Service Manual Incl. Parts KV-S3105C_KV-S3085

Order Number KM70503990CE Category Number G14

High Speed Scanner

KV-S3105CSERIES KV-S3085SERIES

© 2005 Panasonic Communications Co., Ltd. All rights reserved. Unauthorized copying and distribution is a violation of law.

KV-S3105CSERIES / KV-S3085SERIES

CONTENTS Page 1 GENERAL PRECAUTIONS

Page 10.3. Requirement after parts replacement

4

118

1.1. Safety Precautions

4

11 BLOCK DIAGRAM

119

1.2. Electrical Tests

4

11.1. Function

119

1.3. For Service Technicians

4

11.2. Boards

120

1.4. About Lead Free Solder (PbF: Pb free)

5

11.3. Explanation of Connector

121

2 SPECIFICATIONS

6

12 SCHEMATIC DIAGRAM

139

3 COMPONENT IDENTIFICATION

8

12.1. CONTROL Board

140

4 INSTALLATION

9

12.2. INTERFACE Board

156

9

12.3. MOTHER Board

169

9

4.1. Minimum Space Requirements 4.2. Unpacking

12.4. DRIVE Board

174

4.3. Installing the Exit tray stopper and Exit stopper

10

12.5. LCD Board

175

4.4. DIMM Module Extension

11

12.6. PANEL and SENSOR Boards

176

4.5. Installing DIMM Module

17

4.6. Connecting the Unit to a Personal Computer

18

13.1. CONTROL Board

182

4.7. System Requirements

19


183

4.8. Setting the Language & SCSI ID

20

13.3. MOTHER Board

184

4.9. Others

21

13.4. DRIVE Board

185

22

13.5. LCD Board

186

5.1. Motor and Mechanism

22

13.6. PANEL Board

187

5.2. Circuit Boards

23

13.7. SIZE Board

188

5.3. Sensors (Boards)

24

13.8. HOPPER [CONNECTOR] Board

188

25

13.9. HOPPER [POSITION] Board

188

5 SECTIONAL VIEWS

6 MECHANICAL FUNCTION

13 CIRCUIT BOARDS

181

6.1. Paper Feed Mechanism

25

13.10. HOPPER [ANGLE] Board

189

6.2. Feed Roller Mechanism

26

13.11. POINTER Board

189

6.3. Retard Roller Mechanism

27

13.12. RELAY [LOWER] Board

189

6.4. Conveyor Roller Mechanism

28

13.13. POST IMPRINTER DOOR Board

189

6.5. Hopper Mechanism

29

13.14. EXIT [FRONT] Board

190

6.6. Optical Unit Mechanism

31

13.15. SKEW [L] Board

190

6.7. Reference Plate

32

13.16. SKEW [R] Board

190

33

13.17. JAM Board

190

7.1. Maintenance Chart

33

13.18. RETARD [POSITION] Board

191

7.2. Cleaning Rollers

34

13.19. FAN RELAY 1 Board

191

7.3. Cleaning the scanning section glass and reference plate 37


191

13.21. RELAY [UPPER] Board

192

7 MAINTENANCE

7.4. Cleaning Sensors

38

7.5. Replacing Limited Life Parts

39

14 PARTS LOCATION AND MECHANICAL PARTS LIST

193

45

14.1. Exterior

194

8.1. Disassembly Flowchart

45

14.2. Chassis and Base 1

196

8.2. Exterior

46


199

8.3. Unit Components

52

14.4. Hopper Unit

202

8.4. Circuit Board Assemblies

64

14.5. Paper Feed and Optical Units

204

76

14.6. Power Unit and Circuit Boards

207

9.1. Front Panel Specifications

76

14.7. Packing

209

9.2. Operation-1 (Normal Mode)

78

14.8. Tool

210

9.3. Operation-2 (Service Mode)

78

9.4. Setting List

79

15.1. CONTROL Board

212

9.5. Setting Operation (Normal Mode)

85


219

9.6. Setting Operation (Service Mode)

92

15.3. MOTHER Board

225

105

15.4. DRIVE Board

227

107

15.5. LCD Board

228

10.1. Warning

107

15.6. PANEL Board

228

10.2. Error Code

107

15.7. SIZE Board

228

8 DISASSEMBLY INSTRUCTIONS

9 OPERATION

9.7. Service Utility 10 TROUBLE SHOOTING

15 REPLACEMENT PARTS LIST

2

211


15.8. HOPPER [CONNECTOR] Board

228

15.15. SKEW [L] Board

229


229


230

15.10. HOPPER [ANGLE] Board

229

15.17. JAM Board

230


229


230


229


230


229


230

15.14. EXIT [FRONT] Board

229


230

3


1 GENERAL PRECAUTIONS 1.1.

Safety Precautions

1. Before servicing, unplug the power cord to prevent electrical shock hazard. 2. When replacing parts, user only manufacture’s recommended components for safety. 3. Check the condition of power cord. Replace if wear or 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 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 as screwheads, 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 Technicians

ICs 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


1.4.

About Lead Free Solder (PbF: Pb free)

Note · In the information below, Pb, the symbol for lead in the periodic table of elements, will refer to standard solder or solder that contains lead. · We will use PbF when discussing the lead free solder used in our manufacturing process which is made from Tin (Sn), Silver (Ag), and Copper (Cu). · This model, and others like it, manufactured using lead free solder will have PbF stamped on the PCB. For service and repair work we suggest using the same type of solder although, with some precautions, standard Pb solder can also be used. Distinction of PbF PCB · PCBs (manufactured) using lead free solder will have a PbF stamp on the PCB. Caution · PbF solder has a melting point that is 50 ° - 70 °F, (30 ° - 40 °C) higher than Pb solder. Please use a soldering iron with temperature control and adjust it to 700 ° ± 20 °F (370 ° ± 10 °C). In case of using high temperature soldering iron, please be careful not to heat too long. · PbF solder will tend to splash if it is heated much higher than its melting point, approximately 1100 °F, (600 °C). · If you must use Pb solder on a PCB manufactured using PbF solder, remove as much of the original PbF solder as possible and be sure that any remaining is melted prior to applying the Pb solder. · When applying PbF solder to double layered boards, please check the component side for excess which may flow onto the opposite side (See figure, below)

1.4.1.

Suggested Pb free solder

We recommend you to use the following solder when you re-solder components for repair. Before using other Pb free solder than the following solder, be sure to confirm a solder maker you appoint has made license agreements to be required when using Pb free solder legally. Supplier: Senju Metal Industry Co., Ltd. (http://www.senju-m.co.jp) Part Description in Senju: EcoSolder RMA02 P3 M705 Series

5


2 SPECIFICATIONS Item

Model No. KV-S3105C Series *1

Scanner

Scanning face Scanning method

Readout speed

Resolution Image output

Image Processing

Other function Paper Size

KV-S3085 Series *2

Duplex Sheet feed type CCD (Front and back sides) Selectable back ground color (Black or White) Binary A4 200 dpi portrait Binary A4 200 dpi portrait Simplex: 100 ppm Simplex: 85 ppm Duplex: 180 ipm Duplex: 160 ipm JPEG Color A4 200 dpi portrait Simplex: 100 ppm Duplex: 174 ipm 400 dpi (Optional resolution) Binary Binary 8 bit grayscale 8 bit grayscale 24 bit color 24 bit color (Require option) MultiStream (Binary+8 bit grayscale or MultiStream [Binary+8 bit grayscale or Binary+24 bit color) Binary+24 bit color (Require option)] Image emphasis, Dither (64 step gradation), Error diffusion (64 step gradation), Dynamic threshold, Automatic separation, Multi-Color dropout, Mirror image, Noise reduction Patch code detection (Kodak patch 2,3,T) Control sheet Image Size (Maximum) Width: 302 mm (11.7 in.) Length: 2540 mm (100 in.) Feeding Size Minimum Width: 48 mm (1.9 in.) Length: 70 mm (2.8 in.)

Thickness

Maximum Width: 297 mm (11.7 in.) Length: 432 mm (17 in.) Single paper feed: 0.04-0.2 mm (1.6-7.9 mils) Continuous feed: 0.06-0.2 mm (2.4-7.9 mils)

Note: 1 mils=1/1000 in. Weight

Single paper feed: 30-157 g/m2 (8-42 lb.) Continuous feed: 50-157 g/m2 (13-42 lb.) Business card is thicker than 127 g/m2 (34 lb.)

Note: 1 lb.=3.75 g/m2

Unit

Detection Interface Hopper capacity External dimensions (Width×Depth×Height) Weight Image memory (Standard) External image memory Power requirement Power Maximum consumption (Scanning) Minimum (Standby) Sleep mode

Environment

Accessories

PbF (Pb Free)

Operating temperature and Humidity Storage temperature and Humidity

Empty, Size, Jam, Skew, and Double-feed detections Ultra wide SCSI (68 pin) / USB 2.0 Multi Interface 1000 sheets: 64 g/m2 (17 lb.) 627×546×415 mm (24.7×21.5×16.4 in.) 52 kgf (114.4 lbs.) 256 MB 64 MB DIMM port: 1 slot AC 100-120 V, 50/60 Hz AC 220-240 V, 50/60 Hz 3.0 A (AC 100-120 V) 1.5 A (AC 220-240 V) 0.7 A (AC 100-120 V) 0.5 A (AC 220-240 V) 10 W (AC 100-120 V) 11 W (AC 220-240 V) Temperature: 15 °C to 30 °C (59 °F to 86 °F) Humidity: 20 % to 80 % RH Temperature: 0 °C to 35 °C (32 °F to 95 °F) Humidity: 10 % to 80 % RH Installation manual, Maintenance manual, AC Cord, USB 2.0 Cable, Blower, Cleaning paper, CD-ROM [ISIS Driver, Capture software (RTIV), Operation manual, P.I.E. manual, RTIV manual, Control sheet images], Shading paper Applied to PCB assemblies CONTROL, INTERFACE, MOTHER, CCD, DRIVE, PANEL, SIZE, HOPPER [CONNECTOR], HOPPER [POSITION], HOPPER [ANGLE], POINTER, EXIT [FRONT], POST IMPRINTER DOOR, RELAY [LOWER], RELAY [UPPER], SKEW (L), SKEW (R), JAM, RETARD [POSITION], FAN RELAY 1, FAN RELAY 2, LCD, and POWER Boards for KV-S3105C Series and KV-S3085 Series.

Note: Distinction of PbF PCB PCBs (manufactured) using lead free solder will have a PbF stamp on the PCB.

6


Item

Model No. KV-S3105C Series *1 KV-S3085 Series *2 Roller Exchange Kit (KV-SS026) Roller Exchange Kit for thin paper (*3 KV-SS027) Imprinter Unit (KV-SS028), Ink cartridge (KV-SS021) Roller cleaning paper (KV-SS03) — Color upgrade kit (KV-SS029)

Option

Note: *1

: KV-S3105C Series For U.S.A. and Europe: KV-S3105C For China: KV-S3105CCN SERIAL No. shown on the name plate on each Scanner will distinguish the destinations for each area as follows. 1. SERIAL No. for U.S.A. and Europe → 807 xxxxx 2. SERIAL No. for China → 825 xxxxx (x: Don’t care)

*2

: KV-S3085 Series For U.S.A. and Europe: KV-S3085 SERIAL No. shown on the name plate on each Scanner will distinguish the destinations for each area as follows. SERIAL No. for U.S.A. and Europe → 813 xxxxx (x: Don’t care)

*3

: KV-SS027 This kit will be effective in case thin paper’s (less than 50 g/m2) jam frequently occurs at the paper-feed block attached as the standard.

7


3 COMPONENT IDENTIFICATION

8


4 INSTALLATION 4.1.

Minimum Space Requirements

Be sure to maintain the recommended space requirements for proper ventilation.

4.2.

Unpacking

Check all parts are included before installing the scanner.

Note: It is highly recommended to keep the original carton and all packing materials. They are necessary when repacking.

9


4.3.

Installing the Exit tray stopper and Exit stopper

(1)

Position the Exit Stopper according to the scanned document’s size.

(2)

Squeeze the metal guides of the Exit Tray Stopper guides slightly, and insert them into the stopper slots. Then pull up the plastic part of the Exit Tray Stopper. (Install the stopper in the sequence of 1 through 3.)

10


4.4.

DIMM Module Extension

A maximum of 512 MB extended memory may be required depending on the combination of the paper size, mode, and resolution. To determine how much extended memory (Unit: MB) is required on each condition, refer to Fig.4.4.1.1 to Fig.4.4.4.2. (Recommended DIMM) · JEDEC-standard 168 pin, dual in-line memory module (DIMM) · Single +3.3 V±0.3 V power supply · Frequency / CAS Latency: 100 MHz/CL=2, 133 MHz/CL=2, 133 MHz/CL=3 · 64 MB, 128 MB, 256 MB, or 512 MB may be used. Note: Originally, INTERFACE Board for KV-S3105C Series has 256 MB memory as the basis. And INTERFACE Board for KV-S3085 Series has 64 MB memory as the basis. Fig.4.4.1.1: Simplex (For KV-S3105C Series) Mode

×: Invalid

Size

dpi 100

Binary

8bit Gray

24 bit Color

SC´s Max Double Letter Legal Letter A3 A4 A5 A6 B4 B5 B6 SC´s Max Double Letter Legal Letter A3 A4 A5 A6 B4 B5 B6 SC´s Max Double Letter Legal Letter A3 A4 A5 A6 B4 B5 B6

200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

11

400 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 128 0 0 0 0 0 0 0 0 0 0

500 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0

600 0 0 0 0 0 0 0 0 0 0 0 64 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 256 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0


Fig.4.4.1.2: Simplex (For KV-S3085 Series) Mode

×: Invalid

Size

dpi 100

Binary

8bit Gray

** 24 bit Color


200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 128 0 0 0 0 0 0 0 0 0 0

400 0 0 0 0 0 0 0 0 0 0 0 64 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0

** Available only in case installing “Color upgrade kit (KV-SS029)” has been done.

12

500 0 0 0 0 0 0 0 0 0 0 0 256 0 0 0 0 0 0 0 0 0 0 × 64 64 0 64 0 0 0 64 0 0

600 0 0 0 0 0 0 0 0 0 0 0 256 0 0 0 0 0 0 0 0 0 0 × 128 64 64 128 64 0 0 128 64 0

0 0 0 0 0 0 0 0 0 0 0 512 64 0 0 64 0 0 0 0 0 0 × 256 128 128 256 128 64 0 128 64 0


Fig.4.4.2.1: Duplex (For KV-S3105C Series) Mode

×: Invalid

Size

dpi 100

Binary

8 bit Gray

24 bit Color


200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 64 0 0 0 0 0 0 0 0 0 0

13

400 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0

500 0 0 0 0 0 0 0 0 0 0 0 256 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0

600 0 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0 × 128 0 0 128 0 0 0 64 0 0

0 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0 × 256 64 64 256 64 0 0 128 0 0


Fig.4.4.2.2: Duplex (For KV-S3085 Series) Mode

×: Invalid

Size

dpi 100

Binary

8 bit Gray

** 24 bit Color


200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 64 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 64 0 0 0 0 0 0 0 0 0 0 256 0 0 0 0 0 0 0 0 0 0

400 0 0 0 0 0 0 0 0 0 0 0 256 0 0 0 0 0 0 0 0 0 0 × 64 64 64 64 64 0 0 64 0 0


14

500 0 0 0 0 0 0 0 0 0 0 0 512 64 0 0 64 0 0 0 0 0 0 × 256 128 64 256 64 64 0 128 64 0

600 64 0 0 0 0 0 0 0 0 0 0 × 64 64 0 64 0 0 0 64 0 0 × 512 256 128 512 128 64 0 256 128 64

64 0 0 0 0 0 0 0 0 0 0 × 128 64 64 128 64 0 0 64 64 0 × 512 256 256 512 256 128 64 512 256 64


Fig.4.4.3.1: MultiStream (Simplex: For KV-S3105C Series) Mode

Size

dpi 100

Binary + 8 bit Gray

Binary + 24 bit Color

×: Invalid

SC´s Max Double Letter Legal Letter A3 A4 A5 A6 B4 B5 B6 SC´s Max Double Letter Legal Letter A3 A4 A5 A6 B4 B5 B6

200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

400 0 0 0 0 0 0 0 0 0 0 0 128 0 0 0 0 0 0 0 0 0 0

500 0 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0

600 128 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0

Fig.4.4.3.2: MultiStream (Simplex: For KV-S3085 Series) Mode

** Binary + 24 bit Color

×: Invalid

Size

dpi 100

Binary + 8 bit Gray


256 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0

200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 128 0 0 0 0 0 0 0 0 0 0

400 64 0 0 0 0 0 0 0 0 0 0 512 64 0 0 64 0 0 0 0 0 0


15

500 256 0 0 0 0 0 0 0 0 0 0 × 64 64 0 64 64 0 0 64 0 0

600 512 0 0 0 64 0 0 0 0 0 0 × 128 64 64 128 64 0 0 128 64 0

512 64 0 0 64 0 0 0 64 0 0 × 256 128 128 256 128 64 0 256 64 0


Fig.4.4.4.1: MultiStream (Duplex: For KV-S3105C Series) Mode

Size

dpi 100

Binary + 8 bit Gray

Binary + 24 bit Color

×: Invalid


200 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

300 0 0 0 0 0 0 0 0 0 0 0 128 0 0 0 0 0 0 0 0 0 0

400 0 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0

500 256 0 0 0 0 0 0 0 0 0 0 × 0 0 0 0 0 0 0 0 0 0

600 512 0 0 0 0 0 0 0 0 0 0 × 128 0 0 128 0 0 0 64 0 0

Fig.4.4.4.2: MultiStream (Duplex: For KV-S3085 Series) Mode

**Binary + 24 bit Color

×: Invalid

Size

dpi 100

Binary + 8 bit Gray


× 0 0 0 0 0 0 0 0 0 0 × 256 128 64 256 64 0 0 256 0 0

200 0 0 0 0 0 0 0 0 0 0 0 64 0 0 0 0 0 0 0 0 0 0

300 64 0 0 0 0 0 0 0 0 0 0 512 0 0 0 0 0 0 0 0 0 0

400 256 0 0 0 0 0 0 0 0 0 0 × 128 64 64 128 64 0 0 64 0 0


16

500 512 64 0 0 64 0 0 0 64 0 0 × 256 128 64 256 64 64 0 128 64 0

600 × 64 64 64 128 64 0 0 64 0 0 × 512 256 128 512 256 64 0 256 128 64

× 128 64 64 128 64 0 0 128 64 0 × 512 512 256 512 256 128 64 512 256 64


4.5.

Installing DIMM Module

1. Remove the INTERFACE Board. (See 8.4.3.) 2. Insert the DIMM Module into the Connector on the INTERFACE Board and raise the tabs at the both ends of the connector until they lock into place. Note: Make sure that indentations of the module are to the left and center.

17


4.6.

Connecting the Unit to a Personal Computer

Be sure to connect either USB or SCSI interface cable per scanner. Note: Windows NT supports only SCSI interface.

4.6.1.

SCSI Connection

Caution: 1. Use the scanner accessory’s Power Cord. 2. Use SCSI cables whose length are within 3 m (9.8 feet), securing SCSI specification. 3. After turning off the scanner and PC, remove SCSI cables.

4.6.2.

USB Connection

Caution: 1. Use the scanner accessory’s Power Cord. 2. Use the scanner’s accessory USB cable.

18


4.7.

System Requirements

When using the scanner, the required personal computer conditions are as follows. CPU Memory OS

Display Interface

Resolution Colors

SCSI Connection Minimum Pentium , 1 GHz Recommended: Pentium 4, 2 GHz or higher Minimum: 256 MB Recommended: 512 MB or more Windows® 98 Windows® Windows NT® 4.0 Windows® Windows® 2000 Windows® Windows® Me Windows® Windows® XP 1,024×768 dots or more 65,536 colors or more SCSI USB 2.0 Recommended SCSI Board: Adaptec SCSI Board (29160/39160)

USB Connection

98 SE 2000 SP4 Me XP SP1

Note 1: 1. This system requires 1 GB free space of HDD in the personal computer at least. 2. A color scanning beyond the conditions of A3 Size and 600 dpi may not be executed, based on Windows® 98 or Windows® Me. And even based on another OS, a high resolution scanning may not be done. 3. The scanning speed differs depending on the personal computer’s operating environment or application. 4. Be sure to connect the scanner directly to the USB interface port on PC. We cannot guarantee that the scanner will work properly if it is connected to a USB hub. 5. A daisy-chain connection to the SCSI interface may not allow the scanner to realize the high speed scanning. 6. When using Windows NT®, be sure to install the ASPI layer software that the SCSI Board’s vendor provides. Note 2: · Windows® 98 is Microsoft® Windows® 98 operating system. · Windows® Me is Microsoft® Windows® Me operating system. · Windows NT® is Microsoft® Windows NT® operating system. · Windows® 2000 is Microsoft® Windows® 2000 operating system. · Windows® XP is Microsoft® Windows® XP operating system. · Microsoft®, Windows® and Windows NT® are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. · Pentium® is a registered trademark of Intel Corporation. · Each company’s name or company product name is each company’s trademark or registered trademark.

19


4.8.

Setting the Language & SCSI ID

4.8.1.

Setting the language

Select English, German or Japanese as the language which is to appear on the LCD display. (1)

Turn on the scanner while pushing the “HOME” key.

Note: The language setting mode will appear automatically when the scanner is turned on for the first time just after the unit was unpacked. (2)

Use the “ ” key or “ ” key to select “English Letter”, “English A4”, “Deutsch A4” or “ ”.

(3)

Press the “HOME” key to be ready.

4.8.2.

Setting the SCSI ID

(1)

Press the “OTHERS” key.

(2)

Press the “

(3)

Use the “

” key 3 times to display the SCSI ID.

” key or “

” key to select the desired setting.

Note: ID No. area depends on the Wide SCSI Setting. (Wide SCSI: Disable)

(Wide SCSI: Enable)

20


4.9.

Others

4.9.1.

Selecting the paper path for scanned document

Change the Pointer Lever position as required. (1)

When making the document exit to the upper-front position → Push the Pointer Lever upwards

(2)

When making the document exit to the lower-back position (Straight pass mode) → Push the Pointer Lever downwards

Note: For thicker paper scanning, we recommend the straight paper path.

4.9.2.

Setting the ADF Selector

Depending upon the paper quality, set the ADF Selector. (1)

By setting the ADF Selector to “MANUAL” position, the Retard Roller is separated from the Separation Roller. By this operation, multiple sheet will be scanned as a piece of document. (This selection is used in case of scanning documents one by one.)

(2)

On the other hand, by setting the ADF Selector to “1, 2, 3, 4, or 5” position, the Retard Roller exerts a manipulation force onto the documents, and the documents are separated by this manipulation.

Note: In proportion to the increment of the number (1→2→3→4→5) on the ADF Selector, the contact force between the Retard and Separation Rollers goes up. (When scanning plain paper, set the selector to “2” or “3”.)

21


5 SECTIONAL VIEWS 5.1.

Motor and Mechanism Front Side Lamp Module Front Exit Roller

Front Side Optical Unit (with CCD [FRONT] Board)

Conveyor Rollers

Document Guides Conveyor Belt 1

Hopper Tray

Conveyor Roller Pointer

Drive Roller

Back Side Lamp Module Conveyor Belt 2 Back Side Optical Unit (with CCD [BACK] Board)

Drive Rollers

Conveyor Motor

Double Feed Detector [Receive] SKEW [L] Board

Separation Roller

SKEW [R] Board

Paper Feed Roller

Retard Roller

RETARD [POSITION] Board Paper Feed Belt

ADF Adjustment Cam

Paper Feed Motor

22

RELAY [LOWER] Board


5.2.

Circuit Boards LAMP INVERTER Board Fan

Fan PANEL Board CONTROL Board MOTHER Board

POWER Board

LCD Board

DRIVE Board

CONTROL Board

INTERFACE Board

23


5.3.

Sensors (Boards) Post Imprinter Door Sensor (T) (POST IMPRINTER DOOR Board)

Pointer Detector (p) (POINTER Board) Skew [R] Sensor (R) (SKEW [R] Board)

Exit [Front] Sensor (E) (EXIT [FRONT] Board)

Edge Limit [R] Sensor (r) (SKEW [R] Board)

Paper Jam Sensor (J) (JAM Board) (RELAY [UPPER] Board)

Size Detector (1 (SIZE Board)

5)

Exit [Rear] Sensor (e) Starting Position Sensor (S) (SKEW [L] Board) Skew [L] Sensor (L) (SKEW [L] Board) Edge Limit [L] Sensor (I) (SKEW [L] Board) Waiting Sensor (W) Double Feed (SKEW [L] Board) Detector [Generate]

(HOPPER [CONNECTOR] Board) Paper Detector (P) Double Feed Detector [Receive]

Hopper Angle Sensor (A) (HOPPER [ANGLE] Board)

Hopper Position Sensor (T, B) (HOPPER [POSITION] Board)

24


6 MECHANICAL FUNCTION 6.1.

Paper Feed Mechanism

Fig. 6-1

1. When PC starts to output the scanning-start command signal after setting documents on the Hopper (detecting the document’s existence by the Paper Detector), the Hopper goes up at the position which is good enough to attach the document to the Paper Feed Roller, and to feed papers. Note “Hopper position control mechanism” is shown in Fig. 6-5. 2. The Conveyor Motor starts to move to rotate the group of the Conveyor Rollers. 3. When the Paper Feed Motor starts, the Paper Feed Roller and the Separation Roller turn in feed direction ( ). The Retard Roller is supported by a shaft fixed via a torque limiter, and it is pushed against the Separation Roller. When the document enters into the separation section, the Retard Roller exerts a manipulation force onto the document, which depends on the set torque. In case of continuous paper feed, the document is separated by this manipulation force and is fed to the reading section. When multiple sheets are fed, the Retard Roller is pushed down by the cam action when the ADF Separator is turned all the way to the left, so that it separates from the Separation Roller and is retracted from the transport surface. By this, the document is not manipulated and is fed to the reading section. 4. When the leading edge of the manuscript having passed the separation section passes the Waiting Sensor, the Paper Feed Motor stops and the Paper Feed Roller and the Separation Roller turn together. 5. When the leading edge of the document passes the Starting Position Sensor, reading starts after a specified timing (the time required for transport from the Starting Position Sensor to the reading position). 6. When the trailing edge of the document passes the Waiting Sensor and the buffer memory can hold four pages or more, the Paper Feed Motor starts again and the next document is fed. 7. Afterwards, the steps (3) to (6) are repeated. 8. When the trailing edge of the document passes the Waiting Sensor and the buffer memory does not have space for four pages or more, the Paper Feed Motor starts again, the next document is fed, and when the leading edge of the next document has passed the Waiting Sensor, the Paper Feed Motor stops and standby is performed until the next read command comes from the PC. 9. When a read command comes from the PC, the Paper Feed Roller starts again and the standby document is fed to the reading section. 10. Afterwards, the steps (3), (4), (5), (8), and (9) are repeated.

