE HOME DETECTORBoards

14.6 RELAY (BACK), RELAY (SIDE) and Sensor Boards

14.7 POWER and DC-DC CONVERTER Boards

14 SCHEMATIC DIAGRAM

Note:

This Schematic Diagram is the latest at the time of printing and subject to change without notice.

108


14.1. MAIN CONTROL Board

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

175487-9

CN1000

1CIS IN12AGND3+5V4-5V5CISSP16GND7CISCLK18GND9N.C.

1-175487-1

CN1001

1CIS IN22AGND3+5V4-5V5CISSP26GND7CISCLK28GND9CIS SIZE-DET1

10CIS SIZE-DET211N.C.

175487-8

CN1002

1CIS IN12AGND3+5V4-5V5CISSP16GND7CISCLK18GND

1-175487-0

CN1003

1CIS IN22AGND3+5V4-5V5CISSP26GND7CISCLK28GND9CIS SIZE-DET1

10CIS SIZE-DET2

0.1

C10

13

0.1

C10

05

10V

220C10

1110V

220

C10

01

C10

07

N.M

.

C10

04

N.M

.

Z1003N.M.

1 IN

2

COM

3OUT

N.M.Z1004

1 IN

2

COM

3OUT

N.M.Z1006

1 IN

2

COM

3OUT

N.M.Z1007

1 IN

2

COM

3OUT

180

R10

04

180

R10

05

180

R10

10

180

R10

11

22Z10011234 5

678

22Z1002

1234 5

678

4.7KZ1000

1 2 3 4

5678

+5V

-5VA

+5VA

TC7S08FU(TE85L)

IC1037

HD74LV1GT08ACM

1 B2 A3 GND 4

Y

5VCC

AGND

AGND

AGND

AGND

AGND

2SA1037K-T146

Q1006

2SA1037K-T146Q1007

22u

L1001

AGND

+3V

10V

100

C10

35

AGND

AGND

2SA1037K-T146

Q1003

AGNDAGND

47

R10

00

47

R10

01

AGND

AGND

0.1C

1033

AGND

AGND AGND

47

R1022

Q1012N.M.

R10

30

N.M

.

AGND AGND

AK5482

IC1002

1D0

2D1

3D2

4D3

5D4

6DVSS

7DVDD

17 AVSS

21 VREFN22 VBOT

11D814 OE15 CE16 AVDD

8D518 VTOP19 VREFP20 VCOM

9D6

10D7

23 SEL24 VIN

12D913 CLK

1

C10

54 1

C10

58 1

C10

62

AGND AGNDAGNDAGNDAGND

0.1

C10

45

0.1

C10

46

AGND

AK5482

IC1004

1D02D13D24D35D46DVSS7DVDD

17 AVSS

21 VREFN22 VBOT



9D610D7

23 SEL24 VIN

12D913 CLK

22R1032

22R1036

AGND

AGND

AGND

N.M.

Q1013

AGND

47

R1024 AGND

AGND

560

R10

20

0.1C10

50

AGND

2SC2412K-T146

Q1010

N.M

.

R10

31

0.1

C10

49

AGND

AGND

2SC2412K-T146Q1014

2.7K

R10

40

2.2K

R10

41 2.2K

R10

50MA1

32A-

(TX)

D10

00

25V

4.7C10

53

AGND AGND AGND

22

Z1013

12345

678

22

Z1014

12345

678

22

Z1015

12345

678

22

Z1016

12345

678

0.1

C10

75

+3V

+3V

AGND

AGND

0.1

C10

09

0.1

C10

140.

1

C10

100.1

C10

030.1

C10

00

0.1

C12

62 0.1

C10

43

C1069

N.M.

0.1

C10

15

0.1

C10

08

0.1

C10

12

0.1

C10

060.

1

C10

02

0.1

C10

44

0.1

C10

77

0.1

C10

24

0.1

C10

34

SN74HC4066NS-EL20IC1001

1A2A3B4B5CONT_B6CONT_C7VSS8 C

9 C10 D11 D12 CONT_D13 CONT_A14 VCC

AK5482

IC1003


17AVSS

21VREFN22VBOT

11D814OE15CE16AVDD 8D5

18VTOP19VREFP20VCOM

9D610D7

23SEL24VIN

12D913CLK

AK5482

IC1005


17 AVSS

21 VREFN22 VBOT



9D610D7

23 SEL24 VIN

12D913 CLK

22

Z10101234 5

678

22

Z10111234 5

678

22

Z10081234 5

678

22

Z10091234 5

678

1

C10

631

C10

55 1

C10

59

AGNDAGNDAGND

C10

39

N.M

.C

1042

N.M

.

C10

40

N.M

.C

1041

N.M

.

AGND

AGND

0.1

C10

51

0.1

C10

48

0.1

C10

47

AGND

AGND

AGND

22R1034

22R1038

AGND

22R1033

22R1035

22R1037

22R1039

AGND

0.1

C10

66

AGND

ADCLKF2002:1DADOEF2002:1D

ADCLKF1002:1DADOEF1002:1D

ADCLKB1002:1DADOEB1002:1D

ADCLKB2002:1CADOEB2002:1C

AGND

1C10

56

AGND

1C10

641C

1060

AGND

AGND

1

C10

65

AGND

1

C10

570.

1

C10

52

1

C10

61

AGNDAGND

0.1

C10

67

AGND

AGND

560

R10

21 47

R1025

2SC2412K-T146Q1011

47

R1023

560

R10

19

2SC2412K-T146Q1009

AGND

560

R10

18

AGND

2SC2412K-T146Q1008

2SA1037K-T146

Q1004

AGND

+3V

22u

L1002

10V

100

C10

36

AGND

AGND2SA1037K-T146

Q1002

2SA1037K-T146

Q1001

AGND

L100

6

L100

4L1

003

L100

5

0.1

C10

74

0.1

C10

70 100P

C10

7210

0P

C10

71

100P

C10

7310

0P

C10

68

+3V

22

Z10121234 5

678

+3V

ADF[0-9] 002:2E

CCDG 006:5C

ADB[0-9] 002:2E

22K

R10

15

AGND

22K

R10

17

AGND

UN2212-(TX)

Q1005

1000

P

C10

26

L100

0

0.1

C10

31

AGND

0.1

C10

32

AGND

+3V

10

R1002

10

R1003

10V

220C

1030

10V

220C10

29

1K

R10

06

1K

R10

07

1K

R10

08

1K

R10

09

1KR10

12

1K

R10

13

AGND

AGND

+5VA

+5VA

0.1

C10

37

AGND

10K

R10

42

10K

R10

4610

K

R10

43

10K

R10

47

10K

R10

44

10K

R10

4810

KR10

45 10K

R10

49

0.1

C10

79

0.1

C10

76

0.1

C10

800.

1

C10

78

AGNDAGND

0.1

C10

25

UN2212-(TX)Q1000

+5VA

1000

P

C10

27

1000

P

C10

28

SIZEF0 004:1A

SIZEF1 004:1A

SIZEB0 004:1B

SIZEB1 004:1B

BACKBREF004:1C

FRONTBREF004:1C

CCDINE006:5C

CCDINO006:5C

CISSP1F002:1C

CISSP2F002:1C

CISCLK1F002:1C

CISCLK2F002:1C

+3V

+3V

+3V

+5VA

0.1

C12

64 0.1

C12

65

0.1C

1263

0.1

C10

38

AGND

AGND

AGNDAGND

22

Z101712345

678

47P

C10

16

47P

C10

2047

P

C10

17

47P

C10

2147

P

C10

18

47P

C10

2247

P

C10

19

47P

C10

23

CISSP1B002:1C

CISSP2B002:1C

CISCLK1B002:1C

CISCLK2B002:1C

4.7KZ1005

1 2 3 4

5678

10K

R10

29

10K

R10

2822K

R1026

22K

R1027

UN2212-(TX)Q1021

ADCE

10K

R11

52

+3V

HD74HCT245FPV

IC1000

1DIR2A13A24A35A46A57A6

15B4

19G

20VCC

11B8

12B7

13B6

14B58A7

16B3

17B2

18B1

9A810GND

10K

R11

63

100K

R1164

UN2212-(TX)

Q1022

10K

R11

66

100K

R1165

AGND

47K

R10

16

47K

R10

14

ADF[1]

ADF[2]ADF[3]ADF[4]ADF[5]




ADF[8]ADF[9]

ADB[0-9]

ADB[0]ADB[1]

ADB[2]ADB[3]ADB[4]ADB[5]




ADB[8]ADB[9]

ADF[0]

1/6(Main Control Board)KV-S2065/S6055/S6050


109

SENSERCS 004:9BCPURD 004:9A;005:1A;006:8D

CPUHWR 004:9A;005:1A;006:8D

SHDBD[0-7]003:2DSHDFD[0-7]003:2B

LBFD[0-15] 003:6B

LBBD[0-15] 003:6D

SHDFA[0-13]003:1A

LBFA[1-15] 003:3A

LBBA[1-15] 003:3C

22Z1046

1234 5

678

22Z1

034

12345 6 7 8

22Z1

029

12345 6 7 8

22Z1024

1234 5

678

22Z1025

1234

5 6 7 8

22Z1026

1234

5 6 7 8

22Z1027

1234

5 6 7 8

22Z1028

1234

5 6 7 8

22Z1030

1234

5 6 7 8

22Z1031

1234

5 6 7 8

22Z1033

1234

5 6 7 8

+3V_GA3

+3V_GA4

+3V_GA2

+3V_GA1

SENSERIRQ 004:1E

LBBWR 003:3C22R1066

22R1067

22

R1068

LBFOE 003:3A

LBFWR 003:3A

ADB[0-9]001:9E

ADF[0-9]001:9A

RESET 004:9A;005:1B;006:8D

FVD[0-7] 006:5EBVD[0-7] 006:5E

FEN 006:5E

VCLK 006:5EBEN 006:5E

22/22PZ1054

1 2 3 45678 9

10

22/22PZ1053

1 2 3 45678 9

10

22/22PZ1052

1 2 3 45678 9

1022/2

2PZ1

051

1 2 3 45678 9

10

+3V_GA5

4.7K

R10

61

330P

C11

08

1000

P

C11

06

0.1

C11

07

L101

0

1000

P

C11

05

+3V

100

R10

58

CISCLK2B001:1FCISCLK1B001:1F

CISSP2B001:1FCISSP1B001:1F

ADCLKB2001:6DADOEB2001:6E

ADCLKB1001:6CADOEB1001:6C

ADCLKF1001:6BADOEF1001:6B

ADCLKF2001:6AADOEF2001:6A

Z104

7N

.M.

1 2 3 45678

Z104

9N

.M.

1 2 3 45678

Z104

8N

.M.

1 2 3 45678

Z105

0N

.M.

1 2 3 45678

22

R1054

SHDBA[0-13]003:1C

SHDBOE003:1C

SHDBWR003:1C22R1051

22R1052

22R

1059

CCDP1006:5DCCDP2006:5D

CCDRST006:5DCCDROG006:5D

CLPWD006:5DCCDSH006:5D

UN2212-(TX)Q1015 SRAMCS 003:1B

22

R1062

22R1063

22R1064

100P

C11

09

1000

P

C10

83

1000

P

C10

87

1000

P

C10

91

1000

P

C10

95

1000

P

C10

99

1000

P

C11

02

0.1

C10

85

0.1

C10

89

0.1

C10

93

0.1

C10

97

0.1

C11

00

0.1

C11

03

L100

7

L100

9

+3V +3V+3V_GA1+3V_GA5

0.1

C10

86

0.1

C10

98

1000

P

C10

84

1000

P

C10

92

1000

P

C10

88

+3V_GA4+3V

0.1

C10

90

0.1

C10

94

L100

8

1000

P

C10

96

0.1

C11

1710

00P

C11

15

1000

P

C11

23

1000

P

C11

19

+3V_GA2+3V

0.1

C11

21

0.1

C11

25

L101

1

0.1

C11

18

0.1

C11

28

1000

P

C11

16

1000

P

C11

24

1000

P

C11

20

+3V_GA3+3V

0.1

C11

22

0.1

C11

26

L101

2

1000

P

C11

27

0.1

C10

81

0.1

C10

82

0.1

C11

01

0.1

C11

12

0.1

C11

13

+3V

+3V

+3V

+3V

+3V

+3V

10K

R10

69

10K

R10

65

+5V

100R1055

0.01

C11

04

22P

C11

10

22P

C11

11

22P

C11

14GND

SHDFWR003:1ASHDFOE003:1A

22R1053

22R

1060

CPUA[0-23] 004:9E;005:1A;006:8E

CPUD[0-15] 004:9A;005:6C;006:8E

SLA566THF0T

IC1006

GA_SENSER259 BCLK9/MTF_D8260 BCLK8/MTF_D9261 BCLK7/MTF_D10262 BCLK6/MTF_D11263 BCLK5/MTF_D12264 VSS265 BCLK4/MTF_D13266 BCLK3/MTF_D14267 BCLK2/MTF_D15268 BCLK1269 ENERGY_H270 MODE271 VSS272 FCLK8273 FCLK7274 FCLK6

1VS

S2

DT_

FRT9

/DT_

1ST9

3D

T_FR

T8/D

T_1S

T84

DT_

FRT7

/DT_

1ST7

5D

T_FR

T6/D

T_1S

T66

DT_

FRT5

/DT_

1ST5

7VS

S8

DT_

FRT4

/DT_

1ST4

9D

T_FR

T3/D

T_1S

T310

DT_

FRT2

/DT_

1ST2

11D

T_FR

T1/D

T_1S

T112

DT_

FRT0

/DT_

1ST0

13VD

D14

SCAN

_SEL

15AC

_DC

_TES

T16

PLL_

TEST

78LB_1D9

79LB_1D10

80LB_1D11

81LB_1D12

82LB_1D13

83LB_1D14

84LB_1D15

85VDD

86LB_1WE

87/LB_CE10

88/LB_CE11

89/LB_1A16

90LB_1A15

91LB_1A14

92LB_1A13

93VSS

201

SH_F

D7/

SH_1

D7

275 FCLK5276 VSS277 FCLK4278 FCLK3279 FCLK2280 FCLK1281 VDD282 /DT_3RD9283 /DT_3RD8284 /DT_3RD7285 /DT_3RD6286 /DT_3RD5287 /DT_3RD4288 /DT_3RD3289 VSS290 /DT_3RD2291 /DT_3RD1292 /DT_3RD0293 DT_BCK9/DT_2ND9294 DT_BCK8/DT_2ND8295 DT_BCK7/DT_2ND7296 DT_BCK6/DT_2ND6297 VSS298 DT_BCK5/DT_2ND5

17SC

AN_E

N18

TEST

19VS

S20

CLK

_IN

21VS

S22

FCLK

923

FCLK

1024

FCLK

1125

FCLK

1226

VDD

27FC

LK13

28FC

LK14

29FC

LK15

30VS

S31

/BLU

E_D

032

/BLU

E_D

133

/BLU

E_D

234

/BLU

E_D

335

/BLU

E_D

436

PLLV

DD

37PL

LVSS

38PL

LLPF

39PL

LVD

D40

PLLV

SS

94LB_A12

95LB_A11

96LB_A10

97LB_A9

98LB_A8

99LB_A7

100LB_A6

101VSS

102LB_A5

103LB_A4

104LB_A3

105LB_A2

106LB_A1

107LB_1OE/LB_OE

108VSS

109LB_2D0

110LB_2D1

111LB_2D2

112LB_2D3

113LB_2D4

114LB_2D5

115LB_2D6

116LB_2D7

185

SH_F

A11/

SH_F

11

186

SH_F

A10/

SH_A

10

187

SH_F

A9/S

H_A

9

188

SH_F

A8/S

H_A

8

189

SH_F

A7/S

H_A

7

190

VSS

191

SH_F

A6/S

H_A

6

192

SH_F

A5/S

H_A

5

193

SH_F

A4/S

H_A

4

194

SH_F

A3/S

H_A

3

195

SH_F

A2/S

H_A

2

196

SH_F

A1/S

H_A

1

197

SH_F

A0/S

H_A

0

198

VDD

199

SHD

_FW

E/SH

D_W

E

200

SHD

_FO

E/SH

DO

E

177

CPU

D5

178

CPU

D6

179

CPU

D7

180

VSS

181

RES

ET

182

VSS

183

SH_F

A13/

SH_A

13

184

SH_F

A12/

SH_A

12

77VSS

41/B

LUE_

D5

42/B

LUE_

D6

43BE

N/B

LUE_

D7

44VS

S45

DAT

A_C

LK46

BAC

K_D

0/G

REE

N_D

047

BAC

K_D

1/G

REE

N_D

148

BAC

K_D

2/G

REE

N_D

249

BAC

K_D

3/G

REE

N_D

350

VDD

51BA

CK_

D4/

GR

EEN

_D4

52BA

CK_

D5/

GR

EEN

_D5

53BA

CK_

D6/

GR

EEN

_D6

54BA

CK_

D7/

GR

EEN

_D7

55VS

S56

FRO

NT_

D0/

RED

_D0

57FR

ON

T_D

1/R

ED_D

158

FRO

NT_

D2/

RED

_D2

59FR

ON

T_D

3/R

ED_D

360

FRO

NT_

D4/

RED

_D4

61FR

ON

T_D

5/R

ED_D

562

VSS

63FR

ON

T_D

6/R

ED_D

664

FRO

NT_

D7/

RED

_D7

65FE

N/D

ATA_

EN66

LB_1

DO

117VDD

118LB_2D8

119LB_2D9

120LB_2D10

121LB_2D11

122LB_2D12

123LB_2D13

124LB_2D14

125LB_2D15

126VSS

127LB_2WE

128LB_2OE/LB_2A16

129LB_2A15

130LB_2A14

131LB_2A13

132LB_2A12/LB_3D0

133LB_2A11/LB_3D1

134LB_2A10/LB_3D2

135VDD

136LB_2A9/LB_3D3

137LB_2A8/LB_3D4

138LB_2A7/LB_3D5

139LB_2A6/LB_3D6

140LB_2A5/LB_3D7

141LB_2A4/LB_3D8

142VSS

143LB_2A3/LB_3D9

144LB_2A2/LB_3D10

145LB_2A1/LB_3D11

146/LB_3D12

147/LB_3D13

148/LB_3D14

149/LB_3D15

150VSS

151/LB_3WE

152/LB_3A15

67LB

_1D

168

LB_1

D2

69VD

D70

LB_1

D3

71LB

_1D

472

LB_1

D5

73LB

_1D

674

LB_1

D7

75LB

_1D

876

VSS

153

/LB_

3A14

154

/LB_

3A13

155

VDD

156

IRQ

157

CE

158

RD

159

WR

160

CPU

A0

161

CPU

A1

162

VSS

163

CPU

A2

164

CPU

A3

165

CPU

A4

166

CPU

A5

167

CPU

A6

168

CPU

A7

169

CPU

A8

170

VSS

171

CPU

D0

172

CPU

D1

173

CPU

D2

174

CPU

D3

175

VDD

176

CPU

D4

202

SH_F

D6/

SH_1

D6

203

SH_F

D5/

SH_1

D5

204

VSS

205

SH_F

D4/

SH_1

D4

206

SH_F

D3/

SH_1

D3

207

SH_F

D2/

SH_1

D2

208

SH_F

D1/

SH_1

D1

209

SH_F

D0/

SH_1

D0

210

SH_B

D7/

SH_2

D7

211

SH_B

D6/

SH_2

D6

212

VSS

213

SH_B

D5/

SH_2

D5

214

SH_B

D4/

SH_2

D4

215

SH_B

D3/

SH_2

D3

216

SH_B

D2/

SH_2

D2

217

SH_B

D1/

SH_2

D1

218

SH_B

D0/

SH_2

D0

219

VDD

220

/SH

_3D

7

221

/SH

_3D

6

222

VSS

223

/SH

_3D

5

224

/SH

_3D

4

225

/SH

_3D

3

226

/SH

_3D

2

227

/SH

_3D

1

228

/SH

_3D

0

229 VSS230 LCLKOUT231 VDD232 SHD_BWE/MTF_WE233 SHD_BOE/MTF_OE234 SH_BA13/MTF_A13235 SH_BA12/MTF_A12236 VSS237 SH_BA11/MTF_A11238 SH_BA10/MTF_A10239 SH_BA9/MTF_A9240 SH_BA8/MTF_A8241 SH_BA7/MTF_A7242 SH_BA6/MTF_A6243 SH_BA5/MTF_A5244 SH_BA4/MTF_A4245 VSS246 SH_BA3/MTF_A3247 SH_BA2/MTF_A2248 SH_BA1/MTF_A1249 SH_BA0/MTF_D0250 /MTF_D1251 /MTF_D2252 /MTF_D3253 VSS254 /MTF_D4255 /MTF_D5256 /MTF_D6257 /MTF_D7258 VDD

299 DT_BCK4/DT_2ND4300 DT_BCK3/DT_2ND3301 DT_BCK2/DT_2ND2302 DT_BCK1/DT_2ND1303 DT_BCK0/DT_2ND0304 VDD

22R1150 LBBOE 003:3C

10KZ1108

1234 5

678

10KZ1109

1 2 3 4

5678

10KZ1110

1 2 3 4

5678

10KZ1112

1234 5

678

UN2212-(TX)Q1020

L102

4

L102

5

L102

6

L102

7L1

028

+3V_GA6100R1153 100R1154

CISSP2F001:1F

CISCLK2F001:1F

CISSP1F001:1F

CISCLK1F001:1F

100

R1056 4.7K

R10

57

+3V_GA6

ADCE

R11

56N

.M.

C12

80 N.M

.

CLK27MR1159

N.M.

SG-8002JA2697MSCC

IC1007

26.97MHz

1ST 4VCC

2GND 3OUT

22Z10231234 5

678

22Z1022

1234 5

678

22Z10211234 5

678

22Z1020

1234 5

678

10KZ1111

1234 5

678

22Z1018

1234 5

678

22Z1019

1234 5

678

22Z1

032

12345 6 7 8

22Z1

035

12345 6 7 8

22Z1045

1234 5

678

22Z1041

1234 5

678

22Z1042

1234 5

678

22Z1043

1234 5

678

22Z1044

1234 5

678

22Z1037

1234 5

678

22Z1038

1234 5

678

22Z1039

1234 5

678

22Z1040

1234 5

678

22Z1036

1234 5

678

22Z1105

1234 5

678

22Z1106

1234 5

678

22Z1107

1234 5

678

LBBD[0-15]

LBFD

[0-1

5]

ADB[0-9]

ADF[0-9]

FVD[0-7]BVD[0-7]

ADF[

0]AD

F[1]

ADF[

2]AD

F[3]

ADF[

4]

ADF[

5]AD

F[6]

ADF[

7]AD

F[8]

ADF[

9]

ADB[0]ADB[1]ADB[2]ADB[3]ADB[4]ADB[5]


SHDBA[0]SHDBA[1]SHDBA[2]SHDBA[3]

SHDBA[4]SHDBA[5]SHDBA[6]SHDBA[7]SHDBA[8]SHDBA[9]SHDBA[10]SHDBA[11]

SHDBA[12]

SHDBD[0-7]

SHD

BD[0

]SH

DBD

[1]

SHD

BD[2

]SH

DBD

[3]

SHD

BD[4

]SH

DBD

[5]

SHD

BD[6

]SH

DBD

[7]

SHDFD[0-7]

SHD

FD[0

]SH

DFD

[1]

SHD

FD[2

]SH

DFD

[3]

SHD

FD[4

]SH

DFD

[5]

SHD

FD[6

]SH

DFD

[7]

SHD

FA[0

]SH

DFA

[1]

SHD

FA[2

]SH

DFA

[3]

SHD

FA[4

]SH

DFA

[5]

SHD

FA[6

]SH

DFA

[7]

SHD

FA[8

]SH

DFA

[9]

SHD

FA[1

0]SH

DFA

[11]

CPU

A[0]

CPU

A[1]

CPU

A[2]

CPU

A[3]

CPU

A[4]

CPU

A[5]

CPU

A[6]

CPU

A[7]

CPU

A[8]

CPU

D[8

]C

PUD

[9]

CPU

D[1

0]C

PUD

[11]

CPU

D[1

2]C

PUD

[13]

CPU

D[1

4]C

PUD

[15]

SHD

FA[1

2]

LBBA[12]LBBA[13]LBBA[14]

LBBD[0]LBBD[1]LBBD[2]LBBD[3]LBBD[4]LBBD[5]LBBD[6]LBBD[7]

LBBD[8]LBBD[9]

LBBD[10]LBBD[11]LBBD[12]LBBD[13]LBBD[14]LBBD[15]

LBFA[1]LBFA[2]LBFA[3]LBFA[4]

LBFA[5]LBFA[6]LBFA[7]LBFA[8]LBFA[9]

LBFA[10]LBFA[11]LBFA[12]

LBFA[13]LBFA[14]LBFA[15]

LBFD

[0]

LBFD

[1]

LBFD

[2]

LBFD

[3]

LBFD

[4]

LBFD

[5]

LBFD

[6]

LBFD

[7]

LBFD[8]LBFD[9]

LBFD[10]LBFD[11]LBFD[12]LBFD[13]LBFD[14]LBFD[15]

FVD

[0]

FVD

[1]

FVD

[2]

FVD

[3]

FVD

[4]

FVD

[5]

FVD

[6]

FVD

[7]

BVD

[0]

BVD

[1]

BVD

[2]

BVD

[3]

BVD

[4]

BVD

[5]

BVD

[6]

BVD

[7]

SHDBA[13]

SHD

FA[1

3]

SHDFA[0-13]

LBBA[11]LBBA[10]

LBBA[9]LBBA[8]LBBA[7]LBBA[6]LBBA[5]LBBA[4]

LBBA[3]LBBA[2]LBBA[1]

LBBA[15]

13 26 50 69 36 39

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8



110

D

C

B

A

1 2 3 4 5

54321

D

C

B

A

6

0.1

C11

36

0.1

C11

49

0.1

C11

43C11

40 N.M

.

C11

47 N.M

.

C11

35N

.M.

0.1

C11

31

C11

30N

.M.

+5V+5V

+5V

0.1

C11

44

0.1

C11

50

C11

41

N.M

.

C11

48

N.M

.

SHDFOE002:1A

SHDFWR002:1A

SRAMCS002:5F

SHDBOE002:1B

SHDBWR002:1B

LBFWR002:9D

LBFOE002:9C

LBFA[1-15]002:9C

SHDBA[0-13]002:1B

SHDFA[0-13]002:1A

SHDFD[0-7] 002:1A

SHDBD[0-7] 002:1A

LBBD[0-15] 002:9B

LBFD[0-15] 002:9D

LBBWR002:9C

100P

C11

29

100P

C11

32

100P

C11

45

100P

C11

37

100P

C11

38

100P

C11

46L1

018

L101

6

L101

5

L101

7

L101

3

L101

4 LBBA[1-15]002:9A

100P

C11

52

100P

C11

51

100P

C11

39

100P

C11

42100P

C11

34

100P

C11

33

10K

R10

71 10K

R10

73

10K

R10

70

10K

R10

72

10K

R10

75

10K

R10

7710

K

R10

74

10K

R10

76

+3V

+3V

+3V

+3V

LBBOE002:9C

+5V

10K

R11

51

+5V

0.1

C12

73

0.1

C12

74

0.1

C12

75

0.1

C12

780.1

C12

77

0.1

C12

76

CY7C199-15VC

IC1008

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE21A10

CY7C199-15VC

IC1010

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE21A10

CY7C199-15VC

IC1012

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE21A10

CY7C199-15VC

IC1013

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE21A10

CY7C199-15VC

IC1011

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE21A10

CY7C199-15VC

IC1009

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE21A10

SHDFA[0]SHDFA[1]SHDFA[2]SHDFA[3]SHDFA[4]SHDFA[5]SHDFA[6]SHDFA[7]

SHDFA[8]SHDFA[9]

SHDFA[10]

SHDFA[11]

SHDFA[12]SHDFA[13]

SHDFD[0]SHDFD[1]SHDFD[2]

SHDFD[3]SHDFD[4]SHDFD[5]SHDFD[6]SHDFD[7]

SHDBA[9]

SHDBA[10]

SHDBA[11]

SHDBA[0]

SHDBA[8]

SHDBA[1]

SHDBD[4]SHDBD[2]

SHDBD[6]

SHDBA[13]SHDBA[6]

SHDBA[3]

SHDBA[5]

SHDBD[5]

SHDBD[7]

SHDBA[7]

SHDBA[2]

SHDBA[12]

SHDBD[0]

SHDBD[3]

SHDBA[4]

SHDBD[1]

LBFD[0]LBFD[1]LBFD[2]

LBFD[11]LBFD[12]LBFD[13]LBFD[14]LBFD[15]

LBBD[2]LBBD[11]LBBD[12]LBBD[13]LBBD[14]

LBBD[1]LBBD[0]

LBBD[15]

LBFD[8]LBFD[9]LBFD[10]

LBFD[3]LBFD[4]LBFD[5]LBFD[6]LBFD[7]

LBBD[3]LBBD[4]LBBD[5]LBBD[6]LBBD[7]

LBBD[8]LBBD[9]LBBD[10]

LBFA[1]LBFA[2]LBFA[3]LBFA[4]LBFA[5]LBFA[6]LBFA[7]LBFA[8]

LBFA[9]LBFA[10]

LBFA[11]

LBFA[12]

LBFA[13]LBFA[14]

LBFA[15]

LBFA[1]LBFA[2]LBFA[3]LBFA[4]LBFA[5]LBFA[6]LBFA[7]LBFA[8]

LBFA[9]LBFA[10]

LBFA[11]

LBFA[12]

LBFA[13]LBFA[14]

LBFA[15]

LBBA[1]LBBA[2]LBBA[3]LBBA[4]LBBA[5]LBBA[6]LBBA[7]LBBA[8]

LBBA[9]LBBA[10]

LBBA[11]

LBBA[12]

LBBA[13]LBBA[14]

LBBA[15]

LBBA[1]LBBA[2]LBBA[3]LBBA[4]LBBA[5]LBBA[6]LBBA[7]LBBA[8]

LBBA[9]LBBA[10]

LBBA[11]

LBBA[12]

LBBA[13]LBBA[15]

LBBA[14]



111

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

22Z1071

1234

5 6 7 8

22Z1068

1234

5 6 7 8

22Z1066

1234

5 6 7 8

22Z1065

1234

5 6 7 8

22Z1064

1234

5 6 7 8

22Z1062

1234

5 6 7 8

X1000

20M

4.7K

R10

99

0.01

C11

82

0.1

C11

55

10K

R11

24N

.M.