25


6.2.

Feed Roller Mechanism

Fig. 6-2

The rotation of the Paper Feed Motor in arrow direction is transmitted to the Separation Roller via the Motor Pulley, the Paper Feed Belt, the Pulley Gear, the Gears A, B, and C, and the Separation Roller Shaft, it is also transferred to the Paper Feed Roller via the Gears D, E, and F, and the Paper Feed Roller and the Separation Roller are driven in the document feed direction indicated by the bold arrow. The Retard Roller is in contact with the Retard Shaft via a torque limiter, and as the Retard Shaft is supported by the U-groove of the Retard Mounting Plate, the built-in torque limiter of the Retard Roller operates and prevents entry of the second or further documents when more than one document is fed at a time.

26


6.3.

Retard Roller Mechanism

Fig. 6-3

The Retard Roller is supported by the Retard Plate. The Retard Plate is supported so that it can oscillate around the Retard Drive Shaft at the center, and as the Retard Plate is pulled in arrow direction by the counter spring (tension coil spring), a rotation moment in arrow direction ( ) is generated with the Retard Support Shaft at the center, and an upward pressure is generated by contact with the Separation Roller. The Pressure Adjustment Plate is supported so that it can oscillate around the Retard Support Shaft at the center, and composition is so that the Retard Plate is pushed down by the Adjustment Cam via the Pressure Adjustment Spring (Compression Coil Spring). The Adjustment Cam turns the cam by turning the adjustment knob 120° left and right by means of a cylindrical cam eccentric in regard to a shaft arranged in parallel to the Retard Drive Shaft, the Pressure Adjustment Plate is pushed down, the tension force of the counterspring is balanced corresponding to the compression force of the Adjustment Spring, and the upward pressure of the Retard Roller is adjusted. The possible movement angle of the adjustment knob is 180°, and when it is turned in counterclockwise direction, the push pressure is varied for the first 120°, while the pressure adjustment plate is pushed down by the Release Cam during the last 60° to separate the Retard Roller from the Separation Roller.

The release cam pushes the Retard Plate down for separation.

27


6.4.

Conveyor Roller Mechanism

Fig. 6-4

The Drive Rollers 1, 2, and 3 and the Straight Exit Roller are driven by the Conveyor Motor via the Conveyor Belt 2. The Conveyor Roller and the Front Exit Roller are driven from the Conveyor Belt 2 via the Pulley Gear and the Conveyor Belt 1. Belt Tension is applied to the Conveyor Belts 1 and 2 by the tension force of the spring of the Tension Pulley installed at one place each for each belt. When a tension force in excess of the Spring Tension is applied to the belt, motor step-out and other problems may occur, so that only the spring shall be used to apply tension. The Conveyor Motor runs in direction of the Arrow(1), and it rotates always during document reading.

28


6.5.

Hopper Mechanism

Fig. 6-5

1. The Hopper Plate is placed onto the Hopper Shaft (

) not shown in the above figure.

2. The Hopper Arm 1 is coupled to a pin on the Main Chassis at the front side of the Hopper, so that it can oscillate freely, and the Hopper Arm 2 is coupled to a pin on the Main Chassis at the rear side of the Hopper ( part) in the same way, and in both cases the other end is coupled to the Hopper Shaft. 3. The Hopper rack is installed to the Hopper Arm 1 so that a part of the gear with the center at the oscillating support is engaged, and at the gear side, this rack is engaged with the Hopper Motor not shown in the figure. 4. The pin of the Hopper Arm 2 is engaged with the elongated hole at the intermediate part of the Hopper Arm 1, and when the Hopper Motor runs in counterclockwise direction as seen from the output shaft, the rack mentioned above oscillates in upward direction with the support of the Hopper Arm 1 at the center, and the front side of the Hopper Plate rises. Movement in arrow ( ) direction. 5. When the Hopper Arm 1 exceeds the position where the elongated hole comes into contact with the pin of the Hopper Arm 2, the Hopper Arm 2 is coupled with the Hopper Arm 1, moves up with the support at the center, and the rear edge of the Hopper Plate moves up. 6. By this series of operations, the Hopper Plate posture changes from the bottom position via an intermediate inclined posture to a level posture, and after becoming level, it rises in this posture. The reverse movement is used to go down.

29


7. The Paper Feed Roller changes the contact angle with the original according to the inclination angle of the Hopper Plate in order to effect stable feed of the original to the Separation Roller section in regard to changes in the angle of the Hopper Plate.

8. The Paper Feed Roller is installed so that it can oscillate around the Separation Roller Drive Shaft, and when the Paper Feed Roller is pushed up via the original by the rise of the Hopper, the Hopper Sensor Arm (installed on the subshaft so that it can oscillate) is pushed up. 9. The inclination angle of the Hopper Plate is detected by the position of the Angle Sensor, where the oscillation motion of the Hopper Arm 1 is converted to vertical movement of the Hopper Angle Sensor via the Hopper Angle Sensor Link. The Hopper Sensor Link is installed so on the Hopper Drive Gear (arrow A) that it can oscillate. When the Hopper Arm 1 in the above figure oscillates up in arrow direction, the Hopper Angle Sensor Link pulls the Hopper Angle Sensor down. When the Hopper Plate is at the position corresponding to switching to a level posture, the Angle Sensor comes into contact with a stopper (not shown in the figure), and the detection position does not move down any further. 10. The Hopper Sensor arm is constructed so that it interrupts the light to the photo interrupter of the Hopper Angle Sensor, and at the position where the Angle Sensor has detected the Hopper Sensor Arm, the Hopper rise is stopped and the angle of the Paper Feed Roller is controlled to a posture corresponding to the inclination angle of the Hopper Plate.

30


6.6.

Optical Unit Mechanism

The pick-up system of the KV-S3105C Series (or KV-S3085 Series) uses an optical system with the same reduction at the front and at the rear. The light source is an external white cathode tube, and a lamp mirror is installed opposite the lamp to increase the light volume. The front and the rear of the Lamp Module are composed of special modules, and lamp maintenance can be performed by pulling the Lamps from the left side to exchange them. The light path in the Optical Unit is as follows: The reflected light from the original surface is reflected by Mirror A → Mirror B → Mirror C, passes through the lens, and forms an image at the CCD sensor surface. The CCD is a 3-line color CCD with R, G, and B color filters.

Fig. 6-6

31


6.7.

Reference Plate

The Reference Plate opposite the scanning section glass has two colors, white at the front and black at the rear. Push the Reference Plate with your finger to the right (Arrow A). When the cut part H at the left edge of the Reference Plate Support Shaft comes out of the slide groove, the Reference Plate can turn freely and it can be reversed (Arrow B). When the left edge (Part C) of the Reference Plate is pushed lightly with a finger, the Reference Plate is returned to its original position by the return spring at the right edge of the Reference Plate Support Shaft.

Fig. 6-7

In the same way, the rear reference plate can be reversed by sliding it to the right. Note · Do not close the door while the reference plate is at an intermediate position during the reversal. Breaking of the glass can occur. · When the Reference Plate does not return back to the default position, the Front Door won’t be able to be closed correctly. In this case, slide the Reference Plate to the left, while pressing the Plate.

32


7 MAINTENANCE 7.1.

Maintenance Chart

C: Clean R: Replace (×1000 sheets) Description Paper Feed Roller Separation Roller Retard Roller Retard Pad Driver Roller 1 Driver Roller 2 Driver Roller 3 Front Exit Roller Straight Exit Roller Conveyor Roller 1 Conveyor Roller 2 Conveyor Roller 3 Conveyor Roller 4 Target Glass (Front) Target Glass (Back) Reference Plate (White)

Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref. Reference Plate (Front Black) Ref. Reference Plate (Back Black) Ref. Free Roller 1 Ref. Ref. Free Roller 2 Ref. Free Roller 3 Ref.

Ref. No. No.5 in Sec.14.5 No.4 in Sec.14.5 No.2 in Sec.14.3 No.17 in Sec.14.3 No.4 in Sec.14.2 No.43 in Sec.14.2 No.44 in Sec.14.2 No.41 in Sec.14.2 No.41 in Sec.14.2 No.43 in Sec.14.2 No.42 in Sec.14.2 No.43 in Sec.14.2 No.42 in Sec.14.2 No.56 in Sec.14.5 No.10 in Sec.14.2 No.6 in Sec.14.2, No.48 in Sec.14.5 No.7 in Sec.14.2 No.49 in Sec.14.5 No.4 in Sec.14.3, No.50 in Sec.14.5 No.70 in Sec.14.5 No.7 in Sec.14.3

20 C C C C C C C C C C C C C C C C



C C C

C C C

C C

C C

80-260 Clean each position every 20,000 sheet’s being scanned.


300 R R R R C C C C C C C C C C C C

Comments Feed Roller Separation Roller Retard Roller Pad Flame Assemble Drive Roller F Assembly Drive Roller 1-2 Assembly Drive Roller 2 Assembly Exit Roller Assembly Exit Roller Assembly Drive Roller 1-2 Assembly Drive Roller 1 Assembly Drive Roller 1-2 Assembly Drive Roller 1 Assembly Conveyor Up 1 Assembly Target Glass Conveyor Up White

C C C

C C C

C C C

Conveyor Bottom Black Conveyor Up 3B Roller Assemble

C C

C C

C C

FR Free Roller Exit Free Roller

Note1 The above values for each maintenance item are registered in the maintenance counter, and the LCD informs the user when each condition occurs. All other counters can be observed using service mode. Note2 This maintenance schedule was determined according to standard of paper, which can vary greatly between users. Therefore, the values can be customized for each user. Note3 After scanning operations, the surfaces around the scanning section glass and reference plates may be hot. Wait for them to be cool before cleaning inside the scanner. Note4 The information shown in the “Comments” column of the upper figure is used in the “Part Name & Description” column of Section 14.

33


7.2.

Cleaning Rollers

(1)

Turn the power off.

(2)

Using your hand to pull the Front Door release towards you. Note The Front Door now opens slowly.

(3)

Use the accessory Roller Cleaning Paper to wipe off the dirt on the surfaces of the Paper Feed Roller, Separation Roller and Retard Roller. Note When wiping off the dirt on the roller surfaces, hold the rollers to prevent them from rotating, and wipe the rollers all the way around them proceeding from one end to the other in the directions of the arrows shown in the figure to the right.

(4)

Open the Retard Roller Door.

34


(5)

Use the accessory Roller Cleaning Paper to clean the surface of the Retard Roller. Wipe the Retard Roller all the way around it proceeding from one end to the other in the direction of the arrow shown in the figure to the right. Then close the Retard Roller Door.

(6)

Use the accessory Roller Cleaning Paper to wipe off the dirt on the surfaces of the six rubber of the Drive Rollers.

(7)

Use the accessory Roller Cleaning Paper to clean the surface of six Free Rollers. Wipe all the way around them proceeding from one end to the other in the directions of the arrows shown in the figure to the right. Then close the Front Door.

35


(8)

After opening the Back Door by pulling the Back Door release, use the accessory Roller Cleaning Paper to wipe the surfaces of the Conveyor Rollers, Straight Exit Roller, and Free Rollers all the way around them proceeding from one end to the other in the directions of the arrows shown in the figure to the right. Then close the Back Door.

(9)

After cleaning, clear warning for “Clean Roller” on LCD by operating Clear warning for “Clean Roller” according to 9.5.4.2.

36


7.3.

Cleaning the scanning section glass and reference plate

(1)

Turn the power off.

(2)

Using your hand, pull the Front Door Release towards you. Note 1. The Front Door now opens slowly. Note 2. After scanning operations, the surfaces around the scanning section glasses and the reference plates may be hot. Wait for them to cool before cleaning inside the scanner.

(3)

Clean the Scanning Section Glasses (Target Glasses (Front), (Back)) and Reference Plates (Reference Plate (Front), Reference Plate (Back)) using the accessory Roller Cleaning Paper.

(4)

Close the Front Door.

Note for the Roller Cleaning Paper Open the bag by the dotted line and take out the Roller Cleaning Paper. · If the bag is left open for a long period of time before using it, the alcohol will evaporate. Please use the Roller Cleaning Paper immediately after opening the bag. The Roller Cleaning Paper (Model No. KV-SS03) is available via sales route.

37


7.4.

Cleaning Sensors

(1)

Turn the power off.

(2)

Using your hand, pull the Front Door Release towards you. Note The Front Door now opens slowly.

(3)

Remove the dirt on the Document Sensors (Starting Position, Skew (L), Skew (R)), Edge Limit Sensors, Black Sheets, Double Feed Detectors ((Generate), (Receive)), and Paper Detector with the included blower.

(4)

Open the Back Door by pulling the Back Door Release, and open the Post Imprinter Door.

(5)

Also remove the dirt on the Document Sensors (Exit (Front), Exit (Rear)) and Paper Jam Sensor with included blower.

How to clean the Document Sensor, Double Feed Detector or Paper Detector. Remove the brush and blow off the dirt through each hole of the sensors and detectors.

38


7.5.

Replacing Limited Life Parts

7.5.1.

Replacing the Paper Feed Roller Module

(1)

Turn the power off.

(2)


(3)

Use your fingers to push down the two Green Levers at both ends of the Paper Feed Roller Module. Note When moving the Green Levers, do not apply pressure in any other direction than the arrows. Otherwise, they may be broken.

(4)

Remove the Paper Feed Roller Module by removing its bearing from the guide groove of the Chassis in the Scanner.

(5)

Open the optional “Roller Exchange Kit” (KV-SS026 or KVSS027), and take out the Paper Feed Roller Module.

39


(6)

Install the new Paper Feed Roller Module with its gear to the right. Note · Attach the bearings at both ends of the Paper Feed Roller Module into the guide grooves of the chassis in the Scanner. · Insert the Paper Feed Roller Cover into the Paper Feed Roller Hole before attaching the bearing into the grooves of the chassis.

(7)

Push up the Green Levers at both ends in the direction of the arrow until they click into position.

40


(8)

Close the Front Door. Note Push the Front Door down slowly until it clicks into position.

7.5.2.

Replacing the Retard Roller Module

(1)

Turn the power off.

(2)


(3)

Use your fingers to pull the Retard Roller Door toward you.

41


(4)

Use your fingers to pull up the Retard Roller Module in the direction of the arrow.

(5)

Take out the Retard Roller Module in the “Roller Exchange Kit (KV-SS026 or KV-SS027)”.

(6)

Install the new Retard Roller Module with the groove of its shaft on the right and match it to the groove on the right side of the metal holder.

(7)

Close the Retard Roller Door.

42


(8)

Close the Front Door. Note · Push down the Front Door slowly until it clicks into place.

7.5.3.

Replacing the Retard Pad

(1)

Turn the power off.

(2)

Using your hand, pull the Front Door Release towards you. · The Front Door now opens slowly.

(3)

Using your fingers, open the Retard Roller Door.

43


(4)

Pull and remove the Retard Pad in the direction of the arrow.

(5)

Open the “Roller Exchange Kit” (KV-SS026 or KV-SS027), and take out the new Retard Pad.

(6)

Install the new Retard Pad in the direction of the arrow until it is locked.

(7)

Close the Retard Roller Door.

(8)

Close the Front Door. Note · Push down the Front Door slowly until it clicks into place. · After replacing the Paper Feed Roller Module, the Retard Roller Module, and the Retard Pad, clear warning for “Replace Roller”, according to 9.5.4.2.

44


8 DISASSEMBLY INSTRUCTIONS 8.1.

Disassembly Flowchart

45


8.2. 8.2.1.

Exterior Right Side Panel

(1)

Remove the 2 screws.

(2)

Slide the Right Side Panel to backward [approx. 1cm (0.5”)] in the direction of the arrow (1).

(3)

Lift in the direction of the arrow (2) and remove the Right Side Panel.

8.2.2.

Right Front Panel

(1)

Turn on the power and press “Hopper 1” key to set the hopper to 1,000 page setting position. And turn off the power.

(2)

Remove the Right Side Panel. (See 8.2.1)

(3)

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

(4)

Pull the Right Front Panel toward the front of the unit.

(5)

Disconnect the CN6000 and remove the Right Front Panel.

46


8.2.3.

Left Side Panel

(1)


(2)

Slide the Left Side Panel to backward [approx. 1cm (0.5”)] (in the direction of the arrow (2)), while bending the panel in the direction of the arrow (1)) to avoid contacting to the Pointer Lever.

(3)

Lift and remove the Left Side Panel.

8.2.4.

Left Front Panel

(1)

Turn on the power and press “Hopper 1” key to set the hopper to 1,000 page setting position. And turn off the power.

(2)

Remove the Left Side Panel. (See 8.2.3)

(3)


(4)

Slide the Left Front Panel toward the front of the unit to remove.

47


8.2.5.

Back Panel

(1)


(2)

Pull the Back Panel toward the back of the unit to remove.

8.2.6.

Hopper Plate

(1)

Turn on the power and press “Hopper 3” key to set the hopper to 1 page setting position.

(2)

Turn off the power.

(3)

Open the Front Door.

(4)


(5)

Pull the front side of the Hopper Plate towards the front of the unit. Note When removing the Hopper Plate, be careful not to tear the flexible cable attached to the plate.

(6)

Disconnect the CN6003 on the HOPPER [CONNECTOR] Board to remove the Hopper Plate.

48


8.2.7.

Exit Slot Cover, Stacker Bottom Cover

(1)

Remove the 2 screws (A) and remove the Exit Slot Cover.

(2)

Pull the Exit Tray Stopper toward the front of the unit to remove it.

(3)

Remove the 2 screws (B).

(4)

Pull the Exit Tray to the front of the unit and lift to remove.

(5)

Open the Front Door and remove the 2 screws (C).

(6)

Remove the Stacker Bottom Cover.

8.2.8.

Post Imprinter Door

(1)

Open the Post Imprinter Door.

(2)

Lift up the Post Imprinter Door to remove.

49


8.2.9.

Back Door Cover

(1)


(2)

Spread the 2 claws of right-and-left both sides toward the outside.

50


8.2.10. Top Cover (1)

Remove Right Side Panel. (See 8.2.1)

(2)

Remove Left Side Panel. (See 8.2.3)

(3)

Remove the 4 screws and 2 washers. Note · Be careful not to drop washer inside of the unit. · When removing a right side screw, insert a driver from the service hole on Board Box and remove it.

(4)

Remover the Top Cover.

51


8.3. 8.3.1.

Unit Components Front Side Optical Unit

(1)

Remove the Exit Slot Cover, and Stacker Bottom Cover. (See 8.2.7)

(2)

Disconnect all connectors.

(3)

Remove the 2 screws (A).

(4)

Remove the screw (B) for the clamper fixing shield cable.

(5)

Pull the Front Side Optical Unit slightly toward the front of the unit (Arrow A) and lift the back to remove it (Arrow B).

8.3.2.

Back Side Optical Unit

(1)

Remove the Back Panel. (See 8.2.5)

(2)

Disconnect all connectors.

(3)


(4)

Pull the Back Side Optical Unit toward the back of the unit to remove.

52


8.3.3.

Board Box & Power Box

(1)

Remove the Right Front Panel. (See 8.2.2)

(2)

Remove CONTROL, INTERFACE, and DRIVE Boards. (See 8.4.2 - 8.4.4)

(3)

Disconnect all connectors on the MOTHER Board.

(4)

Remove the connectors clamped on the Board box & Power Box.

(5)


(6)

Remove the 4 screws (B) and remove the Board Box & Power Box.

53


8.3.4.

Power Unit

(1)


(2)


(3)

Slide the Power Unit in the direction of the arrow (1), and pull out it in the direction of the arrow (2).

(4)

Disconnect CN2, CN3 on the Power Board.

8.3.5.

Hopper Motor

(1)


(2)

Disconnect the Hopper Motor Cable.

(3)

Remove the 4 screws (A) and remove the Hopper Motor with plate.

(4)

Remove the 2 screws (B) from the Hopper Motor with plate to remove the Hopper Motor.

54


8.3.6.

Paper Feed Motor

(1)

Remove the Board Box & Power Box. (See 8.3.3)

(2)

Loosen the 2 screws (A) on the Paper Feed Motor Tension Pulley.

(3)

Remove the Back Side Optical Unit (See 8.3.2)

(4)

Remove the 2 screws (B).

(5)

Disconnect the Paper Feed Motor Cable.

(6)

Remove the Paper Feed Motor.

8.3.7.

Conveyor Motor

(1)

Remove the Conveyor Belt 2. (See 8.3.12)

(2)

Remove the Back Side Optical Unit (See 8.3.2)

(3)


(4)

Disconnect the Conveyor Motor Cable.

(5)

Remove the Conveyor Motor.

55


8.3.8.

Straight Exit Roller

(1)


(2)

Open the Back Door.

(3)

Unhook the Straight Exit Roller from the notching hole of chassis and remove it.

8.3.9.

Front Door Switch

(1)


(2)

Disconnect the Front Door Switch Cable.

(3)


56


8.3.10. Back Door Switch (1)


(2)

Disconnect the Back Door Switch Cable.

(3)


8.3.11. Lamps [Front], [Back] (1)

Remove the Left Side Panel. (See 8.2.3.)

(2)

Remove the 4 screws and 2 connectors from each Lamp.

(3)

Pull the Lamp Modules out of the Scanner.

57


(4)

While squeezing the connector locks (1), remove the lamp cable connector (2) from the connector holder.

(5)

Remove the screws that fix the Lamp Holder Covers after releasing the clip.

(6)

Remove the Lamp Holder Covers on the Lamp Modules.

(7)

Remove the Lamps from the Lamp Modules in the direction of the arrows.

58


8.3.12. Conveyor Belt 2 (1)


(2)

Loosen the 2 screws (A) and release the Tension Pulley.

(3)

Remove the 2 screws (B) and remove the Gear-pulley.

(4)

Remove the 3 screws (C) and remove the Side Panel Stay 2.

(5)

Remove the Conveyor Belt 2. Reassembling Note Adjust belt tension according to the following instruction.

59


8.3.13. Conveyor Belt 1 (1)


(2)

Remove the 3 screws (C) and remove the Side Panel Stay 2.

(3)


(4)

Remove the Gear-Pulley

(5)

Loosen the 2 screws (B) and release the Tension Pulley.

(6)

Remove the Conveyor Belt 1. Reassembling Note Adjust belt tension according to the following instruction.

8.3.14. Paper Feed Belt (1)


(2)


(3)

Loosen the 2 screws and release the Tension Pulley.

(4)

Remove the Spring.

(5)

Remove the Paper Feed Belt.

60


8.3.15. Pointer (1)


(2)

Remove the 3 screws (B) to remove the Side Panel Stay 2.

(3)

Remove the screw (A) of the Pointer Shaft.

(4)

Remove the E-ring in the right of the Pointer Shaft. Note The E-ring is inside of the Main Chassis.

(5)

Pull out the Pointer in the direction of the arrow and remove it.

8.3.16. Drive Rollers (1) - (3) (1)


(2)

Remove the Hopper Plate. (See 8.2.6)

(3)

Remove the 4 screws and Conveyor Bottom (1).

61


(4)

Unlock the Reference Plate (Front) from the notching hole of chassis while pushing the plate in the direction of the arrow (A) to remove the plate.

(5)

Remove the screw and lift the Conveyor Bottom (4) and pull out toward the front of the unit to remove.

(6)

Unhook the Drive Rollers from the notching hole of chassis and remove them.

8.3.17. Conveyor Rollers (1) - (4) (1)


(2)

Open the Back Door.

(3)

Remove the 6 screws and Conveyor Upper (6).

62


(4)

Unhook the Conveyor Rollers from the notching hole of chassis and remove them. Reassembling Note Flange of the rollers are as shown below. (Be careful not to confound the rollers with the others).

8.3.18. Front Exit Roller (1)

Remove the Top Cover. (See 8.2.10)

(2)

Remove the Post Imprinter Door. (See 8.2.8)

(3)

Remove the 4 screws to remove the Conveyor Upper 7 Assembly.

(4)

Loosen the Conveyor Belt 1. (See 8.3.13.)

(5)

Unhook the Front Exit Roller from the notching hole of chassis and remove it.

63


8.4.

Circuit Board Assemblies

8.4.1.

POWER Board

(1)

Remove the Power Unit. (See 8.3.4)

(2)

Disconnect all connectors from/to POWER Board. Note See Sec.11.2.

(3)

Remove the 10 screws and remove it.

8.4.2.

CONTROL Board

(1)


(2)

Remove the 8 screws and remove the Board Box Cover.

(3)

Disconnect all connectors from/to CONTROL Board. Note See Sec.11.2.

(4)

Disconnect the CCD Cable.

(5)


(6)

Pull out the CONTROL Board in the direction of the arrow (1) to (2).

64


8.4.3.

INTERFACE Board

(1)


(2)

Pull out the INTERFACE Board in the direction of the arrow.

8.4.4.

DRIVE Board

(1)

Remove the CONTROL Board. (See 8.4.2)

(2)

Remove the INTERFACE Board. (See 8.4.3)

(3)


(4)

Pull out the DRIVE Board in the direction of the arrow.

8.4.5.

MOTHER Board

(1)

Remove the DRIVE Board. (See 8.4.4)

(2)

Disconnect all connectors from/to MOTHER Board. Note See Sec.11.2.

(3)

Remove the 8 screws and remove it.

65


8.4.6.

PANEL Board & LCD Board

(1)


(2)


(3)

Release the PANEL Board from the Right Front Panel.

(4)

Disconnect 2 connectors on both sides of the PANEL Board to remove the LCD Board.

66


8.4.7.

POINTER Board, Exit [Rear] Sensor

(1)

Remove the Pointer. (See 8.3.15)

(2)

Remove the Straight Exit Roller. (See 8.3.8)

(3)

Remove the 6 screws (A) and Conveyor Upper (6). And remove the Conveyor Upper 7 Assembly. (See 8.3.18)

(4)

Remove the 2 screws (B) and Conveyor Upper (5).

(5)

Remove the 2 screws (C) and the Straight Exit Conveyor.

67


(6)

Disconnect CN6015 and CN6016.

(7)

Remove the 2 screws (D) and remove the POINTER Board.

(8)

Remove the screw (E) and remove the Exit [Rear] Sensor.

68


8.4.8.

HOPPER [POISITION] Board, HOPPER [ANGLE] Board

(1)


(2)

Disconnect the CN6004 and CN6014.

(3)

Remove the 2 screws (A) and remove the HOPPER [POSITION] Board.

(4)

Disconnect the CN6002.

(5)

Remove the screw (B) and remove the HOPPER [ANGLE] Board.

69


8.4.9.

HOPPER [CONNECTOR] Board

(1)


(2)


(3)

Remove the Left Front Panel. (See 8.2.4)

(4)

Remove the 2 screws (A), the 2 screws (B) and the Hopper U Cover.

(5)


(6)

Remove the 2 screws (C) and remove it.

8.4.10. SIZE Board, Paper Detector (1)


(2)

Disconnect the CN6013 and CN6001.

(3)

Remove the 2 screws (A) and remove SIZE Board.

(4)

Remove the 2 screws (B) and remove Paper Detector.

70


8.4.11. Double Feed Detector (Generate) (1)

Remove the Conveyor Bottom 1. (See 8.3.16.)

(2)

Remove the Retard Roller. (See 7.5.2)

(3)

Remove the screw (A) and disconnect the connector to remove the Double Feed Detector (Generate) with the plate.

(4)

Remove the screw (B) on the Double Feed Detector (Generate).

8.4.12. RETARD [POSITION] Board (1)

Remove the Conveyor Bottom 1. (See 8.3.16.)

(2)

Release the 2 Clips on the RETARD [POSITION] Board.

(3)


8.4.13. Double Feed Detector (Receive) (1)

Remove the Front Side Optical Unit. (See 8.3.1)

(2)

Remove the screw.

(3)

Disconnect the Cable to release the Double Feed Detector (Receive) with the plate from the scanner.

(4)

Remove the screw on the Double Feed Detector (Receive).

71


8.4.14. POST IMPRINTER DOOR Board (1)


(2)

Open the Back Door.

(3)


(4)


8.4.15. EXIT [FRONT] Board (1)


(2)

Open the Back Door.

(3)


(4)


8.4.16. LAMP INVERTER Board (1)

Remove the Left Front Panel. (See 8.2.4)

(2)

Remove the 2 screws (A) and disconnect the all connectors from the LAMP INVERTER Board.

(3)

Remove the 3 screws (B) and 4 screws (C) on the LAMP INVERTER Board.

72


8.4.17. SKEW (L) Board (1)

Remove the Double Feed Detector (Receive). (See 8.4.13)

(2)


(3)


8.4.18. SKEW (R) Board (1)


(2)


(3)


8.4.19. RELAY [UPPER] Board (1)


(2)


(3)

Disconnect all connectors on the RELAY [UPPER] Board.

73


8.4.20. FAN RELAY 1 Board & FAN 1 (1)

Remove the Power Unit. (See 8.3.4)

(2)

Disconnect CN6008 and CN6019 on the FAN RELAY 1 Board.

(3)

Remove the screw on the FAN RELAY 1 Board.

(4)

Remove the 2 screws from FAN 1.

8.4.21. FAN RELAY 2 Board & FAN 2 (1)


(2)

Remove the Board Box Cover. (See 8.4.2-(2))

(3)

Disconnect CN6009 and CN6021 on the FAN RELAY 2 Board.

(4)

Remove the screw (A) and remove FAN RELAY 2 Board.

74


(5)

Remove the 2 screws (B) from FAN 2.

8.4.22. RELAY [LOWER] Board (1)

Remove the Conveyor Bottom (1). (See 8.3.16)

(2)

Remove the black sheet over the RELAY [LOWER] Board.

(3)

Disconnect CN6007 and CN6018 on the RELAY [LOWER] Board.

(4)

Remove the 2 screws on the RELAY [LOWER] Board.

8.4.23. JAM Board (1)

Remove the Conveyor Upper 6. (See 8.3.17)

(2)

Remove the 2 screws on the JAM Board.

(3)

Disconnect the CN6024 on the JAM Board.

75


9 OPERATION 9.1.

Front Panel Specifications

Item Indication Device Indication Matrix Kind of Character displayed Indicated Contents

Indicated Languages Operation Key

Content LCD Display 20 Characters × 2 lines Alphabet, Number, Square Phonetic, Japanese Syllabary System Status (Initializing, Ready, Scanning, Sleep, Error, Warning) Setting (Hopper position, Scanning, Counter, Imprinter, Others) Service Mode English, German, Japanese SCAN, COUNTER, IMPRINT, OTHERS, HOPPER1, HOPPER2, HOPPER3, , HOME, STOP/START

Note Pushing each key for more than 0.5 sec enables Repeat Mode

Display panel and keys

76

,

,

,


Note: Setting the language (1)

Turn the power while pressing the HOME key.

(2)

Use the [ ] key or [ ] key to select the “English Letter”, “English A4” or “Deutsch A4”, “

(3)

”.

Press the HOME key. · The display will change to the select language, then the scanner will be ready. · This setting will remain until it is changed to another setting.

77


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 Imprinter Setting Mode will operate only if the Imprinter (optional) has been installed in Scanner.

9.3.

Operation-2 (Service Mode)

To enter Service Mode, turn on the Scanner while pressing the SCAN and the OTHERS keys simultaneously. Service Mode includes the Service Setting Mode and Test Mode. The Service Setting Mode offers functions that are not available in Normal Mode. The Service Setting Mode has “Set Warning value for timing if cleaning or replacing roller”, and so on. The Test Mode has a scanning test and shading and so on. The Service Mode can be available until the power is turned off.

78


9.4. 9.4.1.

Setting List Scan Setting Mode (Normal Mode 1)

Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diag.

79


9.4.2.

Counter Setting Mode (Normal Mode 2)

Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diag.

9.4.3.

Imprinter Setting Mode (Normal Mode 3: Optional)

Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diag. Note · The Imprinter Setting Mode is available only if the optional Imprinter is installed. · The above Imprinter Setting Mode 11-15 will not be displayed if the Post Imprinters is not installed. · Regarding “12. Post Position” Set the position from which printing starts, based on the top of the sheet.

80


9.4.4.

Other Setting Mode (Normal Mode 4)

Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diag. Note *1

: This information on LCD includes amount value for additional memory. This version information will not be displayed when INTERFACE Board is not installed.

*2

: This version information will not be displayed when Post-Imprinter is not installed.

*3

: In case that Wide SCSI setting is “Enable”: SCSI ID Range 0 to 15, Transfer Rate: Wide 40 MB/s or Wide 20 MB/s. Setting the SCSI ID, Wide SCSI, and Transfer Rate will be activated after restarting the power.

*4

: Setting the Product ID will be activated after restarting the power.

*5

: This content “KV-SS905C” will be selectable only in case the optional “Color upgrade kit” has been installed in scanner KV-S3085 Series.

81


9.4.5.

Service Setting Mode (Service Mode 1)

Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diagnostics Note *1

: Setting content (A4 or Letter) on this item 4 depends on “Set language”. Select Mode English A4 English Letter Deutsh A4

Detect Width → → → →

82

A4 Letter A4 A4


9.4.6.

Test Mode (Service Mode 2)

83


Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diagnostics Note *1

: Execute this operation only in case “EEPROM Error” (F34) occurs.

*2

: This content can be seen only in case an additional DIMM has been mounted on the INTERFACE Board.

84


9.5.

Setting Operation (Normal Mode) START

POWER ON

No

READY on LCD? Yes

1

Push SCAN key once

Push COUNTER key once

Enters Scan Setting Mode

Enters Counter Setting Mode

2 (To Section 9.5.1)

(To Section 9.5.2)

Push IMPRINT key once Enters Imprinter Setting Mode

4

5 (To Section 9.5.3)

"Operation for the item 18 on the " 9.4.1 Scan Setting Mode" Go to 9.5.1.2 "Other operation Go to 9.5.1.1

Push OTHERS key once Enters Other Setting Mode 6 (To Section 9.5.4)

"Operation for the items 6 and 7 on the " 9.4.4 Other Setting Mode" Go to 9.5.4.2 "Other operation Go to 9.5.4.1

85


9.5.1. 9.5.1.1.

Scan Setting Mode (Normal Mode 1) Mode - 1 (From Section 9.5) 2 Item (From Section 9.5.1.2) (1) F. Drop Out 3 (2) F. Brightness (3) F. Image Emphasis (4) F. Contrast (5) F. Halftone Select a menu of (6) B. Drop Out Setting Item by pushing (7) B. Brightness " " or " " key. (8) B. Image Emphasis (9) B. Contrast (10) B. Halftone (11) Noise Reduction (12) Remove Shadow Set the parameter by (13) Fit To Page pushing " " or " " key. (14) Double Feed (15) Double Feed (Action after detecting double feed) (16) Double Feed Setting Change the Yes parameter of (Set Sensitivity) another item? (17) Feeding Speed (19) Load Setting for scan No condition

(1) (2) (3) (4) (5)

(6) (7) (8) (9) (10)

(11) Push HOME key once. (12) (13) (14) (15) (16) (17) (19)

1 (To Section. 9.5)

86

Host/Green/Red/Blue Host/D4/D3/D2/D1/Norm/L1/L2/L3/L4 Host/Smooth/None/Low/Medium/High Host/L4/L3/L2/L1/Norm/H1/H2/H3/H4 Host/Binary/Bayer dither 64/Bayer dither 16/Halftone dot 32/Harftone dot 64/ Error diffusion/Dynamic Threshold Host/Green/Red/Blue Host/D4/D3/D2/D1/Norm/L1/L2/L3/L4 Host/Smooth/None/Low/Medium/High Host/L4/L3/L2/L1/Norm/H1/H2/H3/H4 Host/Binary/Bayer dither 64/Bayer dither 16/ Halftone dot 32/Halftone dot 64/ Error diffusion/Dynamic Threshold Host/None/B1X1/B2X2/B3X3/B4X4/B5X5/B6X6/ W1X1/W2X2/W3X3/W4X4/W5X5/W6X6 Host/Disable/Enable Host/Disable/Enable Host/Not detect/Detect Host/Stop/Buzzer Host/Low Sensitivity/Normal Sensitivity/High Sensitivity Host/Slow/Normal Default/Memory 1/Memory 2


9.5.1.2.

Mode - 2 (From Section 9.5) 2

Item (18)-a Save Setting (Select memory) (18)-b Save Setting (Memorize scanning condition to EEPROM)

(18)-a Push " Select a menu of Setting Item by pushing " " or " " key.

" key until

18. Save Setting xxxx

is indicated.

xxxx; "Memory 1" or "Memory 2"

Set the parameter by pushing " or " " key.

No

Select a menu of Setting Item by pushing " " or " " key.

Push " "and " " keys at the same time.

Yes

"

Select Memory Number (1 or 2), store scannig condition parameters

Renew the scanning condition?

Yes

(To Section 9.5.1.1) 3

" or "

Change the parameter of another item for Scan Setting Mode? No Push HOME key once.

1 (To Section 9.5)

87

(18)-b Push "

" or "

" key until

18. Save Setting Exec =<>

is indicated.

Set new scan condition parameters (for Items 1 to 17 on the Scan Setting Mode) to the selected Memory.


9.5.2.

Counter Setting Mode (Normal Mode 2) Item (1) Display Counter (2) User Counter a Set counter value b Set increment value c Clear user counter

(From Section 9.5) 4


(2)-c

Yes

Clear User Counter? No

Push " " and " " keys (2)-c Clear at the same time. user counter


"

(1) Scan/User/System Scan: Clear Counter every scanning User: Clear Counter by User or Power off System: Cannot clear this counter (2)-a : Count up : Count down (2)-b User Counter goes up, according to this setting value.

Change the parameter of another item for Counter Setting Mode? No Push HOME key once.

1 (To Section 9.5)

(3) System Counter (From Section 9.5) 4


Confirm the valve.

Push HOME key once.

1 (To Section 9.5)

88

Yes


9.5.3.

Imprinter Setting Mode (Normal Mode 3: Option) (From Section 9.5)

Item (11) Post Imprint (Select contents to print) (12) Post Position (Set starting position to be printed) (13) Post Font (14) Post Orientation

5



Yes

"

Change the parameter of another item for Imprinter Setting Mode? No Push HOME key once.

1 (To Section 9.5)

(15) Post Cleaning



No

Start the Printer-head cleaning? Yes Push " " and " " keys at the same time to start the printer-head cleaning.

Yes

Change the parameter of another item for Imprinter Setting Mode? No Push HOME key once.

1 (To Section 9.5)

89

(11) Host: Printing is executed, controlled by Host. Count: The value indicated on LCD is printed. (12) Printed position for Post Imprinter : Host/0-72char. (13) Host Bold Normal (14) Host 0 90 180 270


9.5.4. 9.5.4.1.

Other Setting Mode (Normal Mode 4) Mode - 1

Item (1) Firmware version a. CONTROL b. INTERFACE c. Post-Imprinter (2) Buzzer (3) SCSI ID (4) Wide SCSI (5) Transfer Rate (8) Product ID (9) Sleep Mode (Set period to enter in sleep mode)

(From Scetion.9.5) 6 (1) (a)-(c) Firmware version indication Select a menu of Setting Item by pushing " " or " " key.

Yes

Ex.

Version X 1.00

X

Version? No

X


Yes

X

Change the parameter of another item for Other Setting Mode? No Push HOME key once.

1 (To Section.9.5)

"

"M" Indication Firmware Version for CONTROL Board "I" Indication Firmware Version for INTERFACE Board "B" Indication Post-Imprinter Firmware Version

(2) OFF/ON

(3) 0-15 or 0-7 (4) Disable/Enable (5) Wide 40 M byte/s / Wide 20 M byte/s or 20 M byte/s / 10 M byte/s (8) Product ID for KV-S3105C Series: KV-S3105C KV-SS905C KV-SS855 for KV-S3085 Series: KV-S3085 KV-SS905C *1 (9) Disable / 1 min-60 min

KV-SS855

Note: *1 This content “KV-SS905C” will be selectable only in case the optional “Color upgrade kit” has been installed in scanner KV-S3085 Series.

90


9.5.4.2.

Mode - 2

Item (6) Clean Roller a. Disp. % b. Clear warning for "Clean Roller" (7) Replace Roller a. Disp. % b. Clear warning for "Replace Roller"



No

Clear Warning or Set Default? Yes Push " " and " same time

" keys at the

(6)-a : Indicates % based on the value of "Clean Roller" in Service Mode 1 (7)-a : Indicates % based on the value of "Replace Roller" in Service Mode 1 (6)-b : Clear Warning (7)-b : Clear Warning

Yes

Change the parameter of another item for Other Setting Mode? No Push HOME key once.

1 (To Section 9.5)

91


9.6.

Setting Operation (Service Mode) START

Power ON while pushing SCAN and OTHERS keys.

No READY on LCD? (From Section 9.6.1 - 9.6.2) 9

Push " Enter in Service Setting Mode

Yes

" key once.

Push "

" key once.

Enter in Test Mode 7

8

(To Section 9.6.1)

(To Section 9.6.2)

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

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

Operation for the Items 15 and 16 on the "9.4.5 Service Setting Mode" Go to 9.6.1.3. Other operation Go to 9.6.1.2.

92


9.6.1. 9.6.1.1.

Service Setting Mode (Service Mode 1) Mode - 1 (From Section 9.6) 7 (1) PCB Revision No. Ex.

(1) PCB Revision No. a. CONTROL b. INTERFACE c. DRIVE d. F.CCD e. B.CCD


Yes

PCB Revision No. SCSI 01

Change the parameter of another item? No Push HOME key once.

9 (To Section 9.6)

9.6.1.2.

Mode - 2 (From Section 9.6)

(2) Clean Roller (Set counter for roller cleaning timing.) (3) Replacing Roller (Set counter for replacement timing.) (4) Detect Width (5) Adjust value for Paper Length manually (6) Adjust value for Front V. Position manually (7) Sensor Delay 1 (Adjust value for Sensor Delay OFF ON manually) (8) Sensor Delay 2 (Adjust value for Sensor ON OFF manualy) (9) Sensor Hysteresis (Adjust value for Sensor Switching ON OFF manually) (10) Adjust value for Front Width manually (11) Adjust value for Front H. Position manually (12) Adjust value for Back V. Position manually (13) Adjust value for Back Width manually (14) Adjust value for Back H. Position manually

7

Select a menu of Setting Item by pushing “ ” or “ ” key.

Set the parameter by pushing “ or “ ” key.

(2)

”

(3)

(4) (5) (6) (7), (8)

Yes


9 (To Section 9.6)

Set Paper scanning numbers to clean roller. Default; 20,000_ Set paper scanning numbers to replace roller Default; 300,000_ A4/Letter ; 0.1% longer ; 0.1% shorter ; 0.1mm to lower side ; 0.1mm to upper side 128-255 ; 0.1msec longer delay-time ; 0.1msec shorter delay-time

(9)

128-255 (0.1mm Step) ;0.1mm shorter gap between ON and OFF positions ;0.1mm longer gap between ON and OFF positions

(10)

;0.1% Reduce ;0.1% Expand ; 0.1mm to the right ; 0.1mm to the left Same as (6) Same as (10) Same as (11)

(11) (12) (13) (14)

Note *Execute the Item (5) “Adjust value for Paper Length manually” before Items (6) “Adjust value for Front V. Position manually” and (12) “Adjust value for Back V.Position manually”. *Execute the Item (10) “Adjust value for Front Width manually” before Item (11)” Adjust value for Front H. Position manually” and (14) “Adjust value for Back H. Position manually”.

93


9.6.1.3.

Mode - 3 (From Section 9.6)

(15) Set Default

7


No

Set Default? Yes Push " " and " the same time

Yes

Pushing " " and " " keys changes setting on LCD into default except for the following contents. • SCSI ID 0-7 or 0-15 • System Counter • Adjust value for scanning position • Language on LCD • Double Feed (Set detection level) • Transfer Rate • Sensor Delay (Adjust value for Sensor Delay manually)

" keys once at


9 (To Section 9.6) (16) Reset Language (From Section 9.6) 7 Select a menu of Setting Item by pushing “ ” or “ ” key.

Push “ ” and “ the same time

” keys once at

Turn OFF Scanner.

Turn ON Scanner, again

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

Set Language.

Note: This operation will be available in case of changing language setting on LCD.

Push HOME key once. 9 (To Section 9.6)

94


9.6.2. 9.6.2.1.

Test Mode (Service Mode 2) Mode - 1 (From Section 9.6) 8

(1) Feed Test a. Set Resolution and Test b. Set Paper Size and Test c. Set scanning type and Test d. Set image type and Test e. Set Length Control and Test f. Set Mode and Test

a.

Select a menu of Setting Item by pusing " " or " " key.

Set the parameter by pushing " " or " " key.

01 Feed Test Res. xxx START xxx : 100-600; Default 200 ; 10 step-up every pushing ; 10 step-down every pushing

Set scanning paper.

Yes

Start Feed Test? No Push "

Set the parameter by pushing " " or " " key.

Yes

b. 01 Feed Test Size

" key once.

A4/A5/A6/B4/B5/B6/B.C/MAX/Ltr/ Lgl/A3 Ltr : Letter Lgl: Legal

Start Feed Test? No Push "

" key once.

c. 01 Feed Test xxx xxx : Simplex or Duplex

Set the parameter by pushing " " or " " key. B

A

95


B

A Yes

Start Feed Test? No Push “

d.

” key once.

01.

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

Yes

Push “

e. 01.

” key once.


Start Feed Test? No Push “

Feed Test LC

Length Control LC ON/LC OFF "LC ON" enables to start scanning the next page, when the original paper size is shorter than that of the paper setting f. 01.

” key once.


Push STOP/START key once.

No

xxx : Binary/ DTH/Gray/ Color/M.S.color

Start Feed Test? No

Yes

Feed Test xxx

Finish Scanning? Yes Push STOP/START key once.

Push HOME key once. 9 (To Section 9.6)

96

Feed Test Mode X

X : 1/2/3 Mode 1 : High speed Mode Mode 2 : Normal Mode Mode 3 : Mode without waiting action


9.6.2.2. (2)-a (2)-b (2)-c (2)-d (2)-e (2)-f (3) (15)

Mode - 2 : : : : : : : :

CCD Test (F.Lamp) CCD Test (Set gain for F0 Amp) CCD Test (Set gain for F1 Amp and test) CCD Test (B.Lamp) CCD Test (Set gain for B0 Amp and test) CCD Test (Set gain for B1 Amp and test) CCD Black Level Double Feed Test (Check double feed sensitivity after setting input-level.) (From Section 9.6) 8



(2)-a, d Input value 14 OFF "

Good results 200 or more 100 or less

∗ Note: Before executing (2)-a, or (2)-d, input values for (2)-b, (2)-c, (2)-e, (2)-f should be all "80". And, also turn the reference plate to the white side.

Push STOP/START key once. (3) Input value Confirm Test result.

Push STOP/START key.


Re-try Test? No

Yes

(15) Input value 120 40


Yes

No setting

Try to do another Test? No Push HOME key once.

9 (To Section 9.6)

97

Good results Except for 127 or 255

Good results 800 or more 400 or less


9.6.2.3.

Mode - 3

(4)

Document Sensor (Check each document sensor condition.) (5) Document Sensor Sensitive Level (6) Door & Home Sensor (12)-a Memory Test (CONTROL) (12)-b Memory Test (IMAGE) (12)-c Memory Test (DIMM) (From Section 9.6) 8



Confirm the Test result.


(4) P W L R S J E e 1 0 1 0 1 1 0 1

Test again? or Do another Test? No

r 0

1 0

2 0

3 4 5 0 0 0

P : Status of Paper Detector W : Status of Waiting Sensor L : Status of Skew [L] Sensor R : Status of Skew [R] Sensor S : Status of Starting Position Sensor J : Status of Paper Jam Sensor E : Status of Exit [Front] Sensor e : Status of Exit [Rear] Sensor l : Status of Edge Limit [L] Sensor r : Status of Edge Limit [R] Sensor ∗ When this status value is “1”, it means the paper is in this scanner. 1

2

3

4

5

A3

0

0

0

0

0

B4

1

0

0

0

0

A4 (letter)

1

1

0

0

0

0

1

0

0

0

B5

0

1

1

0

0

A5

0

0

1

0

0

B6

0

0

1

1

0

0

0

0

1

0

0

0

0

1

1

A6 Yes

l 0

BC 0 0 0 0 1 Note ∗ Each sensor position Refer to see. 5.3

(5) P W L R S J E e x 3 3 3 3 3 3 x

l 3

r 3

1 x

2 x

3 x

4 x

5 x

P, e, 1, 2, 3, 4, 5, : (X:No range) : Neglect this information. W : Status of Waiting Sensor : Range 0-A (A:Darker) L : Status of Skew [L] Sensor : Range 0-A (A:Darker) R : Status of Skew [R] Sensor : Range 0-A (A:Darker) S : Status of Starting Position Sensor : Range 0-A (A:Darker) J : Status of Paper Jam Sensor : Range 0-A (A:Darker) E : Status of Exit [Front] Sensor : Range 0-A (A:Darker) l : Status of Edge Limit [L] Sensor : Range 0-A (A:Darker) r : Status of Edge Limit [R] Sensor : Range 0-A (A:Darker)

Push HOME key once.

9 (To Section 9.6)

(6) F B T 0 1 0

H B 0 1

P 0

R 0

F : Status of Front Door B : Status of Back Door T : Status of Post Imprinter Door Door (opened)

F

B

T

Front Door (F)

1

1

0

Post Imprinter Door (T) Back Door (B)

0

0

1

0

1

0

H : Status of Hopper Sensor (Upper) position (Value "1" : Upper position) B : Status of Hopper Sensor (Lower) position (Value "1" : Lower position) P : Status of Pointer Detector (Value "0" means straight-pass mode.) R : Status of Retard Roller Position (Value "1" means Retard position is released) (12) : No Error or Error Message

98


9.6.2.4.


∗(7) Hopper Test ∗(8) Conveyor Motor ∗(9) Feed Motor (10) Aging ∗The test will be repeated continuously until STOP/START key is pressed




Push STOP/START key once. Push STOP/START key once. Yes

Test again? or Do another Test?

No Push HOME key once.

9 (To Section 9.6)

99


9.6.2.5.