10K

R11

22

N.M

.

22Z1072

1234 5

678

22

L1019

10V

100

C11

77

0.1

C11

76

HD6432655A00F

IC1022

CPU

1C

S12

CS0

3VS

S4

NC

5VC

C6

A07

A18

A29

A310

VSS

11A4

12A5

13A6

14A7

15A8

16A9

40D041D142D243D344VSS45D446D547D648D749D850D951D1052D11

17A1

018

A11

19VS

S20

A12

21A1

322

A14

23A1

524

A16

25A1

726

A18

27A1

928

VSS

29A2

030

A21

39VCC

54D1255D1356D1457D1558VCC

53VSS

31A2

233

IRQ

3

32A2

334

CS6

35VS

S36

VSS

37IR

Q1

38IR

Q0

59TXD060TXD161RXD062RXD163P3464P35

128 CS2

127 CS3

126 PG0

125 MD2

124 MD1

123 MD0

122 P10

121 P11

120 P12

119 P13

118 P14

117 P15

116 P16

115 P17

114 VSS

113 AVSS

112 DA1

111 DA0

110 AN5

109 AN4

108 AN3

107 AN2

106 AN1

105 AN0

104 VREF

103 AVCC

102

P53

101

P52

100

VSS

99VS

S98

RXD

297

TXD

296

PF0

95PF

194

WAI

T93

LWR

92H

WR

91R

D90

AS89

VCC

88PF

787

VSS

86EX

TAL

85XT

AL84

VCC

83ST

BY82

NM

I81

RES

80W

DTO

VF79

P20

78P2

177

P22

76P2

375

P24

74P2

573

P26

72P2

770

P62

71P6

369

CS5

68VS

S67

VSS

66C

S465

VSS

+5V

4.7KZ1057

1234

5 6 7 84.7KZ1058

1234

5 6 7 8

22Z1060

12345

678

+5V

10K

R10

91

10K

R10

84

IC1018HC08

2 31

100R1101

100R1102

47R1094

47R1095

+5V

22R112022R1119

+5V

22R1117

22R1118

10K

R11

21N

.M.

10K

R11

23

N.M

.

+5V

22

Z106

11 2 3 4

567810

K

R11

04

10K

R11

03

+5V

100

R11

0722

R11

0822

R11

0922

R11

10

22R11

06

10K

R11

05


1DIR 2A1 3A2 4A3 5A4 6A5 7A6

15B4

19G

20VCC

11B8

12B7

13B6

14B5 8A7

16B3

17B2

18B1

9A8 10GND

IC1024

LV32

1213 11

IC1024

LV32

12 3

IC102445 6

IC1024LV32

910 8

IC1024LV32

14VCC

7GND

IC1018

HC0813 1112

IC1018

5 64

IC1018HC08

10 89

IC1018HC0814

VCC

7

GND

IC1023 TC7W00FU12 7

IC1023 TC7W00FU

56 3

IC1023TC7W00FU

8VCC

4GND

0.1

C11

87

0.1

C11

84

0.1

C11

79

0.1

C11

780.1

C11

67

0.1

C11

61

0.1

C11

54

0.1

C11

65

0.1

C11

66

0.1

C11

68

0.1

C11

71

0.1

C11

73

+5V

+5V+5V

+5V

+5V

+5V

0.1

C11

53

BR1102W-TR

D1004

BR1102W-TR

D1001

BR1102W-TR

D1005

BR1102W-TR

D1003

BR1102W-TR

D1002

BR1102W-TR

D1006

10KZ1056

1 2 3 4

5678

+5V

+5V

0.01

C11

81

TC74AC273F

IC1016

TC74AC273F(TP1)

1CLR

2 1Q

31D 42D5 2Q6 3Q

73D

156Q

19 8Q

20VCC11CLK

125Q

135D 146D

84D

167Q

177D 188D

9 4Q

10GND

+5V

+5V +3V

22K

R11

11

22K

R11

14

0.01

C11

86

IMGWAIT006:8B

SIZEF0001:4ESIZEF1001:4ESIZEB0001:4ESIZEB1001:4E

CCDDET1006:5DCCDDET2006:5D

RESET 002:9A;005:1B;006:8DCPULWR 005:1ACPUHWR 002:9A;005:1A;006:8DCPURD 002:9A;005:1A;006:8DCPUAS 006:8D

RTS2 006:8B

TXD2 006:8B

BUZZER 006:8D

ANALD 006:8CVSYNC 006:5E

DALD2 006:8FPOWCONT 006:8CACTTERM 006:5FIMGCS 006:5FSENSERCS 002:9APOSTSP 006:8E

RTS1 006:8E

TXD1 006:8E

PRESP 006:8E

RTS0 006:8E

TXD0 006:8F

IMPRES 006:8E

CPUA[0-23]002:9A;005:1A;006:8E

SCSICS 006:8B

LCDE 006:8D

BUSEN 006:8C

DECO2 006:8CDECO3 006:8CDECO4 006:8C

DECI2 006:8CDECI3 006:8CDECI4 006:8CDECI5 006:8CDECI6 006:8C

CTS0 006:8E

RXD0 006:8E

RXD1 006:8E

CTS1 006:8E

RXD2 006:8B

CTS2 006:8B

CPUD[0-15] 002:9A;005:6C;006:8E

LEDGR006:8D

LEDRD006:8D

AN0006:8C

AN1006:8C

AN2006:8C

AN3006:8C

AN4006:8C

AN5006:8C

FRONTBREF001:5CBACKBREF001:5E

LCDRW006:8D

LCDRS006:8D

DALD006:8C

CLK40K006:8C

DASD006:8C

DACLK006:8D

CPUCS2005:1CCPUCS1005:1CCPUCS0005:1C

TIMERIRQ006:8A

SCSIIRQ006:8B

IMGIRQ006:8B

680R1083680R1082680R1081680R1080680R1079680R1078

10K

R1085

10K

R1086

10K

R1087

10K

R1088

10K

R1089

10K

R1090

1000

P

C11

56

1000

P

C11

57

1000

P

C11

58

1000

P

C11

59

1000

P

C11

60

1000

P

C11

63

MODE0005:1C

UN2212-(TX)Q1016

UN2212-(TX)Q1017

100R1125

SENSERIRQ002:9A

47R1100

22K

R11

13

22K

R11

15

22K

R11

12

+3V

22K

R10

98

1000

P

C11

75

10KZ1077

1234

5 6 7 8

10KZ1078

1234

5 6 7 8

10KZ1079

1234

5 6 7 8

10KZ1080

1234

5 6 7 8

10KZ1081

1234

5 6 7 8

10KZ1082

1234

5 6 7 8

10K

R11

26

+5V

LEASCOUNT 006:8C

1000

P

C11

85

22P

C11

8322PC11

80

+3V

10K

Z106

31 2 3 4

5678

+5V

100

R1116

TERMPC 006:5F

UN2212-(TX)Q1019

TP1

S-93C66ADFJ

IC1014

1 CS2 SK3 DI4 DO 5GND

6TEST7NC8VCC

IC1017

AC138

1A2B3C4G2A5G2B6G17Y7

15Y0

9Y6

10Y5

11Y4

12Y3

13Y2

14Y1

8GND

16VCC

IC1020

AC138

1 A2 B3 C4 G2A5 G2B6 G17 Y7

15Y0

9Y6

10Y5

11Y4

12Y3

13Y2

14Y1

8 GND

16VCC

IC1021

AC138

1 A2 B3 C4 G2A5 G2B6 G17 Y7

15Y0

9Y6

10Y5

11Y4

12Y3

13Y2

14Y1

8 GND

16VCC

PST3642UR

IC1019

5V RESET

1 GND 4OUT2 VDD 3Cd

PST3628UR

IC1036

3.3V RESET

1 GND 4OUT2 VDD 3Cd

0.47

C11

69

0.47

C11

700.1

C11

62 0.1

C11

64

R1157

N.M.

0R1158 N.M.

10K

R11

62

22Z1

067

1 2 3 45678

22Z1

069

1 2 3 45678

22Z1

070

1 2 3 45678

22Z1059

12345

678

22Z1073

1234 5

678

22Z1074

1234 5

678

22Z1075

1234 5

678

22Z1076

1234 5

678

100KZ1055

1 2 3 4

5678

CPUD[0]CPUD[1]CPUD[2]CPUD[3]

CPUD[4]CPUD[5]CPUD[6]

CPUD[10]CPUD[11]


CPU

A[0]

CPU

A[4]

CPU

A[5]

CPU

A[6]

CPU

A[7]

CPU

A[8]

CPU

A[9]

CPU

A[10

]C

PUA[

11]

CPU

A[12

]C

PUA[

13]

CPU

A[14

]C

PUA[

15]

CPU

A[16

]C

PUA[

17]

CPU

A[18

]C

PUA[

19]

CPU

A[20

]C

PUA[

21]

CPU

A[22

]C

PUA[

23]


CPUA[0]CPUA[1]CPUA[2]



CPUA[20]

CPUD[8]CPUD[9]

CPUD[10]CPUD[11]CPUD[12]CPUD[13]CPUD[14]CPUD[15]

CPUD[8]CPUD[9]

CPUD[10]CPUD[11]CPUD[12]CPUD[13]CPUD[14]CPUD[15]

CPUA[23]

CPU

A[1]

CPU

A[2]

CPU

A[3]

CPU

A[0]

CPU

A[1]

CPU

A[2]

CPU

A[3]

CPU

A[4]

CPU

A[5]

CPU

A[6]

CPU

A[7]

CPU

A[8]

CPU

A[9]

CPU

A[10

]C

PUA[

11]

CPU

A[12

]C

PUA[

13]

CPU

A[14

]C

PUA[

15]

CPU

A[16

]C

PUA[

17]

CPU

A[18

]C

PUA[

19]

CPU

A[20

]C

PUA[

21]

CPU

A[22

]C

PUA[

23]

CPUHWR

TO IMPRINTER

CPU

6 39 58 84 89



112

D

C

B

A

1 2 3 4 5

54321

D

C

B

A

6

MBM29F080A-90PFTN

FLASH-ROM

IC1028

1 NC2 NC3 A194 A185 A176 A167 A158 A1410 A1211 CE12 VCC13 NC14 RESET15 A1116 A1017 A918 A819 A720 A621 A522 A423 NC24 NC

9 A13

25NC26NC27A328A229A130A031DQ032DQ133DQ234DQ335VSS36VSS37VCC38DQ439DQ540DQ641DQ742RY/BY43OE44WE45NC46NC47NC48NC

MBM29F080A-90PFTN

FLASH-ROM

IC1027

1 NC2 NC3 A194 A185 A176 A167 A158 A1410 A1211 CE12 VCC13 NC14 RESET15 A1116 A1017 A918 A819 A720 A621 A522 A423 NC24 NC

9 A13

25NC26NC27A328A229A130A031DQ032DQ133DQ234DQ335VSS36VSS37VCC38DQ439DQ540DQ641DQ742RY/BY43OE44WE45NC46NC47NC48NC

0.1

C11

88

0.1

C11

90

+5V

CY7C199-15VC

SRAM

IC1029

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A8

26A13

11 I/O1 18I/O7

19I/O820CS

8 A2

23A11

24A9

9 A110 A0

27WE

28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE 21A10

0.1

C11

93

CY7C199-15VC

SRAMIC1030

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A8

26A13

11 I/O1 18I/O7

19I/O820CS

8 A2

23A11

24A9

9 A110 A0

27WE

28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE 21A10

1000

P

C11

92

1000

P

C11

94

+5V

0.1

C11

95

0.1

C11

91

0.1

C11

89

LPC-6M2CN1005

1 2 3 4 5 6

+5V

CPUHWR002:9A;004:9A;006:8D

CPULWR004:9A

CPURD002:9A;004:9A;006:8D

RESET

002:9A;004:9A;006:8D

CPUCS1004:1D

CPUCS2004:1D

CPUCS0004:1D

CPUD[0-15]002:9A;004:9A;006:8E

LPC-30M2CN1004

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

MODE0004:1D

+5V

10K

R11

27

10K

R11

28

10K

R11

29

CPUA[0-23]002:9A;004:9E;006:8E

0.01

C12

79

CPUD[3]CPUD[4]CPUD[5]CPUD[6]CPUD[7]

CPUD[11]CPUD[12]CPUD[13]CPUD[14]CPUD[15]





CPUA[1]CPUA[2]CPUA[3]CPUA[4]CPUA[5]CPUA[6]CPUA[7]CPUA[8]


CPUA[13]CPUA[14]

CPUA[15]

CPUA[4]CPUA[5]CPUA[6]CPUA[7]CPUA[8]

CPUA[9]CPUA[10]

CPUA[11]

CPUA[12]

CPUA[13]CPUA[14]

CPUA[15]

CPUA[3]


CPUA[6]CPUA[7]CPUA[8]CPUA[9]CPUA[10]CPUA[11]CPUA[12]



CPUA[6]CPUA[7]CPUA[8]CPUA[9]CPUA[10]CPUA[11]CPUA[12]


CPUA[2]CPUA[1]

CPUA[11]

CPU

A[0]

CPU

A[1]

CPU

A[2]

CPU

A[3]

CPU

A[4]

CPU

A[5]

CPU

A[6]

CPU

A[7]

CPU

A[8]

CPU

A[9]

CPU

A[10

]C

PUA[

11]

CPU

A[12

]C

PUA[

13]

CPU

A[14

]C

PUA[

15]

CPU

D[8

]C

PUD

[9]

CPU

D[1

0]C

PUD

[11]

CPU

D[1

2]C

PUD

[13]

CPU

D[1

4]C

PUD

[15]

CPUD[1]CPUD[2]

CPUD[0]CPUD[8] CPUD[8]CPUD[9]CPUD[10]

EXT ROM

NOMAL:3-4 SHORT

EXTROM:5-6 SHORT



113

C12

06

N.M

.

C12

07

N.M

.

22Z1083

12345

678

4.7K

R11

32

4.7K

R11

33

Z1087 N.M.

FILTER

1 IN

2

COM

3OUT

Z1088 N.M.

FILTER

1 IN

2

COM

3OUT

22P

C12

23

22P

C12

25

22P

C12

27

22P

C12

28

22P

C12

30

22P

C12

33

176381-6

CN1006123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

176381-6

CN1006616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140

C11

96N

.M.

100P

C11

97

100P

C12

00

0.01

C11

98 0.01

C12

01

22P

C12

08

22P

C12

11

22P

C12

12

22P

C12

13

22P

C12

14

22P

C12

15

+5V

+5V

22/100PZ1095

1234 5

678

910

22/100PZ1094

1234 5

678

910

22/100PZ1093

1234 5

678

910

22/100PZ1092

1234 5

678

910

22/100PZ1090

1234 5

678

910

22/100PZ1089

1234 5

678

910

22/100PZ1097

1234 5

678

910

22/100PZ1098

1234 5

678

910

22/100PZ1099

1234 5

678

910

22/100PZ1100

1234 5

678

910

22/100PZ1102

1234 5

678

910

22/100PZ1104

1234 5

678

910

22/100PZ1103

1234 5

678

910

22/100PZ1101

1234 5

678

910

22/100PZ1096

1234 5

678

910

+5V

IC1035

TIMER

N.M.

1GND2TRIG3OUT4RESET5 CONT

6 THRES7 DISCH8 VCC

C12

43N

.M.

R11

39

N.M

.

R11

40

N.M

. TIMERIRQ 004:1E

+5V

22

L1021

30V

3.3C12

04

6.3V

220

C12

29

6.3V

220

C12

32

CCDINE 001:1A

CCDINO 001:1B

CCDG 001:9C

CCDSH 002:2F

CLPWD 002:2FCCDROG 002:2F

CCDRST 002:2FCCDP2 002:2FCCDP1 002:2F

CCDDET2 004:1B

CCDDET1 004:1B

FVD[0-7] 002:9F

IMGCS 004:9BACTTERM 004:9B

TERMPC 004:9B

BUZZER 004:9B

LCDRS 004:1DLCDRW 004:1C

LCDE 004:9E

DALD2 004:9B

AN5 004:1CAN4 004:1CAN3 004:1CAN2 004:1CAN1 004:1CAN0 004:1C

CLK40K 004:1D

LEASCOUNT 004:9A

LEDGR 004:1BLEDRD 004:1B

BUSEN 004:9E

PRESP 004:9C

CPUA[0-23] 002:9A;004:9E;005:1A

SCSICS 004:9E

RTS2 004:9B

TXD2 004:9B

IMGIRQ 004:1ESCSIIRQ 004:1E

CTS2 004:9A

RXD2 004:9B

IMGWAIT 004:1A

CTS1 004:9B

RXD1 004:9B

CTS0 004:9C

RXD0 004:9C

DECI6 004:9FDECI4 004:9FDECI5 004:9FDECI3 004:9F

DECI2 004:9FDECO4 004:9EDECO3 004:9EDECO2 004:9E

TXD0 004:9C

RTS0 004:9C

TXD1 004:9B

RTS1 004:9B

IMPRES 004:9D

CPURD 002:9A;004:9A;005:1A

POSTSP 004:9B

CPUHWR 002:9A;004:9A;005:1A

CPUD[0-15] 002:9A;004:9A;005:6C

POWCONT 004:9B

CPUAS 004:9ARESET 002:9A;004:9A;005:1B

DALD 004:1D

DACLK 004:1D

DASD 004:1D

ANALD 004:9B

VCLK 002:9FBEN 002:9F

VSYNC 004:9BFEN 002:9E

6.3V

220C

1231 6.3V

220C

1234 6.3V

220C

1235 6.3V

220C

1236 6.3V

220C

1237 6.3V

220C

1238

+3V

10V

100

C12

39 10V

100

C12

40 10V

100

C12

41 10V

100

C12

42

+5V

1000

PC

1248

1000

PC

1250

C12

45N

.M.

C12

46N

.M.

220R1142

220

R1144

100R1141

220

R1143

1000

PC

1249

C1247N.M.

22/100PZ1091

1234 5

678

910

MA1

32A-

(TX)

D10

11

MA132A-(TX)D1008

100KR11

30

1000

PC

1202

1000

PC

1218

0.01

C12

20

35V

47C12

03

35V

47

C11

99

0.04

7

C12

16

1MR11

31

Q1018N.M.

10K

R11

38

L102

0

BVD[0-7] 002:9F

-5VA

+5VA

C12

51

N.M

.

C12

52

N.M

.

L1022

N.M.

L1023

N.M.

+5V

0.1

C1253

0.1

C12

54 0.1C1255

100P

C12

56

0.01

C12

57

100P

C12

58

100P

C12

59

100P

C12

600.

1

C12

61

0.1

C12

1910

00P

C12

17

D1014

N.M.

1

23

4

+5V+3V

AGND

AGNDAGND

AGND AGND

AGND

AGND

D1F

S4A

D10

09

MD1421N-4072

IC1033

1S/S 2F/BOCL- 3OCL+ 4GND 5R/C 6VCC 7NC 8VBOOT

10NC 11VOUT 12VOUT 13VOUT 14VOUT 15NC 16PGND17 NC18 VDD

9VGL

19 VDD20 VDD

21 VDD22 NC23 VGH24 NC25 VB26 GND27 3.3V/5V28 VREF29 NC

30 AMPOUT31 NC

32 AMP-

R1160

N.M.

IC1038

N.M.

1NC 2A 3

GND4

Y

5VCC

CLK27M

C12

81N

.M.

C12

82N

.M.

R11

61

N.M

.

+3V+3V

C12

44

N.M

.

0.5W0.1

R1134

0.5W0.1

R1135

R1136

N.M.R1137

N.M.

DAN202UT106D1012

1

2

3

DAN202UT106D1013

1

2

3

22/22PZ1085

1234 5

678

910

22/22PZ1086

1234 5

678

910

4V10

0C12

24

4V10

0

C12

26

HD74HCT245FPV

IC1034

1DIR

2A1

3A2

4A3

5A4

6A5

7A615 B4

19 G20 VCC

11 B812 B713 B614 B5

8A7

16 B317 B218 B1

9A8

10GND

22Z1084

12345

678

L102

9

FVD[0]FVD[1]FVD[2]FVD[3]FVD[4]FVD[5]FVD[6]

FVD[7]BVD[0]BVD[1]BVD[2]BVD[3]BVD[4]BVD[5]BVD[6]BVD[7]

CPUA[1]CPUA[2]CPUA[3]CPUA[4]




CPUA[0]

AGNDAGND

AGND

GND

GND

GNDGND

RESET(IMPRINTER)

D/ADATAD/ACLK

D/ALDCLK40K

RS(LCD)R/W(LCD)

E(LCD)

AN5(POSTIMP_FEED/CARRIGE)AN4(EXIT REAR)

AN3(EXIT U-TURN)AN2(FEED)

AN1(IDLE-POS.)

CTS2(VIDEO)RTS2(VIDEO)RXD2(VIDEO)TXD2(VIDEO)

BUZZER

PRE-IMP.SP

+5V

POST-IMP.SP

ANALOG LDLeasCount

ACTTERM

RTS1(POST-IMP.)CTS1(POST-IMP.)

RXD1(POST-IMP.)TXD1(POST-IMP.)

+5V+5VA

CCDDET1

CCDDET2

CCD P1CCD P2

CCD RSTGND

CCD S/HCCD CLP

CCD ROG

CCD ODD-5VA

CCD EVEN

IRQ(IMG)

(KEY2)CS

(CONVEYOR)CS

CPUA2

CPUA5

(IF)CS

CPUA3

CPUA6

CPUA0CPUA1

CS(SCSI)

CPUD8

GND

GND

CPUD10

RESET(H)

CPUD13CPUD12

GND

(SIZE)CSGND

CPUD11

(FEED)CS

CPUA7CPUA8

CS(IMAGE)

BUSEN

CPUA4

CPUD14

GND

IMAGE_WAIT

IRQ1(SCSI)

CPUD15

GND

CPUD9

CPURD

(KEY1)CS

CPUHWR

(DOOR)CS

(CARRIDGE)CS

CPUAS

+24V+3V

+3V+3V

+3V+3V+3V

+24VGNDGNDGND

VSYNCFENGNDBEN

VCLKRESERVE

GND

BVD2

FVD2

BVD1

BVD5

BVD7

BVD4

GND

BVD6

FVD6

BVD0FVD7

FVD3

FVD0FVD1

FVD5

BVD3

FVD4

TERMPCCLK27M

+5V

POWERCONT

GND

+5V

GND

AN0(DOUBLE-FEED)

D/ALD2

LED(GR)LED(RD)

TXD0(PRE-IMP.)RXD0(PRE-IMP.)RTS0(PRE-IMP.)CTS0(PRE-IMP.)

87,117PIN

17PIN



114

14.2. SCSI Board

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

GND

GND

0.1

C61

5

GND

10K

Z6031234 5

678

GND

GND

GND

FAS236U

IC602

1D

ACK

2D

BWR

3N

C4

IGS

5D

IFFS

ENS

6TG

S7

EDIF

FS8

DB0

9D

B110

DB2

11D

B312

DB4

13D

B514

DB6

15D

B716

DBP

0

32SDI333SDI434SDI535SDI636SDI737SDIP38VDD39NC40VSS41VSS42SDO043SDO144SDO2

71R

EQI

72AC

KI73

RST

I74

MO

DE1

75M

OD

E076

INT

77R

ESET

78N

C79

WR

80R

D

81 CS82 A0/SA083 A1/BHE84 A2/DBRD85 A3/ALE86 CK87 DIFFM88 VDD89 NC90 PAD091 PAD192 PAD293 PAD394 VSS95 VSS96 PAD497 PAD598 PAD699 PAD7100 DREQ

17VS

S18

VSS

19D

B820

DB9

21D

B10

22D

B11

23D

B12

24D

B13

25D

B14

26D

B15

27D

BP1

28N

C29

SDI0

30SD

I1

55VS

S56

SELO

57BS

YO58

REQ

O59

ACKO

60VS

S61

VSS

62M

SG63

CD

64IO

65AT

N66

RST

O67

VSS

68VS

S69

SELI

70BS

YI

51SD

O7

52SD

OP

53N

C54

VSS

31SDI2

46VSS47VSS48SDO449SDO550SDO6

45SDO3

+5V+5V

+5V22

R616

0.1

C60

6

1000

P

C60

8

+5V

4.7K

R60

7

RB0

50L-

40TE

25D

600 10

V10

0C61

7

100P

C61

8

GND

UN2212-(TX)Q601

UN2212-(TX)Q600

GND

22K

R61

8

4.7K

R61

7

+5V

GND

SG-615PTJ-40M

IC600

SG-8002JA40MHzSHC

1 ST 8VCC4 GND 5OUT

+5V

GND

0

R60

1

56

R604

0.1

C60

4

1000

P

C60

5

R60

2

N.M

.R

605

N.M

0

R60

3

0

R60

6

GND

+5V

0

R60

9

Z600

N.M.

7865 4

312+5V

SMD

125-

2

R61

9

MF-

SM12

5-2

SYSRST5:8B

CPWR5:8B;7:1D

SCSIRD7:3E

CSSCSI5:8D;7:1C

SCSIACKD7:3CSCSIWRD7:3C

CPDD[8-15]4:2E;7:6D

SCSIREQ 4:7F;7:1B

IRQSCSI 5:4E

TERMON5:8D

+5V

Q602N.M.

+5V

R62

1

N.M

.

R62

0

N.M

.

1000

P

C61

4

0.1

C61

3

GND

0.1

C61

2

GND

100P

C61

9

GND

+5V

GND

0.1

C62

4

10V

100

C62

810V

100

C62

2

0.1

C63

0

100P

C62

0

100P

C62

6

GND

100P

C62

50.1

C62

310V

100

C62

1

+3V

+5V

GND

+3V

GND

100P

C63

110V

100

C62

7 0.1

C62

9

L601

L600

BH9598AFP-YE2IC603

TERMINATER

1 NC2 EN3 SL154 SL165 SL176 SL18

22SL1323SL14

10 SL3 17SL818SL919SL10

7 GND

20SL1121SL12

8 SL19 SL2

24VM25GND

11 SL4 16SL712 SL5 15SL613 VDD1 14VDD1

26 GND/FLAME 27GND/FLAME

1000

P

C63

310

K

R62

2

GNDGND

0.1

C63

4

0.1

C63

5

0.1

C63

6

GND

GND

GND

16V

10C61

6

+5V

10K

Z60112345

678

10K

Z60212345

678

IC601

N.M.

1OSCIN2OSCOUT3AVDD4D_C5STOP6S07LPF

15FOUT

19OVDD20REFOUT

11S312DVDD13DVSS14S28

AVSS

16R117R018OVSS

9S110SSON

L631

N.M

.

GND

C63

7

N.M

.

GND

GND

N.M

.

R61

4

R71

1

N.M

.

L630

N.M

.

R61

0

N.M

.

R61

5

N.M

.

GND

R61

2

N.M

.

C63

2

N.M

.

C60

9N

.M.

GND

GND

N.M

.

R61

3

C87

1

N.M

.

GND

N.M

.

R74

0

N.M

.

R71

0

GND

R73

9

N.M

.

R73

7

N.M

.C60

7N

.M.

GND

GND

R73

8

N.M

.

C87

3

N.M

.C87

2

N.M

.

0

R60

8

FCN-235D050-G/J

CN600

1

2

3

4

5

6

7

8

9

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

37

38

39

40

41

42

43

44

45

46

47

48

49

50

FCN-235D050-G/J

CN601

1

2

3

4

5

6

7

8

9

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

37

38

39

40

41

42

43

44

45

46

47

48

49

50

R74

1

N.M

.