Mode - 5

(16) Adjust Double Feed Detector (17) Adjust Length automatically (18) Adjust Front V. Position automatically (19) Adjust Front Width automatically (20) Adjust Front H. Position automatically (21) Adjust Back V. Position automatically (22) Adjust Back Width automatically (23) Adjust Back H. Position automatically (24) Adjust All Position & Length automatically (25) Adjust Shading Note: 1. Before adjusting shading, be sure to clean the scanning glasses, reference plate, rollers, and sensors shown on Sec 7.2. to 7.4.. 2. Before adjusting shading, be sure to check both Reference Plates (Front and Back) face to the white sides. (In case of the black sides, turn the Reference Plates according to 6.7..) (From Section 9.6) 8 (16): Select a menu of Setting Item by pushing “ ” or “ ” key.

Set Test chart on Scanner


Set Adjustment paper. (Part No.: PJQXC0034Z-J) (17) - (24) : Set Test chart A. (Part No.: PBQX90095Z-J) (17) : Front Side (18) : Front Side ("Set 2pcs of Test chart on account of including adjustment for the function of "Sensor Delay automatically") (19), (20) : Front Side (21), (22), (23) : Back Side (24) : Set 8 charts in following order Front Side Front Side Front Side Front Side Front Side Back Side Back Side Back Side (25): Set Shading paper. (Part No.: PJQXC0034Z-J) Note: When the following message indicates on LCD during executing "Adjust Shading", turn the Reference Plates (Front and Back) to the black sides. Turn Plate Front: W B No Error or Error Message

Confirm the Test result. Push STOP/START key Yes

Test again? or Do another Test? No Push HOME key once.

9 (To Section 9.6)

100

Black: W

B


9.6.2.6.

Mode - 6

(14) Init. EEPROM ∗Please be very careful, as this test operation initializes all data. Note: Only perform "Init. EEPROM" when EEPROM Error (F34) occurs. When "Init. EEPROM" is executed, all adjustments in Service Mode 1 and Service Mode 2 need to be confirmed.



Push " " and " the same time.

" keys once at

Execute initializing EEPROM.



Test again? or Do another Test?

Yes

No Push HOME key once.

9 (To Section 9.6)

9.6.2.7.

Mode - 7 (From Section 9.6) 8 (11) DIMM SPD (Serial Presence Detect) Information DIMM SPD (Information)


Confirm the DIMM information by pushing “ ” or “ ” key.

(11) 11. DIMM SPD Byte xx Value xx

Yes Execute another item? No Push HOME key once.

9 (To Section 9.6)

101


9.6.2.8.


(13) Sleep Mode



Enter in Sleep Mode.

Push HOME key once.

End the Sleep Mode.

9 (To Section 9.6)

102


9.6.3.

Error Code ST1 0× 1× 2× 3× 4× 5× 6× 7× 8× 9× A× B× C× D× E× F×

Error Code Outline Error contents Communication error Paper jam error Door open error Mechanical function error Paper (Document) sensor error Scanning error Mechanical sensor error — Hardware error Hardware error — — — — — —

Table 9-1

U1× U2× U3× U4× U5× U6× U7× U8× U9×

Contents Document Document Door Other

Error code outline Contents H1× H2× H3× H4× H5× H6× H7× H8× H9×

Lamp

F1× F2× F3× F4× F5× F6× F7× F8× F9×

Contents Hardware Hardware Hardware Mechanical issue Sensor Scanning Sensor Hardware

Table 9-2 Classified Code U10 U11 U12 U13 U14 U15 U16 U17 U18 *1 U20 U23

ST1

ST2

ST3

ST4

10 11 12 13 14 15 16 17 18 19 1C

00 × × × × × × × × 00 ×

00 00 00 00 00 00 00 00 00 00 ×

00 00 00 00 00 00 00 00 00 00 00

U30 U32 U34 U41 U50 H40 H41 F10 F11 F17 F18 F20 F21 F32 F33 F34 F36 F37 F38

20 21 22 58 A0 54 55 80 81 87 88 8A 8B 96 97 98 9A 9B 9C

00 00 00 00 00 × × 00 × 00 00 × × 00 00 00 00 00 00

00 00 00 00 00 × × 00 × 00 00 × × 00 00 00 00 00 00

00 00 00 00 00 00 00 00 × 00 00 × × 00 00 00 00 00 00

Contents No document Paper Feed Jam: ST2 shows the rest numbers (approx.) of paper. Jam1 (around conveyor): ST2 shows the rest numbers (approx.) of paper. Jam2 (around conveyor): ST2 shows the rest numbers (approx.) of paper. Jam3 (around conveyor): ST2 shows the rest numbers (approx.) of paper. Jam4 (around conveyor): ST2 shows the rest numbers (approx.) of paper. Jam1 (around Exit Roller): ST2 shows the rest numbers (approx.) of paper. Jam2 (around Exit Roller): ST2 shows the rest numbers (approx.) of paper. Paper remain in scanner *(ST2: Paper position information) Skew error Double feed error (ST2: Sensor information) (ST3:0=Document at Waiting Sensor 1=No document at Waiting Sensor 2=Length 3=Supersonic frequency) Front door open Back door open Post imprinter door open Scanning position adjustment error No INTERFACE Board Front side lamp lighting error (ST2: Lighting value ST3: AD input level) Back side lamp lighting error (ST2: Lighting value ST3: AD input level) Program ROM (on CONTROL Board) error Work RAM (on CONTROL Board) error (ST2: Data ST3,4: Address) IMAGE MEMORY error DIMM error Front side shading RAM error (ST2: Data ST3,4: Address) Front side line RAM error (ST2: Data ST3,4: Address) SCSI IC error USB IC error EEPROM error Front side GA-SEN error GA-IMG error Back side GA-SEN error

103


Classified Code F39 F40 F42 F50 F51 F52 F53 F54 F55 F56 F57 F58 F60 F62 F70 F80 F90 F91

ST1

ST2

ST3

ST4

9D 30 32 40 41 42 43 44 45 46 48 49 50 52 47 60 AA AB

00 00 00 00 00 00 00 00 00 00 00 00 00 00 × × × ×

00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 × × ×

00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 × ×

Contents FPGA error Hopper drive (Lower) error Hopper drive (Upper) error Waiting sensor error Starting position sensor error Skew (R) sensor error Skew (L) sensor error Paper jam sensor error Exit (front) position sensor error Exit (rear) position sensor error Edge Limit (R) sensor error Edge Limit (L) sensor error Front side gain error Back side gain error Size sensor error (ST2: Information for exit tray guide’s position) Double feed sensor error (ST2: Output level ST3: Input level) Back side shading RAM error (ST2: Data ST3,4: Address) Back side line RAM error (ST2: Data ST3,4: Address)

Note U18 *1 Paper Position Information

104


9.7.

Service Utility

9.7.1.

Main menu indication for Service Utility

This section describes the functions of the service utility software, such as USB setting and other that are not included in LCD operation. (Service mode only) Executing “Service Utility.exe” (without installing the software to the PC except for ASPI Manager) will allow you to operate all the functions found in this service utility software. (On the other hand, installation of the device driver in the accessory CD-ROM will be needed to install.) Note: · This utility software is not included with the scanner. Please call service of technical support to obtain the utility software. · This software should be used only by an authorized service technician. Improper use of this software may cause damage to the scanner.

* Fig.9.7.1 Main Menu

Note: · This is a main menu sample (Fig.9.7.1) of the Service Utility software (Version 3.20). · This software is the latest version at the time when this service manual is issued, but it is subject to change without notice.

105


9.7.2.

Function item list of Service Utility

Service Utility item list is as follows. Note: When two or more scanners are connected to PC, execute “Select Scanner” to define the scanner before evaluating. The procedure is as follows. 1. Click “Select Scanner” on the Main Menu. 2. Select the product number and interface of the scanner to evaluate. Item USB ID. Feed Speed Save Information

Adjust Other

Purpose To set a USB ID. for the scanner, connected to PC To reduce the motor speed for document feed To save scanner and PC information as a log file

* Remarks (3) (4) (3)

*Remarks (1) Parameter setting by user (2) Status indication (3) Parameter setting by service person (4) Adjustment (5) Diag. (6) Maintenance

9.7.3.

Operation on PC

Item * USB ID

Operation 1. Click “USB ID” on the main menu to enter in the USB ID dialog box. 2. Click “Set” on “USB ID” dialog box to store a new ID number for a CONTROL Board replaced or initialized. 3. Click “Close” to go back the main menu.

Feed Speed

1. Click “Feed Speed” on the main menu to enter in the Feed Speed dialog box. 2. Set a new value (PPS: 500 to 2000). 3. Click “OK” to change the motor maximum speed for document feed to go back to the main menu. (Without changing, click “Cancel” to go back to the main menu) 1. Click “Save Info” on the main menu. 2. Save scanner and PC information as a log file, according to the guidance on PC.

Save Info.

106

Default —

2000

—

Remarks * This setting is available for a new CONTROL Board, or for a CONTROL Board with EEPROM initialized.


10 TROUBLE SHOOTING 10.1. Warning Warning message on LCD

Possible Cause The rollers are dirty.

Check point Clean the rollers.

The rollers need to be replaced.

Replace the paper feed roller module and retard roller module.

Refer to Classified Code “U23”.

Refer to Classified Code “U23”.

Lamp (Front) needs to be replaced.

Replace the lamp.

Lamp (Back) needs to be replaced.

Replace the lamp.

Lamp (Front) and Lamp (Back) need to be replaced.

Replace both lamps.

The surface of the Reference Plate (Front) is dirty.

Clean the surface. (See 7.3.)

The surface of the Reference Plate (Back) is dirty.

Clean the surface. (See 7.3.)

The surfaces of the Reference Plate Clean the surfaces. (See 7.3.) (Front) and Reference Plate (Back) are dirty. Size sensor or its surrounding circuit has Refer to Classified Code “F70”. some problems.

10.2. Error Code Classified Code U10: No document

Error Code 10 00 00 00

U11: Paper feed jam

11 ×× 00 00

U12: Jam 1 (around conveyor)

12 ×× 00 00


13 ×× 00 00

Possible Cause Check point The document is not loaded on the hopper Load the document correctly. properly. The sensor cannot detect the document as it is Straighten the document and load it again. curled. Paper Detector does not work properly. Execute Document Sensor according to 9.6.2.3 and check “P” status. The document is jammed. Open the front door and remove the jammed paper. Then clean all of the rollers. The paper sensor is dirty. Clean the paper sensor. Waiting Sensor does not work properly. Execute Document Sensor according to 9.6.2.3 and check “W” status. The document is jammed. Open the front door and remove the jammed paper. Then clean all of the rollers. The paper sensor is dirty. Clean the paper sensor. Starting Position Sensor does not work Execute Document Sensor according to properly. 9.6.2.3 and check “S” status. The document is jammed. Open the back door and remove the jammed paper. Then clean all of the rollers. The paper sensor is dirty. Clean the paper sensor. Paper Jam Sensor or Pointer Detector does not 1. Paper Jam senor work properly. Execute Document Sensor according to 9.6.2.3 and check “J” status. 2. Pointer Detector


14 ×× 00 00

The document is jammed. The paper sensor is dirty. Exit [Front] sensor does not work properly.

107

Execute Door & Home Sensor according to 9.6.2.3 and check “P” status. Open the front door and remove the jammed paper. Then clean all of the rollers. Clean the paper sensor. Execute Document Sensor according to 9.6.2.3 and check “E” status.


Classified Code U15: Jam 4 (around conveyor)

Error Code 15 ×× 00 00

Possible Cause The document is jammed.

Check point Open the back door and remove the jammed paper. Then clean all of the rollers. The paper sensor is dirty. Clean the paper sensor. Exit [Rear] sensor or Pointer Detector does not 1. Exit [Rear] sensor work properly. Execute Document Sensor according to 9.6.2.3 and check “e” status. 2. Pointer Detector

U16: Jam 1 (around Exit roller)

16 ×× 00 00

The document is jammed. The paper sensor is dirty. Exit [Front] sensor does not work properly.

U17: Jam 2 (around Exit roller)

17 ×× 00 00

The document is jammed. The paper sensor is dirty. Exit [Rear] sensor does not work properly.

U18: Paper remain in scanner

U20: Skew error

18 ×× 00 00

19 ×× ×× 00

A document remains in the scanner. Dust adheres to the paper sensor. Foreign matter is lodged around the paper sensor. Exit [Front] sensor or Paper Jam sensor or Exit [Rear] sensor does not work properly. 1. Document on the Hopper Tray is not set correctly.

2. Front Door is not closed firmly. 3. A roller (Paper Feed, Separation, Retard, Drive, Conveyor, Front Exit, Straight Exit) is dirty. 4. A roller (Paper Feed, Separation, Retard, Drive, Conveyor, Front Exit, Straight Exit) swells irregularly.

5. Paper dust exists on or around Skew (L), Skew (R), Edge Limit (L), or Edge Limit (R).

U23: Double feed error

1C ×× ×× 00

Multiple sheets were fed into the unit. The rollers are dirty. The rollers need to be replaced. Double Feed Detector does not work properly.

U30: Front door open

20 00 00 00

The front door is open. The front door switch was broken.

U32: Back door open

21 00 00 00

The back door is open. The back door switch was broken.

U34: Post-imprinter (TOP) door

22 00 00 00

The post-imprinter door is open. The post-imprinter door sensor was broken.

108

Execute Door & Home Sensor according to 9.6.2.3 and check “P” status. Open the front door and remove the jammed paper. Then clean all of the rollers. Clean the paper sensor. Execute Document Sensor according to 9.6.2.3 and check “E” status. Open the back door and remove the jammed paper. Then clean all of the rollers. Clean the paper sensor. Execute Document Sensor according to 9.6.2.3 and check “e” status. Open the front and/or back doors, and remove all of the remaining documents. Clean the paper sensor. Remove the foreign matter. Execute Document Sensor according to 9.6.2.3 and check “E” or “J” or “e” status. Set the document on the Hopper Tray, sliding the Document guides on both sides, according to the document size. And execute scanning again. Close the door surely. 1. Clean the roller (See 7.2.) 2. Execute “Clean Roller” (Clean warning for “Clean Roller”). → See 9.4 and 9.5. Replace the roller.

Note: After replacing Paper Feed, Separation, and Retard Rollers, execute “Replace Roller” (Clear warning for “Replace Roller”). → See 9.4 and 9.5. 1. Blow off the dirt on the surface of the sensor with the accessory blower. (See 7.4.) 2. Execute “Document Sensor” and check the sensor condition. → See 9.4 and 9.6. Open the front door and remove the jammed paper. Clean all of the rollers. Replace the paper feed roller module or the retard roller module. Execute “Adjust Double Feed Detector” in 9.6.2.5 with adjustment paper. Close the front door. Execute “Door & Home Sensor” in 9.6.2.3 to check “F” or “B” or “T” or “L” status. Close the back door. Execute “Door & Home Sensor” in 9.6.2.3 to check “F” or “B” or “T” or “L” status. Close the post-imprinter door. Execute “Door & Home Sensor” in 9.6.2.3 to check “F” or “B” or “T” or “L” status.


Classified Code U41: Adjustment error


Possible Cause Error on the scanning-position adjustment occurred.

Check point 1. Check whether the adjustment paper is designated by manufacturer. 2. Check whether the direction of the adjustment paper is correct. 3. Check whether the adjustment paper or glasses at the scanning position are dirty. And clean them.

U50: No I/F Board

A0 00 00 00

No INTERFACE Board is provided to the scanner.

4. Clean rollers related to conveyor the paper. (Paper Feed, Separation, Retard, Drive, Conveyor) 1. Check whether INTERFACE Board is inserted to the scanner properly.

Front side lamp lighting error occurs.

3. Replace MOTHER Board. 1. Check the front side lamp lights properly.

2. Replace the INTERFACE Board. H40: Front side lamp lighting error

54 ×× ×× 00

2. Check the front side lamp is installed to front side lamp module properly. 3. Confirm each cable and connector condition as follows. a. Between the front side lamp and CN2 on LAMP INVERTER Board b. Between CN1 on the LAMP INVERTER Board and CN2026 on MOTHER Board c. Between Front Side Optical Unit and CN2005 on the MOTHER Board d. Between Front Side Optical Unit and CN2002 on the MOTHER Board e. Between Front Side Optical Unit and CN1002 on CONTROL Board 4. Replace faulty cables. 5. Replace the front side lamp. 6. Replace the front lamp module. 7. Replace the LAMP INVERTER Board. 8. Replace front side optical unit.

H41: Back side lamp lighting error

55 ×× ×× 00

Back side lamp lighting error occurs.

9. Replace the CONTROL Board. 1. Check the back side lamp lights properly. 2. Check the back side lamp is installed to back side lamp module properly. 3. Confirm each cable and connector condition as follows. a. Between the back side lamp and CN3 on LAMP INVERTER Board b. Between CN1 on the LAMP INVERTER Board and CN2026 on MOTHER Board c. Between Back Side Optical Unit and CN2004 on the MOTHER Board d. Between Back Side Optical Unit and CN2002 on the MOTHER Board e. Between Back Side Optical Unit and CN1003 on CONTROL Board 4. Replace faulty cables. 5. Replace the back side lamp. 6. Replace the back lamp module. 7. Replace the LAMP INVERTER Board. 8. Replace back side optical unit.

F10: Program ROM (on CONTROL Board) error

80 00 00 00

The result of check-sum for Program ROM (IC1060) on the CONTROL Board is faulty.

9. Replace the CONTROL Board. 1. Check the soldering condition for IC1053 and IC1060 on the CONTROL Board 2. Replace Program ROM (IC1060) on the CONTROL Board. 3. Replace the CONTROL Board.

109


Classified Code F11: Work RAM (on CONTROL Board) error F17: Image Memory (on INTERFACE Board) error

Error Code 81 ×× ×× ××

F18: DIMM (on INTERFACE Board) error

88 00 00 00

Possible Cause Verify error for the Work RAM (IC1062) on the CONTROL Board occurs.

Check point 1. Check the soldering condition for IC1053 and IC1062 on the CONTROL Board. 2. Replace the CONTROL Board.

87 00 00 00

DRAM verify error occurs.

1. Check the soldering condition for IC3029 and IC3030 on the INTERFACE Board. 2. Check the soldering condition for IC3000 and CN3001 on the INTERFACE Board.

DIMM on CN3001 verify error occurs.

3. Replace the INTERFACE Board. 1. Check whether the DIMM module is attached correctly. 2. Check whether the DIMM module is in spec. for this scanner. 3. Check the soldering condition for IC3000 and CN3001 on the INTERFACE Board. 4. Replace the DIMM module on the INTERFACE Board. 5. Replace the INTERFACE Board. 1. Check the soldering condition for IC1011, IC1012, IC1014, IC1018, and IC1071 on the CONTROL Board.

F20: Front Side Shading RAM (on CONTROL Board) error

8A ×× ×× ××

Front Side Shading RAM’s (IC 1014, IC1018) verify error occurs on the CONTROL Board.

F21: Front Side Line RAM (on CONTROL Board) Error

8B ×× ×× ××

Front Side Line RAM’s (IC1024, IC1025, IC1026, IC1030, IC1032) verify error occurs on the CONTROL Board.

F32: SCSI IC (on INTERFACE Board) error

96 00 00 00

SCSI IC (IC3023) error occurs.

2. Replace the CONTROL Board. 1. Check the soldering condition for the IC3014, IC3023, IC3024, IC3025, IC3026 on the INTERFACE Board.

F33: USB IC (on INTERFACE Board) error

97 00 00 00

USB IC (IC3027) error occurs.

2. Replace the INTERFACE Board. 1. Check the soldering condition for the IC3027 on the INTERFACE Board.

F34: EEPROM error (on CONTROL Board) error

98 00 00 00

The result of check-sum for EEPROM (IC1050) on the CONTROL Board is faulty.

2. Replace the INTERFACE Board. 1. Check the soldering condition for the IC1012 and IC1050 on the CONTROL Board.

F36: Front Side GA-SEN (on CONTROL Board) error F37: GA_IMG (on INTERFACE Board) error

9A 00 00 00

Front side GA-SEN (Gate array: IC 1012) error occurs on the CONTROL Board.

9B 00 00 00

GA-IMG (Gate array: IC 3000) error occurs on the INTERFACE Board.

2. Replace the CONTROL Board. 1. Check the soldering condition for IC1012, IC1024, IC 1025, IC1026, IC1030 and IC1032 on the CONTROL Board.

2. Replace the CONTROL Board. 1. Check the soldering condition for the IC1012 on the CONTROL Board. 2. Replace the CONTROL Board. 1. Check the soldering condition for the IC3000 on the INTERFACE Board. 2. Replace the INTERFACE Board. 3. Replace MOTHER Board.

F38: Back Side GA-SEN (on CONTROL) error

9C 00 00 00

Back Side GA-SEN (Gate array: IC 1013) error occurs on the CONTROL Board

4. Replace CONTROL Board. 1. Check the soldering condition for the IC1013 on the CONTROL Board.

F39: FPGA IC (on INTERFACE Board) error

9D 00 00 00

CPU could not download data to the FPGA (IC3002) correctly.

2. Replace the CONTROL Board. 1. Check the following soldering condition on the INTERFACE Board. a. 41st, 42nd, and 125th pins on IC3029 b. Q3002, R3218, R3220 c. 92nd, 103rd, and 104th pins on the IC3002 d. R3021, R3031 2. Replace the INTERFACE Board.

110


Classified Code F40: Hopper drive (Lower) error


Possible Cause Hopper drive (Lower) error

Check point 1. To confirm Hopper Sensor operates properly, execute Door & Home Sensor Test in Test Mode. 2. Is the hopper position shifted to the lower by operating Hopper Test in Test mode? 3. Does Hopper Motor rotate? 4. Confirm each cable and connector condition as follows. a. Between Hopper Motor and CN2013 on MOTHER Board b. Between CN2011 on the MOTHER Board and CN6014 on HOPPER [POSITION] Board c. Between CN4000 and CN2008 5. 1st pin on the CN6014: More than 4.5 V (DC)? 6. Replace faulty cables. 7. Replace the HOPPER [POSITION] Board 8. Replace the Hopper Motor. 9. Replace DRIVE Board.

F42: Hopper drive (Upper) error

32 00 00 00

Hopper drive (Upper) error occurs.

10. Replace the MOTHER Board. 1. To confirm Hopper Sensor operates properly, execute Door & Home Sensor Test in Test Mode. 2. Is the hopper position shifted to the upper by operating Hopper Test in Test mode? 3. Does Hopper Motor rotate? 4. Confirm each cable and connector condition as follows. a. Between the Hopper Motor and CN2013 on MOTHER Board b. Between CN2011 on the MOTHER Board and CN6014 on HOPPER [POSITION] Board c. Between CN6004 on the HOPPER [POSITION] Board and CN6002 on HOPPER [ANGLE] Board d. Between CN4000 and CN2008 th

5. 4 pin on the CN6002: More than 4.5 V (DC)? 6. Replace faulty cables. 7. Replace the HOPPER [ANGLE] Board. 8. Replace the HOPPER [POSITION] Board. 9. Replace the Hopper Motor. 10. Replace DRIVE Board. 11. Replace the MOTHER Board.

111


Classified Code F50: Waiting sensor error


Possible Cause Waiting sensor error occurs.

Check point 1. To confirm the waiting sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6020 on SKEW [L] Board and CN6010 on RELAY [UPPER] Board. b. Between CN6012 on the RELAY [UPPER] Board and CN2014 on MOTHER Board. c. Between CN1001 and CN2001. th

4. 5 pin on CN6030: More than 4.5 V (DC)? 5. Replace the SKEW [L] Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board. F51: Starting position sensor error

41 00 00 00

Starting position sensor error occurs.

8. Replace CONTROL Board. 1. To confirm the starting position sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6020 on SKEW [L] Board and CN6010 on RELAY [UPPER] Board b. Between CN6012 on the RELAY [UPPER] Board and CN2014 on MOTHER Board c. Between CN1001 and CN2001 4. 5th pin on the CN6020: More than 4.5 V (DC)? 5. Replace the SKEW [L] Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board.

F52: Skew (R) sensor error

42 00 00 00

Skew (R) sensor error occurs.

8. Replace CONTROL Board. 1. To confirm the skew (R) sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6023 on SKEW [R] Board and CN6010 on RELAY [UPPER] Board b. Between CN6012 on the RELAY [UPPER] Board and CN2014 on MOTHER Board c. Between CN1001 and CN2001 4. 3rd pin on the CN6023: More than 4.5 V (DC)? 5. Replace the SKEW [R] Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board. 8. Replace CONTROL Board.

112


Classified Code F53: Skew (L) sensor error


Possible Cause Skew (L) sensor error occurs.

Check point 1. To confirm the skew (L) sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6020 on SKEW [L] Board and CN6010 on RELAY [UPPER] Board b. Between CN6012 on the RELAY [UPPER] Board and CN2014 on MOTHER Board c. Between CN1001 and CN2001 th

4. 5 pin on the CN6020: More than 4.5 V (DC)? 5. Replace the SKEW [L] Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board. F54: Paper jam sensor error

44 00 00 00

Paper jam sensor error occurs

8. Replace CONTROL Board. 1. To confirm the paper jam sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6024 on JAM Board and CN6026 on RELAY [UPPER] Board b. Between CN6012 on the RELAY [UPPER] Board and CN2014 on MOTHER Board c. Between CN1001 and CN2001. st

4. 1 pin on the CN6024: More than 4.5 V (DC)? 5. Replace the JAM Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board. F55: Exit (Front) sensor error

45 00 00 00

Exit (Front) sensor error occurs.

8. Replace CONTROL Board. 1. To confirm the exit (Front) sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6017 on EXIT [FRONT] Board and CN2012 on MOTHER Board b. Between CN1001 and CN2001 4. 1st pin on the CN6017: More than 4.5 V (DC)? 5. Replace the EXIT [FRONT] Board. 6. Replace the MOTHER Board. 7. Replace CONTROL Board.

113


Classified Code F56: Exit (Rear) sensor error


Possible Cause Exit (Rear) sensor error occurs.