TERMPC5:8C

SMDD[0-15]7:6A

CPA[0-3]4:2E;5:8B

56

R777

JCLK

10K

Z6041234 5

678

100KR778

RESERVED3

RESERVED2RESERVED4

RESERVED1

CPDD[15]CPDD[14]CPDD[13]CPDD[12]

CPDD[11]CPDD[10]CPDD[9]CPDD[8]

DB[0-7]

DB[1]DB[0]

DB[2]DB[3]DB[4]DB[5]DB[6]DB[7]

DB[0]DB[1]DB[2]DB[3]

DB[4]DB[5]DB[6]

DB[4]

DB[5]

DB[6]

DB[7]

DB[3]

DB[2]

DB[1]

DB[0]

I/O

I/O

MSG

MSG

ACK

ACK ACK

ATN

ATN ATN

REQ

REQ REQ

C/D

C/D

BSY

BSY BSY

SEL

SEL

SCSIREQ

DBP

CPDD[8-15]

CPA[0-3]

DB[7]

TERMPWR

SYSRST

SMDD[0-15]SM

DD

[0]

SMD

D[0

]SM

DD

[1]

SMD

D[1

]SM

DD

[2]

SMD

D[2

]SM

DD

[3]

SMD

D[3

]SM

DD

[4]

SMD

D[4

]SM

DD

[5]

SMD

D[5

]SM

DD

[6]

SMD

D[6

]SM

DD

[7]

SMD

D[7

]

SMD

D[8

]SM

DD

[8]

SMD

D[9

]SM

DD

[9]

SMD

D[1

0]SM

DD

[10]

SMD

D[1

1]SM

DD

[11]

SMD

D[1

2]SM

DD

[12]

SMD

D[1

3]SM

DD

[13]

SMD

D[1

5]SM

DD

[15]

SMD

D[1

4]SM

DD

[14]

CPA[0]CPA[1]CPA[2]CPA[3]

GND

RST

RST RST

N.C

OU

T

OU

T

N.C

N.C

N.C

N.C

N.C

N.C

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

OPEN

GND

GND

GND

[DIFFERENTIAL=H]

Reserve

N.CN.CN.C

N.CN.C

(5V)

N.C

SPREAD:2.5%

DEFAULT:DISABLE

1/6(SCSI Board)KV-S2065/S6055/S6050


115

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

GNDGND

390195-6CN605

DIMM

1 VSS 85VSS

3 DQ14 DQ25 DQ36 VDD7 DQ48 DQ59 DQ6

10 DQ711 DQ812 VSS13 DQ914 DQ1015 DQ1116 DQ1217 DQ1318 VDD19 DQ1420 DQ1521 CB022 CB123 VSS24 NC25 NC26 VDD27 WE28 DQMB029 DQMB130 CS031 DNU32 VSS33 A034 A235 A436 A637 A838 A1039 BA140 VDD41 VDD42 CLK043 VSS44 DNU45 CS246 DQMB247 DQMB348 DNU49 VDD50 NC51 NC52 CB253 CB354 VSS55 DQ1656 DQ1757 DQ1858 DQ1959 VDD60 DQ2061 NC62 NC63 CKE164 VSS65 DQ2166 DQ2267 DQ2368 VSS69 DQ2470 DQ2571 DQ2672 DQ2773 VDD74 DQ2875 DQ2976 DQ3077 DQ3178 VSS79 CLK280 NC81 WP82 SDA83 SCL84 VDD

86DQ3287DQ3388DQ3489DQ3590VDD91DQ3692DQ3793DQ3894DQ3995DQ4096VSS97DQ4198DQ4299DQ43100DQ44101DQ45102VDD103DQ46104DQ47105CB4106CB5107VSS108NC109NC110VDD111CAS112DQMB4113DQMB5114CS1115RAS116VSS117A1118A3119A5120A7121A9122BA0123A11124VDD125CK1126A12127VSS128CKE0129CS3130DQMB6131DQMB7132A13133VDD134NC135NC136CB6137CB7138VSS139DQ48140DQ49141DQ50142DQ51143VDD144DQ52145NC146NC147REGE

148VSS149DQ53150DQ54151DQ55152VSS153DQ56154DQ57155DQ58156DQ59157VDD158DQ60159DQ61160DQ62161DQ63162VSS163CK3164NC165SA0166SA1167SA2168VDD

2 DQ0

0.1

C67

6

0.1

C68

3

0.1

C67

9

0.1

C68

1

100P

C67

5

100P

C68

4

100P

C67

8

100P

C68

0

10V

100

C67

3 100P

C68

2

+3V

R628

0

R630

N.M.

R629

IC604

1 VCC2 DQ03 VCCQ4 DQ15 DQ26 VSSQ7 DQ38 DQ410 DQ511 DQ612 VSSQ13 DQ714 VCC15 DQML16 WE17 CAS18 RAS19 CS20 A13/BA021 A12/BA122 A10/AP23 A024 A1

9 VCCQ

31A632A733A834A935A1136NC37CKE38CLK39DQMU40NC41VSS42DQ843VCCQ44DQ945DQ1046VSSQ47DQ1148DQ1249VCCQ50DQ1351DQ1452VSSQ53DQ1554VSS

25 A226 A327 VCC 28VSS29A430A5

R63

3

N.M

.R

635

N.M

R63

7

N.M

0

R63

4

0

R63

6

0

R63

8

GND

+3V

+3V

0

R63

1

GNDGND

+3V +3V

+3V

0

R62

6

100P

C65

0

GND

0.1

C65

2

0.1

C66

3

100P

C65

7

0

R62

4

0

R61

1+3V

0

R63

2

N.M.

R627

MSCL4:8D

MCLK43:9E

MCLK53:9D

MWE14:8A

MWE04:8A

MCLK13:9EMCLK33:9E

MCAS14:8AMCAS04:8A

MAB[0-14]4:8A

MDQMB[0-7]4:8B

MS34:8B

MS24:8B

MS04:8A

MRAS14:8A

MRAS04:8A

MDQ[0-63] 4:8B

MSDA 4:8DMB81F641642D

IC6051 VCC2 DQ03 VCCQ4 DQ15 DQ26 VSSQ7 DQ38 DQ4

10 DQ511 DQ612 VSSQ13 DQ714 VCC15 DQML16 WE17 CAS18 RAS19 CS20 A13/BA021 A12/BA122 A10/AP23 A024 A1

9 VCCQ

31A632A733A834A935A1136NC37CKE38CLK39DQMU40NC41VSS42DQ843VCCQ44DQ945DQ1046VSSQ47DQ1148DQ1249VCCQ50DQ1351DQ1452VSSQ53DQ1554VSS

25 A226 A327 VCC 28VSS29A430A5

GND

0.1

C65

6

0.1

C66

4

100P

C65

8

GND

100P

C65

1

MCLK63:9DMCLK23:9E

0.1

C65

4

0.1

C66

7

100P

C66

9

0.1

C64

9

GND

0.1

C66

8

100P

C67

2

GND

100P

C69

0

100P

C68

80.

1

C68

7

10V

100

C67

4 0.1

C69

1

0.1

C68

9

100P

C68

60.

1

C68

5

+3V +3V

0

R63

9

0

R64

0

100P

C64

8

100P

C65

5

0.1

C65

3

0.1

C66

0

0.1

C67

0

100P

C66

2

100P

C66

6

100P

C66

5

100P

C66

1

0.1

C65

9

0.1

C67

1

0

R64

1

+3V

0.1

C64

0

0.1

C64

1

0.1

C64

3

0.1

C64

5

GND

+3V

0.1

C64

6

GND

+3V

0.1

C64

40.

1

C64

2

0.1

C64

7

L605

L606

L607

L608

L609

L610

L611

L612

+3V

GND GND GND GND GNDGND GND GND

+3V_D1 +3V_D2 +3V_D3 +3V_D4 +3V_D5 +3V_D6 +3V_D7 +3V_D8

0.1

C69

3

0.1

C69

4

0.1

C69

5

0.1

C69

6

0.1

C69

7

0.1

C69

8

0.1

C69

9

0.1

C69

2

GND

+3V

+3V_D6

+3V_D1

+3V_D4

+3V_D2

+3V_D8

+3V_D7

+3V_D5

+3V_D3

4.7K

R70

0

+3V

4.7K

R70

1

+3V

+3V_D4

+3V_D1

+3V_D2

+3V_D3

+3V_D4

+3V_D5

+3V_D6

+3V_D7

+3V_D8

MAA[13-14]4:8AMAA[0-11]4:8A

MDQ[0-63]

MDQ[0]MDQ[1]MDQ[2]MDQ[3]

MDQ[4]MDQ[5]MDQ[6]MDQ[7]MDQ[8]


MDQ[11]

MDQ[13]

MDQ[9]

MDQ[12]

MDQ[10]

MDQ[18]

MDQ[16]

MDQ[19]

MDQ[17]



MDQ[23]MDQ[22]MDQ[21]

MDQ[20]

MDQ[14]MDQ[15]

MDQ[36]

MDQ[38]MDQ[39]

MDQ[37]

MDQ[41]

MDQ[43]MDQ[44]

MDQ[42]

MDQ[48]

MDQ[50]MDQ[51]

MDQ[49]

MDQ[56]

MDQ[58]MDQ[59]

MDQ[57]

MDQ[60]

MDQ[62]MDQ[61]

MDQ[63]


MDQ[46]MDQ[47]

MDQ[45]

MDQ[40]

MDQ[52]

MAB[0]MAB[2]MAB[4]MAB[6]MAB[8]MAB[10]MAB[14]

MAB[1]MAB[3]MAB[5]MAB[7]MAB[9]MAB[13]MAB[11]

MAB[12]

MAB[13]

MDQMB[0-7]

MDQMB[0]MDQMB[1]

MDQMB[4]MDQMB[5]

MDQMB[2]MDQMB[3] MDQMB[7]

MDQMB[6]

MDQ[0-63]

MS3

MS3

MS3

MS2

MS2

MAA

[0-1

1]

MDQMB[0-7]

MD

QM

B[0-

7]

MAA[10]MAA[0]MAA[1]

MAA[3] MAA[4]MAA[5]MAA[6]MAA[7]MAA[8]MAA[9]MAA[11]

MDQ[15]

MDQ[14]MDQ[13]

MDQ[12]MDQ[11]

MDQ[10]MDQ[9]

MDQ[8]

MDQMB[1]MDQMB[0]

MDQ[7]

MDQ[6]MDQ[5]

MDQ[4]MDQ[3]

MDQ[2]MDQ[1]

MDQ[0]

MDQMB[0-7]MDQMB[0-7]

MAA[0-11]

MDQMB[0-7]

MRAS1

MCLK3

MCLK1

MWE1

MCAS1

MAB[0-14] MAB[0-14]

MAB[0-14]

MAB

[0-1

4]

MDQ[29]MDQ[30]

MDQ[31]

MAA[11]MAA[9]MAA[8]MAA[7]MAA[6]MAA[5]MAA[4]MAA[3]

MAA[2]MAA[1]MAA[0]

MDQ[16]

MDQ[17]MDQ[18]

MDQ[19]MDQ[20]

MDQ[21]MDQ[22]

MDQ[23]

MDQMB[2]MDQMB[3]

MDQ[24]

MDQ[25]MDQ[26]

MDQ[27]MDQ[28]

MAA[10]

MAA[2]

MAA

[13-

14]

MAA[13-14]

MAA[13]MAA[14]

MAA[14]MAA[13]

N.CN.C

N.CN.C

N.CN.C

N.CN.C

N.CN.C

N.CN.CN.C

N.CN.C

N.CN.C

N.CN.C

N.CN.C

N.CN.C

N.C

N.C

N.C

N.C

N.C

N.C

N.C

N.C

(PIN14,1,27)

(PIN3, 9, 49, 43)

(PIN14,1, 27) (PIN3, 9, 49, 43)

(for IC604)

(for IC605)(for CN603)

(SCSI Board) 2/6

0

KV-S2065/S6055/S6050


116

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

GNDGND

+3V

GND

0.1

C70

3100P

C70

2

0

R64

2

N.M

.

R62

5

CY7C199-15VC

IC606

W24257AJ-12

1 A142 A123 A74 A65 A56 A4

25A826A13

11 I/O1 18I/O719I/O820CS

8 A2

23A1124A9

9 A110 A0

27WE28VCC

12 I/O2 17I/O613 I/O3 16I/O514 VSS 15I/O4

7 A3 22OE 21A10

+5V

0

R62

3

TC7S04FU(TE85L)

IC616

1 NC2

A3GND

4Y

5VCC

GND

+3V

GND

GND

100P

C72

3

10V

100

C73

1

0.1

C72

4

0.1

C70

0

GND

R662

R659 N.M.

R654

R656

R655

R660

R657

R661 N.M.

R653

10

R65

8

R646

R647

N.M

.

R65

0

N.M

.

R65

1

N.M

.

R65

2

+3V

GND

0

R649

+3V

100P

C71

0

0.1

C71

2

GND

+3V

MCLK0 4:2F

MCLK1 2:1A

MCLK2 2:4F

MCLK3 2:1A

MCLK4 2:4F

MCLK5 2:1D

DCLKOE4:8F

MSWE4:3F

MSOE4:3F

MSA[0-13]4:8A

MSD[0-7] 4:8A

MCLK6 2:1F

+3V

R648

100P

C70

9 0.1

C71

1

GND

VCLK 4:1E

C70

4 N.M

.

100

R644

100

R645

C70

5

N.M

.C

706

N.M

.

GND

GND

L615

L616

0.1

C71

7 1000

P

C71

910V

100

C71

5

100P

C72

5

0.1

C72

6

0.1

C72

8

0.1

C73

0

100P

C72

7

100P

C72

9

L617

0.1

C70

1

0.1

C71

3

0.1

C71

4

0.1

C72

20.1

C72

0

100P

C71

6 100P

C71

8

100P

C70

8

100P

C70

7

GND

GND

GND

GND

GND GND

GNDGND

GND

1000

PC

850

GND

N.M

.

R71

4

GND

10

R71

2

GND

N.M

.

R71

8

22

R736

0

R71

3

10V

100

C84

8

0.1

C84

7

GNDGND

0

R71

7

0.1

C84

9

GND

IC618

N.M.

1OSCIN2OSCOUT3AVDD4D_C5STOP6S07LPF

15FOUT

19OVDD20REFOUT

11S312DVDD13DVSS14S28

AVSS

16R117R018OVSS

9S110SSON

47

R719

R72

0

N.M

.

GNDGND

R72

3

N.M

.R

724

N.M

.

R72

5

N.M

.R

726

N.M

.C

852

N.M

.

C85

3

N.M

.

C85

5

N.M

.

C85

6N

.M.

L628 N.M

.

L629

N.M

.

GND GNDGNDGND

+3V

C85

7N

.M.

GND

R72

7

N.M

.

C85

9

N.M

.

GNDGND

R72

8N

.M.

10K

R72

9N

.M.

R73

0

N.M

.

R73

1

N.M

.

R73

2

N.M

.R

733

N.M

.

GND

UN2212-(TX)Q603

GND

10K

R73

4

R735

N.M.

C86

0

N.M

.

GND

+3V

12P

C72

1

PI6C2509-133LX

IC609

CLK DIVIDER

HD74CDCF2509B

1 AGND2 VCC3 1Y04 1Y15 1Y26 GND7 GND 172Y2

212Y022VCC

11 1G 142G15VCC162Y3

8 1Y318GND19GND202Y1

9 1Y410 VCC

23AVCC24CLK

12FBOUT 13FBIN

C85

8

N.M

.

CLK27M5:4ER643

N.M.

R773

N.M.

22K

R71

5

22K

R71

6

SG-8002JF2697MSCC

IC607

26.97MHz

1 ST 4VCC

2 GND 3OUT

SM560

IC617

1 XIN/CLK2 VDD3 VSS4 FSOUT 5SSCC

6S17S08XOUT

SG-8002JF9000MSCC

IC608

90MHz

1 ST 4VCC2 GND 3OUT

MSA[0-13]

MSA[12]MSA[7]MSA[6]MSA[5]MSA[4]MSA[3]MSA[2]MSA[1]MSA[0]

MSA[13]MSA[8]MSA[9]MSA[11]

MSA[10]

MSD[0]MSD[1]MSD[2]

MSD[3]MSD[4]MSD[5]MSD[6]MSD[7]

MSD[0-7]

N.C

N.CN.C

(VCC=2~6V)

(ST=H: OUT)

(PIN2, 10, 15, 22)

DEFAULT:DISABLE

SPREAD:2.5%

SPREAD:2.5%

DEFAULT:DISABLE

0

0

0

0

0

(for IC809)

0

0

0

0

0



117

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

MSCL 2:4F

SCSIACK 7:1C

MDQ[0-63] 2:9A

MSOE 3:1B

MRAS1 2:1B

MS2 2:1B

BVD[0-7]5:8C

CPA[0-8]1:1C;5:8B

100PC76

7

10V

100

C77

1

0.1

C76

9

25V

4.7

C77

0

GND

GND

MAB[0-14] 2:1A

FVD[0-7]5:8CBWIND5:4E

FWIND5:4EVWIND5:4E

MSA[0-13] 3:1BMSD[0-7] 3:9A

GND

0R

669

GND

SYSRST5:8BCSIMG5:8D;7:1E

VCLK3:9B

MCLK03:9EGARD7:3EGAWR7:3ECPAS5:8B;7:1E

MSWE 3:1B

N.M

.

R68

0

MSDA 2:9E

IRQIMG 5:4E

SCSIWR 7:1C

SCSIREQ1:8A;7:1B

DCLKOE 3:1BWAIT 5:4E

MS3 2:1B

MCAS1 2:1AMWE1 2:1D

MDQMB[0-7] 2:1A

MS0 2:1CMWE0 2:1EMRAS0 2:1CMCAS0 2:1A

330PC764

1000

PC

765

4.7KR670

R675

+3V

R674

0R673

16V

10C76

6

10Z610

12345

678

10R

663

10

Z6121234 5

678

10Z6

13

5 6 7 81234

10R

664

10R66

5

10R66

6

10R66

7

10R66

8

10R677

10R676

10R678

10Z632

12345

678

10

Z626

12345

678

10Z640

56781

234

10R679

10R682

10

R684

10R681

R685

10R686

10R683

10

Z641

56781

234

1000

P

C76

3

GND

100

R67

2

GND

100P

C76

8

0.1

C78

4

0.1

C78

0

GND

100P

C78

6

0.1

C77

5

100P

C77

2

100P

C78

2

0.1

C78

8

100P

C77

8

100P

C77

4

100P

C78

3

0.1

C77

6

100P

C78

7

GND

0.1

C78

9

100P

C77

3

0.1

C77

7

0.1

C78

1

0.1

C78

5

100P

C77

9

GND

CPDD[8-15]1:1C;7:6D

10KZ645

4 3 2 18765

10K

R68

7

+5V

+5V+3V +5V

100P

C73

6

100P

C75

3

100P

C74

4 100P

C75

1 100P

C75

7

100P

C73

7 100P

C74

5 100P

C75

2 100P

C75

8

100P

C73

8 100P

C74

60.

1

C74

1

0.1

C75

6

0.1

C74

0

0.1

C74

8

0.1

C74

9

0.1

C75

4

0.1

C76

0

0.1

C75

5 0.1

C76

1

0.1

C74

2

0.1

C75

0

+3V_G1

GND

+3V_G1

GND

GND

+3V_G1

0.1

C76

2100P

C75

9

+3V_G1

+3V_G1

+3V_G1

0.01

C74

70.

01

C74

30.

01

C73

90.

01

C73

5

+3V

GND

+3V_G1

+3V_G1

L622

L620

L621

L623

SIL58153F20Q0

IC614

[GAIMG]

259 MSD2260 MSD1261 MSD0262 LVDD263 VWIN264 FWIN265 VSS266 FMD23267 FMD22268 FMD21269 FMD20270 FMD19271 FMD18272 FMD17273 FMD16274 VSS

1BM

D21

2BM

D20

3VS

S4

BMD

195

BMD

186

BMD

177

BMD

168

BMD

159

BMD

1410

VSS

11BM

D13

12BM

D12

13BM

D11

14BM

D10

15BM

D9

16BM

D8

78SMD1379VSS80JCLK81LVDD82CPUINT83SMD1484SMD1585SRDY/DBRD86SWIN/DBWR87STOP/DREQ88JENB/DACK89VSS90MSCL91MSDA92LVDD93MDQ63

201

MD

Q6

275 FMD15276 FMD14277 FMD13278 FMD12279 FMD11280 FMD10281 FMD9282 FMD8283 VSS284 FMD7285 FMD6286 FMD5287 FMD4288 FMD3289 FMD2290 FMD1291 FMD0292 LVDD293 BWIN294 ATPGEN295 VSS296 SYSCLK297 MHVDD298 MVSS17

VSS

18BM

D7

19BM

D6

20BM

D5

21BM

D4

22BM

D3

23BM

D2

24BM

D1

25BM

D0

26LV

DD

27C

PUD

1528

CPU

D14

29C

PUD

1330

CPU

D12

31C

PUD

1132

CPU

D10

33C

PUD

934

CPU

D8

35VS

S36

WAI

T37

RES

ET38

CS

39TE

ST1

40R

D

94MDQ6295MDQ6196MDQ6097VSS98MDQ5999MDQ58100MDQ57101MDQ56102LVDD103MDQ31104MDQ30105MDQ29106MDQ28107VSS108MDQ27109MDQ26110MDQ25111MDQ24112LVDD113MDQ55114MDQ54115MDQ53116MDQ52

185

MD

Q33

186

MD

Q32

187

LVD

D18

8VS

S18

9M

DQ

1519

0M

DQ

1419

1M

DQ

1319

2M

DQ

1219

3LV

DD

194

MD

Q11

195

MD

Q10

196

MD

Q9

197

MD

Q8

198

VSS

199

LVD

D20

0M

DQ

7

177

LVD

D17

8M

DQ

3917

9M

DQ

3818

0M

DQ

3718

1M

DQ

3618

2VS

S18

3M

DQ

3518

4M

DQ

34

77SMD12

41W

R42

AS43

TEST

244

CPU

A845

CPU

A746

CPU

A647

CPU

A548

CPU

A449

CPU

A350

CPU

A251

CPU

A152

CPU

A053

VSS

54M

HVD

D55

MVS

S56

AHVD

D57

PLL_

LPF2

58AV

SS59

VSS

60D

RM

CLK

61LV

DD

62D

CLK

OE

63VS

S64

SMD

065

SMD

166

SMD

2

117VSS118MDQ51119MDQ50120MDQ49121MDQ48122LVDD123MDQ23124MDQ22125MDQ21126MDQ20127VSS128MDQ19129MDQ18130MDQ17131MDQ16132LVDD133MDQMB7134MDQMB6135MDQMB3136MDQMB2137MS3138MS2139VSS140MAB14141MAB13142MAB12143MAB11144MAB10145LVDD146MAB9147MAB8148MAB7149MAB6150MAB5151MAB4152MAB3

67SM

D3

68SM

D4

69SM

D5

70SM

D6

71SM

D7

72VS

S73

SMD

874

SMD

975

SMD

1076

SMD

11

153

MAB

215

4VS

S15

5VS

S15

6M

AB1

157

MAB

015

8LV

DD

159

MR

AS1

160

MD

QM

B516

1M

DQ

MB4

162

MD

QM

B116

3M

DQ

MB0

164

MC

AS1

165

MW

E116

6VS

S16

7M

DQ

4716

8M

DQ

4616

9M

DQ

4517

0M

DQ

4417

1LV

DD

172

VSS

173

MD

Q43

174

MD

Q42

175

MD

Q41

176

MD

Q40

202

MD

Q5

203

MD

Q4

204

VSS

205

MD

Q3

206

MD

Q2

207

MD

Q1

208

MD

Q0

209

LVD

D21

0VS

S21

1M

S021

2M

S121

3M

WE0

214

MR

AS0

215

MC

AS0

216

VSS

217

MAA

1421

8M

AA13

219

MAA

1222

0M

AA11

221

LVD

D22

2M

AA10

223

MAA

922

4M

AA8

225

MAA

722

6M

AA6

227

MAA

522

8M

AA4

229 MAA3230 VSS231 VSS232 MAA2233 MAA1234 MAA0235 LVDD236 MSA0237 MSA1238 MSA2239 MSA3240 MSA4241 MSA5242 MSA6243 MSA7244 VSS245 MSA8246 MSA9247 MSA10248 MSA11249 MSA12250 MSA13251 MSWE252 MSOE253 VSS254 MSD7255 MSD6256 MSD5257 MSD4258 MSD3

299 AHVDD300 AVSS301 PLL_LPF1302 LVDD303 BMD23304 BMD22

+3V

0R699

0.1

C84

3 100P

C84

4

100P

C84

20.

1

C84

1

0.1

C84

6100P

C84

5

GNDGND

+3V

+3V

L624

L625

L626

L627

GND

10KZ661

12345

678

10K

Z665

1 2 3 45678

10K

Z666

1 2 3 45678

GND

GND

10K

R68

8

10K

R68

9

10KR

690

10K

R69

1

10K

R69

2

10K

R69

3

10KR

742

SRDY7:3C

22

L632

N.M

.C

913

N.M.C914

N.M

R775

MAA[13-14] 2:1AMAA[0-11] 2:1B

SMD[0-15] 7:1A

R77

4N

.M.

3.3K

R67

1

JCLK

10KZ662

12345

678

10KZ663

12345

678

10KZ664

12345

678

10Z61112345

678

10Z606

12345

678

10Z607

12345

678

10Z608

12345

678

10Z609

12345

678

10Z6

15

5 6 7 81234

10Z6

165 6 7 8

1234 10Z6

175 6 7 8

1234 10Z6

185 6 7 8

1234 10Z6

195 6 7 8

1234 10Z6

205 6 7 8

1234 10Z6

215 6 7 8

1234 10Z6

225 6 7 8

1234 10Z6

235 6 7 8

1234

10Z633

12345

678

10Z634

12345

678

10Z635

12345

678

10Z636

12345

678

10Z637

12345

678

10Z638

12345

678

10Z639

12345

678

10Z631

12345

678

10Z628

12345

678

10Z629

12345

678

10Z630

12345

678

10KZ642

4 3 2 18765

10KZ643

4 3 2 18765

10KZ644

4 3 2 18765

10Z6

24 5 6 7 81234 10

Z625

5 6 7 81234

10Z627

5 6 7 81234

10K

Z667

1 2 3 45678

10K

Z668

1 2 3 45678

MAB[8]

MAB[6]

MAB[4]

MAB[13]

MAB[11]



MDQ[30]

MDQ[28]

MDQ[31]

MDQ[29]

MDQ[26]

MDQ[24]

MDQ[27]

MDQ[25]

MDQ[54]

MDQ[52]

MDQ[55]

MDQ[53]

MDQ[50]

MDQ[48]

MDQ[51]

MDQ[49]

MDQ[22]

MDQ[20]

MDQ[23]

MDQ[21]

MDQ[18]

MDQ[16]

MDQ[19]

MDQ[17]

BVD[0-7]

BVD

[7]

BVD

[6]

BVD

[5]

BVD

[4]

BVD

[3]

BVD

[2]

BVD

[1]

BVD

[0]

FVD

[0-7

]

FVD[7]FVD[6]FVD[5]FVD[4]FVD[3]FVD[2]FVD[1]FVD[0]

MSD[0-7]

MAA[13-14]MAA[0-11]

MSD

[0-7

]

MSD[6]

MSD[4]

MSD[2]

MSD[0]

SMD[0-15]

CPA[0-8]

CPA

[0]

CPA

[1]

CPA

[2]

CPA

[3]

CPA

[4]

CPA

[5]

CPA

[6]

CPA

[7]

CPA

[8]

CPD

D[1

4]C

PDD

[13]

CPD

D[1

2]C

PDD

[11]

CPD

D[1

0]C

PDD

[9]

CPD

D[8

]

MS2

SIGN600

MDQMB[0-7]

MDQMB[2]

MDQMB[6]

MCAS1SIGN603

MS0MWE0

MCAS0

CPD

D[1

5]

MAB[0-14]

MDQ[0-63]

MSA[1]

MSA[5]

MSD[7]

MSA[8]

MSD[3]

MSA[12]

MAA[2]

MSA[0]

MSA[2]

MSA[4]

MSD[5]

MSA[11]

MSD[1]

MSA[13]

MAA[1]

MSA[3]

MSA[6]

MSA[9]MSA[10]

MSWE

MSOE

MD

Q[8

]

MD

Q[7

]

MD

Q[4

0]

MD

Q[2

]

MD

Q[4

5]

MD

Q[3

9]

MD

Q[1

]

MD

Q[3

4]M

DQ

[33]

MD

Q[1

2]

MD

Q[4

4]

MD

Q[1

1]

MD

Q[6

]

MD

Q[4

3]

MD

Q[5

]

MD

Q[4

6]

MD

Q[3

8]

MD

Q[0

]

MD

Q[3

7]

MD

Q[3

2]

MD

Q[1

5]

MD

Q[1

0]M

DQ

[9]

MD

Q[4

]

MD

Q[4

7]

MD

Q[4

1]

MD

Q[3

]

MD

Q[3

6]

MD

Q[3

5]

MD

Q[1

4]M

DQ

[13]

MRAS0

MAB[2]

MAB[7]

MAB[5]

MAB[14]

MAB[9]

MAB[3]

MAB[12]

MAB[10]

MAB[1]MAB[0]

MDQMB[3]

MDQMB[7]

MDQMB[5]MDQMB[4]MDQMB[1]MDQMB[0]

MDQ[63]

MS3

MSDAMSCL

SMD

[1]

SMD

[6]

SMD

[5]

SMD

[8]

SMD

[0]

SMD

[3]

SMD

[4]

SMD

[11]

SMD

[2]

SMD

[7]

SMD

[10]

SMD

[9]

SMD[15]SMD[14]SMD[13]SMD[12]

MSA[7]

MAA[0]

CPD

D[8

]C

PDD

[9]

CPD

D[1

0]C

PDD

[11]

CPD

D[1

2]C

PDD

[13]

CPD

D[1

4]C

PDD

[15]

CPA

[0]

CPA

[1]

CPA

[2]

CPA

[3]

CPA

[4]

CPA

[5]

CPA

[6]

CPA

[7]

CPA

[8]

CPDD[8-15]

MAA[3]MAA[4]MAA[5]

MD

Q[4

2]

SCSIREQ

CSIMG

MAA

[13]

MAA

[14]

MAA

[6]

MAA

[7]

MAA

[8]

MAA

[9]

MAA

[10]

MAA

[11]

3.3V

N.C

(for GA-IMG)

235,262,292,207

302

26,61,81,92

102,112,122,132

145,158,171,177

187,199,209,221

(for GA-IMG)

4/6(SCSI Board)0

0

KV-S2065/S6055/S6050


118

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

100P

C80

9

10V

100

C81

0

0.1

C81

2

100P

C79

1

0.1

C79

3

SYSRST 4:2ECPAS 4:2F;7:1ECPWR 1:1A;7:1DCPRD 7:1D

+3V +5V

GND

22

Z6571234 5

678

22

Z6581234 5

678

Z652N.M.

1234 5

678

VWIND 4:1C

BWIND 4:1DFWIND 4:1C

CPD[8-15] 7:3D

CSSCSI 1:1B;7:1C

TERMON 1:1E

FVD[0-7] 4:1D

BVD[0-7] 4:2E

CPA[0-8] 1:1C;4:2E

WAIT4:8F

IRQSCSI1:8A

IRQIMG4:8D

10V

100

C79

0

100P

C79

6

10V

100

C80

20.

1

C79

9

+5V

GND

0.1

C81

710

V10

0

C81

610

0P

C81

5

N.M

.

R69

70

R69

6

+3V

GND

0

R69

4

+5V

GNDGND

N.M

.

R69

8

10K

Z656

1 2 3 45678

GND

CSIMG 4:2F;7:1E

22

Z6501234 5

678

22

Z6591234 5

678

22

Z6511234 5

678

22

Z6601234 5

678

22Z646

1234 5

678

22Z654

1234 5

678

22Z647

1234 5

678

TERMPC 1:7B

22Z653

1234 5

678

22

Z6481234 5

678

N.M

R695

22Z649

1234 5

678

0.1

C82

5

TC7S04FU(TE85L)

IC615

1 NC2

A3GND

4Y

5VCC

GND

SYSRST 1:1A

+5V

GND

0.1

C81

8

GND0.1

C79

510

0P

C79

4

GND

+3V

1000

PC

820

6.3V

220

C81

9

6.3V

220

C82

1

6.3V

220

C82

2

6.3V

220

C82

3

+3V

GND

+5V

GND

10V

100

C82

4 10V

100

C82

6 10V

100

C82

7 10V

100

C82

8 0.1

C82

9

0.1

C83

1

0.1

C83

3

0.1

C83

5

0.1

C83

0

0.1

C83

2

0.1

C83

4

0.1

C83

6

0.1

C83

7

0.1

C83

9

0.1

C84

00.

1

C83

8

GND

GND

+5V

+3V

GND

C798

N.M.

1 2 3 45678

C803

N.M.

1 2 3 45678

C806

N.M.

1 2 3 45678

C80

0N

.M.

8 7 6 5

4321

C80

4N

.M.

8 7 6 5

4321

GND

C79

7

N.M

.

GND

C79

2

N.M

.

GND GND

GND

C81

4N

.M.

8 7 6 5

4321

GND

176381-3

CN6021234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980

C801N.M.

8 7 6 5

4321

C805N.M.

8 7 6 5

4321

C807N.M.

8 7 6 5

4321

C811N.M.

8 7 6 5

4321

C813N.M.

8 7 6 5

4321

C80

8N

.M.

8 7 6 5

4321

C86

1

N.M

.C

862

N.M

.C

863

N.M

.C

864

N.M

.C

865

N.M

.

C86

6

N.M

.C

867

N.M

.C

868

N.M

.C

869

N.M

.C

870

N.M

.

GND GND

+5V +3V

CSVER 7:1C

A6S-4102

SW600

SMS704

1234 5

678

CLK27M 3:5ASN74HC245NS-EL20

IC610

1 DIR2 A13 A24 A35 A46 A57 A615B4

19G20VCC

11B812B713B614B58 A7

16B317B218B1

9 A810 GND

CPD[8-15]

CPD

[8-1

5]

CPD[15]CPD[14]CPD[13]CPD[12]CPD[11]CPD[10]CPD[9]CPD[8]

TXD2RXD2RTS2CTS2

IRQSCSIIRQIMG

CPD[15]CPD[14]CPD[13]CPD[12]

CPD[11]CPD[10]CPD[9]CPD[8]

CPA[0]



BVD[6]BVD[5]

BVD[4]BVD[3]BVD[2]BVD[1]

FVD[6]FVD[5]

FCLK

FVD[0]

BVD[0]FVD[7]

FVD[4]FVD[3]FVD[2]FVD[1]

BVD[7]SIGN527CSIMG

TERMPC

SYSRST



CPURDCPUHWRCPUAS

RESET


VD[0]

BENFEN

VSYNC

CS3VD[15]VD[14]VD[13]

VD[12]VD[11]VD[10]VD[9]

VD[8]VD[7]VD[6]VD[5]

VD[4]VD[3]VD[2]VD[1]

SCWAITTERMPCTACTTERMCSIMG

CPUA[0]

VERCSIRQIMG

IRQ1

CSVER

3.3V

N.CN.CN.CN.C

(B A)

N.C

N.C

N.C(VCC=2~6V)

(for SCSIC)

(2, 4, 5, 41, 57, 69, 70, 79)(PIN15, 1 , 16, 32, 80, 78)

(for CN602) (for CN602)



119

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

SN74LV00ANSIC611

1 1A2 1B3 1Y4 2A5 2B6 2Y7 GND 83Y

93A103B114Y124A134B14VCC

SN74LV04ANSIC612

1 1A2 1Y3 2A4 2Y5 3A6 3Y7 GND 84Y

94A105Y115A126Y136A14VCC

SCSIREQ1:8A;4:7F

SCSIWR4:8D

CPRD5:8B

CSSCSI1:1B;5:8D

CSIMG4:2F;5:8D

CSVER5:8C

CPWR1:1A;5:8B

SRDY 4:7F

SCSIACKD 1:1D

SCSIWRD 1:1D

GAWR 4:2F

GARD 4:2F

CPAS4:2F;5:8B

1K

R703

22P

C90

5

SN74LV32ANS-EL20IC613

1 1A2 1B3 1Y4 2A5 2B6 2Y7 GND 83Y

93A103B114Y124A134B14VCC


1 1Y2 1A3 1B4 2Y5 2A6 2B7 GND 83A

93B103Y114A124B134Y14VCC

SCSIRD 1:1B

0.1

C90

6

0.1

C90

7

0.1

C90

80.

1C

909

0.1

C91

0

0.1

C90

00.

1C

911

0.1

C91

2


1OC 21D 32D 43D 54D 65D 76D

15 5Q

19 1Q20 VDD

11 C12 8Q13 7Q14 6Q 8

7D

16 4Q17 3Q18 2Q

98D 10

VSS

0

R70

4

N.M

.

0R750N.M.

0

R751N.M.

0R752N.M.

0

R753N.M.

0R754N.M.

0R755N.M.

0

R756N.M.

0R758N.M.

0

R759N.M.

0

R760N.M.

0

R761N.M.

0

R762N.M.

0R763N.M.

0

R764N.M.

0

R765N.M.

+5V

+5V

0

R76

6

4.7K

R76

7

SCSIACK4:8D

R768

N.M.

0

R76

9

N.M

.

0

R77

0N

.M.

R771

R772N.M.

+5V

+5V

+5V +5V

+5V

+5V

SMDD[0-15] 1:1ESMD[0-15]4:8E

CPD[8-15]5:9A

CPDD[8-15] 1:1C;4:2E

R77

6

HD74HCT245FPV

IC619


15B4

19G20VCC

11B812B713B614B58

A7

16B317B218B1

9A810GND

HD74HCT245FPV

IC620


15B4

19G20VCC

11B812B713B614B58

A7

16B317B218B1

9A810GND

HD74LV245AFP

IC622


15B4

19G20VCC

11B812B713B614B58

A7

16B317B218B1

9A810GND

0

R706

0

R705

N.M.

0

R757N.M.

SMD[0]SMD[1]SMD[2]SMD[3]SMD[4]SMD[5]SMD[6]SMD[7]

SMD[8]SMD[9]SMD[10]SMD[11]SMD[12]SMD[13]SMD[14]SMD[15]

SMDD[0-15]

SMDD[0]SMDD[1]SMDD[2]SMDD[3]SMDD[4]SMDD[5]SMDD[6]SMDD[7]

SMDD[8]SMDD[9]

SMDD[10]SMDD[11]SMDD[12]SMDD[13]SMDD[14]SMDD[15]

CPDD[8-15]

SMD[0] SMDD[0]SMD[1] SMDD[1]SMD[2] SMDD[2]SMD[3] SMDD[3]SMD[4] SMDD[4]

SMD[6]SMD[5]

SMD[7]

SMDD[5]SMDD[6]SMDD[7]

SMD[8]

SMD[10]

SMD[12]

SMD[14]

SMD[9]

SMD[11]

SMD[13]

SMD[15]

SMDD[8]SMDD[9]

SMDD[10]SMDD[11]SMDD[12]SMDD[13]SMDD[14]SMDD[15]


CPDD[8]CPDD[9]

CPDD[10]CPDD[11]CPDD[12]CPDD[13]CPDD[14]CPDD[15]


CPDD[15]CPDD[14]CPDD[13]CPDD[12]CPDD[11]CPDD[10]

CPDD[9]CPDD[8]

(SWIN)

(DBWR)

(DREQ)

(DACK)

(SCSI Board) 6/6

0

0

0

KV-S2065/S6055/S6050


120

14.3. MOTHER Board

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

SN74HC245NS-EL20

IC2006


15B4

19G20VCC

11B812B713B614B58

A7

16B317B218B1

9A810GND

SN74HC245NS-EL20

IC2001


15B4

19G20VCC

11B812B713B614B58

A7

16B317B218B1

9A810GND

RXE065

Z2001

MF-R065

100K

R20

01

100K

R20

02

100K

R20

03

100K

R20

04

100K

R20

05

100K

R20

06

100K

R20

07

100K

R20

08

0.1

C20

01

0.1

C20

07

4.7K

R21

05

4.7K

R20

79

4.7K

R21

07

4.7K

R20

80

4.7K

R20

81

4.7K

R20

824.

7KR

2083

4.7K

R20

84

4.7K

R20

854.

7KR

2086

+24V+5V

C20

64

100

25V

C20

61

100

25V

0.1

C20

63

0.1

C20

62

+5VA

DF11-22DP-2DSA

CN20071LD02LD13LD24LD35LD46LD57LD68LD79+5VS10+5VS11+12VS12LCDRS13LCDR/W14LCDEN15BUZZER16KEY117KEY218LEDGR19LEDRD20GND21GND22GND

176379-3

CN20021GND2GND3RESET 4+3V 5+3V 6CPUAS 7CPUHWR 8

CPURD 9GND 10GND 11CPUD15 12CPUD14 13CPUD13 14CPUD12 15+5V 16+5V 17CPUD11 18CPUD10 19

CPUD9 20CPUD8 21GND 22GND

23CPUA8 24CPUA7 25CPUA6 26CPUA5 27CPUA4 28CPUA3 29CPUA2 30CPUA1 31CPUA0 32+5V33GND34GND 35

VERCS 36IRQ(IMG) 37

IREQ1(SCSI) 38CS3(SCSI) 39CTS2 40RTS2 41+3V

42RXD243TXD244IMGWAIT45TERMPC46ACTTERM47CS(IMG) 48BVD749GND50GND51BVD652BVD553BVD454BVD355BVD256BVD157+3V58BVD059FVD760FVD661FVD562GND63GND64FVD465FVD366FVD2 67FVD1 68FVD0 69+3V70+3V71GND72CLK27M73VCLK74BEN75FEN76GND77VSYNC 78+5V79GND80GND

128A-040S2B-L14A

CN20031LD02CSFEED3CSCARR 4SKEWLEVEL 5DACDATA 6DACCLK 7DACLD2 8+38V 9+5V 10GND 11GND 12GND 13GND 14GND 15GND 16GND 17+24V 18+24V 19+24V 20+24V 21LD1 22

RESET 23LD2 24LD325

CSCONV 26LD4 27LD528LD629LD730+5V31GAIN132LAMP133GND34GND35GND36DOOR2 37DOOR138+24V39+24V40+24V

+3V +5V

+12VS1D;9E

+12VS1A;9E

+5VS9E;4A

GND

RXE017

Z2003

MF-R017

RXE065

Z2002

MF-R065

+24VS9E

176379-6

CN200161IMGWAIT62TXD263RXD264RTS265CTS266CS3(SCSI)67IRQ1(SCSI)68IRQ(IMG) 69CSCONV 70CSFEED 71CSCARR 72CSIF 73CSDOOR74CSKEY2 75CSKEY1 76CSSIZE 77GND 78GND79BUSEN80POWERCONT81AN082AN183AN284AN385AN486AN587+5V88+5V89GND90ANALOGLD 91LEAS COUNT 92DALD93CLK40K94DADATA95DACCLK96LCDEN97LCDR/W98LCDRS99BUZZER100LEDRD101LEDGR102CPURD103COUHWR104CPUAS105GND106GND107RESET108CPUA0109CPUA1110CPUA2111CPUA3112CPUA4113CPUA5114CPUA6115CPUA7116CPUA8117+5VD118CPUD8119CPUD9120CPUD10121CPUD11122CPUD12123CPUD13124CPUD14125GND126CPUD15127RESET(IMP)128POSTIMP SP129CTS1130RTS1131RXD1132TXD1133PREIMP SP134CTS0135RTS0136RXD0137TXD0138DALD2139GND140GND

UN2212-(TX)Q2998

UN2212-(TX)Q2997

2.2KR2992

22K

R29

94

+5VSCUT5A

+5V

+5V

-5VA +3V+5V+5VA

+24VD9E

-5VA

+3V

+5VA-5VA

176379-6

CN20011AGND2AGND3CCN(EVEN)4-5VA5CCD(ODD)6AGND7CCD(ROG)8GND9CCD(CLP)10CCD(S/H)11GND12CCD(RST)13CCD(P2)14CCD(P1)15GND16CCDDET217+5V18+5VA19CCDDET120+24V21+3VD22+3VD23+3VD24+3VD25+3VD26+3VD27+24V28GND29GND30GND31VSYNC32FEN33GND34BEN35VCLK36CLK27M37GND38FVD039FVD140FVD241FVD342FVD443FVD544FVD645GND46FVD747BVD048BVD149BVD250BVD351BVD452BVD553BVD654BVD755CS(IMG)56ACTTERM 57GND 58GND 59TERMPC 60N.C.

150R2091R2092R2093R2094R2095R2096R2097R2098

150R2099R2100R2101

R2102R2103

28FMZ-BT

CN20101CTS0 2TXD03RTS04RXD0 5RESET(IMP) 6PREIMP SP 7+5VSCUT 8+38V9+38V10+12VS 11GND 12GND 13CLK40K 14+5VSCUT 15DEFGAIN16+24VS 17GND 18SIZE0 19SIZE1 20SIZE2 21SIZE3 22SIZE4 23SIZE524SIZE6 25SIZE7 26SIZE827DOORIMP 28+5VSCUT

26FMZ-BT

CN20091GND2GND3N.C.4STARTLED5RETARD6FBOOR7ENDLED8ENDPOS9HOPPMID10HOPPOS11PAPERRF12PAPER13STRTPOS14DBLFEED15+12VS16SLED017SLED118SLED219SLED320SLED421SLED522SLED623SLED724SLED825+5VSCUT26+5VSCUT

+38V9C

100K

R20

09

100K

R20

10

100K

R20

11

100K

R20

12

100K

R20

13

100K

R20

14

100K

R20

15

100K

R20

16

100K

R21

06

0.1

C20

26

0.1C2033

0.1

C2020

0.1

C20

30

0.1C2021

0.1C2035

0.1C2036

0.1

C2034

Z2004

N.M.

R21

16N

.M.

0.1

C20

24

0.1C2025

0.1C2038

0.1C2037

0.1C2039

0.1C2102

0.1C2101

0.1

C21

03

0.1C2100

0.1

C20

31

0.1

C20

28

0.01

C20

27 25V

100

C20

51

25V

100

C20

66

25V

100

C20

65

0.1

C20

32

0.1

C20

030.1

C20

02

470

R21

04

0.1C2022

C29

98N

.M.

C20

29N

.M.

LD[0-7]2:8A

+38V 1D

DACCLK 2:1F

DACDATA 2:1F

+24VD 1D

+24VS 1D

+5VS 1D;4A

+5VSCUT 1D

CSSIZE2:1A

DACLD2:1F

+5VS1D;9E

+12VS 1A;1D

D2999

N.M.

MA132A-(TX)

D2998

SIZE[1-8] 2:1A

SLED[0-8]2:1C

DEFGAIN2:8F

STARTLED2:1D

ENDLED2:1D

PAPERRF

2:1D

100P

C29

97

100P

C29

96

C29

99N

.M.

IL-S-4P-S2L2-EF

CN20111GND2CARRIGE3N.C.4+5VSCUT

NJM78M12FAIC2010

1 IN

2

GND

3OUT

0.5W2.2KR2993

22P

C29

95

22P

C29

94

22P

C29

93

0.1

C29

92

0.1

C29

910.

01

C29

90

0.01

C29

89

S12B-XASK-1

CN2005

2+24V3GND4GND5+5V6+5V7+24VD8GND9+5VA10-5VA11STBY12OVP

1+24V

+24V

CN2012

N.M.

1LEAS COUNT2GND

+5V

SLD34R-1

CN20081+24VS2+24VS3GND4GND5LAMP16GND7CCDDET28GND9AGND10CCD(ODD)11AGND12CCD(EVEN)13GND14CCDDET115+5VA16DACDATA 17DACCLK 18CCD(CLP) 19ANALOGLD 20GAIN1 21GND 22GND23CCD(ROG) 24CCD(P1)25CCD(P2) 26GND27GND28CCD(RST)29GND30CCD(S/H)31GND32GND33-5VA34+12VS

CLK27M 2D

CLK27M 6F

MA3091M-(TX)

D2997

2SJ462-T2Q2999

10KR2120

10KR2121 10

KR

2122 10

KR

2123

D1FS4A

D2996

0.5W

470R

2111

0.5W

470R

2112

0.5W

470R

2113 0.5W

470R

2114 0.

5W47

0R21

15

IREQ

1SC

SI

IREQ1SCSI

IREQ1SCSICS3SCSI

CS3SCSI

CS3

SCSI

IREQIMG

IREQIMG

LD[0-7]

TXD2RXD2RTS2CTS2

WAIT2

VCLKBENFEN

VSYNC

LD[0

-7]

LD[0-7]

LD[0-7]

LD[0

-7]

LD[1]

LD[2]LD[3]

LD[4]LD[5]LD[6]LD[7]

LD[1]LD[2]LD[3]LD[4]LD[5]LD[6]LD[7]

LD[0]

LD[0]LD[0]LD[1]LD[2]LD[3]LD[4]LD[5]LD[6]LD[7]

CPU

D[8

-15]

CPUD[8-15]

CPU

D[8

-15]

CPUD[8]CPUD[9]CPUD[10]CPUD[11]CPUD[12]CPUD[13]CPUD[14]CPUD[15]

CPU

D[8

]

CPU

D[9

]

CPU

D[1

0]

CPU

D[1

1]

CPU

D[1

2]

CPU

D[1

3]

CPU

D[1

4]

CPU

D[1

5]

CPUD[8]

CTS2RTS2

RXD2TXD2WAIT2



CPUD[8-15]

CPU

D[8

-15]

CPU

A[0-

8]

CPUA[0-8]


CPUA[0]


TER

MPC

TERMPC

TER

MPC

TERMPC

AGN

D

BVD[7]BVD[6]BVD[5]BVD[4]BVD[3]BVD[2]BVD[1]BVD[0]

VSYNCFEN

BENVCLK

CCDEVEN

CCDODD

CCDROG

CCDCLPCCDSH

CCDRSTCCDP2CCDP1

CCDDET2

CCDDET1

CCDDET2

CCDODD

CCDEVEN

CCDDET1

CCDCLP

CCDROGCCDP1CCDP2

CCDRST

CCDSH

LD[7]LD[6]LD[5]LD[4]LD[3]LD[2]LD[1]LD[0]

LCDRSLCDR/WLCDEN

KEY1KEY2

BUZZER

LEDGRLEDRD

+5VS

+24VS

+38V

CTS0

SP0

RXD0RTS0TXD0

SIZE

[1-8

]

SIZE[1]SIZE[2]SIZE[3]SIZE[4]SIZE[5]SIZE[6]SIZE[7]SIZE[8]

CSIMG

CSI

MG

CSIMG

CSI

MG

ACC

TER

M

ACCTERM

ACC

TER

M

ACCTERM

LD[0

]

LD[1

]

LD[2

]

LD[3

]

LD[4

]

LD[5

]

LD[6

]

LD[7

]

FBDOOR

FBDOOR

FBD

OO

R

FBDOOR

SLED

[0-8

]

SLED[0]SLED[1]

SLED[8]SLED[7]SLED[6]SLED[5]SLED[4]SLED[3]SLED[2]

HOPPPOS

HO

PPPO

S

HOPPPOS HOPPPOS

+5V

AN[0]AN[2]

+3V

+5V

AN[3]

DOORSW1

DO

OR

SW1

DOORSW1

DOORSW1

DOORSW2

DO

OR

SW2

DOORSW2

DOORSW2

BVD[1]BVD[2]BVD[3]BVD[4]BVD[5]BVD[6]

BVD[7]

DOORSW0PAPER

PAPER

PAPE

R

PAPER

RETARD

RETARD

RET

ARD

RETARD

+5VA

GND

AN[0

-5]

AN[0

-5]

LD[0

-7]

+24VD

+38V

DEFGAIN

STARTLED

ENDLED

PAPERRF

LAMP1

LAMP1

LAM

P1

LAMP1

CLK40K

CLK40K

CLK

40K

CLK40K

RESETIMP

RES

ETIM

P

RESETIMP

RES

ETIM

P

RESETIMP

AN[0]

AN[2]AN[3]

CSCONV

CSC

ON

V

CSCONV

CSC

ON

V

CSCONV

CSFEED

CSF

EED

CSFEED

CSF

EED

CSCARR

CSC

ARR

CSCARR

CSC

ARR

CSIF

CSIF

CSIF

CSPPDET

CSP

PDET

CSPPDET

CSP

PDET

KEY2KEY1

BUSEN

BUSE

N

BUSEN

BUSEN

BUSE

N

CSSIZE

DACLD

CPURD

CPU

RD

CPURD

CPU

RD

CPURD

CPURD

CPUHWR

CPU

HW

R

CPUHWR

CPUAS

CPU

AS

CPUAS

RESET

RES

ET

RESET

RESET

RES

ET

RESET

RESET

CPUA[0]CPUA[1]CPUA[2]CPUA[3]CPUA[4]CPUA[5]CPUA[6]CPUA[7]CPUA[8]

CPUD[8]CPUD[9]CPUD[10]CPUD[11]CPUD[12]CPUD[13]CPUD[14]

CPUD[15]

TXD0

RTS0

SP0

AN[4]

LCDENLCDR/WLCDRSBUZZERLEDRDLEDGR

ANLOGLD

ANLOGLD

ANLO

GLD

ANLOGLD

POWERCNT

POW

ERC

NT

+5V

GAIN1

GAI

N1

GAIN1

GAIN1

GAIN1

STBY

STBY

AN[1]

AN[1]

AN[5]

AN[5]

BVD[0-7]

BVD

[0-7

]

BVD[0-7]

BVD

[0-7

]

BVD[0]

DOORIMP

DOORIMP

DO

OR

IMP

DOORIMP

FVD[0-7]

FVD

[0-7

]

FVD[0-7]

FVD

[0-7

]

FVD[0]FVD[1]FVD[2]FVD[3]FVD[4]

FVD[5]FVD[6]FVD[7]

FVD[0]FVD[1]FVD[2]FVD[3]FVD[4]FVD[5]FVD[6]

FVD[7]

+12VS

+12VS

+12VS

+12V

S

DAC

LD2

DACLD2

DAC

LD2

DACCLK

DAC

CLK

DACCLK

DACCLK

DAC

CLK

DAC

DAT

A

DACDATA

DACDATA

DACDATA

DACDATA

DAC

DAT

A

+5V

+5V

GND

+12VS

+12VS

+3V

LEAS

CO

UN

T

GND

+24V

+5VS

CTS0

RXD0

+5VSCUT

(Non-Swiched)

(Swiched)

[MAIN 1/2]

[PANEL]

[CCD]

[RELAY-A PWB]

[RELAY-B PWB]

[COUNTER]

[MAIN 2/2][SCSI]

[PSU]

[DRIVE]

[CARRIGE HOME]

1/2(Mother Board)KV-S6055/S6050


121

1 2 3 4 5 6

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

SN74HC245NS-EL20

IC2007


15B4

19G

20VCC

11B8

12B7

13B6

14B58

A7

16B3

17B2

18B1

9A810GND

0.1

C20

06

4.7K

R20

71

4.7K

R21

08

4.7K

R20

72

4.7K

R20

73

4.7K

R20

74

4.7K

R20

75

4.7K

R20

764.