Check point 1. To confirm the exit (Rear) sensor operates properly, execute Document Sensor Test in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between the exit (Rear) sensor and CN6015 on POINTER Board b. Between CN6016 on the POINTER Board and CN2011 on MOTHER Board c. Between CN1001 and CN2001 4. 1st pin on the CN6015: More than 4.5 V (DC)? 5. Replace the exit (Rear) sensor. 6. Replace the POINTER Board. 7. Replace the MOTHER Board.

F57: Edge limit [R] sensor error

48 00 00 00

Edge limit [R] sensor error occurs.

8. Replace CONTROL Board. 1. To confirm the edge limit [R] sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6023 on SKEW [R] Board and CN6010 on RELAY [UPPER] Board b. Between CN6012 on the RELAY [UPPER] and CN2014 on MOTHER Board c. Between CN1001 and CN2001. rd

4. 3 pin on the CN6023: More than 4.5 V (DC)? 5. Replace the SKEW [R] Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board. F58: Edge limit [L] sensor error

49 00 00 00

Edge limit [L] sensor error occurs.

8. Replace CONTROL Board. 1. To confirm the edge limit [L] sensor operates properly, execute Document Sensor Test and Sensor Sensitive Level in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6020 on SKEW [L] Board and CN6010 on RELAY [UPPER] Board b. Between CN6012 on the RELAY [UPPER] Board and CN2014 on MOTHER Board c. Between CN1001 and CN2001 4. 5th pin on the CN6020: More than 4.5 V (DC)? 5. Replace the SKEW [L] Board. 6. Replace the RELAY [UPPER] Board. 7. Replace the MOTHER Board. 8. Replace CONTROL Board.

114


Classified Code F60: Front side gain error


Possible Cause Front side gain error occurs.

Check point 1. Check front side lamp lights properly. 2. Check front side lamp is installed to front side Lamp module properly. 3. Execute CCD Test in Test Mode. Amp value is changing during this test? 4. Confirm each cable and connector condition as follows. a. Between the front side lamp and CN2 on LAMP INVERTER Board b. Between CN1 on the LAMP INVERTER Board and CN2026 on MOTHER Board c. Between Front Side Optical Unit and CN2005 on the MOTHER Board d. Between Front Side Optical Unit and CN2002 on the MOTHER Board e. Between Front Side Optical Unit and CN1002 on CONTROL Board 5. Check input level (Test pins: TPFRO, TPFRE, TPFGO, TPFGE, TPFBO, and TPFBE on the CONTROL Board) → See Note. 6. Replace faulty cables. 7. Replace the front side lamp. 8. Replace the front lamp module. 9. Replace the LAMP INVERTER Board. 10. Replace front side optical unit.

F62: Back side gain error

52 00 00 00

Back side gain error occurs.

11. Replace the CONTROL Board. 1. Check back side lamp lights properly. 2. Check back side lamp is installed to back side lamp module properly. 3. Execute CCD Test in Test Mode. Amp value is changing during this test? 4. Confirm each cable and connector condition as follows. a. Between the back side lamp and CN3 on LAMP INVERTER Board b. Between CN1 on the LAMP INVERTER Board and CN2026 on MOTHER Board c. Between Back Side Optical Unit and CN2004 on the MOTHER Board d. Between Back Side Optical Unit and CN2002 on the MOTHER Board e. Between Back Side Optical Unit and CN1003 on CONTROL Board 5. Check input level (Test pins: TPBRO, TPBRE, TPBGO, TPBGE, TPBBO, and TPBBE on the CONTROL Board). → See Note. 6. Replace faulty cables. 7. Replace the back side lamp. 8. Replace back lamp module. 9. Replace the LAMP INVERTER Board. 10. Replace back side optical unit. 11. Replace the CONTROL Board.

115


Classified Code F70: Size sensor error

Error Code 47 ×× 00 00

Possible Cause Size sensor error occurs.

Check point 1. To confirm the size sensor operates properly, execute Document Sensor Test in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between CN6013 on SIZE Board and CN6003 on HOPPER [CONNECTOR] Board b. Between CN6005 on the HOPPER [CONNECTOR] Board and CN2027 on MOTHER Board c. Between CN1001 and CN2001 4. Replace the SIZE Board. 5. Replace the HOPPER [CONNECTOR] Board. 6. Replace the MOTHER Board.

F80: Double feed sensor error

60 ×× ×× 00

Double feed sensor error occurs.

7. Replace CONTROL Board. 1. To confirm double feed detector operates properly, execute Double Feed Test in Test Mode. 2. Remove paper dust around the sensor. 3. Confirm each cable and connector condition as follows. a. Between Double Feed Detector [Generate] and CN6007 on RELAY [LOWER] Board b. Between CN6018 on the RELAY [LOWER] Board and CN2011 on MOTHER Board c. Between CN2014 on the MOTHER Board and CN6012 on RELAY [UPPER] Board d. Between CN6011 on the RELAY [UPPER] Board and Double Feed Detector (Receive) 4. Adjust double feed detector in Test Mode. 5. Replace the Double Feed Detector (Generate). 6. Replace the RELAY [LOWER] Board. 7. Replace the Double Feed Detector (Receive). 8. Replace the RELAY [UPPER] Board. 9. Replace the MOTHER Board.

F90: Back Side Shading RAM(on CONTROL Board) error

AA ×× ×× ××

Back Side Shading RAM’s (IC1019, IC1023) verify error occurs on the CONTROL Board.

F91: Back Side Line RAM (on COTROL Board)error

AB ×× ×× ××

Back Side Line RAM´s (IC1027, IC1029, IC1033, IC1035) verify error occurs on the CONTROL Board.

10. Replace CONTROL Board. 1. Check the soldering condition for IC1013, IC1019, IC1023, and IC1072 on the CONTROL Board. 2. Replace the CONTROL Board. 1. Check the soldering condition for IC1013, IC1027, IC1029, IC1033, and IC1035 on the CONTROL Board. 2. Replace the CONTROL Board.

116


Note: 1. Procedure for monitoring (for Front) a. Turn off the scanner. b. Remove the Right Front Panel and Board Box Cover. (See 8.4.2.) c. Turn both Reference Plates (Front and Back) to the white side. d. Prepare to monitor a Test pin (TPFRO, TPFRE, TPFGO, TPFGE, TPFBO, or TPFBE). → Oscilloscope input mode: AC IN e. Restart the scanner while pushing “SCAN” and “OTHERS” keys. f. After setting input value to “14” on “CCD test (F. Lamp), execute CCD Test (F. Lamp), according to 9.6.2.2. g. Confirm the waveform. (See Fig 10.2-1.) 2. Procedure for monitoring (for Back) a. Turn off the scanner. b. Remove the Right Front Panel and Board Box Cover. (See 8.4.2.) c. Turn both Reference Plates (Front and Back) to the white side. d. Prepare to monitor a Test pin (TPBRO, TPBRE, TPBGO, TPBGE, TPBBO, or TPBBE). → Oscilloscope input mode: AC IN e. Restart the scanner while pushing “SCAN” and “OTHERS” keys. f. After setting input value to “14” on “CCD test (B. Lamp), execute CCD Test (B. Lamp), according to 9.6.2.2. g. Confirm the waveform. (See Fig 10.2-1.) Fig. 10.2-1

117


10.3. Requirement after parts replacement Following adjustments are required when print circuit board or part is replaced. Replaced print circuit board or part CONTROL Board

Flash ROM (It isn’t Service parts.) Front side optical unit or front side lamp

Back side optical unit or back side lamp

Front & Back side optical units or Front & Back side lamps

SKEW [L] Board

Double Feed Detector [Generate] or Double Feed Detector [Receive] Initialize EEPROM (It isn’t Service Parts.) *1 Disassemble and assemble which influence to scanning positions. EX) Disassemble and assemble of Sub Chassis (R), (L), Main Chassis (R), (L) Drive Roller Conveyor Roller

Required adjustment Adjust Shading Adjust All Position & Length automatically Adjust Double Feed Detector Gain Initialize EEPROM. (See 9.6.) Set USB ID. (See 9.7.) Adjust Shading Adjust Shading Adjust All Position & Length automatically or the following two Adjustments should be done. (1) Adjust Front H.Position automatically (2) Adjust Front V.Position automatically *When “Adjust All Position & Length automatically” is done, Length, Back H.Position, and Back V. Position are adjusted again. Adjust Shading Adjust All Position & Length automatically or 2 Adjustments should be done. (1) Adjust Back H.Position automatically (2) Adjust Back V.Position automatically *When “Adjust All Position & Length automatically” is done, Length, Front H.Position, and Front V. Position are adjusted again. Adjust Shading Adjust All Position & Length automatically or 4 Adjustments should be done. (1) Adjust Front H.Position automatically (2) Adjust Front V.Position automatically (3) Adjust Back H.Position automatically (4) Adjust Back V.Position automatically *When “Adjust All Position & Length automatically” is done, Length is adjusted again. Adjust All Position & Length automatically or 2 Adjustments should be done. (1) Adjust Front H.Position automatically (2) Adjust Back V.Position automatically Adjust Double Feed Detector · Adjust All Position & Length automatically · Adjust Double Feed Detector Adjust All Position & Length automatically or 4 Adjustments should be done. (1) Adjust Front H.Position automatically (2) Adjust Front V.Position automatically (3) Adjust Back H.Position automatically (4) Adjust Back V.Position automatically *When “Adjust All Position & Length automatically” is done, Length is adjusted again. Adjust All Position & Length automatically or the following Adjustment should be done. (1) Adjust Length automatically

Note *1

: Only perform “Init. EEPROM” when EEPROM Error (F34) occurs. When “Init. EEPROM” is executed, all adjustments in Service Mode 1 and Service Mode 2 need to be confirmed.

118


11 BLOCK DIAGRAM 11.1. Function

Shading RAM x2

R Lamp Driver

C C D

G

C C D

G

Line Collection RAM x 4

A/D A/D

B

24

DIMM

A/D

SCSI Controller

64

24

A/D

B

16

GA-SEN

A/D

R

Lamp Driver

24 14

DRAM

GA-IMG

Terminator

GA-SEN 8

16

A/D

USB Controller Shading RAM x2

SCSI Connector

USB Connector

Line Collection RAM x 4

14 24

Data

Data Address

Address Buffer SRAM

Flash ROM

CONT. CPU

EEPROM

CONTROL Board

INTERFACE CPU

Buffer

SRAM

Flash ROM

INTERFACE Board

MOTHER Board

Block diagram of image processing

Image processing circuit Each CCD (CCD(F), CCD(B)) is driven by the drive pulses put out from each GA-SEN pulse generation circuit. The image analog signals put out from the CCD (F) and the CCD(B) are converted by A/D converters (IC1003, IC1004, IC1005, IC1006, IC1009, IC1010) to digital signals for the R, G, and B components, and they are given as input to the image input processing gate arrays GA-SEN (IC1012, IC1013). As the R, G, and B sensors of the CCD are arranged staggered in the subscanning direction, The GA-SEN performs line deviation correction after shading correction has been performed, and then the signal is put out via the MOTHER Board as input to the image processing gate array GA-IMG (IC3000) on the INTERFACE Board. The Shading RAM and the Line Correction RAM connected to the GA-SEN store these processing calculation data temporarily. And GA-SEN has a built-in pulse generation circuit for chopping drive of the lamps, and the lamps are driven via Lamp Drivers (LAMP INVERTER). The GA-IMG performs MTF correction and image processing like binary-coded processing, pseudo-gradation processing (dithering, error diffusion processing), color drop-out processing, or etc. The intermediate data during processing are stored temporarily in DRAM. (In case of JPEG compression for color images or gray scale images, the image data are compressed by the GA-IMG.) The GA-IMG also controls SCSI Controller and USB Controller. At last, all the data which have been processed by the GA-IMG are put out to the PC via the SCSI controller and SCSI connector, or via USB Controller and USB connector.

119


11.2. Boards HOPPER [CONNECTOR] Board

SIZE Board

LCD Board CN2027

ABC...

CN6000

CN7002 CN6028

CN2025

PANEL Board LED

CN6022

RETARD POSITION Board

CN7001 CN6027

CN6005

CN6003

CN6001

CN6013

Paper Detector

SWx13

Buzzer

HOPPER POSITION Board Front Door Switch

HOPPER [ANGLE] Board CN2009

CN6014

CN6004

CN6002

CN3

LAMP INVERTER Board CN2

Front Side Lamp

CN2011

RELAY [LOWER] Board

CN6018

CN6007

Double Feed Detector (Generate)

CN1

CN6016

CN6015

CN2026

POINTER Board

Exit [Rear] Sensor

Back Door Switch

Back Side Lamp

Ultrasonic Wave

CN6011

Double Feed Detector (Receive)

SKEW [L] Board

CN6010

CCD CCD [BACK] Board

CN5101

MOTHER Board

CN5102

CN5103

CN5101

CN5102

CN5103

CN2005

CN6020

SKEW [R] Board

CCD CCD [FRONT] Board

CN2002

CN6025

CN6023

CN2004

RELAY [UPPER] Board

JAM Board

CN1003

CN3000

CN1002

CN2007

CN3003

WIDE SCSI

CN3005

CN4000

CN2008

CN2015

USB2.0

INTERFACE Board

DRIVE Board

*1

CN3007

CN3008

CN8002

CN8000

Color Upgrade kit (Option)

CN2020

CN2

Conveyor Motor CN3

CN2010

CN2019

CNFAN

CN6019

CN6008

POWER Board

CN1001

CN2018

CN6021

CN6009

FAN RELAY1 Board FAN1 (Lower side)

CONTROL Board

CN2012

CN6017

FAN RELAY2 Board

POST-IMPRINTER Unit (Option)

CN2001

CN6006

EXIT [FRONT] Board

FAN2 (Upper side)

CN2014

CN6012

CN6026

CN6024

POST IMPRINTER DOOR Board

CN1

AC Inlet

Paper Motor

CN2013

Hopper Motor

*1

120

: Only for KV-S3085 Series


11.3. Explanation of Connector Note Signal names which begin with asterisk (*) indicates that the corresponding signal is LOW when active.

CN2005 (MOTHER) – CN5101 (CCD [FRONT]) Signal Name

Pin No. CN2005 1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN5101 1 2 3 4 5 6 7 8 9 10 11 12 13 14

5V GND FP1 GND FP2 GND FSH GND FRST GND FCP GND CCDVER1 CCDVER2

Description +5V Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground PCB Rev. Detect 1 PCB Rev. Detect 2

CN2002 (MOTHER) – CN5102 (CCD [FRONT]) / CN5102 (CCD [BACK]) CN2002 1 2 3 4 5 6 7 8

Pin No. CN5102 1 2 3 4 – – – –

Signal Name CN5102 – – – – 1 2 3 4

12V GND –10V GND 12V GND –10V GND

Description +12 V Ground –10 V Ground +12 V Ground –10 V Ground

CN2004 (MOTHER) – CN5101 (CCD [BACK]) Signal Name

Pin No. CN2004 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

CN5101 1 2 3 4 5 6 7 8 9 10 11 12 13 14 –

5V GND BP1 GND BP2 GND BSH GND BRST GND BCP GND CCDVER3 CCDVER4 N.C.

121

Description +5 V Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) Ground PCB Rev. detect 3 PCB Rev. detect 4 Non Connected


CN2001 (MOTHER) – CN1001 (CONTROL) Signal Name

Pin No. CN2001 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 51 52 53 54 55 56 57

CN1001 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 51 52 53 54 55 56 57

GND GND GND GND *M_HWR *M_CS5 *M_RD *M_CS6 GND GND GND GND LD [7] LD [6] LD [5] LD [4] LD [3] LD [2] LD [1] LD [0] GND GND *IM_REQ *IM_ACK 3.3V JS_CLK 3.3V K_MVREF 3.3V K_MCLK 3.3V H_MVREF GND H_MCLK GND P_MVREF GND BUZZER GND 5V SVSYNC 5V *RES_DES 5V GND 5V *RES_IF *RESET5 GND GND *DM_REQ *DM_ACK CPUA [15] *INT_SCSI CPUA [14] *INT_MAIN CPUA [13]

122

Description Ground Ground Ground Ground CPU Write Signal Chip Select 5 CPU Read Signal Chip Select 6 Ground Ground Ground Ground Local Data Bus Local Data Bus Local Data Bus Local Data Bus Local Data Bus Local Data Bus Local Data Bus Local Data Bus Ground Ground Request Signal from INTERFACE to CONTROL Acknowledge Signal from CONTROL +3.3 V Double – Feed Detector Clock (100 kHz) +3.3 V Setting Current for Paper Feed Motor +3.3 V Paper Feed Motor’s Clock +3.3 V Setting Current for Conveyor Motor Ground Conveyor Motor’s Clock Ground Setting Current for Hopper Motor Ground Buzzer Clock Ground +5 V V sync. +5 V Not used +5 V Ground +5 V Reset Signal Reset Signal Ground Ground Not used Not used MAIN CPU Address INTERFACE Interrupt MAIN CPU Address Interrupt Signal [CONTROL to INTERFACE] MAIN CPU Address


Signal Name

Pin No. CN2001 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115

CN1001 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115

3.3V CPUA [12] 3.3V GND 3.3V GND 3.3V GND BDAT_CLK GND BDAT_EN BGASD [0] BGASD [1] BGASD [2] BGASD [3] BGASD [4] BGASD [5] BGASD [6] BGASD [7] BGASD [8] BGASD [9] BGASD [10] BGASD [11] BGASD [12] BGASD [13] BGASD [14] BGASD [15] BGASD [16] BGASD [17] BGASD [18] BGASD [19] BGASD [20] BGASD [21] BGASD [22] BGASD [23] 5V 5V 5V BLMPCLK GND GND BCCDCP GND BCCDRST BCCDSH BCCDP2 BCCDP1 GND GND GND GND P_MCLK SENPWDC LIMIT_L LIMIT_R *PREXIT PJAM PFEXIT

123

Description +3.3 V MAIN CPU Address +3.3 V Ground +3.3 V Ground +3.3 V Ground Not used Ground Back-side Data Enable Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data +5 V +5 V +5 V CCD Clock (13 MHz) Ground Ground CCD Clock (13 MHz) Ground CCD Clock (13 MHz) CCD Clock (13 MHz) CCD Clock (13 MHz) CCD Clock (13 MHz) Ground Ground Ground Ground Hopper Motor’s Clock Sensor Power Limit [L] Signal Limit [R] Signal Paper Detector Paper Jam Exit [Front] Sensor Signal


Signal Name

Pin No. CN2001 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174

CN1001 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174

PHEAD SKEW_L SKEW_R STBY INP_RXD *INP_CTS INP_TXD *INP_RTS PINP_RXD *PINP_CTS PINP_TXD GND *PINP_RTS GND 3.3V JSGAIN1 3.3V JS_OUT 3.3V JSGAIN2 3.3V GND GND GND GND FDAT_EN FDAT_CLK FGASD [0] FGASD [1] FGASD [2] FGASD [3] FGASD [4] FGASD [5] FGASD [6] FGASD [7] FGASD [8] FGASD [9] FGASD [10] FGASD [11] FGASD [12] FGASD [13] FGASD [14] FGASD [15] FGASD [16] FGASD [17] FGASD [18] FGASD [19] FGASD [20] FGASD [21] FGASD [22] FGASD [23] 5V GND 5V 5V FLMPCLK FCCDCP FCCDRST FCCDSH

124

Description Starting Position Sensor Signal Skew (L) Signal Skew (R) Signal Waiting Sensor Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Ground Imprinter Communication Signal Ground +3.3 V Double Feed Detector Gain 1 +3.3 V Double Feed Detector Output +3.3 V Double Feed Detector Gain 2 +3.3 V Ground Ground Ground Ground Front-side Data Enable Front-side Data Clock (Not used) Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data +5 V Ground +5 V +5 V CCD Clock (13 MHz) CCD Clock (13 MHz) CCD Clock (13 MHz) CCD Clock (13 MHz)


Signal Name

Pin No. CN2001

CN1001

175 176 177 178 179 180

175 176 177 178 179 180

FCCDP2 FCCDP1 GND GND GND GND

Description

CCD Clock (13 MHz) CCD Clock (13 MHz) Ground Ground Ground Ground

CN3003 (INTERFACE: SCSI) Pin No. CN3003 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

Signal Name +DB [12] +DB [13] +DB [14] +DB [15] +DBP1 +DB [0] +DB [1] +DB [2] +DB [3] +DB [4] +DB [5] +DB [6] +DB [7] +DBP0 GND DIFFSENS V_TERM V_TERM No Used GND +ATN GND +BSY +ACK +RST +MSG +SEL +C/D +REG +I/O +DB [8] +DB [9] +DB [10] +DB [11] –DB [12] –DB [13] –DB [14] –DB [15] –DBP1 –DB [0] –DB [1] –DB [2] –DB [3] –DB [4] –DB [5] –DB [6] –DB [7]

125

Description Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) : Parity Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) : Parity Ground Level Sens. Terminator Power Terminator Power – Ground SCSI Control Signal Ground SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) DBP Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI)


Signal Name

Pin No. CN3003 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68

–DBP0 GND GND V_TERM V_TERM No used GND –ATN GND –BSY –ACK –RST –MSG –SEL –C/D –REQ –I/O –DB [8] –DB [9] –DB [10] –DB [11]

Description DBP Ground Ground Terminator Power Terminator Power – Ground SCSI Control Signal Ground SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal SCSI Control Signal Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI) Data Bus (SCSI)

CN3005 (INTERFACE: USB) Signal Name

Pin No. CN3005 1 2 3 4

VBUS DM DP GND

Description USB Power Bus -DATA +DATA Ground

CN2007 (MOTHER) – CN3000 (INTERFACE) Signal Name

Pin No. CN2007 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

CN3000 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

GND GND GND GND FMD [0] 3.3V 3.3V 3.3V FMD [1] FMD [2] FMD [3] FMD [4] FMD [5] FMD [6] FMD [7] FMD [8] FMD [9] FMD [10] FMD [11] FMD [12] FMD [13] FMD [14] FMD [15] FMD [16]

Description Ground Ground Ground Ground Front-side Data 3.3 V 3.3 V 3.3 V Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data

126


Signal Name

Pin No. CN2007 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 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83

CN3000 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 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83

FMD [17] FMD [18] FMD [19] FMD [20] FMD [21] FMD [22] FMD [23] FWIND GND GND GND GND 5V BMD [0] BMD [1] BMD [2] BMD [3] BMD [4] BMD [5] BMD [6] BMD [7] BMD [8] BMD [9] BMD [10] BMD [11] BMD [12] BMD [13] BMD [14] BMD [15] BMD [16] BMD [17] BMD [18] BMD [19] BMD [20] BMD [21] BMD [22] BMD [23] BWIND 5V GND 5V GND 5V VWIND GND GND GND GND 3.3V 3.3V 3.3V 3.3V MCDT [0] MCDT [1] MCDT [2] MCDT [3] MCDT [4] MCDT [5] MCDT [6]

127

Description Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Front-side Data Enable Ground Ground Ground Ground 5V Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Back-side Data Enable 5V Ground 5V Ground 5V V Sync. Ground Ground Ground Ground 3.3 V 3.3 V 3.3 V 3.3 V Data (CONTROL to INTERFACE) Data (CONTROL to INTERFACE) Data (CONTROL to INTERFACE) Data (CONTROL to INTERFACE) Data (CONTROL to INTERFACE) Data (CONTROL to INTERFACE) Data (CONTROL to INTERFACE)


Signal Name

Pin No. CN2007 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120

CN3000 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120

MCDT [7] GND GND GND GND MSD [0] MSD [1] MSD [2] MSD [3] MSD [4] MSD [5] MSD [6] MSD [7] GND GND GND GND *MSEND *WTDLD *MACK GND *IFACK GND *IFSEND *RSTCPU TERMPC *IRQSC 3.3V *SCANEN 3.3V *IRQMCPU 3.3V *RESET GND GND GND GND

Description Data (CONTROL to INTERFACE) Ground Ground Ground Ground Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Data (INTERFACE to CONTROL) Ground Ground Ground Ground Communication Signal (for CONTROL and INTERFACE) Communication Signal (for CONTROL and INTERFACE) Communication Signal (for CONTROL and INTERFACE) Ground Communication Signal (for CONTROL and INTERFACE) Ground Communication Signal (for CONTROL and INTERFACE) INTERFACE CPU Reset Terminator Enable INTERFACE to CONTROL Interrupt 3.3 V I/F Buffer Ready 3.3 V Interrupt Signal (CONTROL to INTERFACE ) 3.3 V System Reset Ground Ground Ground Ground

CN3007 (INTERFACE) – CN8002 (Color Upgrade kit: Option) : Only for KV-S3085 Series Signal Name

Pin No. CN3007 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

CN8002 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

+5 V +5 V +3V +3V CPUA [17] CPUA [16] CPUA [15] CPUA [14] CPUA [13] CPUA [12] CPUA [11] CPUA [10] CPUA [9] CPUA [8] CPUA [7] CPUA [6] CPUA [5]

128

Description 5V 5V 3.3V 3.3V CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address CPU Address


Signal Name

Pin No. CN3007 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34

CN8002 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34

CPUA [4] CPUA [3] CPUA [2] CPUA [1] CPUA [0] GND CPURD CPUD [8] CPUD [9] CPUD [10] CPUD [11] CPUD [12] CPUD [13] CPUD [14] CPUD [15] GND GND

Description CPU Address CPU Address CPU Address CPU Address CPU Address Ground CPU Read Signal CPU Data Bus CPU Data Bus CPU Data Bus CPU Data Bus CPU Data Bus CPU Data Bus CPU Data Bus CPU Data Bus Ground Ground

CN3008 (INTERFACE) – CN8000 (Color Upgrade kit: Option) : Only for KV-S3085 Series Signal Name

Pin No. CN3008 1 2 3 4 5 6

CN8000 1 2 3 4 5 6

MD0 MD1 CS0 CSROM CS2 CSROM

Description CPU Mode select CPU Mode select CPU Chip Select ROM Select CPU Chip Select ROM Select

CN2008 (MOTHER) – CN4000 (DRIVE) Signal Name

Pin No. CN2008 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

CN4000 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

24VSW 24VSW 24VSW 24VSW 24VSW 24VSW SCAD24 DOOR24 24V 24V GND2 GND2 *HA *HA *HA GND2 HCOMA HCOMA HCOMA GND2 HA HA HA GND2 *HB *HB *HB

Description 24V Door Switch 24V Door Switch 24V Door Switch 24V Door Switch 24V Door Switch 24V Door Switch Front Door and Back Door Switch Lamp Door Switch 24 V (for imprinter’s printing) 24 V (for imprinter’s printing) Ground Ground Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Ground Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Ground Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Ground Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal

129


Signal Name

Pin No. CN2008 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86

CN4000 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86

GND2 HCOMB HCOMB HCOMB GND2 HB HB HB GND2 GND2 GND2 GND2 GND2 *KA *KA *KA GND2 KCOMA KCOMA KCOMA GND2 KA KA KA GND2 *KB *KB *KB GND2 KCOMB KCOMB KCOMB GND2 KB KB KB GND2 GND2 GND2 GND2 GND2 *PA GND2 *PA GND2 PCOMA GND2 PCOMA GND2 PA GND PA GND *PB GND *PB GND PCOMB GND

Description Ground Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Ground Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Ground Ground Ground Ground Ground Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Ground Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Ground Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Ground Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Ground Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Ground Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Ground Ground Ground Ground Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground

130


Signal Name

Pin No. CN2008 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120

CN4000 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120

PCOMB GND PB GND PB GND GND INP_SW P_MCLK 5V 5V 5V SCADOOR 5VPT DOOR1 DOOR2 H_MVRE *RESETP H_MCLK DECM1 K_MVRE DRV_VER2 K_MCLK DECM2 P_MVRE DRV_VER1 LD [7] LD [6] LD [5] LD [4] LD [3] LD [2] LD [1] LD [0]

Description Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Hopper Motor Phase Signal Ground Ground Imprinter Power Control Hopper Motor Clock (Approx. 1 kHz) 5V 5V 5V Lamp Door Detect Logic IC Power for imprinter 24V Detect Front, Back Door Detect Current Setting for Conveyor Motor Reset Conveyor Motor Clock (Approx. 1 kHz) MAIN CPU Control Current Setting for Paper Feed Motor PCB Rev. Detect Paper Feed Motor Clock (Approx. 1 kHz) MAIN CPU Control Current Setting for Hopper Motor PCB Rev. Detect Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU)

CN2018 (MOTHER) – CN6021 (FAN RELAY 2) Signal Name

Pin No. CN2018 1 2 3

CN6021 1 2 3

V+ GND FANLK

Description 24 V Ground Fan Motor Lock Detect

FAN RELAY 2 (CN6009) – Fan 2 Signal Name

Pin No. CN6009 1 2 3

Fan 2 1 2 3

24V GND SIG

Description 24 V Ground Fan

131


CN1002 (CONTROL) – CN5103 (CCD [FRONT]) Signal Name

Pin No. CN1002 1 2 3 4 5 6 7 8 9 10 11 12

CN5103 1 2 3 4 5 6 7 8 9 10 11 12

FR_EVEN GND FR_ODD GND FG_EVEN GND FG_ODD GND FB_EVEN GND FB_ODD GND

Description Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground

CN1003 (CONTROL) – CN5103 (CCD [BACK]) Signal Name

Pin No. CN1003 1 2 3 4 5 6 7 8 9 10 11 12 13

CN5103 1 2 3 4 5 6 7 8 9 10 11 12 –

BR_EVEN GND BR_ODD GND BG_EVEN GND BG_ODD GND BB_EVEN GND BB_ODD GND N.C.