7KR

2077

4.7K

R20

78

+5V

M62353FP-75N

IC2005

1VrefL2AO23AO34AO45AO56AO67AO7

15AO1

9VCC

10AO8

11DO

12LD

13CLK

14DI

8VrefU

16GND

M62353FP-75N

IC2004

1VrefL2AO23AO34AO45AO56AO67AO7

15AO1

9VCC

10AO8

11DO

12LD

13CLK

14DI

8VrefU

16GND

NJM2901M-T1

IC2002

1 OUT12 OUT23 VCC4 IN2-5 IN2+6 IN1-7 IN1+ 8IN4-

9IN4+10IN3-11IN3+

12VEE13OUT314OUT4

NJM2901M-T1

IC2003

1 OUT12 OUT23 VCC4 IN2-5 IN2+6 IN1-7 IN1+ 8IN4-

9IN4+10IN3-11IN3+12VEE13OUT314OUT4

CSSIZE1:5C

PAPERRF1:2C

ENDLED1:2C

STARTLED1:2C

DACDATA1:9C

DACLD1:5D

DACCLK1:9C

0.1C20

05

0.1

C20

04

+5V

+5V

+5V

100K

R21

09

+5V

1K

R2051

390

R20

52

+5V

+5V

0.1

C20

17

0.1

C20

18

1000

PC

2009

1000

PC

2008

1000

PC

2010 10

00P

C20

11

1000

PC

2013

1000

PC

2012

1000

PC

2014

1000

PC20

15

10K

R20

34

10K

R20

30

10K

R20

22

10K

R20

26

10K

R20

46

10K

R20

50

10K

R20

38

10K

R20

42

1KR2025

1KR2021 1K

R20331K

R2029

1KR20371KR2041

1KR2049

1KR2045

4.7K

R20

19

4.7K

R20

23 4.7K

R20

27

4.7K

R20

31

4.7K

R20

39

4.7K

R20

35 4.7K

R20

43

4.7K

R20

47

1KR2024

1K

R20201K

R2028

1K

R2032

1KR2040

1K

R20361K

R2044

1K

R2048

330

R20

69

330

R20

63

330

R20

57

330

R20

87

330

R20

67

330

R20

61

330

R20

55

330

R20

89

330

R20

65

330

R20

59

330

R20

53

330

R20

70

330

R20

64

330

R20

58

330

R20

88

330

R20

68

330

R20

62

330

R20

56

330

R20

90

330

R20

66

330

R20

60

330

R20

54

SIZE[1-8]1:3F

SLED[0-8]1:2C

LD[0-7] 1:3A

180

R21

17

180

R21

18

DEFGAIN 1:1F

1000

P

C20

16

2SC2412K-T146Q2002

2SC2412K-T146Q2003

2SC2412K-T146Q2004

2SC2412K-T146Q2005

2SC2412K-T146Q2006

2SC2412K-T146Q2007

2SC2412K-T146Q2008

2SC2412K-T146Q2009

2SC2412K-T146Q2010

2SC2412K-T146Q2011

2SC2412K-T146Q2012

2SC2412K-T146Q2013

2SC2412K-T146Q2014

10K

R21

10

10K

R21

19

ADO

UT[

1-12

]

ADOUT[1-12]

DACCLK

ADOUT[1]ADOUT[2]ADOUT[3]ADOUT[4]

ADOUT[6]

ADOUT[9]ADOUT[10]ADOUT[11]

ADO

UT[

1-12

]

ADOUT[1-12]

SIZE[1-8]

SIZE

[1-8

]

CSIZE[1-8] CSIZE[1-8]

CSIZE[1-8]

DACLD

CSIZE[8]CSIZE[7]CSIZE[6]CSIZE[5]CSIZE[4]CSIZE[3]CSIZE[2]CSIZE[1]

ADOUT[5]

DACDATA

ADOUT[8]

CSIZE[1]CSIZE[2]

SIZE[3]

SIZE[4]

SIZE[7]

SIZE[8]

CSIZE[4]CSIZE[3]

CSIZE[5]CSIZE[6]

CSIZE[8]CSIZE[7]

CSSIZE

SIZE

[1-8

]

SIZE[1]

SIZE[2]

SIZE[6]

SIZE[5]

SLED[0-8]

SLED[0-8]

SLED[0-8]

ADO

UT[

1-12

]

ADOUT[1-12]

ADO

UT[

1-12

]

ADO

UT[

1-12

]

ADOUT[7]

ADOUT[9]

ADOUT[8]

ADOUT[7] ADOUT[4]

ADOUT[5]

ADOUT[6]

SLED

[4]

SLED

[7]

SLED

[3]

SLED

[6]

ADOUT[12]

ADOUT[11]

ADOUT[10]

ADO

UT[

1-12

]

ADOUT[3]

ADOUT[2]

ADOUT[1]

SLED[0-8]

SLED

[8]

SLED

[5]

SLED

[2]

PAPERRF

PAPERRF

ENDLED

ENDLED

STARTLED

SLED

[0]

SLED

[1]

ADOUT[12]

LD[0

-7]

LD[0]

LD[7]LD[6]LD[5]LD[4]LD[3]LD[2]LD[1]

DEFGAIN

7 8

2/2(Mother Board)KV-S6055/S6050


122

14.4. CCD and INVERTER Boards

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

SLD34S-1

CN001

1 +24V2 +24V3 GND4 GND5 LAMPSW16 LAMPSW27 CCDDET28 GND9 AGND10 CCD_ODD11 AGND12 CCD_EVEN13 GND14 CCDDET115 +5V16 DAC_DATA17 DAC_CLK18 ANA_CLMP19 ANA_LD20 GAIN221 GAIN122 GND23 CCD_ROG24 CCDP125 CCDP226 GND27 GND28 CCDRST29 GND30 CCD_S_H31 GND32 GND33 -5V34 +12V

S4B-PH-K-S

CN002

1 GND242 LAMPSW13 GND244 +24V

CN003

N.M.

1 LAMPSW22 GND243 +24V

C08

9

N.M

.

C09

0

N.M

.

+24V

35V

47

C09

1

35V

47

C09

2

35V

47

C09

3

35V

47C

094

+5V

Z001N.M.

12345

678

9 10

M52992FPIC005

1AGND2OUT13AVCC14BCI15GO16AGND7GI18SHO1

10IN111AVEE12AVEE13IN214AGND15SHO216GI217AGND18GO219BCI220AVCC221OUT2

9AGND

22DVEE

23DGND

24DVCC

25SH2

26CL2

27BC2

28CS

29MD2

30MD1

31MD0

32SOUT

33LD/RS

34CLK

35SIN/UD

36OE

37BC1

38CL1

39SH1

40AVCC3

41NC

42ADRO

10K

R06747

R060

TP006

0.1C046

0.1C047

0.1C050

0.1C051

0.1

C05

4

0.1

C05

6

10V

100C05

5

10V

100C05

7

22u

L004

22u

L005

22u

L003

TC7S14F-(TE85L)IC008

1NC 2

A 3GND

4Y

5VCC 68

0

R06

8

1K

R06

90.1

C04

5

0.1

C05

2

10V

100

C05

3

0.1

C05

8 22u

L002

680

R06

3

220

R06

2

22

R061

1KR06

4 27

R065

2SA1037K-T146Q007

2SC2412K-T146Q008

0.1

C06

1

AGND

FL002N.M.

1IN

2

COM

3OUT

FL001N.M.

1IN

2

COM

3OUT

AGND

AGND

AGNDAGND

AGND

AGND

AGND

AGND

0.1

C05

9

AGND

680

R05

3

220

R05

2

27

R0552SC2412K-T146Q006

1K

R05

4

22R051

2SA1037K-T146Q005 AGND

AGND

0.1

C06

0

0.1

C06

2

AGND

AGND

0.1

C04

810V

100C04

9

AGND AGND


1 1A2 1Y3 2A4 2Y5 3A6 3Y7 GND

84Y

94A

105Y

115A

126Y

136A

14VCC

TC7S14F-(TE85L)IC009

1NC2

A 3GND

4Y

5VCC

C064 N.M.

680

R08

1

680

R08

3

680

R08

5

680

R08

7

1K

R08

2

1K

R08

4

1K

R08

6

1K

R08

8

+5V

C08

4N

.M.

0

R098


11A21Y32A42Y53A63Y7GND

84Y

94A

105Y

115A

126Y

136A

14VCC

C08

8

N.M

.0R092

N.M

.

C09

5

0R08

0

+5V

R093

N.M.N.M.

R094N.M.

R095

0R09

6

0R09

7

0.1

C099


1A2A3B4B5CONT_B6CONT_C7VSS

8C

9C

10D

11D

12CONT_D

13CONT_A

14VCC

/ 10V33

C041

/ 10V33

C043

0.1C042

0.1C044

R04

5

N.M

.

AGND

22K

R02

122K

R02

0

0.1

C01

6

AGND

N.M

.

R01

5

AGND

0.1

C01

5

AGND

IMB1A-T110

Q009

123

4 5 6

AGND

LM6171BIMIC004

1NC2IN-3IN+4VEE

5NC

6OUT

7VCC

8NC

47

R04

4

1K

R040

47

R038

TP003

0.1

C03

9

10V

100

C04

0

AGND AGND

1KR

041

AGND

0.1

C03

6

AGND

IMT1A-T110Q004

123

4 5 6

10V

100C03

7

AGND

0

R03

9

1.5KR

037

47

R047

560

R03

5

4.7K

R03

4

5.6K

R03

6

16V100

C032

10K

R03

3

0.1

C03

4

0.1

C03

5

0.1

C03347

R046

2.2K

R03

2

AGND

2SC2412K-T146Q003

LM6171BIMIC002

1NC2IN-3IN+4VEE

5NC

6OUT

7VCC

8NC

47

R01

4

1K

R010

1KR

011

AGND

AGND

10V

100

C01

4

0.1

C01

3

AGND

TO002

IMT1A-T110Q002

123

4 5 6

47R008

47

R017

0R00

9

1.5K

R00

7

5.6K

R00

6

0.1

C00

9

4.7K

R00

4

560

R00

5

10V

100

C01

1

AGND

0.1

C01

0

AGND

10K

R00

3

0.1

C00

8

2.2K

R00

2

AGND

2SC2412K-T146Q001

16V100

C006

47

R016

0.1

C007

S1ZAS44062

D001

1

2 3

4

22u

L001

+5V

47

R001

0.1

C00

5

AGND

47

R031

47

R089 47

R09047

R091


1 1A2 1Y3 2A4 2Y5 3A6 3Y7 GND 84Y

94A105Y115A126Y136A14VCC

+5V

0.1

C08210V100

C083

0.1

C08

1

ILX510IC001

1 NC2 VGG3 OUT-O4 VDD5 RS-O6 LH-O7 NC

15NC

19VDD

20OUT-E

11 VDD 12ROG

131-E

142-E

8 GND

16NC

17LH-E

18RS-E

9 2-O10 1-O

21GND

22GND

100R071

100R072

100R075

100R076

100R079

TP004

2.2R073

2.2R074

0.1

C06

3

AGND

0.1

C00

1

0.1

C00

2

2.2R077

2.2R078

0.1

C00

4

16V

100C00

3 0.1

C03

1

AGND

AGND

TP005 TP001

AGND

ODD

CCD12V

+5VD

-5VD

-5VA

+5VA

GAIN2

P1

P2

RSTROG

NP

NP

1/1(CCD Board)KV-S6055/S6050

0.1

C06

5


123

D

C

B

A

1 2 3 4 5

54321

D

C

B

A

6

B3B-PH-K-S

CN201

1LAMP CNT2GND3+24V

1.5A50V

Z201 2SB1434S_or_2SB1240QQ203

1K

R204

0.5W3KR20

3

1KR20

5

0.02

2

C20

3

C20

1 50V

33

2SC2690QQ201

2SC2690QQ202

99072T201

12

3

4

5

6

7

8

9

0.5W5.1K

R20

1

0.5W5.1K

R20

2

L201

470

0.04

7

C20

2

B2P4-VH

CN2021 LAMP A4 LAMP B

1/1(Inverter Board)KV-S6055/S6050


124

14.5. DRIVE and PANEL & CARRIAGE HOME DETECTOR Boards

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

VCC

S4P-VH

CN3321 +24V32 +24V23 +24V24 +24V1

+24V3

HZS18-1TDD331

HZS18-1TDD332

3.9K

R33

1

2.2K

R33

2

2SC3311A-(TA)Q331

2SC3311A-(TA)Q332

3.9K

R33

3

2.2K

R33

4

VCC

TC74HC273PIC391

1 CLR2 1Q3 1D4 2D5 2Q6 3Q7 3D

156Q

198Q

20VCC

11CLK

125Q

135D

146D8 4D

167Q

177D

188D

9 4Q10GND

TC74HC273PIC392

1 CLR2 1Q3 1D4 2D5 2Q6 3Q7 3D

156Q

198Q

20VCC

11CLK

125Q

135D

146D8 4D

167Q

177D

188D

9 4Q10GND

TC74HC273PIC393

1 CLR2 1Q3 1D4 2D5 2Q6 3Q7 3D

156Q

198Q

20VCC

11CLK

125Q

135D

146D8 4D

167Q

177D

188D

9 4Q10GND

VCC VCC

VCC

VCC

VCC

VCC

VCC

S06B-XASK-1

CN3411 CA2 CCOMA3 CA4 CB5 CCOMB6 CB

VCC

+24V3

VCC VCC

VCC

S07B-XASK-1

CN3511 FA2 N.C.3 FCOMA4 FA5 FB6 FCOMB7 FB

+24V3

VCC VCC

VCC

S08B-XASK-1

CN3611 RA2 N.C.3 RCOMA4 RA5 RB6 RCOMB7 RB8 N.C.

+24V1

VCCVCC VCC

M62353P

IC371

1VrefL 2AO2 3AO3 4AO4 5AO5 6AO6 7AO7

15 AO1

9 VCC

10 AO8

11 DO

12 LD

13 CLK

14 DI

8VrefU

16 GND

Q371N.M.

CN371

N.M.

1 GREEN2 GND3 RED4 N.C.

S05B-XASK-1

CN3721 N.C.2 BGREEN3 GND4 BRED5 N.C.

Q372N.M.

+24V3

+24V3

4.7K

R48

3N

.M.

4.7K

R33

5

4.7K

R48

4

4.7K

R39

6

4.7K

R39

4

4.7K

R39

5

4.7K

R48

2N

.M.

4.7K

R33

6

2.2K

R39

2

1K

R387

R371

N.M.

R372

N.M.

1K

R373

1K

R374

1K

R39

1

1.5K

R38

6

2.7K

R385

5.6KR384

10K

R37

8

10K

R37

7

560

R47

3

560

R47

2

R47

9

N.M

.

R47

1

N.M

.

R37

6

N.M

.

R37

5

N.M

.

R37

9

N.M

.

R47

8

N.M

.

C34

4

220

35V

C341

33 50V

C3420.1

4700

P

C34

3

4700

P

C35

3

C3520.1

C351

33 50V

C35

4

220

35V

C36

4

220

35V

C361

33 50V

C3620.1

4700

P

C36

3

C392

0.1

C393

0.1

C394

0.1

C391

0.1

C47

9

N.M

.

C47

1

N.M

.C

475

N.M

.

0.47

C48

3C

376

0.1

C47

8

N.M

.

C37

9

N.M

.C

474

N.M

.

0.47

C48

2C

375

0.1

C37

4

0.1

C48

1

N.M

.

C47

3

N.M

.

C37

8

N.M

. C47

7

N.M

.

C47

6

N.M

.

C47

2

N.M

.

C37

7

N.M

.

C48

0

N.M

.C

373

0.1

C37

2

220

35V

C38

2

220

35V

2SD2137-PQ381

C38

3

220

50V

R38

2

1K29

.4K

R38

1C

331

220

35V

C33

2

0.1

C371

0.1 UN4213-(TA)Q391

UN4221-(TA)Q392

R47

4

N.M

.

R47

5

N.M

.1K

R47

6

1KR47

7

ERA91-02AVRBD381

UN4221-(TA)Q393

UN4221-(TA)Q394

10K

Z391

21

3 4 5 6 7 8 9

ICP-

N70

T104

Z361

ICP-

N70

T104

Z351

ICP-

N70

T104

Z341

ICP-

N70

T104

Z371

ICP-

N70

T104

Z381

Q375N.M.

Q376N.M.

2SB1417-PQ377

2SB1417-PQ378

2SC3311A-(TA)Q373

2SC3311A-(TA)Q374

180

R48

0

180

R48

1

1K33

0

C38

1

IC381NJM2360AD

1 CS2 ES3 CT4 GND 5INVIN6V+7S18CD

RXE020-AP

Z382

MF-R020-AP

SLA7044MLF872IC341

1 OUTA2 STROBEA3 REFA4 VDDA5 CLKA6 DATAA7 GNDA

14REFB

18OUTB

11OUTB12GNDB13STROBEB

8 OUTA

15VDDB16CLKB17DATAB

9 RSA 10RSB

SLA7044MLF872IC351


14REFB

18OUTB


8 OUTA

15VDDB16CLKB17DATAB

9 RSA 10RSB

SLA7044MLF872IC361


14REFB

18OUTB


8 OUTA

15VDDB16CLKB17DATAB

9 RSA 10RSB

0.22R383

TSL1112S-471KR72L381

128A-040P2B-L14A

CN3311LD0 2DEC2 3DEC3 4SKEW 5DACDI 6DACCLK 7DACLD 8+38V 9VCC 10GND 11GND 12GND 13GND 14GND 15GND 16GND 17+24V 18+24V 19+24V 20+24V 21LD1 22RESET 23LD2 24LD3 25DEC1 26LD4 27LD5 28LD6 29LD7 30VCC 31GAIN1 32LAMP1 33GND 34GND 35GND 36DOOR2 37DOOR1 38+24V 39+24V 40+24V

J301 N.M

.J3

02 N.M

.

+24V1

1.1K

R34

2

9.1K

R34

14.

7K

R34

3

1.6K

R35

2

12K

R35

14.

7K

R35

3

15K

R36

14.

7K

R36

3

5W0.22

R34

4

5W0.22R34

5

5W0.22

R35

4

5W0.22R35

5

5W0.

47R36

4

5W0.47R

365

DTB113ZSTPQ342

DTB113ZSTPQ352

DTB113ZSTPQ362

2KR36

2

LD[0-7]

LD[4]LD[5]

LD[6]LD[7]

LD[7]

LD[4]

LD[6]

LD[5]

LD[7]

LD[4]LD[5]

LD[6]

LD[2]

LD[1]

LD[3]

LD[0]

LD[2]

LD[1]LD[0]

LD[3]

LD[2]

LD[1]LD[0]

LD[3]

LD[0]

LD[3]LD[2]

LD[1]

LD[4]LD[5]LD[6]LD[7]

[CARRIAGE]

[FEED]

[CONVEYOR]

[Back]

[Front]

470

1/1(Drive Board)KV-S6055/S6050


125

1/1(Panel & Carriage Home Detector Boards)KV-S6055/S6050

1 2 3 4 5 6 7

A

1

B

C

D

E E

D

C

B

A

8765432

8

IL-S-4P-S2L2-EF

CN516

1234

TLP832IC501

3

4

1

22SC3311A-(TA)Q501

10K

R50

2

330R501

0.1

C50

1

CARRIAGE HOME DETECTOR

(PBAPA0281Z)

TO MOTHER

TO MOTHER

DF11-22DP-2DS

CN5361LD[0]2LD[1]3LD[2]4LD[3]5LD[4]6LD[5]7LD[6]8LD[7]9+5V10+5V11+12V12RS13R_W14EN15BUZZER16DEC1517DEC1618LED_GR19LEDRD20GND21GND22GND

PKM22EPP-4002

BZ501

10V

100C

547

0.22

C544

UN4213-(TA)Q538

UN4213-(TA)Q536

UN4213-(TA)Q539

1KR551

1K

R552

1KR553

1K

R554

1KR555

1K

R556

1KR557

1KR558

1K

R559

1KR560

10K

R54

4

10KR573

10K

R57

0

10K

R57

1

10K

R57

2 150

R55

0

1.8K

R549

1.8K

R546

330

R54

8

3.3K

R54

5

3.3K

R54

3

680

R54

7

C56

7N

.M.

C56

8N

.M.

C56

9N

.M.

0.1

C54

8

0.1

C54

9

0.1

C54

6

C56

4N

.M.

C56

5N

.M.

C56

6N

.M.

C56

3

N.M

.

0.1

C54

5

0.1

C58

90.

1C

588

0.1

C58

7

N.M

.C

561

N.M

.C56

0

N.M

.C

562

10K

Z505

21

3 4 5

10K

Z503

21

345

10K

Z507

21

3 4 5

10K

Z508

21

3 4 5

GL9ED2D513

SN74HC365N

IC509

1 G12 A13 Y14 A25 Y26 A37 Y3

15G2

9Y410A411Y512A513Y614A6

8 GND

16VCC

SN74HC365N

IC508

1 G12 A13 Y14 A25 Y26 A37 Y3

15G2

9Y410A411Y512A513Y614A6

8 GND

16VCC

FFC-14AMEP1

1GND2+5V3VO4RS5R/W6EN789

1011121314

1 VSS2 VDD3 VD4 RS5 R/W6 EN7 LD08 LD19 LD210 LD311 LD412 LD513 LD614 LD7

RCD7065X-B

IC510

B3F6122SW501

B3F6122SW502

B3F6122SW503

B3F6122

SW504

B3F6122SW505

B3F6122SW506

B3F6122SW507

B3F6122SW508

B3F6122SW509

B3F6122SW510

LD[0-7]LD[0]LD[1]LD[2]LD[3]LD[4]LD[5]LD[6]LD[7]

LD[6

]LD

[4]

LD[2

]LD

[0]

LD[1

]LD

[3]

LD[5

]LD

[7]

LD[3

-5]

LD[4]

LD[3]

LD[5]

LD[0

-2]

LD[3

-5]

LD[0]LD[1]LD[2]LD[3]LD[4]LD[5]LD[6]LD[7]

LD[2]

LD[1]

LD[0]

LD[2]

LD[1]

LD[0]LD[5]

LD[4]

LD[3]

PANEL BOARD

(LCD UNIT)

(PBAPA0280Z)


126

14.6. RELAY (BACK), RELAY (SIDE) and Sensor Boards

1 2 3 4 5 6 7

A

1

B

C

D

E

F F

E

D

C

B

A

98765432

8

26FMZ-ST

CN5041+5V2+5V3SIZE_LED84SIZE_LED75SIZE_LED66SIZE_LED57SIZE_LED48SIZE_LED39SIZE_LED210SIZE_LED111SIZE_LED012+12V13DBL_FEED14START_POS15PAPER16PAPER_RF17HOPP_POS18HOPP_MID19END_POP20END_LED21FB_DOOR22RETARD23START_LED24N.C.25GND26GND DF11-24DP-2DS

CN505

1 GND2 GND3 GND4 N.C.5 RETARD6 END_POS7 HOPP_MID8 HOPP_POS9 PAPER_RF

10 PAPER11 START_POS12 DBL_FEED13 +12V14 SIZE_LED015 SIZE_LED116 SIZE_LED217 SIZE_LED318 SIZE_LED4

19 SIZE_LED5

20 SIZE_LED621 SIZE_LED722 SIZE_LED823 +5V24 +5V

S6B-PH-K-S

CN513

1 GND2 GND3FB_DOOR4END_LED5 +5V6 +5V

S5B-PH-K-S

CN525

1GND

2GND

3FB_DOOR

4END_DOOR

5+5V

S4B-PH-K-S

CN526

1 GND2FB_DOOR3+5V4+5V

S5B-PH-K-S

CN515

1START_LED2

N.C.

3N.C.

4N.C.

5+5V

DF11-12DP-2DS

CN503

2 TXD03 RTS04 RXD05

IMP_RST

6 PERIMP_SP7

+5V

8+38V

9+38V

10+12V

11GND

12GND

1 CTS0

DF11-16DP-2DSACN522

1GND

2GND

3N.C.

4 N.C.

5 N.C.

6SIZE0

7SIZE1

8SIZE2

9SIZE3

10SIZE4

11SIZE5

12SIZE6

13SIZE7

14SIZE8

15+5V

16+5V

28FMZ-BT

CN5011+5V 2DOOR_IMP 3SIDE8 4SIDE7 5SIDE6 6SIDE5 7SIDE4 8SIDE3 9SIDE2 10SIDE1 11SIZE0 12GND 13+24V 14DFGAIN 15+5V 16CLK40K 17GND 18GND 19+12V20+38V21+38V22+5V 23PERIMP_SP 24IMP_RST 25RXD0 26RTS0 27TXD0 28CTS0

IL-S-8P-S2T2-EF

CN5021 +24V2 +24V3 +5V4 N.C.5DFGAIN6CLK40K7 GND8 GND

DF11-16DP-2DSACN521

1GND

2GND

3N.C.

4N.C.

5N.C.

6SIZE0

7SIZE1

8SIZE2

9SIZE3

10SIZE4

11SIZE5

12SIZE6

13SIZE7

14SIZE8

15+5V

16+5V

IL-S-8P-S2T2-EFCN534

1+24V2+24V3+5V4N.C.5DFGAIN6CLK40K7GND8GND

10K

R52

0

TLP832IC503

3

4

1

2

330

R51

9

TLN

119

D50

1

S5B-PH-K-S

CN518

1START_LED

2N.C.

3N.C.

4N.C.

5+5V

TLN

119

D51

1

S4B-PH-K-S

CN527

1GND 2

FB_DOOR 3+5V 4+5V

TLP832IC504

3

4

1

2

10K

R52

2

330

R521

2SA1309A-(TA)Q532

2SC3311A-(TA)Q531

2SC3311A-(TA)Q534

2SC3311A-(TA)Q533

25V

10C55

3

35V

10C55

4

UN4213-(TA)Q535

1KR53

1

10K

R532

10K

R53

0

2.2K

R52

9

8.2K

R52

8

2SC

3311

A-(T

A)Q

524

2SC

3311

A-(T

A)Q

522

2SC

3311

A-(T

A)

Q52

0

2SC

3311

A-(T

A)Q

518

2SC

3311

A-(T

A)

Q51

6

2SC

3311

A-(T

A)Q

514

2SC

3311

A-(T

A)

Q51

2

2SC

3311

A-(T

A)

Q51

0

2SC

3311

A-(T

A)Q

508

1000

P

C51

0

1000

P

C51

1

1000

P

C51

2

1000

P

C51

3

1000

P

C51

4

1000

P

C51

5

1000

P

C51

6

1000

P

C51

7

1000

P

C51

9

1000

P

C51

8

1000

P

C52

1

1000

P

C52

0

1000

P

C52

3

1000

P

C52

2

1000

P

C52

5

1000

P

C52

4

1000

P

C52

7

1000

P

C52

6

10K

R51

8

10K

R51

7

10K

R51

6

10K

R51

5

10K

R51

4

10K

R51

3

10K

R51

2

10K

R51

1

10K

R51

0

PN168Q523

PN168Q521

PN168Q519

PN168Q517

PN168Q515

PN168Q513

PN168Q511

PN168Q509

PN168Q507

MA40S4S

X501

R59

0

N.M

.

R59

1

N.M

.

R59

2

N.M

.

R59

3

N.M

.

R562

N.M.

C590

N.M.

N.M

.

C59

2

N.M.