132

Description Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Pixel Signal Ground Non Connected


CN2026 (MOTHER) – CN1 (LAMP INVERTER) Signal Name

Pin No. CN2026 1 2 3 4 5 6 7 8 9 10

CN1 1 2 3 4 5 6 7 8 9 10

24VSW GND2 B LAMP ON B LAMP CLK GND 24VSW GND2 F LAMP ON F LAMP CLK GND

Description 24 V (Door Switch ON) Ground Back-side Lamp ON Back-side Lamp Clock (70 kHz) Ground 24 V (Door switch ON) Ground Front-side Lamp ON Front-side Lamp Clock (70 kHz) Ground

CN2009 (MOTHER) – Front Door Switch, Back Door Switch, Lamp Door Switch (Not used)

CN2009 1 2 3 4 5 6

Pin No. Front Door Back Door Switch Switch 2 – 3 – – 2 – 3 – – – –

Signal Name Lamp Door (Not used) – – – – 2 3

24V 24V DOOR1 24V DOOR1 24V DOOR2 24V DOOR2 24VSW

Description

24 V Front, Back Door Front, Back Door Not used Not used 24 V (Door Switch ON)

CN2010 (MOTHER) – Conveyor Motor / Paper Feed Motor CN2010 1 2 3 4 5 6 7 8 9 10 11 12

Pin No. Conveyor Motor 1 2 3 4 5 6 – – – – – –

Signal Name Paper Feed Motor – – – – – – 1 2 3 4 5 6

*HA HCOMA HA *HB HCOMB HB *KA KCOMA KA *KB KCOMB KB

Description

Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Conveyor Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal Paper Feed Motor Phase Signal

Hopper Motor – CN2013 (MOTHER) Pin No. Hopper Motor 1 2 3 4 5 6 7 8

Signal Name CN2013 1 – 2 3 4 5 6 –

*PA N.C. PCOMA PA *PB PCOMB PB N.C.

Description Hopper Motor Phase Signal Non connected Hopper Motor Phase Signal Hopper Motor Phase Signal Hopper Motor Phase Signal Hopper Motor Phase Signal Hopper Motor Phase Signal Non connected

133


CN2027 (MOTHER) – CN6005 (HOPPER [CONNECTOR]) Signal Name

Pin No. CN2027 1 2 3 4 5 6 7 8 9

CN6005 1 2 3 4 5 6 7 8 9

5VSLP PSIZE1 PSIZE2 PSIZE3 PSIZE4 PSIZE5 *PEXIST GND GND

Description 5 V (Stand-by) Paper Size A3 Paper Size B4 Paper Size A4 Paper Size B5 Paper Size A6 Paper Detector Ground Ground

CN2011 (MOTHER) – CN6014(HOPPER [POSITION]) / CN6016 (POINTER) / CN6018 (RELAY [LOWER]) / CN6022 (RETARD [POSITION]) CN2011 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

CN6014 1 2 3 4 5 – – – – – – – – – – – – –

Pin No. CN6016 – – – – – – 1 2 3 4 – – – – – – – –

Signal Name CN6018 – – – – – – – – – – 1 2 3 4 5 6 – –

CN6022 – – – – – 1 – – – – – – – – – – 2 3

5VSLP HOPPER1 HOPPER2 HOPPER3 GND 5VSLP 5VSLP *PREXIT POINTER GND 24V GND 5VSEN GND JS_CLK JSGAINT RETARD GND

Description 5 V (Stand-by) Hopper (Lower) Hopper (Center) Hopper (Upper) Ground 5 V (Stand-by) 5 V (Stand-by) Exit (Rear) Pointer Detector Ground 24 V Ground Sensor Power Ground Double Feed Detector Clock (100 kHz) Double Feed Detector Output Retard Roller Release Ground

CN2012 (MOTHER) – CN6006 (POST IMPRINTER DOOR) / CN6017 (EXIT [FRONT] ) CN2012 1 2 3 4 5 6 7

Pin No. CN6006 1 2 3 – – – –

Signal Name CN6017 – – – – 1 2 3

5VSLP INPDOOR GND N.C. 5VSEN PFEXIT GND

Description +5 V (Stand-by) Post Imprinter Door Ground Non Connected 5 V Sensor Power Exit [Front] Ground

CN6003 (HOPPER [CONNECTOR]) – CN6001(SIZE) Signal Name

Pin No. CN6003 1 2 3 4 5 6 7 8 9 10

CN6001 10 9 8 7 6 5 4 3 2 1

5VSLP 5VSLP PSIZE1 PSIZE2 PSIZE3 PSIZE4 PSIZE5 *PEXIST GND GND

Description 5 V (Stand-by) 5 V (Stand-by) Paper Size A3 Paper Size B4 Paper Size A4 Paper Size B5 Paper Size A6 Detect Paper Ground Ground

134


CN6013 (SIZE) – Paper Sensor Signal Name

Pin No. CN6013 1 2 3 4

Paper Sensor 1 2 3 –

5VSLP *PEXIST GND F.G

Description 5 V (Stand-by) Exit (Front) Ground Frame Ground

CN6004 (HOPPER [POSITION]) – CN6002 (HOPPER [ANGLE]) Signal Name

Pin No. CN6004 1 2 3 4

CN6002 4 3 2 1

5VSLP HOPPER3 GND GND

Description 5 V (Stand-by) Hopper (Upper) Ground Ground

CN6015 (POINTER) – Exit [Rear] Sensor Signal Name

Pin No. CN6015 1 2 3

Exit [Rear] Sensor 1 2 3

5VSLP *PREXIT GND

Description 5 V (Stand-by) Exit (Rear) Ground

Double Feed Detector (Generate) – CN6007 (RELAY [LOWER]) Pin No. Double Feed Detector (Generate) 1 2 3 4

Signal Name

Description

CN6007 1 2 3 4

USOUND_S1 N.C. USOUND_S2 F.G

Double Feed Detector Output (+) Non Connected Double Feed Detector Output (-) Frame Ground

CN2025 (MOTHER) – CN6000 (PANEL) Pin No. CN2025 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Signal Name CN6000 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

GND ENB_BZ GND BUZZER GND GND GND *DECKY2 *LED_GRN *DECKY1 *LED_RED LCD_RW 5V LCD_RS 5VSLP LCD_E LD [7] LD [0] LD [6] LD [1] LD [5] LD [2] LD [4] LD [3]

135

Description Ground Buzzer Enable Ground Buzzer Clock (2 kHz) Ground Ground Ground MAIN CPU Control signal LED Green Enable MAIN CPU Control Signal LED Red Enable LCD Control Signal 5V LCD Control Signal 5 V (Stand-by) LCD Control Signal Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU) Local Data Bus (MAIN CPU)


CN6027 (PANEL) – CN7001(LCD) Signal Name

Pin No. CN6027 1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN7001 1 2 3 4 5 6 7 8 9 10 11 12 13 14

RS0 GND RW GND E GND DB0 GND N.C. N.C. DB1 DB2 DB3 GND

Description LCD Control Signal Ground LCD Control Signal Ground LCD Control Signal Ground LCD Data Bus Ground Non Connected Non Connected LCD Data Bus LCD Data Bus LCD Data Bus Ground

CN6028 (PANEL) – CN7002 (LCD) Signal Name

Pin No. CN6028 1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN7002 1 2 3 4 5 6 7 8 9 10 11 12 13 14

GND GND GND VO GND VOUT VDD DB7 GND DB6 GND DB5 GND DB4

Description Ground Ground Ground LCD Contrast Ground +5 V +5 V LCD Data Bus Ground LCD Data Bus Ground LCD Data Bus Ground LCD Data Bus

CN2015 (MOTHER) – Post Imprinter Unit (Option) Signal Name

Pin No. CN2015 1 2 3 4 5 6 7 8 9 10 11 12 13 14 —

Post Imprinter Unit 1 8 3 4 5 6 7 12 9 10 11 — — — 2

PCBNUM *INP_RTSP INP_RXDP *INP_CTSP INP_TXDP NUMRES NUMBER 5VPT GND GND 24VPT 3.3VPT GND GND N.C.

136

Description PCB Rev. Detect Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Reset Imprinter Control Signal 5 V (Logic Power for Imprinter) Ground Ground 24 V 3.3 V Ground Ground Non Connected


CN2014 (MOTHER) – CN6012 (RELAY [UPPER]) Signal Name

Pin No. CN2014 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

CN6012 – – – – – – – – – – – – – – 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

PREPCBNUM PINT_RTSC PINTRXDP PINT_CTSP PINT_TXDP PRENUMRES PRENUMBER 5VPT GND GND 24VPT 3.3VPT GND *PINP_ENC 12V GND *PINPDOOR PJAM STBY LIMIT_R SKEW_R PHEAD SKEW_L LIMIT_L 5VSEN 5VSEN 5VSLP 5VSEN GND JS_OUT JSGAINR GND –10V GND

Description PCB Rev. Detect Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Communication Signal Imprinter Reset Imprinter Control Signal 5 V (Logic Power for Imprinter) Ground Ground 24 V (for Imprinter’s printing) 3.3 V (for imprinter’s Logic) Ground Non Connected 12 V Ground Non Connected Paper Jam Waiting Sensor Signal Limit (R) Signal Skew (R) Signal Starting Position Sensor Signal Skew (L) Signal Limit (L) Signal 5 V (Sensor Power) 5 V (Sensor Power) 5 V (Stand-by) 5 V (Sensor Power) Ground Double Feed Detector Clock (100 kHz) Double Feed Detector Output Ground –10 V Ground

CN6010 (RELAY [UPPER]) – CN6023 (SKEW [R]) / CN6020 (SKEW [L]) CN6010 1 2 3 4 5 6 7 8 9 10 11 12 13 14

Pin No. CN6023 1 2 3 4 5 6 – – – – – – – –

Signal Name CN6020 – – – – – – 1 2 3 4 5 6 7 8

LIMIT_R SKEW_R 5VSEN 5VSEN GND GND STBY PHEAD SKEW_L LIMIT_L 5VSEN 5VSEN GND GND

137

Description Limit (R) Signal Skew (R) Signal 5 V (Sensor Power) 5 V (Sensor Power) Ground Ground Waiting Sensor Signal Starting Position Sensor Signal Skew (L) Signal Limit (L) Signal 5 V (Sensor Power) 5 V (Sensor Power) Ground Ground


CN6024 (JAM) – CN6026 (RELAY [UPPER]) Signal Name

Pin No. CN6024 1 2 3

CN6026 1 2 3

5VSEN PJAM GND

Description 5 V (Sensor Power) Paper Jam Ground

Double Feed Detector (Receive) – CN6011 (RELAY [UPPER]) Pin No. Double Feed Detector (Receive) 1 2 3

Signal Name

Description

CN6011 1 2 3

USOUND_R1 USOUND_R2 F.G.

Double Feed Detector Input (+) Double Feed Detector Input (–) Frame Ground

CN6019 (FAN RELAY 1) – POWER Board Signal Name

Pin No. CN6019 1 2 3

POWER Board 1 2 3

24V GND SIG


CN6008 (FAN RELAY 1) – Fan 1 Signal Name

Pin No. CN6008 1 2 3

Fan 1 1 2 3

24V GND SIG


CN2019, CN2020 (MOTHER) – POWER Board Signal Name

Pin No. CN2019 1 2 3 4 5 6 7 8 – – – – – – –

CN2020 – – – – – – – – 1 2 3 4 5 6 7

-12V 14V 24V 24V GND GND GND GND STAND BY 5V 5V GND GND GND 3.3V

138

Description -12 V 14 V 24 V 24 V Ground Ground Ground Ground Stand-by signal 5V 5V Ground Ground Ground 3.3 V


12 SCHEMATIC DIAGRAM

Index 12.1 CONTROL Board 12.2 INTERFACE Board 12.3 MOTHER Board 12.4 DRIVE Board 12.5 LCD Board 12.6 PANEL and SENSOR Boards

139


12.1. CONTROL Board

140

CONTROL Board (I/O) KV-S3105C Series KV-S3085 Series

1 16

141 KV-S3105C Series KV-S3085 Series

2 16


CONTROL Board (S/H ADC 1/3)


142

CONTROL Board (S/H ADC 2/3) KV-S3105C Series KV-S3085 Series

3 16


4 16




144

CONTROL Board (GA SEN FRONT) KV-S3105C Series KV-S3085 Series

5 16


6 16


CONTROL Board (GA SEN BACK)


146

CONTROL Board (GA SEN FRONT BUF FOR SHAD & PLD) KV-S3105C Series KV-S3085 Series

7 16


8 16


CONTROL Board (GA SEN BACK BUF FOR SHAD & PLD)


148

CONTROL Board (GA SEN FRONT LINE BUF. G,B) KV-S3105C Series KV-S3085 Series

9 16


10 16


CONTROL Board (GA SEN BACK LINE BUF. R,G)


150

CONTROL Board (GA SEN FRONT LINE BUF. RED) KV-S3105C Series KV-S3085 Series

11 16


12 16


CONTROL Board (GA SEN BACK LINE BUF. BLUE)


152

CONTROL Board (REFLECTOR COMP.) KV-S3105C Series KV-S3085 Series

13 16


14 16


CONTROL Board (REFLECTOR, DAC)


154

CONTROL Board (CPU) KV-S3105C Series KV-S3085 Series

15 16


16 16


CONTROL Board (ROM/RAM)



156

INTERFACE Board (MAIN CONNECTOR) KV-S3105C Series KV-S3085 Series

1 13


2 13


INTERFACE Board (sRGB)


158

INTERFACE Board (GA-IMG) KV-S3105C Series KV-S3085 Series

3 13


4 13


INTERFACE Board (GA-IMG BUFFER SDRAM 1)


160

INTERFACE Board (GA-IMG BUFFER SDRAM 2) Not mounted

KV-S3105C Series KV-S3085 Series

5 13


6 13


INTERFACE Board (SDRAM SOCKET)


162

INTERFACE Board (CLOCK_DRV) KV-S3105C Series KV-S3085 Series

7 13


8 13


INTERFACE Board (SCSI-CONNECTOR)


164

INTERFACE Board (SCSI-CONTROLLER) KV-S3105C Series KV-S3085 Series

9 13


10 13


INTERFACE Board (FAS466 CTL)


166

INTERFACE Board (USB) KV-S3105C Series KV-S3085 Series

11 13

167 Not mounted


12 13


INTERFACE Board (CPU) Not mounted


168

INTERFACE Board (ROM/RAM) KV-S3105C Series KV-S3085 Series

13 13

12.3. MOTHER Board

169

1 5


MOTHER Board KV-S3105C Series KV-S3085 Series


170


2 5


3 5


MOTHER Board


172


4 5


5 5


MOTHER Board


12.4. DRIVE Board

174

DRIVE Board KV-S3105C Series KV-S3085 Series

1 1

12.5. LCD Board


1 1


LCD Board


12.6. PANEL and SENSOR Boards

176

PANEL and SENSOR Boards KV-S3105C Series KV-S3085 Series

1 5

177

2 5




178


3 5

179

4 5




180


5 5


13 CIRCUIT BOARDS

Index 13.1 CONTROL Board 13.2 INTERFACE Board 13.3 MOTHER Board 13.4 DRIVE Board 13.5 LCD Board 13.6 *PANEL Board 13.7 *SIZE Board 13.8 *HOPPER [CONNECTOR] Board 13.9 *HOPPER [POSITION] Board 13.10 *HOPPER [ANGLE] Board 13.11 *POINTER Board 13.12 *RELAY [LOWER] Board 13.13 *POST IMPRINTER DOOR Board 13.14 *EXIT [FRONT] Board 13.15 *SKEW [L] Board 13.16 *SKEW [R] Board 13.17 *JAM Board 13.18 *RETARD [POSITION] Board 13.19 *FAN RELAY 1 Board 13.20 *FAN RELAY 2 Board 13.21 *RELAY [UPPER] Board Note: * Add 6000 to each part number with silk printed to identify the actual part number.

181


13.1. CONTROL Board

PbF stamp

Reducing to 70%.

182



PbF stamp

Reducing to 70%.

183


13.3. MOTHER Board

PbF stamp

184


13.4. DRIVE Board

PbF stamp

185


13.5. LCD Board

PbF stamp

186


13.6. PANEL Board PbF stamp

187


13.7. SIZE Board

PbF stamp

13.8. HOPPER [CONNECTOR] Board PbF stamp


PbF stamp

188


13.10. HOPPER [ANGLE] Board PbF stamp


PbF stamp


PbF stamp


PbF stamp

189


13.14. EXIT [FRONT] Board PbF stamp

13.15. SKEW [L] Board PbF stamp


PbF stamp

13.17. JAM Board PbF stamp

190



PbF stamp

13.19. FAN RELAY 1 Board PbF stamp


PbF stamp

191



PbF stamp

Reducing to 80%.

192


14 PARTS LOCATION AND MECHANICAL PARTS LIST

Note: RTL (Retention Time Limited) The mark (RTL) indicates that the Retention Time is limited for this item. After the discontinuations of this assembly in production, the item will continue to be available for a specific period of time. The retention period of availability is dependent on 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. Note: TSCA (Toxic Substance Control Act) The marking (TSCA) in the Remark column indicates that the part shown in the column consist of the substances which are included in TSCA inventory. Note: PbF (Pb Free) “PbF” in the Remark column means Pb Free solder is used to assemble parts on the PCB assembly.

193


14.1. Exterior

194


REPLACEMENT MECHANICAL PARTS LIST (Exterior) Ref. No. 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 34 35 36 37 38 39 40 41 42 43 44 44 45 46 47 48 49 50 315 323 325 327

Part No. PJKAB0004Y PJDSB0115Z PJKAB0015Z PBHRA0152Z PBHRA0163Z PJHEB0020Z PJKAC0011Z PBHRA0151Z PJKAB0002Y PJKAB0001Y PJMDB0082Z PJMDB0083Z PJHEB0018Z PJHEB0019Z PJKAB0003Y PJWP08070M PBHRA0169Z PBHRA0183Z-1 PBDEA0096Y PJHEB0028Z PJJRB0638Z PBKAA0023X PBKAA0024X PJKAC0003Z PJKAC0006Z PJKAC0009Z PJKAB0010Y PBKAX0022X PBKAX0025X PJKAB0013Y PJHEB0021Z PBBCA0010X PBBCA0011Z-1 PJGKB0001Z-1 PJGKB0001Y-1 PJWP08071M PJQTB0051Z PBQAA0652Y PBQAA0653Y PBQAA0654Y PBQAA0655Y PJQTB0047Z PJQTB0052Z VJF0036 PBQAA0922Z PJQTB0250Z PBBCA0012Z-2 PBBCA0013Z-2 PBBCA0014Z-2 PJGAC0007Z CE-016-L340 PJRAC0007Z XTW3+U10PFJ XTW3+U6LFJ XTW3+U6LFJK XTW3+U8LFJ

Part Name & Description Stacker Base Stacker Spring Oscillate Plate Oscillate Stopper Stacker Spring Support Oscillate Sheet1 Stacker Panel Oscillate Stopper Inner Panel (L) Inner Panel (R) Stacker Guide (L) Stacker Guide (R) Stacker Guide Sheet1 Stacker Guide Sheet2 Stacker Bottom Cover PANEL Board Oscillate Sheet Paper Thick Knob Top Cover Spacer Stacker Cover Panel Cable Top Cover Hopper Cover Front Panel (R) Front Panel (L) Side Panel (L) Side Panel (R) Numbering Cover Door Cover Rear Panel Oscillate Plate Sheet Hinge Button (A) Hinge Button (B) Switch Panel for KV-S3105C Series Switch Panel for KV-S3085 Series LCD Board ADF Label AC IN Label Power Label I/F Label Pull Open Label Paper Feed Roller Label Pointer Label Rivet Roller Caution Label (Except for China) Roller Caution Label (Only for China) Hinge Button (C) Hinge Button (D) Seesaw Button Switch Panel Sheet Edging Shield Gasket Screw Screw Screw Screw

195

Remarks

ISO: PE/PS

ISO: PE ISO: PE (RTL) ISO: ABS ISO: PC

ISO: ISO: ISO: ISO:

PE/PS ABS ABS ABS/PC

(RTL)

ISO: ABS ISO: ABS ISO: ABS



196


REPLACEMENT MECHANICAL PARTS LIST (Chassis and Base 1) Ref. No. 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 51 52 53 54 55 56 57 58 59 60 61 62 63 65 68 70 71 72 73 74 75 76

Part No. A4JZC28C0003 PJMCC0048Z PJMCC0019Z PJZR08074M PJDFB0038Y PJUEB0005Z PJUEB0007Z PJUEC0150Z PJMDC0039Z PJHEC0093Z PJHEC0076Z PJHEC0075Z PBULX0098Y DR-19-H6 RWPS6-100 RWPS6-025 PBDGA0048Z B-S6-168 PJULB0017Y PBDGA0036Z 23KM-K711-05 PBHE28Z PBDGA0049Z PJUAB0020Y PJULB0009Y PBDEA0198Z PJDSB0050Z PBHDA0003Y PJUAC0199Z C-30FRB-3220 PBULA0088Y PJWP08073M PBHDA0001Y PBUS8Z YMC10-0 PBDS10Z40 LWS-1S PJJRB0628Z PJJRB0643Z PBDG3Z PJZR08070M PJZR08073M PJZR08072M PJZR08071M B100S2M710 B100S2M560 PBUEA0072Z PJUEB0003Z PBHRA0117Z PJDFB0036Z PJMDB0062Y PJDJB0007Z PJMDB0055Z PBBSA0002Z-1 PJUSB0029Z PJDSB0049Y PBDJA0014Z PJMDC0036Z PJUSB0099Z PJHEC0094Z LWS-3S PJMDB0046Y C-54-2 PBMDA0553Z PJULC0031Z ASU-350 N0ZZ00000015 PJMDB0049Z K-103G-R EDS-3 LWS1SV0BK PJULB0002X