C591

0.1

C52

8

0.1

C58

5

0.1

C58

2 0.1

C58

4

0.1

C58

3

0.1

C58

6

0.1

C52

9

0.1

C535

2SC3311A-(TA)Q525

2SC3311A-(TA)Q526

0.1

C55

1

0.1

C55

2

1C58

1

1C58

0

1C57

9

1C57

8

1C57

7

1C57

6

1C57

5

1C57

4

1C57

3

SIZE[8]SIZE[7]SIZE[6]SIZE[5]SIZE[4]SIZE[3]SIZE[2]SIZE[1]SIZE[0]

SIZE

[0]

SIZE

[1]

SIZE

[2]

SIZE

[3]

SIZE

[4]

SIZE

[5]

SIZE

[6]

SIZE

[7]

SIZE

[8]

[TO IMPRINTER]

RELAY (BACK) BOARD(PBAPA0299Z)

START POSITION LED

(PBAPA0287Z)

ENDING POSITION LED

(PBAPA0291Z)

FLATBED DOOR DETECTION

(PBAPA0297Z)

DOUBLE FEED DETECTOR (GENERATOR) (PBAPA0285Z)

SIZE SENSOR(PBAPA0288Z)

[TO RELAY(SIDE)BOARD]

[Relay (Back) Board]KV-S6055/S6050

1/1


127

1 2 3 4 5 6 7

A

1

B

C

D

E E

D

C

B

A

8765432

8

DF11-24DP-2DSACN509

1GND2GND3GND4N.C.5RETARD6END_POS7HOOP_MID8HOPP_POS9PAPER_RF10PAPER11START_POS12DBL_FEED13+12V14SIZE_LED015SIZE_LED116SIZE_LED217SIZE_LED318SIZE_LED419SIZE_LED520SIZE_LED621SIZE_LED722SIZE_LED823+5V24+5V

DF11-10DP-2DSACN510

123456789

10

B8B-PH-K-S

CN512

12345678

B7B-PH-K-S

CN531

1234567

IL-S-7P-S2T2-EF

CN511

1234567

IL-S-5P-S2T2-EF

CN514

12345

IL-S-6P-S2T2-EF

CN519

123456

5597-04APB

CN5291234

DF11-10DP-2DSA

CN524

1SIZE_LED22SIZE_LED03SIZE_LED44SIZE_LED15SIZE_LED66SIZE_LED37SIZE_LED88SIZE_LED59+5V10SIZE_LED7

IL-S-7P-S2T2-EF

CN520

1GND2GND3START_POS4DBL_FEED5+12V6+5V7+5V

IL-S-5P-S2T2-EF

CN517

1GND

2GND

3RETARD

4+5V

5+5V

B8B-PH-K-S

CN532

1GND2GND3END_POS4HOPPPOS5N.C.6PAPER7+5V8+5V

0.47

C55

5

TLP832IC5023

4

1

22SC3311A-(TA)Q502

10K

R50

4

330

R503

PN168Q529

2SC

3311

A-(T

A)Q

530

1000

P

C53

2

10K

R52

7

1000

P

C53

4

B7B-PH-K-S

CN530

1234567

S4B-PH-K-S

CN5381234330

R525

10K

R52

6

TLP832IC5063

4

1

2

2SC

3311

A-(T

A)Q

528 5597-04APB

CN537

1234

TLN

119

D50

2

TLN

119

D50

3

TLN

119

D50

4

TLN

119

D50

5

TLN

119

D50

6

TLN

119

D50

7

TLN

119

D50

8

TLN

119

D50

9

TLN

119

D51

0

100

R561 PN168Q505

1000

P

C50

8

2SC

3311

A-(T

A)Q

506

10K

R50

9

1000

P

C50

7

2SA1309A-(TA)Q503

2SC

3311

A-(T

A)Q

504

25V

10C50

6

0.01

C503

0.01

C50

4

1K

R506

10K

R50

5

2.2K

R50

8

22K

R507

MA165-(TA5)D515

IL-S-6P-S2T2-EF

CN535

123456

MA40S4R

X502NJM2082D

IC507

1OUT12IN1-3IN1+4VEE5 IN2+

6 IN2-7 OUT28 VCC

25V

10C54

3

0.01

C536

0.01

C540

0.01

C54

2

2200

P

C53

9

0.1

C53

7

0.1

C53

8

0.1

C54

1

1KR54

2

100K

R53

4

100K

R54

0

120K

R53

7

15K

R53

8

15K

R54

1

3.9K

R53

3

39K

R53

5

8.2K

R53

9

82K

R53

6

MA1

65-(T

A5)

D51

2

103A

T-2

D51

6

0.1

C53

3

0.1

C53

1

0.1

C570

0.1

C50

2

0.1

C50

9

0.1

C50

5

1

C57

1

1

C57

2

RELAY(SIDE) BOARD

(PBAPA0292Z)

RETARD POSITION DETECTOR

(PBAPA0283Z)

ENDING POSITION SENSOR

(PBAPA0290Z)

HOPPER POSITION DETECTOR

(PBAPA0293Z)

PAPER DETECTOR

(PBAPA0295Z)

[FCC]

SIZE LED

(PBAPA0289Z)

STARTING POSITION SENSOR

(PBAPA0286Z)

DOUBLE FEED DETECTOR (RECEIVE)

(PBAPA0284Z)

TO RELAY(BACK) BOARD

1/1[Relay (Side) Board]KV-S6055/S6050


128

14.7. POWER and DC-DC CONVERTER Boards

ERA2

2-10

AVR

B

D80

2

MA165-(TA5)

D828

MA1

65-(T

A5)

D82

9

D

C

B

A

1 2 3 4 5

54321

D

C

B

A

6

HA17431PA-TZ

IC80

32

3

1

MA165-(TA5)

D830

ZNR

801

2200

P

C80

3

2200

P

C80

4

1.7

L801

1.7

L802

TH801

D3SBA60-4101D801

ZNR

803

ZNR

804

YG90

2C3R

D82

1

1

2

3 35V

2200

C83

2

TLP6

21

PC80

1

1

2

2SJ334

Q821

PC12

3FY2

PC80

2 4

3

50V

1C81

2

STR

8315

9IC

801

12

3

45

0.04

7

C81

0

L8031 2

34

2SK2651-01MRQ801

50V

10C83

750V33

C83

6

2SC3311A-(TA)Q822

RD

27ES

-T1A

B4

D82

7

TLP6

21

PC80

2 1

2

ERA91-02AVRB

D804

PC80

1 4

3

0.22

C81

5

3.3K

R84647

R845

12R84

3

680

R813

100

R808

(R81

0)

(Not

use

d)

10K

R81

8

2W4.7

R804

0.5W

1M

R80

1

120

R83

3

ZNR

802

1000

0P

C80

8

0.04

7

C81

6

6800

P

C81

7

2.2K

R838

450V

4.7C

811

250V

560C

805

250V

560C

806

33K

R81

9

0.5W10

R809

100P

1kV

C80

7

FA53

11BP

IC80

2

1R

T2

FB3

IS4

GN

D5

OU

T6

VCC

7C

T8

CS

0.047630V

C809

2W10

0

R83

1

8.87

K1%R83

5

250

HK-14S080-4010TL821

0.22

C80

1

0.22

C80

2B2P3-VH

CN801

LIVE 21NEUTRAL

0.5W

33KR81

4

0.5W

33KR81

5

0.5W

33KR81

6

2W15R

817

ERA9

1-02

AVR

B

D80

5

2W10

R80

6

10K

R80

5

390P

C81

4

4.7K

1%

R81

1

2.2K

R81

2

1KV

100PC

831

120

R83

2

1K 1%R83

7

1W47R

847

D1N60-F4083D826

B3B-EH-F1

CN803

1 FA+2 N.C3 FAN-

ERB4

4-10

G1

D80

3

SRW3333ED-609V017

T801

87

2354

121314

171819

1

C834

100

R834

B11B-XASK-1

CN802

1 -5Vovp

2 3.3Vovp

3 +5Vovp

4 GND

5 GND

6 GND

7 +24V

8 +24V

9 VCC(24V)

10 VCC(24V)

11 STB

50V

47

C81

3

2SD1994A-S(TA)

Q802

4.7K

R820

MA1

65-(T

A5)

D80

7

0.1

C81

8

RD

24ES

-T1A

B1

D80

6

10K

R84

0

10K

R84

1

UPC

1944

J-T

IC80

42

3

1

0.1

C83

5

B5B-XASK-1

(CN804)Not Used

5 +24V4 +24V3 STB2 GND1 GND

5W0.22

R807

AB4X2X4.5WL822

AB4X

2X4.

5WL8

23

50V

10

(C81

9)(N

ot u

sed)

4A250V

F801

RD

5.1E

S-T1

AB2

D80

8

MA1

65-(T

A5)

D83

1

820

R84

2

RD

7.5E

ST1A

B3D

825

4A

F802

250V

4.7K

R84

4

0.5W

120KR

802

0.5W

120KR

803

3.3K

R83

9

1/1(Power Board)

6

KV-S2065/S6055/S6050


129

D

C

B

A

1 2 3 4 5

54321

D

C

B

A

6

MA165-(TA5)

D86

3

MA1

65-(T

A5)

D86

7

MA1

65-(T

A5)

D86

4

NJM

2360

ADIC

862

1C

S2

ES3

CT

4G

ND

5IN

VIN

6V+

7S1

8C

D

NJM

2367

IC86

1

1VF

B2

OU

T3

GN

D4

VCC

5ST

BY

680P

C86

5

YG802C06R

D861

1

2

3

ERA9

1-02

AVR

B

D86

2

0.1

C86

7

NJM78M05FAIC863

1 IN

2

GND

3OUT

57.6

KR86

4

1%12

.4KR

865 1%

6.8K

R862

68K

R861

35V

220

C86

8

NJM79M05FAIC866

2 IN

1

GND

3OUT

0.1

C87

2

MA1

65-(T

A5)

D87

1

0.5W0.56

R863

L862

150 H

RCH895-151K

L861

80

HK-12S080-1210T

RD7.5ES-T1AB3

D86

5

RD

5.1E

S-T1

AB2

D86

6

10V

1000

C86

6

35V

330C

864

35V

220C

873

10V

1000

C86

3

0.1

C86

2

B11B-XASK-1

CN8611STB2VCC(24V)3VCC(24V)4+24V5+24V6GND7GND8GND9+5Vovp103.3Vovp11-5Vovp

B12B-XASK-1

CN862

2 +24V3 GND4 GND5 +5V6 +5V7 VCC(24V)8 GND9 +5VA

10 -5VA11 STBY12 3.3Vovp

1 +24V

MA1

65-(T

A5)

D86

9

390P

C87

00.5W0.56

R866

35V

330C86

9 ERA91-02AVRBD868

NJM

2360

AD

IC86

5

1C

S2

ES3

CT

4G

ND

5IN

VIN

6V+

7S1

8C

D

RD

7.5E

S-T1

AB3

D87

0

36.5

K1%

R86

8

7.8K

1%

R86

7 10V

1000C

871

220

RC

H89

5-22

1K

L863

RD

5.1E

S-T1

AB2

D87

2

10

R869

0

R870

50V

330C

861

1/1(DC-DC Converter Board)KV-S2065/S6055/S6050


130

15.1 Exterior

15.2 Hopper Unit

15.3 Chassis

15.4 Power Unit

15.5 Packing

15 PARTS LOCATION AND MECHANICAL PARTS LIST

Note: RTL (Retention Time Limited)

The marking (RTL) indicates that the Retention Time is limited for this item. After the discontinuation of this assembly inproduction, the item will continue to be available for a specific period of time. The retention period of availability is dependenton the type of assembly, and in accordance with the laws governing part and product retention.

After the end of this period, the assembly will no longer be available.

131


132


15.1. ExteriorKV-S6055W / KV-S6055WU / KV-S6050W / KV-S6050WU

133

REPALCEMENT MECHANICAL PARTS LIST (Exterior)

Ref. No. Part No. Part Name & Description Remarks

1 PBDGA0061Z Gear for KV-S6055 series (ISO Code:POM)

2 PBDJA0020Z Spacer for KV-S6055 series

3 PBDRA0073Z Roller for KV-S6055 series

4 PBDRA0103Y-J Roller for KV-S6055 series

5 PJNW4111Z Spacer

6 RWPS5-050 Spacer for KV-S6055 series

7 RWPS5-100 Spacer for KV-S6055 series

8 PBDEA0154Z Collar

9 PBMDX0501Z Inside Cover Lock Fitting Plate (R)

10 PBMDX0502Z Inside Cover Lock Fitting Plate (L)

11 PBMDA0489Z Actuator Fitting Plate

12 PJDSA0052Z Arm Spring

13 PJHRA0247Y Open Sensor Actuator (ISO Code:ABS)

14 PBDSA0118Z Platen Roller Spring for KV-S6055 series

15 PBDSA0119Z Platen Roller Spring for KV-S6055 series

16 PBHRA0181Z Spacer (ISO Code:POM)

17 PBUEA0112Y Conveyor 1 for KV-S6055 series

18 PBAPX2876045 STARTING LED Board (RTL)

19 PBDFA0129Y Free Roller Shaft

20 PBDRA0029Z Roller

21 PBJEA0506Z Cable (CN515-CN518)

22 PBMDX0483Z Free Roller Fitting Plate

23 PBUSA0044Y Free Roller Spring

24 PBAPX2916045 ENDING LED Board (RTL)

25 PBAPX2976045 DOCUMENT COVER Board (RTL)

26 PBHAA0037Z-J Flat Bed Cover (ISO Code:PS)



29 PBUEA0125Z FB Cover Hinge

30 PBDFA0131Z Free Roller Shaft

31 PBDSA0114Z Free Roller Spring

32 PBDSA0120Z Stopper Spring

33 PBUSA0045Y Free Roller Spring 2

34 PBMDA0553Z Clamp Fitting Plate (R)

35 PBMDA0554Z Clamp Fitting Plate (L)

36 PBMDA0550Y Plate

37 PBHEA0102Y-J Flat Bed

38 PBAPX2956045 DOCUMENT DETECTOR Board (RTL)

39 PBKZA009Z-J1 Hopper Plate (ISO Code:PS)

40 PBKEA0104Z-J Exit Guide (ISO Code:PS)

41 PBHRA0199Z Paper Guide Plate (ISO Code:POM)

42 PBJEA0503Y Cable (CN529-CN537)

43 PBULA0150Z-J2 Manuscript Side Plate

44 PBKMA0060Z-J Hopper Base (ISO Code:PS)

45 PBKMA0049Z Tray (Extend Hopper) (ISO Code:PS)

46 PBAPX2806045 PANEL Board (RTL)

47 PBBCA0010Z Hinge Button (A) (ISO Code:ABS)

48 PBBCA0011X Hinge Button (B) (ISO Code:ABS)

49 PBBCA0012X Hinge Button (C) (ISO Code:ABS)

50 PBBCA0013X Hinge Button (D) (ISO Code:ABS)

51 PBBCA0014X Seesaw Button (ISO Code:ABS)

52 PBKMA0055X-J Front Cover for KV-S6055 series (ISO Code:ABS)

52 PBKMA0055W-J Front Cover for KV-S6050 series (ISO Code:ABS)

53 PBHMA0163Z Cable Cover 1

54 PBKFA0021Z FB Rear Cover (ISO Code:PS)

55 PBKEA0103Z Imprinter Door (ISO Code:PS)

56 PBKEA0112Z-J Stopper Panel (ISO Code:PS)

57 PBKFA0022Z ADF Rear Cover (ISO Code:PS)

58 PBKMA0056Z FB Rear Cover (R) (ISO Code:PS)

59 PBKMA0057Z FB Rear Cover (L) (ISO Code:PS)

60 PBKMA0058Z-J ADF Side Cover (R) (ISO Code:PS)

61 PBKMA0059Z ADF Side Cover (L) (ISO Code:PS)

62 PBKMA0061Z-J ADF Top Cover (ISO Code:PS)

63 KI-100M Clamper

64 TMM6463 Clamper

65 PBMXA0048Z Isolation Tube

66 PBMXA0049Z Isolation Tube

67 PBDFA0130Z Free Roller Shaft

68 PBUEA0143Z Plate

69 PBHEA0164Z Sheet

70 PBMDA0571Z Plate

71 SM-108S Magnet


72 PBDSA0138Z Spring

73 CC-0612-10 Spacer

74 PBUEA0145Z Plate

75 PBJEA0620Z Earth Cable


77 KG-010-L44 Bushing

78 PBUEA0113Z-J Conveyor

79 EDS-17L Edge Saddle


81 PBMXA0042Z Sheet

82 PBMXA0051Z Sheet

83 NRP-335 Rivet

84 PBJEA0624Z Cable

85 PBMDA0573Z Plate

86 GP2A25 Photo Interrupter

87 PBUSA0054Z Spring

88 LWS-3S Clamper for KV-S6055W/KV-S6055WU

89 LWS-1S Edge Saddle

90 CS-2 Earth Cable

91 PJGTB0003Z Name Plate for KV-S6055W

91 PJGTB0015Z Name Plate for KV-S6055WU

91 PJGTB0014Z Name Plate for KV-S6050W

91 PJGTB0016Z Name Plate for KV-S6050WU

92 PJQTA0652Z Label

93 PBUEA0126Y Conveyor for KV-S6050 series

94 SWD-03B Spacer

95 PBQAA0898Z Label

96 PBUSA0064Z Spring

303 XPJ2C10VW Pin

308 XTW3+U10PFX Screw

311 XTW3+U6LFX Screw

313 XTW3+U8LFY Screw

316 XUC4FY E-ring

317 XUC5FY E-ring

318 XUC6FY E-ring

319 XTV3+14GFX Screw

321 XSN3+6FX Screw


340 XTB3+6FFY Screw

341 XWG32F10FX Washer

348 XYN3+F8FX Screw

349 XTS3+12GFZ Screw


134

15.2. Hopper UnitKV-S6055W / KV-S6055WU / KV-S6050W / KV-S6050WU

135

REPALCEMENT MECHANICAL PARTS LIST (Hopper Unit)


1 PBUAX0121Z Inside Cover Chassis (R)

2 PBDSA0079Z Lock Spring

3 PV267-02A-C3 Stepping Motor (DC5.5W)

4 PJDJB0007Z Spacer (ISO Code:POM)

5 PBHE28Z Damper

6 PBUAX0122Z Inside Cover Chassis (L)

7 PBDSA0080Z Lock Spring

8 PK266-02AC89 Stepping Motor (DC3.93W)

9 EQ4R300Q1 CIS for KV-S6055 Series

9 PBUEA0130Z Conveyor for KV-S6050 W/WU Only

10 PBMDA0458Z Plate for KV-S6055 series

11 PBMDA0457Z Plate for KV-S6055 series

12 PJNW525 Spacer

13 DR-20-H5 Roller

14 PBDEX0133Z Tension Plate

15 RWPS5-10025 Spacer

16 PBDEX0132Z Tension Plate

17 PBAPX2896045 SIZE LED Board (RTL)

18 PBULA0140Z Reinforcement Plate 1

19 PBDGA0018Z Gear (ISO Code:POM)

20 PBDGA0071Z Pitch Roller (ISO Code:POM)

21 PBUEX0114Z Paper Feed Planetary Plate

22 RWPS6-025 Spacer

23 PBUEX0115Z Retard Planetary Plate


25 PBDGA0062Z Gear (ISO Code:POM) for KV-S6055 series

26 PBDRA0076Z Roller for KV-S6055 series

27 PBUEX0116Z Conveyor Planetary Plate for KV-S6055 series

28 PBMEA0057Z Discharge Brush

29 PBUEA0110Z Exit Conveyor

30 SS-5GL-3T Micro Switch

31 PBMDA0486Z Fitting Plate 2

32 PBMDA0493Z Switching Fitting Plate

33 PBMDA0549Z Fitting Plate

34 PBDSA0135Z Inside Cover Spring

35 PBUEX0109Z-J Retard Roller Assembly

36 PBHRX0150Z Felt

37 PBUVX0028Z-J Plate

38 PBDS10Z40 Spring

39 PBHDA0001Z Screw

40 RWPS4-025 Spacer

41 RWPS4-050 Spacer

42 NF-058E Oil Damper

43 PBAPX2836045 RETARD POSITION Board (RTL)

44 PBAPX2926045 RELAY(SIDE) Board (RTL)

45 PBDGA0028Z Intermediate Gear (ISO Code:POM)


47 PBDGA0033Y Gear (ISO Code:POM)

48 PBDSA0111Z Paper Feed Spring

49 PBUSA0046Z Retard Change Spring

50 RWPS5-025 Spacer

51 RWPS6-100 Spacer

52 THF-612ZZ4.5 Ball Bearing


54 PBDRA0081Z Paper Feed Roller

55 PBDFA0132Z Roller Shaft

56 PBDRA0065Z Roller

57 RWPS8-025 Spacer

58 PBDSA0110Z Roller Spring

59 PBMDX0484Y Feed Unit Fitting Plate

60 PBDFA0136Z Switching Shaft

61 PBUL30Z Plate

62 PBUAX0123Z Outside Cover Chassis (R)

63 PBUSA0047Z Imprinter Door Spring

64 PBUAX0124Z Outside Cover Chassis (L)

65 PBAPX288645C SIZE SENSOR Board (RTL)

66 PBULX0137Y Reinforcement Plate (Upper) 2

67 EDS-0607M Edge Saddle

68 PBAPX2856045 DOUBLE FEED DETECTOR (G) Board (RTL)


70 PBDFA0129Y Free Roller Shaft

71 PBDRA0029Z Roller (ISO Code:POM)


72 PBAPX2996045 RELAY (REAR) Board (RTL)

73 PBULX0137Z Reinforcement Plate (Upper) 1

74 PBULA0149Z Imprinter Fitting Plate

75 PBMDA0547Z Sensor Plate 1

76 PBHEA0150Z Protection Sheet (ISO Code:PVC)

77 PBJEA0494Z Cable (CN503-Imprinter)

78 PBULA0137Y Reinforcement Plate (Upper) 2

79 PBHMA0165Z Switching Cover

80 PBUVA029Z-J1 Plate

81 PBUEX0111Z-J Paper Feed Conveyor Assembly

82 PBDSA0114Z Free Roller Spring



85 PBHRA0181Z Spacer



88 PBULA0143Z Lever Switching Cover (R)

89 PBULA0144Z Lever Switching Cover (L)

90 PJDJA0016Z Roller Bear (ISO Code:POM)

91 PBHMA0106Z Spacer

92 Y0048 Damper

93 PBJEA0509Z Cable (Relay(c))

94 TMM6463 Clamper for KV-S6055 series

94 TMM7468 Clamper for KV-S6050 series

95 PBDFA0137Z Shaft

96 PBDSA0127Z Lever Spring

97 PBDSA0128Z Lever Spring

98 PBULA0145Z Lock Release Plate

99 PBULA0151Z Lock Lever

100 PBULA0147Z Lock Stopper

101 PBULA0148Z Gas Damper Fitting Plate

102 PBBSA0002Z Retard Cancel Lever (ISO Code:ABS)

103 B-F6-171 Spacer

104 80S2M334GB Conveyor Belt

105 PBDFA0126Z Hopper Shaft

106 PBDFA0135Z Hopper Shaft

107 PBDSA0107Z Hopper Spring

108 PBDSA0108Z Hopper Spring

109 PBMDA0500Z Hopper Pressure Plate

110 PBDFA0127Z Hopper Cam Shaft

111 PBDGA0068Z Hopper Cam (ISO Code:POM)

112 PBDGA0069Z Hopper Cam Fringe (ISO Code:POM)

113 PBHRA0023Z Shutter (ISO Code:ABS)

114 PBDRX10S6055 Roller

115 PBUDA0036Z Drive Pulley (ISO Code:POM)




119 PBDSA0112Z Retard Spring

120 PJJRB0609Z Cable


122 PBJEA0500Y Cable (CN510-CN524)





128 PJJRB0610Z Cable for KV-S6055 series

128 PJJRB0656Z Cable for KV-S6050 series


130 PBMDX0485X-J Retard Fitting Plate

132 PBDEA0195Z Pin

133 PJDFB0006Z Shaft

134 PBDRA0083Y Roller

135 PBDSA0102Y Spring

136 PBHEA0172Z Sheet (ISO Code:PC)

137 PJDEB0003Z Shaft

138 PBUEX0117Y White Standard Conveyor

139 KI-100M Clamper


141 PBAPX2846045 DOUBLE FEED DETECTOR (R) Board (RTL)

142 PBAPX286645C STARTING POSITION SENSOR Board (RTL)

143 PBAPX290645C ENDING SENSOR Board (RTL)

144 PBAPX2936045 HOPPER POSITION Board (RTL)

145 PBUSA0043Z Conveyor Spring


136


146 PBHMA0164Z Cable Cover 2

147 PBMDA0548Z Sensor Plate 2

148 PBULA0141Z Reinforcement Plate 2

152 PBMDA0551Z Plate



155 80S2M318GB Flat Belt


157 PBUEA0106Z Plate

158 CE012-L100 Edging

159 CE012-L70 Edging

160 CC-0613-15 Spacer

161 PBMEA0059Z Plate

162 F-FLAW678AZZ Ball Bearing

163 CC-0816-15 Spacer

164 RWPS6-050 Spacer

165 AL4 Clamper

166 LWS-3S Clamper


168 PBDGA0094Z Spacer (ISO Code:POM)

169 KG-032-L56 Bushing

170 UAMS-05SN-W Bushing

172 PBHEA0155Z Sheet (ISO Code:PC)

173 CS-2 Clip

174 TMM764301 Clamper

175 PBJEA0613Z Cable

178 TMM6428-1 Clamper

179 EDS-2 Bushing

180 PJNW4111Z Spacer

181 PJDGB0006Z Retard Gear (ISO Code:POM)

183 PJDSB0007Z Spring

184 3E32 Rivet

185 FFLAWBC612ZZ Ball Bearing

302 XPJ2C12VW Pin

303 XPJ2C10VW Pin

304 XPL2B12WVW Pin

305 XTB3+6FFX Screw

307 XTW3+U4L Screw




315 XUC3FY E-ring

316 XUC4FY E-ring

317 XUC5FY E-ring

318 XUC6FY E-ring

322 XYN2+J6FX Screw

323 XYN23+J10FX Screw

327 XYN26+J6FX Screw


331 XYN4+J10FXS Screw

336 XNA3FX Nut

337 XYN4+J12FXS Screw

338 XNG4BS Nut

342 XYN4+F12FY Screw

343 XSS5+8FX Screw

344 XYN3+J6FX Screw


137


138

15.3. ChassisKV-S6055W / KV-S6055WU / KV-S6050W / KV-S6050WU

139

REPALCEMENT MECHANICAL PARTS LIST (Chassis)


1 CFX12AYG/36H Lamp Holder

2 PBHAA0036Z-J Carriage Unit for KV-S6055W/6050W

2 PBHAA036Z-J1 Carriage Unit for KV-S6055WU/6050WU

3 RF1401-A5 Carriage Motor Mount

4 103H549-0449 Carriage Motor

5 PBDFA0113Z Timing Pulley Shaft

6 100S2M1224GB Timing Belt

7 PJQTB0003Z Label


9 PBMDA0498Z Timing Pulley Plate

10 PBUDA0034Z Fitting Pulley (ISO Code:POM)

11 RWPS6-050 Spacer

12 PBHEA0092Z-J FB Glass Base Assembly for KV-S6055W/6050W

12 PBHEA0092Y-J FB Glass Base Assembly for KV-S6055WU/6050WU

13 PBHEA0093Z-J ADF Glass Base Assembly for KV-S6055W/6050W

13 PBHEA093Z-J1 ADF Glass Base Assembly for KV-S6055WU/6050WU

14 PBUAA0119Z Side Frame

15 PBUEA0105Z Carriage Guide Rail

16 PBUAA0120Z Bottom Frame





21 PBUEA0107Z PCB Guide Rail (A)

22 PBUEA0108Z PCB Guide Rail (B)

23 PBUAA0118Z Rear Frame


25 EDS-1717U Edge Saddle

26 PBUAA0117Z Front Frame

27 PBMDA0497Z Front Cover Fitting Plate

28 C-30-RK-30 Rubber Foot

29 PBDFA0114Z Tension Pulley Shaft

30 PBDSA0105Z Tension Spring

31 PBHGA0055Z Rubber

32 PBMDA0477Z CIS Fitting Plate (L)


34 PBDFA0112Z Carriage Shaft

35 PBMDA0478Z CIS Fitting Plate (R)

36 PBMCA0093Z Shield Cover (A)

37 PBMCA0094Z Shield Cover (B)

38 PBMCA0095Z Shield Cover (C)

39 PBMCA0098Z Shield Cover (D)

40 PBHMA0157Z Plate

41 PBUEA0118Z Inside Cover Holding Plate

42 PBHMA0166Z Stopper Spring (R)

43 PBHMA0167Z Stopper Spring (L)

44 CS-2 Clip

45 PBUEA0147Z Plate

46 NF-1862-V0 Clamper

47 PBUEA0146Z Plate

48 PBMDA0561Z Plate

49 PJQTB0004Z Label

50 PBDFA0175Z-J Shaft

51 PBMDA0577Z Plate

52 PBHGA0067Z Rubber

53 FFLAWBC510ZZ Ball Bearing

54 PBMEA0058Z Shaft Holder

55 RWPS5-050 Spacer

56 DCM-4236A35 Damper Coupling

57 PBMDA0576Z Plate

58 RS7016 Mount

59 PBHEA0165Z Sheet (ISO Code:PET)

60 AL4 Clamper for KV-S6055W/WU/WN

61 PBHDA0006Y Screw

62 UC3E1259L110 Magnetic Shield for KV-S6055WU/6050WU

63 PBUEA0106Z Plate

64 F-WBC5-9ZZA Ball Bearing

65 PBAPX016045 INVERTER Board

66 UC3E1259L80 Magnetic Shield for KV-S6055WU/6050WU

67 PBQAA0825Z Label

306 XTN4+6FFX Screw

309 XTS3+8FFX Screw



312 XTW3+U6LFZ Screw


315 XUC3FY E-ring

316 XUC4FY E-ring

324 XYN3+B6FX Screw

326 XYN3+F6FX Screw

328 XYN3+C6FX Screw

335 XYN4+F8FX Screw

339 XXE3F3FPS Screw

346 XNT3EFX Nut



140

15.4. Power Unit

141


REPLACEMENT MECHANICAL PARTS LIST (Power Unit)


1 PBAPX036055A MAIN Board (RTL)

2 EDS-1208U Edge Saddle


4 PBAPX05265A SCSI Board (RTL)

5 PJMDB0024Z-J SCSI Fitting Plate

6 LWS1SV0BK Edge Saddle

7 PBAPX012065A Power Board (RTL)

8 PBJEA0090Z Fan

9 PJJRB0611Z Cable (CN2005-CN862)

10 PJJRB0608Z Cable

11 PJJRB0615Z Cable

12 PJJRB0659Z Cable

13 PBMDX0482Z Bracket

14 PJHXB0003Z POWER Board Sheet (ISO Code:PVC)

15 PBUVA0027Z Fan Cover

16 YMC10-0 Clamp

17 PBMCA0092Z-J Shield Cover

18 PBAPX046055A DRIVE Board (RTL)

19 PBAPX066055A MOTHER Board (RTL)

20 PBAPX2816045Z CARRIAGE HOME SENSOR Board (RTL)

21 PBJEA0511Y-J Cable for KV-S6055W/6050W

21 PBJEA511Y-J1 Cable for KV-S6055WU/6050WU

22 PBJEA0512Y-J Cable for KV-S6055W/6050W

22 PBJEA512Y-J1 Cable for KV-S6055WU/6050WU

23 PBJEA0514Z Cable

24 PJJRB0613Z Cable for KV-S6055W/WU

24 PJJRB0657Z Cable for KV-S6050W/WU

25 PBAPX022065A DC/DC Board

26 PJJRB0616Z Cable

27 SJ-W2F4A03BB Switch

28 TMM6463 Clamper

29 NF-1862-V0 Clamper

30 PBJEA0515Z Cable

31 A-46-5 Handle

32 PBJEA0513X Cable (CCD Flexible) for KV-S6055W/6050W

32 PBJEA0513X-J Cable (CCD Flexible) for KV-S6055WU/6050WU

34 RFC-6 Core for KV-S6055WU Only

35 KI-100M Clamper for KV-S6055WU Only




321 XSN3+6FX Screw

325 XSN25+4FX Screw

326 XYN3+F6FX Screw

329 XYN4+F6FX Screw

330 XYN3+B6FX Screw

332 XSB26+4FX Screw

142


15.5. Packing

143


REPLACEMENT MECHANICAL PARTS LIST (Packing)

Ref. No. Part No. Part Name & Description

1 PJPGB0005Z-W Outer Carton for KV-S6055W

1 PJPGB005Z-WU Outer Carton for KV-S6055WU

1 PJPGB0006Z-W Outer Carton for KV-S6050W

1 PJPGB006Z-WU Outer Carton for KV-S6050WU

2 HP-601W2 Joint (ISO Code:PP)

3 PBPGA0339Y Carton

4 PBPQA0110Z Cushion (ISO Code:EPP)

5 PBPQA0111Z Cushion (ISO Code:EPP)

6 PBPQA0113Z Cushion (R) (ISO Code:EPP)

7 PBPQA0114Z Cushion (L) (ISO Code:EPP)

8 PJPNB0028Z Bottom Pad

9 PBPPA0025Z Cover (ISO Code:PE)

10 PJPNB0027Z Cushion

11 PBJEA0070Z AC Cord (120V) for Type A-2

12 PBJA5Z AC Cord (240V) for Type C-4

13 PBJA6Z AC Cord (240V) for Type BF

14 PJQXB0002Z Installation Manual

15 PJQMB0022Z Maintenance Manual

16 PBQX70014Y Warranty Card for KV-S6055W/6050W

17 PBHSA0055Z Cleaning Paper

18 PBPPA0028Z Sheet (ISO Code:PE)

19 PJIUA0001Z Blower

20 PBPEA0031Z Sheet

21 PBPEA0030Z Sheet

22 PBQX90127Y Hand Bill

144


16 REPLACEMENT PARTS LIST

Note:

RTL (Retention Time Limited)

The marking (RTL) indicates that the Retention Time is limited for this item. After the discontinuation of this assembly inproduction, the item will continue to be available for a specific period of time. The retention period of availability is dependenton the type of assembly, and in accordance with the laws governing part and product retention.

After the end of this period, the assembly will no longer be available.

Abbreviation of Part Name and Description

1. Resistor

Example

ALLOWANCEF : ±1%G : ±2%J : ±5%K : ±10%M : ±20%

2. Capacitor

Example

ALLOWANCEC : ±0.25pFD : ±0.5pFF : ±1pFJ : ±5%K : ±10%L : ±15%M : ±20%P : +100%, -0%Z : +80%, -20%

145


16.1 MAIN CONTROL Board

16.2 SCSI Board

16.3 MOTHER Board

16.4 CCD Board

16.5 INVERTER Board

16.6 DRIVE Board

16.8 CARRIAGE HOME DETECTOR Board

16.7 PANEL Board

16.9 RETARD POSITION DETECTOR Board

16.10 DOUBLE FEED DETECTOR (R) Board

16.11 DOUBLE FEED DETECTOR (G) Board

16.12 STARTING POSITION SENSOR Board

16.13 STARTING POSITION LED Board

16.14 SIZE SENSOR Board

16.15 SIZE LED Board

16.16 ENDING POSITION SENSOR Board

16.17 ENDING POSITION LED Board

16.18 RELAY (SIDE) Board

16.19 HOPPER HOME SENSOR Board

16.20 DOCUMENT DETECTOR Board

16.21 DOCUMENT COVER DETECTOR Board

16.22 RELAY (BACK) Board

16.23 POWER Board

16.24 DC/DC Board

146


16.1. MAIN CONTROL BoardRef. No. Part No. Part Name & Description

RESISTORS

R1000/R1001 ERJ6GEYJ470 47 /J / 0.125W

R1002/R1003 ERJ3GEYJ100 10 / J / 0.1W

R1004/R1005 ERJ6GEYJ181 180 /J / 0.125W

R1006-R1009 ERJ3GEYJ102 1k / J / 0.1W

R1010/R1011 ERJ6GEYJ181 180 /J / 0.125W

R1012/R1013 ERJ3GEYJ102 1k / J / 0.1W

R1014-R1017 ERJ3GEYJ223 22k / J / 0.1W

R1018-R1021 ERJ3GEYJ561 560 / J / 0.1W

R1022-R1025 ERJ3GEYJ470 47 / J / 0.1W

R1026/R1027 ERJ3GEYJ223 22k / J / 0.1W

R1028/R1029 ERJ3GEYJ103 10k / J / 0.1W

R1032-R1039 ERJ3GEYJ220 22 / J / 0.1W

R1040 ERJ3GEYJ272 2.7k / J / 0.1W

R1041 ERJ3GEYJ222 2.2k / J / 0.1W

R1042-R1049 ERJ3GEYJ103 10k / J / 0.1W

R1050 ERJ3GEYJ222 2.2k / J / 0.1W

R1051-R1054 ERJ3GEYJ220 22 / J / 0.1W

R1055/R1056 ERJ3GEYJ101 100 / J / 0.1W

R1057 ERJ3GEYJ472 4.7k / J / 0.1W

R1058 ERJ3GEYJ101 100 / J / 0.1W

R1059/R1060 ERJ3GEYJ220 22 / J / 0.1W

R1061 ERJ3GEYJ472 4.7k / J / 0.1W

R1062-R1064 ERJ3GEYJ220 22 / J / 0.1W

R1065 ERJ3GEYJ103 10k / J / 0.1W

R1066-R1068 ERJ3GEYJ220 22 / J / 0.1W

R1069-R1077 ERJ3GEYJ103 10k / J / 0.1W

R1078-R1083 ERJ3GEYJ681 680 / J / 0.1W

R1084-R1091 ERJ3GEYJ103 10k / J / 0.1W

R1094/R1095 ERJ3GEYJ470 47 / J / 0.1W

R1098 ERJ3GEYJ223 22k / J / 0.1W

R1099 ERJ3GEYJ472 4.7k / J / 0.1W

R1100 ERJ3GEYJ470 47 / J / 0.1W

R1101/R1102 ERJ3GEYJ101 100 / J / 0.1W

R1103-R1105 ERJ3GEYJ103 10k / J / 0.1W

R1106 ERJ3GEYJ220 22 / J / 0.1W

R1107 ERJ3GEYJ101 100 / J / 0.1W

R1108-R1110 ERJ3GEYJ220 22 / J / 0.1W

R1111-R1115 ERJ3GEYJ223 22k / J / 0.1W

R1116 ERJ3GEYJ101 100 / J / 0.1W

R1117-R1120 ERJ3GEYJ220 22 / J / 0.1W

R1121-R1124 ERJ3GEYJ103 10k / J / 0.1W

R1125 ERJ3GEYJ101 100 / J / 0.1W

R1126-R1129 ERJ3GEYJ103 10k / J / 0.1W

R1130 ERJ3GEYJ104 100k / J / 0.1W

R1131 ERJ6GEYJ105 1M / J / 0.125W

R1132/R1133 ERJ3GEYJ472 4.7k / J / 0.1W

R1134/R1135 SR73K2ETD0.1 RESISTOR

R1138 ERJ3GEYJ103 10k / J / 0.1W

R1141 ERJ3GEYJ101 100 / J / 0.1W

R1142-R1144 ERJ3GEYJ221 220 / J / 0.1W

R1150 ERJ3GEYJ220 22 / J / 0.1W

R1151/R1152 ERJ3GEYJ103 10k / J / 0.1W

R1153/R1154 ERJ3GEYJ101 100 / J / 0.1W

R1158 ERJ3GEY0R00 0-ohm Jumper

R1162 ERJ3GEYJ103 10k / J / 0.1W

Z1000 MNR14E0AJ472 Resistor Array

Z1001/Z1002 MNR14E0AJ220 Resistor Array


Z1008-Z1046 MNR14E0AJ220 Resistor Array










147



CAPACITORS

C1000 ECUX1E104ZFV 0.1 / Z / 25V

C1001 ECEV1AA221 220 / 10V

C1002/C1003 ECUX1E104ZFV 0.1 / Z / 25V

C1005/C1006 ECUX1E104ZFV 0.1 / Z / 25V

C1008-C1010 ECUX1E104ZFV 0.1 / Z / 25V

C1011 ECEV1AA221 220 / 10V

C1012-C1015 ECUX1E104ZFV 0.1 / Z / 25V

C1016-C1023 ECUX1H470JCV 47p / J / 50V

C1024/C1025 ECUX1E104ZFV 0.1 / Z / 25V

C1026-C1028 ECUX1H102KBV 1000p / K / 50V

C1029/C1030 ECEV1AA221 220 / 10V

C1031-C1034 ECUX1E104ZFV 0.1 / Z / 25V

C1035/C1036 ECEV1AA101SP 100 / 10V

C1037/C1038 ECUX1E104ZFV 0.1 / Z / 25V

C1043-C1052 ECUX1E104ZFV 0.1 / Z / 25V

C1053 ECEV1EA4R7SR 4.7 / 25V

C1054-C1065 ECUX1C105ZFW 1 / Z / 16V

C1066/C1067 ECUX1E104ZFV 0.1 / Z / 25V

C1068 ECUX1H101JCV 100p / J / 50V

C1070 ECUX1E104ZFV 0.1 / Z / 25V

C1071-C1073 ECUX1H101JCV 100p / J / 50V

C1074-C1082 ECUX1E104ZFV 0.1 / Z / 25V

C1083/C1084 ECUX1H102KBV 1000p / K / 50V

C1085/C1086 ECUX1E104ZFV 0.1 / Z / 25V

C1087/C1088 ECUX1H102KBV 1000p / K / 50V

C1089/C1090 ECUX1E104ZFV 0.1 / Z / 25V

C1091/C1092 ECUX1H102KBV 1000p / K / 50V

C1093/C1094 ECUX1E104ZFV 0.1 / Z / 25V

C1095/C1096 ECUX1H102KBV 1000p / K / 50V

C1097/C1098 ECUX1E104ZFV 0.1 / Z / 25V

C1099 ECUX1H102KBV 1000p / K / 50V

C1100/C1101 ECUX1E104ZFV 0.1 / Z / 25V

C1102 ECUX1H102KBV 1000p / K / 50V

C1103 ECUX1E104ZFV 0.1 / Z / 25V

C1104 ECUX1H103KBV 0.01 / K / 50V

C1105/C1106 ECUX1H102KBV 1000p / K / 50V

C1107 ECUX1E104ZFV 0.1 / Z / 25V

C1108 ECUX1H331JCV 330p / 50V

C1109 ECUX1H101JCV 100p / J / 50V

C1110/C1111 ECUX1H220JCV 22p / J / 50V

C1112/C1113 ECUX1E104ZFV 0.1 / Z / 25V

C1114 ECUX1H220JCV 22p / J / 50V

C1115/C1116 ECUX1H102KBV 1000p / K / 50V

C1117/C1118 ECUX1E104ZFV 0.1 / Z / 25V

C1119/C1120 ECUX1H102KBV 1000p / K / 50V

C1121/C1122 ECUX1E104ZFV 0.1 / Z / 25V

C1123/C1124 ECUX1H102KBV 1000p / K / 50V

C1125/C1126 ECUX1E104ZFV 0.1 / Z / 25V

C1127 ECUX1H102KBV 1000p / K / 50V

C1128 ECUX1E104ZFV 0.1 / Z / 25V

C1129 ECUX1H101JCV 100p / J / 50V

C1131 ECUX1E104ZFV 0.1 / Z / 25V

C1132-C1134 ECUX1H101JCV 100p / J / 50V

C1136 ECUX1E104ZFV 0.1 / Z / 25V

C1137-C1139 ECUX1H101JCV 100p / J / 50V

C1142 ECUX1H101JCV 100p / J / 50V

C1143/C1144 ECUX1E104ZFV 0.1 / Z / 25V

C1145/C1146 ECUX1H101JCV 100p / J / 50V

C1149/C1150 ECUX1E104ZFV 0.1 / Z / 25V

C1151/C1152 ECUX1H101JCV 100p / J / 50V

C1153-C1155 ECUX1E104ZFV 0.1 / Z / 25V

C1156-C1160 ECUX1H102KBV 1000p / K / 50V

C1161/C1162 ECUX1E104ZFV 0.1 / Z / 25V

C1163 ECUX1H102KBV 1000p / K / 50V

C1164-C1168 ECUX1E104ZFV 0.1 / Z / 25V

C1169/C1170 ECJ1VF1C474 0.47 / 16V

C1171/C1173 ECUX1E104ZFV 0.1 / Z / 25V

C1175 ECUX1H102KBV 1000p / K / 50V

C1176 ECUX1E104ZFV 0.1 / Z / 25V

C1177 ECEV1AA101SP 100 / 10V

C1178/C1179 ECUX1E104ZFV 0.1 / Z / 25V

148



C1180 ECUX1H220JCV 22p / J /50V

C1181/C1182 ECUX1H103KBV 0.01 / K / 50V

C1183 ECUX1H220JCV 22p / J /50V

C1184 ECUX1E104ZFV 0.1 / Z / 25V

C1185 ECUX1H102KBV 1000p / K / 50V

C1186 ECUX1H103KBV 0.01 / K / 50V

C1187-C1191 ECUX1E104ZFV 0.1 / Z / 25V

C1192 ECUX1H102KBV 1000p / K / 50V

C1193 ECUX1E104ZFV 0.1 / Z / 25V

C1194 ECUX1H102KBV 1000p / K / 50V

C1195 ECUX1E104ZFV 0.1 / Z / 25V

C1197 ECUX1H101JCV 100p / J / 50V

C1198 ECUX1H103KBV 0.01 / K / 50V

C1199 EEVFC1V470P 47 / 35V

C1200 ECUX1H101JCV 100p / J / 50V

C1201 ECUX1H103KBV 0.01 / K / 50V

C1202 ECUX1H102KBV 1000p / K / 50V

C1203 EEVFC1V470P 47 / 35V

C1204 30SC3R3M CAPACITOR

C1208 ECUX1H220JCV 22p / J /50V

C1211-C1215 ECUX1H220JCV 22p / J /50V

C1216 ECUX1H473ZFV 0.047 / Z / 50V

C1217/C1218 ECUX1H102KBV 1000p / K / 50V

C1219 ECUX1E104ZFV 0.1 / Z / 25V

C1220 ECUX1H103KBV 0.01 / K / 50V

C1223 ECUX1H220JCV 22p / J /50V

C1224 4SVP100M CAPACITOR

C1225 ECUX1H220JCV 22p / J /50V

C1226 4SVP100M CAPACITOR

C1227/C1228 ECUX1H220JCV 22p / J /50V

C1229 EEVFC0J221P 220 / 6.3V

C1230 ECUX1H220JCV 22p / J /50V

C1231/C1232 EEVFC0J221P 220 / 6.3V

C1233 ECUX1H220JCV 22p / J /50V

C1234-C1238 EEVFC0J221P 220 / 6.3V

C1239-C1242 ECEV1AA101SP 100 / 10V

C1248-C1250 ECUX1H102KBV 1000p / K / 50V

C1253-C1255 ECUX1E104ZFV 0.1 / Z / 25V

C1256 ECUX1H101JCV 100p / J / 50V

C1257 ECUX1H103KBV 0.01 / K / 50V

C1258-C1260 ECUX1H101JCV 100p / J / 50V

C1261-C1265 ECUX1E104ZFV 0.1 / Z / 25V

C1273-C1278 ECUX1E104ZFV 0.1 / Z / 25V

C1279 ECUX1H103KBV 0.01 / K / 50V

FILTERS and COILS

Z1051-Z1054 EZAST11AAAJ EMI FILTER (RC NETWORK)

Z1085/Z1086 EZAST11AAAJ EMI FILTER (RC NETWORK)

Z1089-Z1104 EZAST13AAAJ EMI FILTER (RC NETWORK)

L1000 BLM11A601SPT CHIP INDUCTOR COIL

L1001/L1002 LQH4N220K04 COIL

L1003-L1018 BLM11A601SPT CHIP INDUCTOR COIL

L1019 LQH4N220K04 COIL

L1020 BLM11A601SPT CHIP INDUCTOR COIL

L1021 SLF12565T220 COIL


DIODES

D1000 MA132A DIODE

D1001-D1006 BR1102W LED

D1008 MA132A DIODE

D1009 D1FS4A-4063 DIODE

D1011 MA132A DIODE

D1012/D1013 PJVDJADAN202 DIODE

D1101-D1106 BR1102W LED

TRANSISTORS

Q1000 UN2212 TRANSISTOR

Q1001-Q1004 2SA1037K TRANSISTOR


Q1006/Q1007 2SA1037K TRANSISTOR

Q1008-Q1011 2SC2412K TRANSISTOR

149



Q1014 2SC2412K TRANSISTOR

Q1015-Q1017 UN2212 TRANSISTOR


ICs

IC1000 HD74HCT245FP IC

IC1001 SN74HC4066NS IC

IC1002-IC1005 AK5482 IC

IC1006 SLA566THF0T IC(GATE ARRAY)

IC1007 SG8002JA2697 IC

IC1008-IC1013 CY7C199-15VC SRAM

IC1014 S-93C66ADFJ IC(EEPROM)

IC1015 SN74HC245NS2 IC

IC1016 TC74AC273F IC

IC1017 TC74AC138F IC


IC1019 PST3642UR IC

IC1020/IC1021 TC74AC138F IC

IC1022 HD6432655A00 IC

IC1023 TC7W00FU IC

IC1024 SN74LV32ANS2 IC

IC1027 PBVRX01S6055 FLASH MEMORY

IC1028 PBVRX02S6055 FLASH MEMORY

IC1029/IC1030 CY7C199-15VC SRAM

IC1033 MD1421N-4072 IC (DC-DC CONVERTER)