Part Name & Description Lamp Lamp Holder Up-A Dust Protect Sheet 3 Drive Roller F Assembly Conveyor Bottom 3 Shaft Conveyor Up White Conveyor Bottom Black Conveyor Bottom 4 Glass Plate Target Glass Dust Cover Sheet 2 Dust Cover Sheet 1 Tension Plate DS-Bearing Spacer Spacer Tension Pulley Bearing Tension Plate 4-A Pulley Gear Feed Motor Damper Pulley Main Chassis L-A Optical Unit Guide 2L Spacer Conveyor 3 Press Spring Screw Base-A Rubber Foot Plate Reinforcement 2 JAM Board Screw Conveyor Spring Clamp Tension Spring Clamper Conveyor Motor Cable Jam Sensor Cable Cam Exit Roller Assembly Drive Roller 1 Assembly Drive Roller 1-2 Assembly Drive Roller 2 Assembly Conveyor Belt (1) Conveyor Belt (2) Conveyor Up 5 Conveyor Up 6 Pointer Pointer Shaft Pointer Plate Bearing Pointer Lever Retard Cancellation Lever Pointer Hold Spring Conveyor 3 Spring Spacer Imprinter Support Plate L Imprinter Lock Spring Glass Sheet Clamper Gas Spring Stay 1 Magnet Plate Side Panel Stay 2 Spacer Lamp Inverter Board LAMP Board Stay Clamper Edge saddle Locking Wire Saddle Side Panel Stay 1

197

Remarks

ISO: SI

ISO: SI ISO: SI

ISO: POM

(RTL)

ISO: POM

ISO: PC

ISO: POM ISO: ABS

ISO: SI


Ref. No. 77 78 79 80 81 82 83 84 85 86 87 88 89 90 303 306 308 313 321 327 335 337 347 359

Part No. PJJRC2598Z PJJRB0627Z PJJRB0626Z PBMDA0288Y PJHEB0038Z PJHEB0041Z PJMDB0184Y PJHEB0025Z PJMCC0041Z PJHEB0026Z EDS-0607M PJMCC0050Z PJMCC0042Z CS-2-R XPJ2C12VW XSN3+4FJ XTN4+16FFJ XTW3+8SFJ XTW3+U6LFJ XTW3+U8LFJ XUC5FJ XUC6FJ XXE3W2.5FT XYN4+J10FJ

Part Name & Description Lamp Driver Cable Lamp (F) Connect Cable Lamp (B) Connect Cable Front Panel plate Pointer Cover Sheet Platen Sheet Lamp Barrier Plate Lamp Reflector Lamp Cover L Up Lamp Spacer Up Edge Saddle Lamp Holder Bottom-A Lamp Cover L Bottom Clip Pin Screw Screw Screw Screw Screw E-ring E-ring Hex-hear Screw Screw

198

Remarks

ISO: PC ISO: PC ISO: PC



199


REPLACEMENT MECHANICAL PARTS LIST (Chassis and Base 2) Ref. No. 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 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72

Part No. PJDFB0029Z PJDRC0084Z RWPS6-025 PJDRB0027Z-J PJDFC0176Z PJNW4111Z PJZR08075M PJUEC0155Z PJUEC0153Z PBHRX0150Z PBDSA0081Z PBMEA0057Z PJDJA0016Z PJHEB0023Z PJHRB0090Z PJHEB0011Z PJHRB0091Z-J PJUEC0157Z PJHEB0022Z PBDFA0066Z PBDGA0036Z B-S6-168 PJULB0014Y PJUAB0018Y 23KM-K711-05 PBHE28Z PBDGA0051Z PJULB0008Y PBDEA0198Z PJDSB0050Z PBHDA0003Y PJULB0006Y PJULB0007Y PBULA0089Y PJMCC0045Z TB-1116 TB-2533 EDS-17L EDS-3 EDS-0607U PJWP08072M PBMDA0297Y PJWP08074M PJULB0005Y B3NZB0000006 PJWP08075M PBHDA0001Y PJWP08077M PJHEB0036Z WLS-03-0 YMC10-0 PJDSB0153Z PJJRB0633Z PJJRB0634Z PJJRB0636Z PJJRC2588Z PJMDB0056Y PJDFB0033Z B-F6-69 PJMDB0071Y PJMDC0035Z PJDFB0032Z DDLF-1360ZZR PJZH08070M PBDRA0031Z PBDGA0037Z PBDGA0050Z B60S2M236 PBDGA0038Z PJDSB0158Z L2FA00000005 PJMDC0032Z

Part Name & Description Retard Shaft Retard Roller Spacer Roller assemble Exit Free Roller Shaft Spacer Exit Free Roller Conveyor Up 7-A Exit Conveyor A Ink Absolution Felt Spring Discharge Brush Roller Bear Reflect Sensor Sheet 2 Retard Cover Retard Cover Magnet Pad Flame Assemble Conveyor Bottom 1-A Reflect Sensor Sheet 1 Free Roller Shaft Pulley Gear Bearing Tension Plate 3-A Main Chassis R-A Feed Motor Damper Pulley Optical Unit Guide 2R Spacer Conveyor 3 Press Spring Screw Support 1-1 Support 1-2 Plate Reinforcement (3) Dust Cover Bottom-A Bush Bush Lock Edge Saddle Edge saddle Edge Saddle POINTER Board Sensor Plate POST IMPRINTER DOOR Board Sensor Plate Photo Coupler (Paper Sensor) RELAY [LOWER] Board Screw RETARD [POSITION] Board Retard Sensor Sheet Spacer Clamp Tension Spring 2 Hopper Cable Exit (R) Sensor Cable Numbering Door Cable Double Feed (G) Cable Retard Support Retard Support Shaft Metal Retard Plate Retard Press Plate Retard Drive Shaft Bearing Planet Plate Sub Assembly Pitch Roller 2 Idler Gear Drive Pulley Belt Retard Gear Spring SENSOR Unit (Double Feed Detector) Sensor Plate 1

200

Remarks

ISO: PA

ISO: POM ISO: PC ISO: ABS ISO: ABS/SUS ISO: PC ISO: POM

(RTL) (RTL)

(RTL) (RTL) ISO: PC

ISO: POM ISO: POM

ISO: POM


Ref. No. 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 280 299 301 309 321 327 330 331 335 337 347 359 361

Part No. PJHRB0673Z PJDSB0048Z PBDGA0015Z PBDGA0056Z PJDFB0035Z PJNW525Z PBHRA0023Z PJDSB0047Z PJUEB0018Y K-103G-R PJWP08078M PJHEC0078Z PBULA0108Y PBDSA0077Z PJNW419Z LWS-3S PJUAB0009Y PJUAB0010Y PJMDB0053Y PJMDB0054Y PJUEB0009Y PBDFA0064Z PBDS17Y PBDS16Y PBUC29Y PBUC30Y PBUL30Y PBDFA0067Z PBDSA0072Y PBDSA0073Y PJUAB0011Y PJDFB0034Z PBDSA0071Z PBHRA0181Z PJUEB0001Z PBDSA0074Z PBFV4Z PJMDB0046Y PJMCB0011Z K0KACF000073 PJMDC0037Z K-105G-R PJJRC2599Z PJHEB0015Z PJHEB0024Z VJF0036 PJULC0034Z LWS-1S PJUSB0100Z PJMDC0038Z PJJRC2600Z RWPS5-025 PBMEA0010Z RTP3+8(3)BC XPL2B12WVW XPJ2C10VW XTW3+U14LFJ XTW3+U6LFJ XTW3+U8LFJ XUB14FZ XUC3FJ XUC5FJ XUC6FJ XXE3W2.5FT XYN4+J10FJ XTB3+6FFJ

Part Name & Description Double Feed Spacer Counter Spring Hopper Cam Hopper Powerful Cam Retard Adjust Shaft Spacer Hopper Cam Shutter Retard Spring Conveyor Bottom 5-A Clamper EXIT [FRONT] Board Exit Cover Sheet Door Switch Link Door Switch Spring Spacer Clamper Cover Side Plate L Cover Side Plate R Free Roller Plate L Free Roller Plate R Straight Conveyor Lock Lever Shaft Lock Lever Spring L Lock Lever Spring R Lock Lever L Lock Lever R Lock Release Plate Cover Shaft Cover Spring L Cover Spring R Cover Rear Plate Rear Free Roller Shaft Free Roller Support Spring Spacer Outer Conveyor Free Roller Spring Bushing Gas Spring Stay 1 Lamp Cover R Bottom Micro Switch Imprinter Support Plate R Clamp Imprinter Control Cable RELAY Board Sheet Retard Spring Sheet Rivet Support 1-3 Clamper Imprinter Lock Spring Imprinter Connector Plate Door Switch Cable Spacer Discharge Brush Screw Pin Pin Screw Screw Screw C-ring E-ring E-ring E-ring Hex-hear Screw Screw Screw

201

Remarks ISO: ABS ISO: POM ISO: POM ISO: PA ISO: ABS

(RTL)

ISO: PA

ISO: POM

ISO: POM

ISO: PC ISO: PC


14.4. Hopper Unit

202


REPLACEMENT MECHANICAL PART LIST (Hopper Unit) Ref. No. 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 51 52 53 54 55 56 57 58 59 60 303 304 310 321 325 327 328 329 351 331 335 337

Part No. B3NZB0000006 PJWP0807BM PJDFB0028Y PBDFA0069Z PJJEC3442Z PBMDA0573Y PJULB0011Y PBDGA0046Z PJULB0013Y PBDFA0070Z PBDGA0043Z PBUAX0102Y PBDGA0042Z PJWP08079M PJJEC3443Z PBULA0113Y 17PMK103-G8V PJJRB0631Z RF1401-A5 PJMDB0068Y PJUAB0012Y PJWP0807AM PBHRA0134Z PBDSA0075Z PBHRA0136Z PBULX0112Y PJNW413Y PJNW419Z RWPS10-050 EDS-0607U YMC10-0 PBHRA0122Y PBULA0115Z PBHRA0123Y PBULA0116Z PBMDA0427Y PBUSA0031Z PJMDB0185Z PBHRA0154Y PBHAA0033X PBHEA0049Z PBQAA0678Y PBDGA0044Z PBDGA0045Z PJDG50133Z PBHRA0125Y PBULA0114Z PJMDB0051Y PBHEA0064Y PJQTB0046Z PBULX0111Y PBHRA0135Z PBMDA0420Y PJNW822Z PJWP08076M PJJRB0632Z PBFU3Z PJJRB0629Z PBULA0088Y PJNWB0517Z XPJ2C12VW XPJ3C30VW XTB3+6FFJ XTW3+U6LFJ XTW3+U6LFJK XTW3+U8LFJ XTW3+U8LFJK XTW3+U8PFJ XYN3+J6FJ XUC3FJ XUC5FJ XUC6FJ

Part Name & Description Photo Coupler (Paper Sensor) SIZE Board Hopper Shaft 1 Hopper Shaft 2 Size Cable Plate Hopper Arm 1L-A Hopper Rack Hopper Arm 1R-A Hopper Drive Shaft Hopper Gear(2) Hopper Chassis-L Hopper Gear HOPPER ANGLE Board Hopper Angle Cable Sensor Plate Scanner Motor Paper Detect Sensor Cable Motor Mount Motor Chassis A Hopper Sub Chassis R-A HOPPER POSITION Board Spacer Spring Spacer Hopper Link Sensor Spacer Spacer Spacer Edge Saddle Clamper Paper Guide L Paper Guide Plate L Paper Guide R Paper Guide Plate R Paper Guide Stopper Stopper Spring Hopper Stay Stopper Cover Hopper Plate Hopper Pad Label Document Guide Rack (L) Document Guide Rack (R) Pinion Extension Tray Extension Guide Lack Cover Stopper Pad Size Label Hopper Arm 2 Arm Spacer Slit Cover Spacer HOPPER CONNECTOR Board Hopper Connect Cable Bearing Hopper Motor Cable Plate Reinforcement 2 Cut Spacer Pin Pin Screw Screw Screw Screw Screw Screw Screw E-ring E-ring E-ring

203

Remarks (RTL)

ISO: POM

ISO: POM ISO: POM (RTL)

(RTL)

ISO: POM

ISO: PA

ISO: ABS ISO: ABS

ISO: ABS ISO: ABS

ISO: ISO: ISO: ISO:

POM POM POM ABS

ISO: POM

(RTL)


14.5. Paper Feed and Optical Units

204


REPLACEMENT MECHANICAL PARTS LIST (Paper Feed and Optical Unit) Ref. No. 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 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72

Part No. PJZY08070M PJDFB0030Z RWPS8-025 PJDRC0083Z PJDRC0082Z RWPS6-025 PJMDC0030Z B-S6-168 PBDGA0037Z DDLF-1280ZZH PJDGC0166Z B-F6-69 PBDGA0055Z PJHRB0089Z PBHRA0119Y DDLF-1360ZZR PBDGA0038Z PBDFA0054Z PBUL30Y PJULB0010Y PBHRA0126Z PJMCC0043Z PJUAB0014Y PJUAB0016Y PBDSA0064Z PBDSA0065Z PBHMA0107Z PBHMA0108Z PJMDB0052Y PJULB0004Y PJWP0807EM PJWP0807DM L2FA00000005 PJWP0807CM PJMDC0033Z CKN-10 K-103G-R YMC10-0 PJJRB0642Z PJJRC2589Z PJDFB0048Z PJMDB0047Y Y0005 PBHMA0106Y PJMCC0040Z PJUEX07S905C PJDFB0037Y PJUEB0005Z PJUEB0006Z PJDRB0027Z-J PJNW4111Z PJHRB0673Z PBDSA0066Z PJDJA0016Z PJDSB0117Z PJZB08070M PJDSB0049Y PBDJA0014Z PBDGA0071Z PJMDB0066Y PJJRB0647Z PJJRC2611Z PJJRB0619Z PJJRB0620Z PJJRC2612Z PJJRB0623Z EDS-0607M PJHEB0041Z AL5 PJDRB0072Y PJHEB0044Z PJHEB0047Z

Part Name & Description Optical Unit Separation Roller Shaft Polyslider Separation Roller Feed Roller Spacer Paper Feed Holder-A Bearing Idler Gear Ball Bearing2 Paper Feed Gear Metal Separation Drive Gear Feed Roller Cover Feed Roller Lever Bearing Retard Gear Switching Shaft Lock Release Plate Support 5 Guide Holder Dust Cover Up-A Sub Chassis R-A Sub Chassis L-A Lever Spring R Lever Spring L Lever R Lever L Skew Sensor Stay Support 4 Skew [L] Board Skew [R] Board SENSOR Unit (Double Feed Detector) RELAY [UPPER] Board Sensor Plate 2 Clamper Clamper Clamper STBY Sensor Cable Double Feed Receive Cable Sub Chassis Shaft Gas Spring Stay 2 Gas Damper Spacer Lamp Cover R Up Conveyor Up 4 Arm Assembly Conveyor Up 3 Shaft Conveyor Up White Conveyor Up 3B Roller assemble Spacer Double Feed Spacer Feed Roller Spring Pressure Roller Bear Free Roller Spring Conveyor Up 1 Assembly Conveyor 3 Spring Spacer Pitch Roller Hopper Sensor Arm-A Double Feed Receive Connect Cable CCD (F) Digital Cable CCD (F) Power Cable CCD (F) Analog Cable CCD (B) Digital Cable CCD (B) Analog Cable Edge Saddle Platen Sheet Clamper FR Free Roller Free Roller Hold Sheet Dust Cover Sheet 4

205

Remarks

ISO: POM

ISO: ABS ISO: POM ISO: POM

ISO: POM

(RTL) (RTL) (RTL)

ISO: PA ISO: ABS ISO: POM

ISO: POM


Ref. No. 301 306 317 321 335 337 339 343 361

Part No. XPJ2C10VW XSN3+4FJ XTB4+10FFJ XTW3+U6LFJ XUC5FJ XUC6FJ XUC8FJ XWG6FJ XTB3+6FFJ

Part Name & Description Pin Screw Screw Screw E-ring E-ring E-ring Washer Screw

206

Remarks


14.6. Power Unit and Circuit Boards

207


REPLACEMENT MECHANICAL PARTS LIST (Power Unit and Circuit Boards) Ref. No. 1 2 3 4 5 6 7 8 9 10 11 13 14 15 16 17 18 19 20 21 22 23 23 24 25 26 27 28 29 30 31 32 33 297 311 312 321 357

Part No. PJMCB0031X N0AE5GK00001 PJHEB0002Z L6FALEGK0006 PJJRC2590Z PJWP0807FM YMC10-0 LWS1SV0BK NF-0405-V0 PJJRC2613Z PJULC0039Z PJJRB0661Z PJMCB0014Y PJWP0807GM GR-280S LWS-3S KG-010-L90 PJMCB0013Y PJMCB0034Y PJMDB0010Y KGPS-6RF PJWP0807HM PJWP08130M PJMCC0047Z A-46-5 PJWP0807IM PJWP0807JM PJJRB0658Z PJWP0807KM PBMDA0305Y PJMCB0017Y AL5 TMM6463 PCSXE50SJ6U2 XTW3+U30LFJ XSB26+4FJ XTW3+U6LFJ XYN4+F8FJ

Part Name & Description POWER Board Plate-A POWER Board Power Sheet Fan Inlet Cable FAN RELAY 1 Board Clamper Locking Wire Saddle Wire Clip Main Power Cable IF Connect Plate FAN Relay Cable 1 Board Box Plate FAN RELAY 2 Board Rail Clamper Bush-L090 Power Box Board Box-A DRIVE Board Fitting Plate Spacer INTERFACE Board for KV-S3105C Series INTERFACE Board for KV-S3085 Series I/F Board Stay Handle MOTHER Board DRIVE Board FAN Relay Cable 2 CONTROL Board Join Plate Board Box Cover Clamper Clamper Screw Screw Screw Screw Screw

208

Remarks

ISO: PPE

(RTL)

(RTL)

(RTL) (RTL)

(RTL) (RTL) (RTL)


14.7. Packing

209


REPLACEMENT MECHANICAL PARTS LIST (Packing) Ref. No. 1 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 14 14 15 15 15 16 17 18 19 20 21 22 23 24 25 26

Part No. PJPGC0215Z PJYC08070CN PJPGC0321Z PJPGB0029Z PJPQC0023Z PJPQC0024Z PJPQC0022Z PBPNA0151Y PJPNB0038Z ZVC0XJ711MU0 PJPPB0003Z PJQXC0046Z PJPNB0063Z PJULC0030Z PBHRA0127Y PJQHC0088Z PJQHC0089Z PJQHC0090Z PJQXC0043Z PJQXC0044Z PJQXC0045Z PBHSA0055Z PBPE6Z PBAQA0212N PJIUA0001Z K2CK3DH00033 K2CM3DH00012 K2CT3DH00024 K2CG3DH00032 K1HB04CD0003 PBMDA0426Z-J HP-601W2-R

Part Name & Description Outer Carton for KV-S3105C Outer Carton for KV-S3105CCN Outer Carton for KV-S3085 Bottom Carton Cushion of Bottom R Cushion of Bottom L Cushion of Upper Fix Carton Guide Pad Cover for Fix Carton Protection Bag Roller Protect Sheet Attached Parts Box Stacker Extension Guide Exit Tray Maintenance Manual for English Maintenance Manual for German Maintenance Manual for Chinese Installation Manual for English Installation Manual for German Installation Manual for Chinese Roller Cleaning Paper Cushion Bag for Exit Tray CD-ROM Blower Brush Power Cord (240V) for Chinese Type Power Cord (240V) for German Type Power Cord (240V) for UK Type Power Cord (120V) for USA Type USB Cable Exit Tray Guide Joint

Remarks

ISO: PP ISO: PP ISO: PP

ISO: PE ISO: PE

ISO: ABS

ISO: PE

ISO: PP

14.8. Tool

REPLACEMENT MECHANICAL PARTS LIST (Tool) Ref. No. 1 2 3 4 5 6 7

Part No. PBQX90095Z-J PJQXC0034Z-J PBQX90104Z-J PBQX90105Z-J T4E30725-2 T4E307100 RMA02M705-08

Part Name & Description Test Chart A(A4) (10 Pieces) Shading Paper (10 Pieces) Test Chart A (10 Pieces) Test Chart B (10 Pieces) Polyester Tape (19mm) Polyester Tape (100mm) Eco Solder

210

Remarks


15 REPLACEMENT PARTS LIST

Note: RTL (Retention time limited) The marking (RTL) in the Remark column indicates that Retention Time is limited for this item. After the discontinuation of this assembly in production, the item will continue to be available for a specific period of time. The retention period of availability is dependent on 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 2. Capacitor

1. Resistor

Example:

Example: ERJ6GEYJ472

F G J K M

ECUX1H104ZFX

4.7k / J / 0.1W (1/10W)

ALLOWANCE ±1% ±2% ±5% ±10% ±20%

C D F J K L M P Z

211

0.1 / Z / 50V

ALLOWANCE ±0.25 pF ±0.5 pF ±1 pF ±5% ±10% ±15% ±20% +100% -0% +800% -20%


15.1. CONTROL Board Ref. No. R1001 R1003 R1004 R1005 R1006 R1007 R1008 R1009 R1010 R1011 R1012 R1013 R1014 R1015 R1016 R1017 R1018 R1019 R1020 R1021 R1022 R1023 R1026 R1027 R1030 R1031 R1032 R1033 R1034 R1035 R1036 R1037 R1040 R1041 R1046 R1047 R1048 R1049 R1050 R1051 R1052 R1053 R1054 R1055 R1056 R1057 R1058 R1059 R1060 R1061 R1062 R1063 R1066 R1067 R1070 R1071 R1072 R1073 R1074 R1075 R1076 R1077 R1080 R1081 R1086 R1087 R1088 R1089 R1091 R1092

Part No.

ERJ3GEYJ472 ERJ3GEY0R00 ERJ3EKF3001 ERJ3EKF3600 ERJ3EKF1001V ERJ3EKF1001V ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ471 ERJ3GEYJ471 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ471 ERJ3GEYJ471 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ471 ERJ3GEYJ471 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ471 ERJ3GEYJ471 ERJ3GEY0R00 ERJ3EKF3001

Part Name & Description

Ref. No. R1093 R1094 R1095 R1096 R1097 R1098 R1099 R1100 R1101 R1102 R1103 R1104 R1105 R1106 R1107 R1108 R1109 R1110 R1111 R1114 R1115 R1118 R1119 R1120 R1121 R1122 R1123 R1124 R1125 R1128 R1129 R1134 R1135 R1136 R1137 R1138 R1139 R1140 R1141 R1142 R1146 R1147 R1148 R1149 R1150 R1151 R1152 R1153 R1154 R1155 R1156 R1157 R1158 R1159 R1160 R1161 R1162 R1163 R1164 R1165 R1166 R1167 R1168 R1169 R1170 R1171 R1172 R1176 R1177 R1178 R1179 R1180 R1181

Remarks

RESISTORS 4.7K / J / (1/10W) 0-ohm Jumper 30K / F / (1/16W) 3.6K / F / (1/16W) 1.0K / F / (1/16W) 1.0K / F / (1/16W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 470 / J / (1/10W) 470 / J / (1/10W) 100 / J / (1/10W) 100 / J / (1/10W) 470 / J / (1/10W) 470 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 470 / J / (1/10W) 470 / J / (1/10W) 100 / J / (1/10W) 100 / J / (1/10W) 470 / J / (1/10W) 470 / J / (1/10W) 0-ohm Jumper 30K / F / (1/16W)

212

Part No. ERJ3EKF3600 ERJ3EKF1001V ERJ3EKF1001V ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ471 ERJ3GEYJ471 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ471 ERJ3GEYJ471 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ470 ERJ3GEYJ102 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ101 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ122 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ101 ERJ3GEYJ470 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ470 ERJ3GEYJ470 ERJ3GEYJ101

Part Name & Description 3.6K / F / (1/16W) 1.0K / F / (1/16W) 1.0K / F / (1/16W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 470 / J / (1/10W) 470 / J / (1/10W) 100 / J / (1/10W) 100 / J / (1/10W) 470 / J / (1/10W) 470 / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 47 / J / (1/10W) 1K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 100 / J / (1/10W) 100 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 100 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 1.2K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 100 / J / (1/10W) 47 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 100 / J / (1/10W) 100 / J / (1/10W) 47 / J / (1/10W) 47 / J / (1/10W) 100 / J / (1/10W)

Remarks



Part No. ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ122 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ101 ERJ3GEYJ220 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ473 ERJ3GEYJ334 ERJ3GEYJ334 ERJ3GEYJ334 ERJ3GEYJ334 ERJ3GEYJ473 ERJ3GEYJ334 ERJ3GEYJ224 ERJ3GEYJ334 ERJ3GEYJ334 ERJ3GEYJ334 ERJ3GEYJ224 ERJ3GEYJ334 ERJ3GEYJ334 ERJ3GEYJ224 ERJ3GEYJ334 ERJ3GEYJ224 ERJ3GEYJ334 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ332 ERJ3GEYJ473


Remarks


22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 1.2K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 100 / J / (1/10W) 22 / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 47K / J / (1/10W) 330K / J / (1/10W) 330K / J / (1/10W) 330K / J / (1/10W) 330K / J / (1/10W) 47K / J / (1/10W) 330K / J / (1/10W) 220K / J / (1/10W) 330K / J / (1/10W) 330K / J / (1/10W) 330K / J / (1/10W) 220K / J / (1/10W) 330K / J / (1/10W) 330K / J / (1/10W) 220K / J / (1/10W) 330K / J / (1/10W) 220K / J / (1/10W) 330K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 3.3K / J / (1/10W) 47K / J / (1/10W)

213

Part No. ERJ3GEYJ103 ERJ3GEYJ681 ERJ3GEYJ272 ERJ3EKF1002V ERJ3GEY0R00 ERJ3GEYJ472 ERJ3GEYJ222 ERJ3GEY0R00 ERJ3GEYJ681 ERJ3GEYJ201 ERJ3GEYJ103 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ681 ERJ3GEYJ681 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ272 ERJ3GEYJ472 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ472 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220

Part Name & Description 10K / J / (1/10W) 680 / J / (1/10W) 2.7K / J / (1/10W) 10K / F / (1/16W) 0-ohm Jumper 4.7K / J / (1/10W) 2.2K / J / (1/10W) 0-ohm Jumper 680 / J / (1/10W) 200 / J / (1/10W) 10K / J / (1/10W) 0-ohm Jumper 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 680 / J / (1/10W) 680 / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 2.7K / J / (1/10W) 4.7K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 0-ohm Jumper 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 0-ohm Jumper 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 4.7K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W)