IC1034 HD74HCT245FP IC

IC1036 PST3628UR IC

IC1037 HD74LV1GT08A IC

OTHERS

CN1000 175487-9 CONNECTOR

CN1001 1-175487-1 CONNECTOR


CN1003 PB175487-10 CONNECTOR

CN1004 LPC-30M2 CONNECTOR

CN1005 LPC-6M2 CONNECTOR


X1000 1AS200006AZ OSCILLATOR

PJMYX0001Z HEAT SINK

LPC-SP JUMPER

PJHXB0005Z SHEET

XYN3+J6FX SCREW

150


16.2. SCSI BoardRef. No. Part No. Part Name & Description

RESISTORS

R601/R603 ERJ3GEY0R00 0-ohm Jumper

R604 ERJ3GEYJ560 56 / J / 0.1W


R607 ERJ3GEYJ472 4.7k / J / 0.1W



R616 ERJ3GEYJ220 22 / J / 0.1W

R617 ERJ3GEYJ472 4.7k / J / 0.1W

R618 ERJ3GEYJ223 22k / J / 0.1W

R619 SMD125-2 POLY SW

R622 ERJ3GEYJ103 10k / J / 0.1W



R630-R632 ERJ3GEY0R00 0-ohm Jumper




R644/R645 ERJ3GEYJ101 100 / J / 0.1W



R658 ERJ3GEYJ100 10 / J / 0.1W


R663-R668 ERJ3GEYJ100 10 / J / 0.1W


R670 ERJ3GEYJ472 4.7k / J / 0.1W

R671 ERJ3GEYJ332 3.3k / J / 0.1W

R672 ERJ3GEYJ101 100 / J / 0.1W


R676-R679 ERJ3GEYJ100 10 / J / 0.1W

R681-R684 ERJ3GEYJ100 10 / J / 0.1W

R686 ERJ3GEYJ100 10 / J / 0.1W

R687-R693 ERJ3GEYJ103 10k / J / 0.1W




R700/R701 ERJ3GEYJ472 4.7k / J / 0.1W

R703 ERJ3GEYJ102 1k / J / 0.1W


R712 ERJ3GEYJ100 10 / J / 0.1W


R715/R716 ERJ3GEYJ223 22k / J / 0.1W


R719 ERJ3GEYJ470 47 / J / 0.1W


R734 ERJ3GEYJ103 10k / J / 0.1W

R736 ERJ3GEYJ220 22 / J / 0.1W

R742 ERJ3GEYJ103 10k / J / 0.1W


R767 ERJ3GEYJ472 4.7k / J / 0.1W











CAPACITORS

C604 ECUX1E104ZFV 0.1 / Z / 25V

C605 ECUX1H102KBV 1000p / K / 50V

C606 ECUX1E104ZFV 0.1 / Z / 25V

C608 ECUX1H102KBV 1000p / K / 50V

C612/C613 ECUX1E104ZFV 0.1 / Z / 25V

C614 ECUX1H102KBV 1000p / K / 50V

C615 ECUX1E104ZFV 0.1 / Z / 25V

151



C616 ECEV1CA100SR 10 / 16V

C617 ECEV1AA101SP 100 / 10V

C618-C620 ECUX1H101JCV 100p / J / 50V

C621/C622 ECEV1AA101SP 100 / 10V

C623/C624 ECUX1E104ZFV 0.1 / Z / 25V

C625/C626 ECUX1H101JCV 100p / J / 50V

C627/C628 ECEV1AA101SP 100 / 10V

C629/C630 ECUX1E104ZFV 0.1 / Z / 25V

C631 ECUX1H101JCV 100p / J / 50V

C633 ECUX1H102KBV 1000p / K / 50V

C634-C636 ECUX1E104ZFV 0.1 / Z / 25V

C640-C647 ECUX1E104ZFV 0.1 / Z / 25V

C648 ECUX1H101JCV 100p / J / 50V

C649 ECUX1E104ZFV 0.1 / Z / 25V

C650/C651 ECUX1H101JCV 100p / J / 50V

C652-C654 ECUX1E104ZFV 0.1 / Z / 25V

C655 ECUX1H101JCV 100p / J / 50V

C656 ECUX1E104ZFV 0.1 / Z / 25V

C657/C658 ECUX1H101JCV 100p / J / 50V

C659/C660 ECUX1E104ZFV 0.1 / Z / 25V

C661/C662 ECUX1H101JCV 100p / J / 50V

C663/C664 ECUX1E104ZFV 0.1 / Z / 25V

C665/C666 ECUX1H101JCV 100p / J / 50V

C667/C668 ECUX1E104ZFV 0.1 / Z / 25V

C669 ECUX1H101JCV 100p / J / 50V

C670/C671 ECUX1E104ZFV 0.1 / Z / 25V

C672 ECUX1H101JCV 100p / J / 50V

C673/C674 ECEV1AA101SP 100 / 10V

C675 ECUX1H101JCV 100p / J / 50V

C676 ECUX1E104ZFV 0.1 / Z / 25V

C678 ECUX1H101JCV 100p / J / 50V

C679 ECUX1E104ZFV 0.1 / Z / 25V

C680 ECUX1H101JCV 100p / J / 50V

C681 ECUX1E104ZFV 0.1 / Z / 25V

C682 ECUX1H101JCV 100p / J / 50V

C683 ECUX1E104ZFV 0.1 / Z / 25V

C684 ECUX1H101JCV 100p / J / 50V

C685 ECUX1E104ZFV 0.1 / Z / 25V

C686 ECUX1H101JCV 100p / J / 50V

C687 ECUX1E104ZFV 0.1 / Z / 25V

C688 ECUX1H101JCV 100p / J / 50V

C689 ECUX1E104ZFV 0.1 / Z / 25V

C690 ECUX1H101JCV 100p / J / 50V

C691-C701 ECUX1E104ZFV 0.1 / Z / 25V

C702 ECUX1H101JCV 100p / J / 50V

C703 ECUX1E104ZFV 0.1 / Z / 25V

C707-C710 ECUX1H101JCV 100p / J / 50V

C711-C714 ECUX1E104ZFV 0.1 / Z / 25V

C715 ECEV1AA101SP 100 / 10V

C716 ECUX1H101JCV 100p / J / 50V

C717 ECUX1E104ZFV 0.1 / Z / 25V

C718 ECUX1H101JCV 100p / J / 50V

C719 ECUX1H102KBV 1000p / K / 50V

C720 ECUX1E104ZFV 0.1 / Z / 25V

C721 ECUX1H120JCV 12p / J / 50V

C722 ECUX1E104ZFV 0.1 / Z / 25V

C723 ECUX1H101JCV 100p / J / 50V

C724 ECUX1E104ZFV 0.1 / Z / 25V

C725 ECUX1H101JCV 100p / J / 50V

C726 ECUX1E104ZFV 0.1 / Z / 25V

C727 ECUX1H101JCV 100p / J / 50V

C728 ECUX1E104ZFV 0.1 / Z / 25V

C729 ECUX1H101JCV 100p / J / 50V

C730 ECUX1E104ZFV 0.1 / Z / 25V

C731 ECEV1AA101SP 100 / 10V

C735 ECUX1H103KBV 0.01 / K / 50V

C736-C738 ECUX1H101JCV 100p / J / 50V

C739 ECUX1H103KBV 0.01 / K / 50V

C740-C742 ECUX1E104ZFV 0.1 / Z / 25V

C743 ECUX1H103KBV 0.01 / K / 50V

C744-C746 ECUX1H101JCV 100p / J / 50V

C747 ECUX1H103KBV 0.01 / K / 50V

C748-C750 ECUX1E104ZFV 0.1 / Z / 25V

C751-C753 ECUX1H101JCV 100p / J / 50V

152



C754-C756 ECUX1E104ZFV 0.1 / Z / 25V

C757-C759 ECUX1H101JCV 100p / J / 50V

C760-C762 ECUX1E104ZFV 0.1 / Z / 25V

C763 ECUX1H102KBV 1000p / K / 50V

C764 ECUX1H331JCV 330p / J / 50V

C765 ECUX1H102JCV 1000p / J / 50V

C766 ECEV1CA100SR 10 / 16V

C767/C768 ECUX1H101JCV 100p / J / 50V

C769 ECUX1E104ZFV 0.1 / Z / 25V

C770 ECEV1EA4R7SR 4.7 / 25V

C771 ECEV1AA101SP 100 / 10V

C772-C774 ECUX1H101JCV 100p / J / 50V

C775-C777 ECUX1E104ZFV 0.1 / Z / 25V

C778/C779 ECUX1H101JCV 100p / J / 50V

C780/C781 ECUX1E104ZFV 0.1 / Z / 25V

C782/C783 ECUX1H101JCV 100p / J / 50V

C784/C785 ECUX1E104ZFV 0.1 / Z / 25V

C786/C787 ECUX1H101JCV 100p / J / 50V

C788/C789 ECUX1E104ZFV 0.1 / Z / 25V

C790 ECEV1AA101SP 100 / 10V

C791 ECUX1H101JCV 100p / J / 50V

C793 ECUX1E104ZFV 0.1 / Z / 25V

C794 ECUX1H101JCV 100p / J / 50V

C795 ECUX1E104ZFV 0.1 / Z / 25V

C796 ECUX1H101JCV 100p / J / 50V

C799 ECUX1E104ZFV 0.1 / Z / 25V

C802 ECEV1AA101SP 100 / 10V

C809 ECUX1H101JCV 100p / J / 50V

C810 ECEV1AA101SP 100 / 10V

C812 ECUX1E104ZFV 0.1 / Z / 25V

C815 ECUX1H101JCV 100p / J / 50V

C816 ECEV1AA101SP 100 / 10V

C817/C818 ECUX1E104ZFV 0.1 / Z / 25V

C819 EEVFC0J221P 220 / 6.3V

C820 ECUX1H102KBV 1000p / K / 50V

C821-C823 EEVFC0J221P 220 / 6.3V

C824 ECEV1AA101SP 100 / 10V

C825 ECUX1E104ZFV 0.1 / Z / 25V

C826-C828 ECEV1AA101SP 100 / 10V

C829-C841 ECUX1E104ZFV 0.1 / Z / 25V

C842 ECUX1H101JCV 100p / J / 50V

C843 ECUX1E104ZFV 0.1 / Z / 25V

C844/C845 ECUX1H101JCV 100p / J / 50V

C846/C847 ECUX1E104ZFV 0.1 / Z / 25V

C848 ECEV1AA101SP 100 / 10V

C849 ECUX1E104ZFV 0.1 / Z / 25V

C850 ECUX1H102KBV 1000p / K / 50V

C900 ECUX1E104ZFV 0.1 / Z / 25V

C905 ECUX1H220JCV 22p / J /50V

C906-C912 ECUX1E104ZFV 0.1 / Z / 25V

DIODES

D600 RB050L40TE25 DIODE

COILS

L600/L602 BLM11A601SPT CHIP INDUCTOR COIL




L632 LQH4N220K04 COIL

TRANSISTORS

Q600/Q601 UN2212 TRANSISTOR


ICs

IC600 SG615PTJ-40M OSCILLATOR

IC602 FAS236U IC

IC603 BH9598AFP IC

IC604/IC605 MB64164D102F IC

IC606 CY7C199-15VC IC

153



IC607 SG8002JF2697 IC

IC608 SG8002JF9000 IC

IC609 PI6C2509-133 IC





IC614 SLA581THF0M IC

IC615/IC616 TC7S04FU IC

IC617 SM560BZD IC

IC619/IC620 HD74HCT245FP IC

IC621 SN74LV573ANS IC

IC622 HD74LV245AFP IC


OTHERS

CN600/CN601 FCN235D050GJ CONNECTOR



SW600 SMS704 SWITCH

154


16.3. MOTHER BoardRef. No. Part No. Part Name & Description

RESISTORS

R2001-R2016 ERJ3GEYJ104 100k / J / 0.1W

R2019 ERJ3GEYJ472 4.7k / J / 0.1W

R2020/R2021 ERJ3GEYJ102 1k / J / 0.1W

R2022 ERJ3GEYJ103 10k / J / 0.1W

R2023 ERJ3GEYJ472 4.7k / J / 0.1W

R2024/R2025 ERJ3GEYJ102 1k / J / 0.1W

R2026 ERJ3GEYJ103 10k / J / 0.1W

R2027 ERJ3GEYJ472 4.7k / J / 0.1W

R2028/R2029 ERJ3GEYJ102 1k / J / 0.1W

R2030 ERJ3GEYJ103 10k / J / 0.1W

R2031 ERJ3GEYJ472 4.7k / J / 0.1W

R2032/R2033 ERJ3GEYJ102 1k / J / 0.1W

R2034 ERJ3GEYJ103 10k / J / 0.1W

R2035 ERJ3GEYJ472 4.7k / J / 0.1W

R2036/R2037 ERJ3GEYJ102 1k / J / 0.1W

R2038 ERJ3GEYJ103 10k / J / 0.1W

R2039 ERJ3GEYJ472 4.7k / J / 0.1W

R2040/R2041 ERJ3GEYJ102 1k / J / 0.1W

R2042 ERJ3GEYJ103 10k / J / 0.1W

R2043 ERJ3GEYJ472 4.7k / J / 0.1W

R2044/R2045 ERJ3GEYJ102 1k / J / 0.1W

R2046 ERJ3GEYJ103 10k / J / 0.1W

R2047 ERJ3GEYJ472 4.7k / J / 0.1W

R2048/R2049 ERJ3GEYJ102 1k / J / 0.1W

R2050 ERJ3GEYJ103 10k / J / 0.1W

R2051 ERJ3GEYJ102 1k / J / 0.1W

R2052 ERJ3GEYJ391 390 / J / 0.1W

R2053-R2070 ERJ6GEYJ331 330 / J / 0.125W

R2071-R2086 ERJ3GEYJ472 4.7k / J / 0.1W

R2087-R2090 ERJ6GEYJ331 330 / J / 0.125W

R2091-R2103 ERJ3GEYJ151 150 / J / 0.1W

R2104 ERJ3GEYJ471 470 / J / 0.1W

R2105 ERJ3GEYJ472 4.7k / J / 0.1W

R2106 ERJ3GEYJ104 100k / J / 0.1W

R2107/R2108 ERJ3GEYJ472 4.7k / J / 0.1W

R2109 ERJ3GEYJ104 100k / J / 0.1W

R2110 ERJ3GEYJ103 10k / J / 0.1W

R2111-R2115 ERJ12YJ471 470 / J / 0.5W

R2117/R2118 ERJ6GEYJ181 180 /J / 0.125W

R2119-R2123 ERJ3GEYJ103 10k / J / 0.1W

R2992 ERJ3GEYJ222 2.2k / J / 0.1W

R2993 ERJ12YJ222 2.2k / J / 0.5W

R2994 ERJ3GEYJ223 22k / J / 0.1W

CAPACITORS

C2001-C2007 ECUX1E104ZFV 0.1 / Z / 25V

C2008-C2016 ECUX1H102ZFV 1000p / Z / 50V

C2017/C2018 ECUX1E104ZFV 0.1 / Z / 25V

C2020-C2022 ECUX1E104ZFV 0.1 / Z / 25V

C2024-C2026 ECUX1E104ZFV 0.1 / Z / 25V

C2027 ECUX1H103KBV 0.01 / K / 50V

C2028 ECUX1E104ZFV 0.1 / Z / 25V

C2030-C2039 ECUX1E104ZFV 0.1 / Z / 25V

C2051/C2061 ECEV1EA101UP 100 / 25V

C2062/C2063 ECUX1E104ZFV 0.1 / Z / 25V

C2064-C2066 ECEV1EA101UP 100 / 25V

C2100-C2103 ECUX1E104ZFV 0.1 / Z / 25V

C2989/C2990 ECUX1H103KBV 0.01 / K / 50V

C2991/C2992 ECUX1E104ZFV 0.1 / Z / 25V

C2993-C2995 ECUX1H220JCV 22p / J /50V

C2996/C2997 ECUX1H101JCV 100p / J / 50V

DIODES

D2996 D1FS4A-4063 DIODE

D2997 MA3091-M DIODE

D2998 MA132A DIODE

155



TRANSISTORS

Q2002-Q2014 2SC2412K TRANSISTOR

Q2997/Q2998 UN2212 TRANSISTOR

Q2999 2SJ462-T2 TRANSISTOR

ICs


IC2002/IC2003 NJM2901M IC

IC2004/IC2005 M62353FP75N D/A CONVERTER

IC2006/IC2007 SN74HC245NS2 IC

IC2010 NJM78M12FA IC

OTHERS



CN2003 128A040S2B14 CONNECTOR

CN2004 S09B-XASK-1 CONNECTOR


CN2007 DF1122DP2DSA CONNECTOR

CN2008 SLD34R-1 CONNECTOR

CN2009 26FMZ-BT CONNECTOR


CN2011 ILS4PS2L2EF CONNECTOR

Z2001/Z2002 RXE065 POLY SWITCH(650mA)

Z2003 RXE017 POLY SWITCH(170mA)

156


16.4. CCD BoardRef. No. Part No. Part Name & Description

RESISTORS

R1 ERJ3GEYJ470 47 / J / 0.1W

R2 ERJ3GEYJ222 2.2k / J / 0.1W

R3 ERJ3GEYJ103 10k / J / 0.1W

R4 ERJ3GEYJ472 4.7k / J / 0.1W

R5 ERJ3GEYJ561 560 / J / 0.1W

R6 ERJ3GEYJ562 5.6k / J / 0.1W

R7 ERJ3GEYJ152 1.5k / J / 0.1W

R8 ERJ3GEYJ470 47 / J / 0.1W


R10/R11 ERJ3GEYJ102 1k / J / 0.1W

R14 ERJ3GEYJ470 47 / J / 0.1W

R16/R17 ERJ3GEYJ470 47 / J / 0.1W

R20/R21 ERJ3GEYJ223 22k / J / 0.1W

R31 ERJ3GEYJ470 47 / J / 0.1W

R32 ERJ3GEYJ222 2.2k / J / 0.1W

R33 ERJ3GEYJ103 10k / J / 0.1W

R34 ERJ3GEYJ472 4.7k / J / 0.1W

R35 ERJ3GEYJ561 560 / J / 0.1W

R36 ERJ3GEYJ562 5.6k / J / 0.1W

R37 ERJ3GEYJ152 1.5k / J / 0.1W

R38 ERJ3GEYJ470 47 / J / 0.1W


R40/R41 ERJ3GEYJ102 1k / J / 0.1W

R44 ERJ3GEYJ470 47 / J / 0.1W

R46/R47 ERJ3GEYJ470 47 / J / 0.1W

R51 ERJ3GEYJ220 22 / J / 0.1W

R52 ERJ3GEYJ221 220 / J / 0.1W

R53 ERJ3GEYJ681 680 / J / 0.1W

R54 ERJ3GEYJ102 1k / J / 0.1W

R55 ERJ6GEYJ270 27 / J / 0.125W

R60 ERJ3GEYJ470 47 / J / 0.1W

R61 ERJ3GEYJ220 22 / J / 0.1W

R62 ERJ3GEYJ221 220 / J / 0.1W

R63 ERJ3GEYJ681 680 / J / 0.1W

R64 ERJ3GEYJ102 1k / J / 0.1W

R65 ERJ6GEYJ270 27 / J / 0.125W

R67 ERJ3GEYJ103 10k / J / 0.1W

R68 ERJ3GEYJ681 680 / J / 0.1W

R69 ERJ3GEYJ102 1k / J / 0.1W

R71/R72 ERJ3GEYJ101 100 / J / 0.1W

R73/R74 ERJ3GEYJ2R2 2.2 / J / 0.1W

R75/R76 ERJ3GEYJ101 100 / J / 0.1W

R77/R78 ERJ3GEYJ2R2 2.2 / J / 0.1W

R79 ERJ3GEYJ101 100 / J / 0.1W


R81 ERJ3GEYJ681 680 / J / 0.1W

R82 ERJ3GEYJ102 1k / J / 0.1W

R83 ERJ3GEYJ681 680 / J / 0.1W

R84 ERJ3GEYJ102 1k / J / 0.1W

R85 ERJ3GEYJ681 680 / J / 0.1W

R86 ERJ3GEYJ102 1k / J / 0.1W

R87 ERJ3GEYJ681 680 / J / 0.1W

R88 ERJ3GEYJ102 1k / J / 0.1W

R89-R91 ERJ3GEYJ470 47 / J / 0.1W



CAPACITORS

C1/C2 ECUX1E104ZFV 0.1 / Z / 25V

C3 ECEV1CA101P 100 / 16V

C4/C5 ECUX1E104ZFV 0.1 / Z / 25V

C6 ECEV1CA101P 100 / 16V

C7-C10 ECUX1E104ZFV 0.1 / Z / 25V

C11 ECEV1AA101SP 100 / 10V

C13 ECUX1E104ZFV 0.1 / Z / 25V

C14 ECEV1AA101SP 100 / 10V

C15/C16 ECUX1E104ZFV 0.1 / Z / 25V

C31 ECUX1E104ZFV 0.1 / Z / 25V

157



C32 ECEV1CA101P 100 / 16V

C33-C36 ECUX1E104ZFV 0.1 / Z / 25V

C37 ECEV1AA101SP 100 / 10V

C39 ECUX1E104ZFV 0.1 / Z / 25V

C40 ECEV1AA101SP 100 / 10V

C41 ECEV1AA330NP 33 / 10V

C42 ECUX1E104ZFV 0.1 / Z / 25V

C43 ECEV1AA330NP 33 / 10V

C44-C48 ECUX1E104ZFV 0.1 / Z / 25V

C49 ECEV1AA101SP 100 / 10V

C50-C52 ECUX1E104ZFV 0.1 / Z / 25V

C53 ECEV1AA101SP 100 / 10V

C54 ECUX1E104ZFV 0.1 / Z / 25V

C55 ECEV1AA101SP 100 / 10V

C56 ECUX1E104ZFV 0.1 / Z / 25V

C57 ECEV1AA101SP 100 / 10V

C58-C63 ECUX1E104ZFV 0.1 / Z / 25V

C64 ECUX1H101JCV 100p / J / 50V

C81/C82 ECUX1E104ZFV 0.1 / Z / 25V

C83 ECEV1AA101SP 100 / 10V

C84 ECUX1H101JCV 100p / J / 50V

C91-C94 ECEV1VA470P 47 / 35V

C99 ECUX1E104ZFV 0.1 / Z / 25V

COILS

L1-L5 LQH4N220K04 COIL

DIODES

D1 S1ZAS44062 DIODE

TRANSISTORS


Q2 IMT1A TRANSISTOR


Q4 IMT1A TRANSISTOR

Q5 2SA1037K TRANSISTOR


Q7 2SA1037K TRANSISTOR


Q9 IMB1A TRANSISTOR

ICs

IC1 ILX510 IC

IC2 LM6171BIM IC

IC3 SN74HC4066NS IC

IC4 LM6171BIM IC

IC5 M52992FP IC

IC6 SN74HC14NS20 IC

IC7 SN74HC04NS20 IC

IC8/IC9 TC7S14F IC


CN1 SLD34S-1 CONNECTOR

CN2 PBS4B-PH CONNECTOR

PBHE25Z Spacer

158


16.5. INVERTER BoardRef. No. Part No. Part Name & Description

R201/R202 ERDS1TJ512 5.1k / J / 0.5W

R203 ERDS1TJ302 3k / J / 0.5W

R204/R205 ERDS2TJ102 1.0k / J / 0.25W

C201 50YXF33M CAPACITOR

C202 HCP450V473J CAPACITOR

C203 RPE132R223 CAPACITOR

Q201/Q202 2SC2690Q TRANSISTOR

Q203 2SB1240TV2Q TRANSISTOR

T201 99072 TRANSFORMER

L381 TSL1112S-471 COIL

CN201 B3B-PH-K-S CONNECTOR

CN202 B2P4-VH CONNECTOR

Z201 ICP-N38T104 IC PROTECTOR

159


16.6. DRIVE BoardRef. No. Part No. Part Name & Description

RESISTORS

R331 ERDS2TJ392 3.9k / J / 0.25W

R332 ERDS2TJ222 2.2k / J / 0.25W

R333 ERDS2TJ392 3.9k / J / 0.25W

R334 ERDS2TJ222 2.2k / J / 0.25W

R335/R336 ERDS2TJ472 4.7k / J / 0.25W

R341 ERDS2TJ912 9.1k / J / 0.25W

R342 ERDS2TJ112 1.1k / J / 0.25W

R343 ERDS2TJ472 4.7k / J / 0.25W

R344/R345 MPC710.22K RESISTOR

R351 ERDS2TJ123 12k / J / 0.25W

R352 ERDS2TJ162 1.6k / J / 0.25W

R353 ERDS2TJ472 4.7k / J / 0.25W


R361 ERDS2TJ153 15k / J / 0.25W

R362 ERDS2TJ202 2k / J / 0.25W

R363 ERDS2TJ472 4.7k / J / 0.25W


R373/R374 ERDS2TJ102 1.0k / J / 0.25W

R377/R378 ERDS2TJ103 10k / J / 0.25W

R381 ER0S2TKF2942 RESISTOR


R383 ERX12SJR22 0.22 / J / 0.5W

R384 ERDS2TJ562 5.6k / J / 0.25W

R385 ERDS2TJ272 2.7k / J / 0.25W

R386 ERDS2TJ152 1.5k / J / 0.25W

R387/R391 ERDS2TJ102 1.0k / J / 0.25W

R392 ERDS2TJ222 2.2k / J / 0.25W

R394-R396 ERDS2TJ472 4.7k / J / 0.25W

R472/R473 ERDS2TJ561 560 / J / 0.25W

R476/R477 ERG2SJ102P 1k / J / 2W

R480/R481 ERDS2TJ181 180 / J / 0.25W

R484 ERDS2TJ472 4.7k / J / 0.25W

Z391 EXBZ9E103J RESISTOR

CAPACITORS

C331 35YXF220MT8 CAPACITOR

C332 ECFF1H104ZF5 0.1 / Z / 50V


C342 ECFF1H104ZF5 0.1 / Z / 50V

C343 ECKF1H472KB5 4700p / K / 50V



C352 ECFF1H104ZF5 0.1 / Z / 50V

C353 ECKF1H472KB5 4700p / K / 50V



C362 ECFF1H104ZF5 0.1 / Z / 50V

C363 ECKF1H472KB5 4700p / K / 50V


C371 ECFF1H104ZF5 0.1 / Z / 50V


C373-C376 ECFF1H104ZF5 0.1 / Z / 50V

C381 ECKD3A331KBP 330p / K / 1kV



C391-C394 ECFF1H104ZF5 0.1 / Z / 50V

C482/C483 ECQV1H474JL3 0.47 / J / 50V

COILS

L381 TSL1112S-471 COIL

DIODES

D331/D332 HZS18-1 DIODE

D381 ERA91-02 DIODE

TRANSISTORS

Q331/Q332 2SC3311A TRANSISTOR

160



Q342/Q352 DTB113ZS TRANSISTOR

Q362 DTB113ZS TRANSISTOR


Q377/Q378 2SB1417-P TRANSISTOR

Q381 2SD2137-P TRANSISTOR



ICs

IC341/IC351 SLA7044MLF87 IC

IC361 SLA7044MLF87 IC

IC371 M62353P IC

IC381 NJM2360AD IC

IC391-IC393 TC74HC273P IC

OTHERS

CN331 128A040P2B14 CONNECTOR

CN332 S4P-VH CONNECTOR





Z341/Z351 ICP-N70T104 IC PROTECTOR

Z361/Z371 ICP-N70T104 IC PROTECTOR

Z381 ICP-N70T104 IC PROTECTOR

Z382 RXE020-AP POLY SWITCH

PBMYA0015Z HEAT SINK

XNG3BFC NUT

XYN3+J10FC SCREW

161


16.7. PANEL BoardRef. No. Part No. Part Name & Description

RESISTORS

R543 ERDS2TJ332 3.3k / J / 0.25W

R544 ERDS2TJ103 10k / J / 0.25W

R545 ERDS2TJ332 3.3k / J / 0.25W

R546 ERDS2TJ182 1.8k / J / 0.25W

R547 ERDS2TJ681 680 / J / 0.25W

R548 ERDS2TJ331 330 / J / 0.25W

R549 ERDS2TJ182 1.8k / J / 0.25W

R550 ERDS2TJ151 150 / J / 0.25W

R551-R560 ERDS2TJ102 3.3k / J / 0.25W

R570-R573 ERDS2TJ103 10k / J / 0.25W

Z503/Z505 EXBZ5E103J RESISTOR ARRAY

Z507/Z508 EXBZ5E103J RESISTOR ARRAY

CAPACITORS

C544 ECQV1H224JL 0.22 / J / 50V

C545/C546 RPE132F104 CAPACITOR

C547 ECEA1AKS101 100 / 10V


C587-C589 RPE132F104 CAPACITOR

DIODES

D513 GL9ED2 LED

TRANSISTORS




ICs

IC508/IC509 SN74HC365N IC

IC510 RCM7065X-B LIQUID CRYSTAL DISPLAY

OTHERS

BZ501 PKM22EPP4002 BUZZER

CN536 DF11-22DP2DS CONNECTOR

SW501-SW510 EVQ23405R SWITCH

FFC14AMEP1 CONNECTOR

C-2005 SPACER

XNG2EFX NUT

XYN2+J12FX SCREW

162


16.8. CARRIAGE HOME DETECTOR BoardRef. No. Part No. Part Name & Description

R501 ERDS2TJ331 330 / J / 0.25W

R502 ERDS2TJ103 10k / J / 0.25W

C501 RPE132F104 CAPACITOR

Q501 2SC3311A TRANSISTOR

IC501 TLP832 PHOTO INTERRUPTER

CN516 ILS4PS2L2EF CONNECTOR

16.9. RETARD POSITION DETECTOR BoardRef. No. Part No. Part Name & Description

R503 ERDS2TJ331 330 / J / 0.25W

R504 ERDS2TJ103 10k / J / 0.25W




CN517 PBILS5PS2L2 CONNECTOR

16.10. DOUBLE FEED DETECTOR (R) BoardRef. No. Part No. Part Name & Description

R533 ERDS2TJ392 3.9k / J / 0.25W

R534 ERDS2TJ104 100k / J / 0.25W

R535 ERDS2TJ393 39k / J / 0.25W

R536 ERDS2TJ823 82k / J / 0.25W

R537 ERDS2TJ124 120k / J / 0.25W

R538 ERDS2TJ153 15k / J / 0.25W

R539 ERDS2TJ822 8.2k / J / 0.25W

R540 ERDS2TJ104 100k / J / 0.25W

R541 ERDS2TJ153 15k / J / 0.25W

R542 ERDS2TJ102 1.0k / J / 0.25W

C536 ECQB1H103JF3 0.01 / J / 50V

C537/C538 ECQV1H104JL3 0.1 / 50V

C539 ECQB1H222JF 2200p / J / 50V

C540 ECQB1H103JF3 0.01 / J / 50V

C541 ECQV1H104JL3 0.1 / 50V

C542 ECQB1H103JF3 0.01 / J / 50V

C543 ECEA1EKS100 10 /25V

D512 MA165 DIODE

D516 PB103AT THERMISTOR

IC507 NJM2082D OPERATIONAL AMP.

CN535 PBILS6PS2T2 CONNECTOR

X502 MA40S4R SUPERSONIC WAVE SENSOR

PBHRA0201Z SPACER

16.11. DOUBLE FEED DETECTOR (G) BoardRef. No. Part No. Part Name & Description

R528 ERDS2TJ822 8.2k / J / 0.25W

R529 ERDS2TJ222 2.2k / J / 0.25W

R530 ERDS2TJ103 10k / J / 0.25W

R531 ERDS2TJ102 1.0k / J / 0.25W

R532 ERDS2TJ103 10k / J / 0.25W


C553 ECEA1EKS100 10 / 25V

C554 ECEA1VKS100 10 / 35V


Q532 2SA1309A TRANSISTOR




163



X501 MA40S4S OSCILLATOR

PBHRA0201Z SPACER

16.12. STARTING POSITION SENSOR BoardRef. No. Part No. Part Name & Description

R505 ERDS2TJ103 10k / J / 0.25W

R506 ERDS2TJ102 1.0k / J / 0.25W

R507 ERDS2TJ223 22k / J / 0.25W

R508 ERDS2TJ222 2.2k / J / 0.25W

R509 ERDS2TJ103 10k / J / 0.25W

C503/C504 ECQB1H103JF3 0.01 / J / 50V


C506 ECEA1EKS100 10 / 25V

C507/C508 ECBT1H102KB5 1000p / 50V


C571 RPE122E105 CAPACITOR

D515 MA165 DIODE

Q503 2SA1309A TRANSISTOR


Q505 PN168 PHOTO TRANSISTOR




PBHRA0055Z SPACER

16.13. STARTING POSITION LED BoardRef. No. Part No. Part Name & Description

D501 TLN119 LED

CN518 S5B-PH CONNECTOR

LH-5-2 SPACER

16.14. SIZE SENSOR BoardRef. No. Part No. Part Name & Description

R510-R518 ERDS2TJ103 10k / J / 0.25W

C510-C527 ECBT1H102KB5 1000p / 50V


C573-C581 RPE122E105 CAPACITOR




















PBHRA0055Z SPACER

164


16.15. SIZE LED BoardRef. No. Part No. Part Name & Description

D502-D510 TLN119 LED


PBHRA0055Z SPACER

16.16. ENDING POSITION SENSOR BoardRef. No. Part No. Part Name & Description

R527 ERDS2TJ103 10k / J / 0.25W

C532 ECBT1H102KB5 1000p / 50V


C534 ECBT1H102KB5 1000p / 50V

C572 RPE122E105 CAPACITOR



CN531 PBB7B-PH CONNECTOR

CN532 B8B-PH CONNECTOR

LH-5-2 SPACER

16.17. ENDING POSITION LED BoardRef. No. Part No. Part Name & Description

D511 TLN119 LED



PBHMA0170Z PLATE

PBHRA0055Z SPACER

16.18. RELAY (SIDE) BoardRef. No. Part No. Part Name & Description

R561 ERDS2TJ101 100 / J / 0.25W

C555 ECQV1H474JL3 0.47 / 50V


CN510 DF11-10DPDSA CONNECTOR

CN511 ILS7PS2T2EF CONNECTOR

CN512 B8B-PH CONNECTOR

CN514 ILS5PS2T2EF CONNECTOR

PAUX37802 GROUND LUG

16.19. HOPPER HOME SENSOR BoardRef. No. Part No. Part Name & Description

R525 ERDS2TJ331 330 / J / 0.25W

R526 ERDS2TJ103 10k / J / 0.25W




CN529 5597-04APB CONNECTOR


165


16.20. DOCUMENT DETECTOR BoardRef. No. Part No. Part Name & Description


CN537 5597-04APB CONNECTOR


LH-5-2 SPACER

16.21. DOCUMENT COVER DETECTOR BoardRef. No. Part No. Part Name & Description

R521 ERDS2TJ331 330 / J / 0.25W

R522 ERDS2TJ103 10k / J / 0.25W





16.22. RELAY (BACK) BoardRef. No. Part No. Part Name & Description

R519 ERDS2TJ331 330 / J / 0.25W

R520 ERDS2TJ103 10k / J / 0.25W


C582-C586 RPE132F104 CAPACITOR






CN504 26FMZ-ST CONNECTOR





16.23. POWER BoardRef. No. Part No. Part Name & Description Remarks

RESISTORS

R801 ERDS1TJ105 1000k / J / 0.5W

R802/R803 ERDS1TJ124 120k / J / 0.5W

R804 ERX2SJ4R7P 4.7 / J / 2W

R805 ERDS2TJ103 10k / J / 0.25W

R806 ERG2SJ100P 10 / J / 2W

R807 MPC710.22K RESISTOR

R808 ERDS2TJ101 100 / J / 0.25W

R809 ERDS1TJ100 10 / J / 0.5W


R812 ERDS2TJ222 2.2k / J / 0.25W

R813 ERDS2TJ681 680 / J / 0.25W

R814-R816 ERDS1TJ333 33k / J / 0.5W

R817 ERG2SJ150P 15 / J / 2W

R818 ERDS2TJ103 10k / J / 0.25W

R819 ERDS2TJ333 33k / J / 0.25W

R820 ERDS2TJ472 4.7k / J / 0.25W

R831 ERG2SJ101P 100 / J / 2W

R832/R833 ERDS2TJ121 120 / J / 0.25W

R834 ERDS2TJ101 100 / J / 0.25W


166




R838 ERDS2TJ222 2.2k / J / 0.25W

R839 ERDS2TJ332 3.3k / J / 0.25W

R840/R841 ERDS2TJ103 10k / J / 0.25W

R842 ERDS2TJ821 820 / J / 0.25W

R843 ERDS2TJ120 12 / J / 0.25W

R844 ERDS2TJ472 4.7k / J / 0.25W

R845 ERDS2TJ470 47 / J / 0.25W

R846 ERDS2TJ332 3.3k / J / 0.25W

R847 ERG1SJ470P 47 / J / 1W

CAPACITORS

C801/C802 PA224-ZC CAPACITOR

C803/C804 ECKATS222ME 2200p / 250V

C805/C806 250SXR560MC4 CAPACITOR

C807 ECKD3A101KB 100p / K / 1kv

C808 ECKATS103MF 0.01 / 250V

C809 ECQE6473KF3 CAPACITOR

C810 ECQB1H473JF3 0.047 / J / 50V

C811 ECA2WHG4R7 4.7 / 450V



C814 ECQB1H391JF3 390p / J / 50V

C815 ECQV1H224JL 0.22 / J / 50V

C816 ECQB1H473JF3 0.047 / J / 50V

C817 ECQB1H682JF3 6800p / J / 50V

C818 ECFF1H104ZF5 0.1 / Z / 50V

C831 ECKD3A101KB 100p / K / 1kv

C832 35YXF2200MKC CAPACITOR

C834 ECQV1H105JL3 1 / J / 50V

C835 ECFF1H104ZF5 0.1 / Z / 50V



COILS

L801/L802 ELF15N017A LINE FILTER COIL

L803 ETQR37C014A TRANSFORMER

L821 HK14S0804010 COIL

L822/L823 AB4X2X4.5W BEAD

DIODES

D801 D3SBA60-4101 DIODE

D802 ERA22-10AVRB DIODE

D803 ERB44-10G1 DIODE

D804/D805 ERA91-02 DIODE

D806 RD24ESAB1 ZENER DIODE

D807 MA165 DIODE

D821 YG902C3R DIODE

D825 RD7.5ESAB3 ZENER DIODE

D826 D1N60 DIODE

D827 RD27ESAB4 ZENER DIODE

D828-D831 MA165 DIODE

TRANSISTORS

Q801 2SK2651-01MR TRANSISTOR

Q802 2SD1994A-S TRANSISTOR

Q821 2SJ334 TRANSISTOR


ICs

IC801 STR83159 IC

IC802 PJVIFA5311P IC

IC803 HA17431PA IC

IC804 HA17L431P IC

OTHERS

PC801/PC802 TLP621-D4GR PHOTO DIODE

CN801 B2P3-VH CONNECTOR

CN802 B11B-XASK-1 CONNECTOR

CN803 B3B-EH CONNECTOR

167



F801/F802 PB215004 FUSE

T801 SRW3333ED609 TRANSFORMER

TH801 N100L12325JF THERMISTOR

ZNR801/ZNR802 470NS10D-K0 VARISTOR

ZNR803/ZNR804 240NS10D-301 VARISTOR

FA35-9051 INSULATE SHEET

PAUX37802 GROUND LUG

PBMYA0011Z HEAT SINK

M1847 BUSHING

TJC6320 HOLDER

XNG3BFX NUT (STEEL)

XTN3+8JFX SCREW

XTW3+U8SFX SCREW

XYN3+J10FX SCREW

16.24. DC/DC BoardRef. No. Part No. Part Name & Description

RESISTORS

R861 ERDS2TJ683 68k / J / 0.25W

R862 ERDS2TJ682 6.8k / J / 0.25W

R863 ERX12SJR56 0.56 / J / 0.5W



R866 ERX12SJR56 0.56 / J / 0.5W



R869 ERDS2TJ100 10 / J / 0.25W

R870 RUE300 SWITCH

CAPACITORS


C862 ECQV1H104JL3 0.1 / J / 50V



C865 ECQB1H681JF3 680 / J / 50V


C867 ECFF1H104ZF5 0.1 / Z / 50V



C870 ECQB1H391JF3 390 / J / 50V


C872 ECFF1H104ZF5 0.1 / Z / 50V


DIODES

D861 YG802C06R DIODE

D862 ERA91-02 DIODE

D863/D864 MA165 DIODE



D867 MA165 DIODE

D868 ERA91-02 DIODE

D869 MA165 DIODE


D871 MA165 DIODE


COILS

L861 HK10S080-121 COIL

L862 RCH895-151K COIL

L863 RCH895-221K COIL

ICs

IC861 NJM2367TLA20 IC

IC862 NJM2360AD IC

168



IC863 NJM78M05FA IC

IC865 NJM2360AD IC

IC866 NJM79M05FA IC

OTHERS



0SH-1030-MP HEAT SINK

XYN3+J8FX SCREW

169


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