Remarks


Ref. No. R1423 R1424 R1425 R1426 R1427 R1428 R1431 R1432 R1433 R1434 R1435 R1438 R1439 R1440 R1441 R1442 R1443 R1444 Z1001 Z1002 Z1003 Z1004 Z1005 Z1006 Z1007 Z1008 Z1009 Z1010 Z1011 Z1012 Z1020 Z1021 Z1022 Z1023 Z1024 Z1025 Z1026 Z1027 Z1028 Z1029 Z1030 Z1031 Z1032 Z1033 Z1034 Z1035 Z1036 Z1037 Z1038 Z1039 Z1040 Z1041 Z1042 Z1043 Z1044 Z1045 Z1046 Z1047 Z1048 Z1049 Z1050 Z1051 Z1052 Z1053 Z1054 Z1055 Z1056 Z1064 Z1065 Z1066 Z1067 Z1068 Z1069

Part No. ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D1H84704A008 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001


Remarks

Ref. No. Z1070 Z1071 Z1072 Z1073 Z1074 Z1075 Z1076 Z1077 Z1078 Z1079 Z1080 Z1081 Z1082 Z1083 Z1084 Z1085 Z1086 Z1087 Z1088 Z1089 Z1090 Z1091 Z1092 Z1093 Z1094 Z1095 Z1096 Z1097 Z1098 Z1099 Z1100 Z1101 Z1102 Z1103 Z1104 Z1105 Z1106 Z1107 Z1108 Z1109 Z1110 Z1111 Z1112 Z1113 Z1114 Z1115 Z1116 Z1117 Z1118 Z1119 Z1120 Z1121 Z1122 Z1123 Z1124 Z1125 Z1126 Z1127 Z1128 Z1129 Z1130 Z1131 Z1132 Z1133 Z1134 Z1143 Z1144 Z1145 Z1146 Z1147 Z1148 Z1149 Z1153

22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 0-ohm Jumper 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array

214

Part No. D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D1H822240002 D1H822240002 D1H82724A007 D0GZ220J0001 D1H82724A007 MNR14E0AJ103 MNR14E0AJ103 D0GZ220J0001 MNR14E0AJ103 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 MNR14E0AJ103 MNR14E0AJ103 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 D0GZ220J0001 D0GZ220J0001 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 PJRAMNR14473 PJRAMNR14473 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001

Part Name & Description Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor

Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array

Remarks


Ref. No. Z1154 Z1155 Z1159 Z1160 Z1161 Z1162

Part No. D0GZ220J0001 D0GZ220J0001 PJRAMNR14473 PJRAMNR14473 PJRAMNR14473 PJRAMNR14473

C1001 C1002 C1003 C1004 C1005 C1006 C1007 C1008 C1009 C1010 C1011 C1012 C1013 C1014 C1015 C1016 C1017 C1018 C1019 C1020 C1021 C1022 C1023 C1024 C1025 C1026 C1027 C1028 C1033 C1034 C1035 C1036 C1038 C1039 C1040 C1041 C1042 C1043 C1044 C1045 C1046 C1047 C1048 C1049 C1050 C1051 C1052 C1053 C1054 C1055 C1056 C1057 C1058 C1059 C1060 C1061 C1062 C1063 C1064 C1065 C1066 C1067 C1068 C1069 C1070 C1071

ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV F2G1A1010013 ECUX1H102KBV F2G1A1010013 EZASCE220M EZASCE220M EZASCE220M EZASCE220M EZASCE220M EZASCE220M ECUX1H220JCV F2G1A1010013 F2G1A1010013 ECUX1H220JCV F2G1A1010013 F2G1A1010013 F2G1A1010013 F2G1A1010013 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV EZASCE220M EZASCE220M EZASCE220M EZASCE220M ECUX1H220JCV ECUX1H220JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G0J4700012 F2G0J4700012 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014


Remarks

Ref. No. C1072 C1073 C1074 C1075 C1076 C1079 C1080 C1081 C1082 C1083 C1084 C1086 C1087 C1089 C1090 C1091 C1092 C1095 C1096 C1097 C1098 C1099 C1100 C1101 C1102 C1103 C1104 C1105 C1106 C1107 C1108 C1109 C1110 C1111 C1112 C1113 C1114 C1115 C1116 C1117 C1118 C1119 C1120 C1121 C1122 C1123 C1124 C1125 C1126 C1127 C1128 C1129 C1130 C1131 C1132 C1133 C1134 C1135 C1136 C1137 C1138 C1139 C1140 C1143 C1144 C1145 C1146 C1147 C1148 C1150 C1151 C1153 C1154

Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array CAPACITORS 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100 / M / 10V 1000P / K / 50V 100 / M / 10V Capacitor Array Capacitor Array Capacitor Array Capacitor Array Capacitor Array Capacitor Array 22P / J / 50V 100 / M / 10V 100 / M / 10V 22P / J / 50V 100 / M / 10V 100 / M / 10V 100 / M / 10V 100 / M / 10V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V Capacitor Array Capacitor Array Capacitor Array Capacitor Array 22P / J / 50V 22P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 47 / M / 6.3V 47 / M / 6.3V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V

215

Part No. F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECUX1H220JCV ECUX1H220JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECUX1H220JCV ECUX1H220JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z

Part Name & Description 100 0.1 0.1 0.1 0.1 100 100 22P 22P 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 100 100 100 100 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 100 100 0.1 0.1 0.1 0.1 0.1 0.1 0.1 100 0.1 100 0.1 0.1 0.1 0.1 100 100 0.1 0.1 0.1 0.1 100 100 22P 22P 0.1 0.1 0.1 0.1 0.1 0.1

/ / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / /

M Z Z Z Z M M J J Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z M M M M Z Z Z Z Z Z Z Z Z Z Z Z M M Z Z Z Z Z Z Z M Z M Z Z Z Z M M Z Z Z Z M M J J Z Z Z Z Z Z

/ / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / /

16V 25V 25V 25V 25V 16V 16V 50V 50V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 16V 16V 16V 16V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 25V 16V 16V 25V 25V 25V 25V 25V 25V 25V 16V 25V 16V 25V 25V 25V 25V 16V 16V 25V 25V 25V 25V 16V 16V 50V 50V 25V 25V 25V 25V 25V 25V

Remarks



Part No. ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G0J4700012 F2G0J4700012 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 ECUX1H220JCV ECUX1H220JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z


Remarks


0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 100 / M / 16V 100 / M / 16V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 47 / M / 6.3V 47 / M / 6.3V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 100 / M / 16V 22P / J / 50V 22P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V

216

Part No. ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 F2G1C1000014 F2G1C1000014 F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECUX1H331JCV ECUX1H102KBV ECUX1H220JCV ECUX1H220JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H331JCV ECUX1H102KBV ECUX1H220JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z

Part Name & Description 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 100 / M / 16V 100 / M / 16V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 330P / J / 50V 1000P / K / 50V 22P / J / 50V 22P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 330P / J / 50V 1000P / K / 50V 22P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V

Remarks



Part No. ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H101JCV


Remarks


0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 100P / J / 50V

217

Part No. ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1000014 ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z

Part Name & Description 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V

Remarks


Ref. No. C1563 C1564 C1565 C1566 C1567 C1568 C1569 C1570 C1571 C1572 C1573 C1574 C1575 C1576 C1577 C1578 C1579 C1580 C1581 C1582 C1583 C1584 C1585 C1586 C1587 C1588 C1589 C1590 C1591 C1592 C1593 C1594 C1595 C1596 C1597 C1598 C1599 C1600 C1603 C1604 C1605

Part No. ECJ1VB1A474K ECJ1VB1A474K ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H101JCV F2G1C1000014 F2G1C1000014 F2G1C1000014

L1001 L1002 L1003 L1004 L1005 L1006 L1007 L1008 L1009 L1010 L1011 L1012 L1013 L1014 L1015 L1016 L1017 L1018 L1019 L1020 L1021 L1022 L1023 L1024 L1025 L1026 L1027 L1028 L1029 L1030 L1031

BLM11A601SPT G1C220KA0057 G1C220KA0057 BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT G1C220KA0057 G1C220KA0057 BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT G1C220KA0057 G1C220KA0057 BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT


Remarks

0.47 / K / 10V 0.47 / K / 10V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 100P / J / 50V 100 / M / 16V 100 / M / 16V 100 / M / 16V COILS Chip Coil Coil Coil Chip Coil Chip Coil Chip Coil Chip Coil Coil Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Coil Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil Chip Coil

218

Ref. No. L1032 L1033 L1034 L1035 L1036 L1037 L1038 L1039 L1040 L1041 L1046 L1047 L1056 L1057 L1063 L1065 L1068 L1069 L1070 L1071 L1073 L1076 L1077 L1080 L1081 L1084 L1085 L1088 L1089 L1092 L1093 L1094 L1095 L1096 L1097 L1098 L1099 L1100 L1101 L1102 L1103 L1104 L1105

Part No. BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT G1C220KA0057 BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT BLM11A601SPT

D1001 D1002 D1003 D1004 D1005 D1006

MA113 MA113 B3AAB0000085 B3AAB0000085 B3AAB0000085 B3AAB0000085

Q1001 Q1009 Q1010 Q1011 Q1012

B1GBCFLL0002 B1GBCFLL0002 B1GBCFLL0002 B1GBCFLL0002 B1GBCFLL0002

IC1001 IC1002 IC1003 IC1004 IC1005 IC1006 IC1007 IC1008 IC1009 IC1010 IC1011 IC1012 IC1013 IC1014 IC1018 IC1019

C0CBABG00032 C0ABBA000063 C1DB00001241 C1DB00001241 C1DB00001241 C1DB00001241 C0CBABG00032 C0ABBA000063 C1DB00001241 C1DB00001241 H1Z2605B0001 C1DB00000993 C1DB00000993 C3BBHG000091 C3BBHG000091 C3BBHG000091

Part Name & Description Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Coil Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip Chip

Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil

Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil Coil DIODES Diode Diode LED LED LED LED TRANSISTORS Transistor Transistor Transistor Transistor Transistor ICs IC Regulator IC Op Amp IC IC IC IC IC Regulator IC Op Amp IC IC Oscillator IC IC SRAM SRAM SRAM

Remarks


Ref. No. IC1023 IC1024 IC1026 IC1027 IC1029 IC1030 IC1032 IC1033 IC1035 IC1040 IC1041 IC1042 IC1043 IC1044 IC1045 IC1046 IC1047 IC1048 IC1049 IC1050 IC1051 IC1053 IC1054 IC1055 IC1056 IC1060 IC1062 IC1064 IC1067 IC1068 IC1069 IC1070 CN1001 CN1002 CN1003 CN1004 CN1005 CN1008 X1001

Part No. C3BBHG000091 C3BBHG000091 C3BBHG000091 C3BBHG000091 C3BBHG000091 C3BBHG000091 C3BBHG000091 C3BBHG000091 C3BBHG000091 C0ABCA000017 C0ABCA000017 C0BBCA000045 C0BBCA000045 C0JBAF000500 C0JBAF000500 C0FBBD000116 C0FBBD000116 C0FBBD000116 C0EBE0000139 C3EBEG000059 C0EBH0000227 C2CBYK000003 SN74LVCC4245 SN74LV02ANS2 C0JBAA000267 PJWI08070M C3BBHG000091 C0JBAB000695 C0JBAA000279 C0JBAZ001944 C0JBAA000279 SN74LV32ANS2 K1KAJ0BA0054 K1KA12A00324 K1KA13A00132 K1KA06A00408 K1KA30A00062 K1KA10A00325 H2D165500002 K1NC02Z00009


Remarks


SRAM SRAM SRAM SRAM SRAM SRAM SRAM SRAM SRAM IC Op Amp IC Op Amp IC, Linear IC, Linear IC IC IC IC IC IC IC EEPROM IC Reset IC 16Bit CPU IC IC IC IC Flash Memory SRAM IC IC IC CMOS Logic IC IC OTHERS Connector Connector Connector Connector Connector Connector Oscillator Connector

15.2. INTERFACE Board Ref. No. R3000 R3001 R3002 R3003 R3004 R3005 R3006 R3009 R3010 R3011 R3012 R3013 R3014 R3015 R3016 R3017 R3019 R3020 R3021 R3022 R3026 R3027 R3030 R3031 R3040 R3041

Part No.

ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ102 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ102 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ103 ERJ3GEYJ102 ERJ3GEYJ103 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ472 ERJ3GEY0R00 ERJ3GEYJ220


Remarks

RESISTORS 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 1K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 1K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 0-ohm Jumper 10 / J / (1/10W) 10K / J / (1/10W) 1K / J / (1/10W) 10K / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 4.7K / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W)

219

Part No. ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ102 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ101 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ100 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ102 ERJ3GEYJ103 D4FB1R25A005 ERJ3GEYJ223

Part Name & Description 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 1K / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 0-ohm Jumper 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 100 / J / (1/10W) 100 / J / (1/10W) 100 / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 10 / J / (1/10W) 0-ohm Jumper 0-ohm Jumper 0-ohm Jumper 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 1K / J / (1/10W) 10K / J / (1/10W) Poly Switch 22K / J / (1/10W)

Remarks



Part No. ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ100 ERJ3GEYJ220 ERJ3GEYJ100 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ100 ERJ3GEYJ680 ERJ6ENF3011 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ100 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ680 ERJ3GEYJ100 ERJ3GEYJ104 ERJ3GEYJ100 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ820 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ680 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEYJ100 ERJ3GEYJ105 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3EKF6201V ERJ3GEY0R00 ERJ3GEY0R00 ERJ3GEYJ104 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ201 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEY0R00 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220


Remarks

10K / J / (1/10W) 10K / J / (1/10W) 10 / J / (1/10W) 22 / J / (1/10W) 10 / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10 / J / (1/10W) 68/J/1/10W 3.01K / F / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 68/J/1/10W 10 / J / (1/10W) 100K / J / (1/10W) 10 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 82 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 68/J/1/10W 0-ohm Jumper 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W) 10 / J / (1/10W) 1000K / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 6.2K / F / (1/16W) 0-ohm Jumper 0-ohm Jumper 100K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 200 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 0-ohm Jumper 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W)

220

Ref. No. R3221 R3223 R3224 R3225 R3226 R3227 R3228 R3229 R3230 R3231 R3232 R3235 R3236 R3237 R3238 R3239 R3240 R3241 R3242 R3244 R3246 R3247 R3250 R3251 R3252 R3253

Part No. ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ472 ERJ3GEYJ221 ERJ3GEYJ221 ERJ3GEYJ221 ERJ3GEYJ220 ERJ3GEYJ221 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ101 ERJ3GEYJ472 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ100 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEY0R00 ERJ3GEYJ103

R3254

ERJ3GEYJ103

R3256 R3257 R3258 R3259 Z3000 Z3001 Z3002 Z3003 Z3004 Z3005 Z3006 Z3007 Z3008 Z3009 Z3010 Z3011 Z3012 Z3013 Z3014 Z3015 Z3016 Z3017 Z3018 Z3019 Z3020 Z3033 Z3034 Z3035 Z3036 Z3037 Z3038 Z3039 Z3040 Z3041 Z3042 Z3043 Z3044 Z3045 Z3046 Z3047 Z3048 Z3049 Z3050 Z3051

ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ472 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 PJRAMNR14473 PJRAMNR14473 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001

Part Name & Description 10K / J / (1/10W) 10K / J / (1/10W) 4.7K / J / (1/10W) 220 / J / (1/10W) 220 / J / (1/10W) 220 / J / (1/10W) 22 / J / (1/10W) 220 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 100 / J / (1/10W) 4.7K / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 10 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 0-ohm Jumper 10K / J / (1/10W) S3085 Series 10K / J / (1/10W) S3105C Series 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 4.7K / J / (1/10W) Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array

Remarks

for

KV-

for

KV-


Ref. No. Z3052 Z3053 Z3054 Z3055 Z3056 Z3057 Z3058 Z3059 Z3060 Z3061 Z3062 Z3063 Z3064 Z3065 Z3066 Z3067 Z3068 Z3069 Z3070 Z3071 Z3072 Z3073 Z3074 Z3075 Z3076 Z3077 Z3078 Z3079 Z3080 Z3081 Z3082 Z3083 Z3084 Z3085 Z3086 Z3087 Z3088 Z3089 Z3090 Z3091 Z3092 Z3093 Z3094 Z3095 Z3096 Z3097 Z3098 Z3099 Z3100 Z3101 Z3102 Z3103 Z3104 Z3105 Z3106 Z3107 Z3108 Z3109 Z3110 Z3111 Z3112 Z3113 Z3114 Z3115 Z3116 Z3117 Z3118 Z3119 Z3120 Z3121 Z3122 Z3123 Z3124

Part No. D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D1H810040003 EXBV8VR000V D1H810040003 EXBV8VR000V D1H810040003 D1H810040003 D1H810040003 EXBV8VR000V D1H810040003 EXBV8VR000V D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D1H810040003 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ220J0001 D0GZ103J0001

Part Name & Description Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor

Remarks

Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array Array

221

Ref. No. Z3125 Z3126 Z3127 Z3128 Z3129 Z3130 Z3131 Z3132 Z3133 Z3134 Z3135

Part No. D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001 D0GZ103J0001

C3000 C3001 C3002 C3003 C3004 C3005 C3006 C3007 C3008 C3009 C3010 C3011 C3012 C3013 C3014 C3015 C3016 C3017 C3018 C3019 C3020 C3021 C3022 C3023 C3024 C3025 C3026 C3027 C3028 C3029 C3030 C3031 C3032 C3033 C3034 C3035 C3036 C3037 C3038 C3039 C3040 C3041 C3042 C3043 C3044 C3045 C3046 C3047 C3048 C3049 C3050 C3051 C3052 C3053 C3054 C3055 C3056 C3057 C3058 C3059 C3060

F2G1E4R70008 F2G1A1010013 ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z F2G1A1010013 ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV F2G1A1010013 ECJ1VF1E104Z ECJ1VF1E104Z F2G1E4R70008 F2G1A1010013 ECUX1H101JCV ECUX1H101JCV F2G0G2210002 F2G0G2210002 ECJ1VF1E104Z ECJ1VF1E104Z F2G0G2210002 F2G0G2210002 ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z

Part Name & Description Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array CAPACITORS 4.7 / M / 25V 100 / M / 10V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100 / M / 10V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100 / M / 10V 0.1 / Z / 25V 0.1 / Z / 25V 4.7 / M / 25V 100 / M / 10V 100P / J / 50V 100P / J / 50V 220 / M / 4V 220 / M / 4V 0.1 / Z / 25V 0.1 / Z / 25V 220 / M / 4V 220 / M / 4V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V

Remarks



Part No. ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z F2G0G2210002 F2G0G2210002 ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV F2G0G2210002 ECJ1VF1E104Z ECUX1H101JCV ECUX1H821JCV ECUX1H101JCV ECJ1VF1E104Z F2G0G2210002 ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z


Remarks


100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 220 / M / 4V 220 / M / 4V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 220 / M / 4V 0.1 / Z / 25V 100P / J / 50V 820P / J / 50V 100P / J / 50V 0.1 / Z / 25V 220 / M / 4V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V

222

Part No. ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV

Part Name & Description 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V

Remarks



Part No. ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV


Remarks


0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V

223

Part No. ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z F2G1A1010013 ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z F2G1A1010013 ECUX1H470JCV ECUX1H470JCV ECUX1H470JCV ECUX1H470JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z F2G1E4R70008 F2G1E4R70008 F2G1E4R70008 ECUV1H222KBV ECUX1C224ZFV ECUX1H120JCV ECUX1H101JCV F2G1A1010013 ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z F2G1A1010013 ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z F2G1C1000014 ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H681JCV ECJ1VF1E104Z ECUX1H101JCV F2G1C1000014 ECJ1VF1E104Z

Part Name & Description 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 10V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100 / M / 10V 47P / J / 50V 47P / J / 50V 47P / J / 50V 47P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 4.7 / M / 25V 4.7 / M / 25V 4.7 / M / 25V 2200P / K / 50V 0.22 / Z / 16V 12P / J / 50V 100P / J / 50V 100 / M / 10V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100 / M / 10V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100 / M / 16V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 680P / J / 50V 0.1 / Z / 25V 100P / J / 50V 100 / M / 16V 0.1 / Z / 25V

Remarks



Part No. ECUX1H101JCV ECJ1VF1E104Z F2G1C1000014 ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUV1H150JCV ECUV1H150JCV ECJ1VB1C105K ECUX1H101JCV F1J1A106A024 ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z F2G1C1000014 ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV F2G0J4700012 ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV


Remarks

100P / J / 50V 0.1 / Z / 25V 100 / M / 16V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 15P / J / 50V 15P / J / 50V 1 / K / 16V 100P / J / 50V 106P / K /10V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100 / M / 16V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 47 / M / 6.3V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V

224

Ref. No. C3433 C3436 C3437 C3438 C3439 C3440 C3441 C3442 C3443 C3444 C3446 C3447 C3448

Part No. ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z F2G1E4R70008 F2G1E4R70008 F2G1E4R70008 ECUX1H470JCV ECUX1H470JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VB1C105K

L3000 L3001 L3002 L3003 L3004 L3005 L3006 L3007 L3008 L3009 L3010 L3011 L3012 L3013 L3014 L3015 L3016 L3017 L3018 L3019 L3020 L3021 L3022 L3023 L3024 L3025 L3026 L3027 L3028 L3029 L3030 L3031 L3032 L3033 L3034 L3035 L3036 L3037 L3038 L3039 L3040 L3042 L3043 L3045 L3046 L3047 L3048 L3049 L3050 L3051 L3052 L3053 L3054 L3055 L3056 L3057 L3058 L3061 L3062

J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 J0JCC0000059 G1C220KA0057

Part Name & Description 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 4.7 / M / 25V 4.7 / M / 25V 4.7 / M / 25V 47P / J / 50V 47P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1 / K / 16V COILS Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Inductor Coil Coil

Remarks


Ref. No. L3063

Part No. J0JCC0000059

D3000 D3001 D3002 D3003 D3004 D3005 D3006 D3007

B0JCAE000001 B0JCPE000003 B3AAB0000085 B3AAB0000085 B3AAB0000085 B3AAB0000085 B0JCAE000001 B0JCAE000001

Q3000 Q3001 Q3002 Q3003 Q3004 Q3005 Q3006 Q3007 Q3008

PJVIDTC114EK PJVIDTC114EK PJVIDTC114EK PJVIDTC114EK B1DHGD000024 B1GBCFLL0002 B1GBCFLL0002 B1GBCFLL0002 B1GBCFLL0002

IC3000 IC3001 IC3003 IC3004 IC3005 IC3005 IC3006 IC3006 IC3007 IC3007 IC3008 IC3008 IC3009 IC3010 IC3011 IC3012 IC3014 IC3015 IC3017 IC3019 IC3020 IC3021 IC3022 IC3023 IC3025 IC3026 IC3027 IC3028 IC3029 IC3030 IC3031

C1ZBZ0002423 C0CBAAG00024 C0CBAAG00022 C0CBAAG00022 C3ABRG000046 C3ABQG000072 C3ABRG000046 C3ABQG000072 C3ABRG000046 C3ABQG000072 C3ABRG000046 C3ABQG000072 C3ABRG000046 C3ABRG000046 C3ABRG000046 C3ABRG000046 H1Z4005B0015 H1Z1046B0001 H1Z9495B0001 C0ZBZ0000950 C1DB00001343 C1DB00001343 C1DB00001343 C1DB00001137 C0JBAZ001411 C0JBAZ001411 C1DB00001183 C0CBABG00032 C2CBYK000003 PJWI08071M C3BBHG000091

X3000 X3002 CN3000 CN3001 CN3003 CN3005 CN3006 CN3007 CN3008 SP1

H0J240500020 H2D165500002 K1KAC0BA0054 K1MMG8A00006 K1FB168B0017 K1FA104B0028 K1KA10A00325 K1KA34A00097 K1KA06A00408 K1NC02Z00009


Remarks

Ref. No. R2007 R2008 R2009 R2010 R2011 R2013 R2016 R2017 R2018 R2020 R2021 R2022 R2023 R2024 R2025 R2026 R2027 R2028 R2029 R2030 R2031 R2033 R2036 R2039 R2040 R2041 R2042 R2043 R2044 R2045 R2046 R2047 R2048 R2049 R2050 R2051 R2056 R2058 R2059 R2061 Z2001 Z2002 Z2003 Z2004 Z2005 Z2006 Z2007 Z2008 Z2009 Z2010 Z2011 Z2012 Z2013 Z2014 Z2015 Z2016 Z2017 Z2018 Z2019 Z2020 Z2021 Z2022 Z2023 Z2024 Z2025 Z2026 Z2027 Z2028 Z2029 Z2030 Z2031 Z2032 Z2033

Inductor Coil DIODES Diode Diode LED LED LED LED Diode Diode TRANSISTORS Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor ICs IC IC Regulator IC Regulator IC Regulator DRAM for KV-S3105C Series DRAM for KV-S3085 Series DRAM for KV-S3105C Series DRAM for KV-S3085 Series DRAM for KV-S3105C Series DRAM for KV-S3085 Series DRAM for KV-S3105C Series DRAM for KV-S3085 Series DRAM for KV-S3105C Series DRAM for KV-S3105C Series DRAM for KV-S3105C Series DRAM for KV-S3105C Series Crystal Oscillator Crystal Oscillator Crystal Oscillator IC IC IC IC IC IC CMOS Logic IC CMOS Logic IC IC Regulator IC 16Bit CPU IC Flash Memory SRAM OTEHRS Crystal Resonator Oscillator Connector Connector Connector Connector Connector Connector Connector Connector

15.3. MOTHER Board Ref. No. R2001 R2002 R2005 R2006

Part No.

D4FB1R100008 D4FB1R100008 ERJ3GEYJ470 ERJ3GEYJ470


Remarks

RESISTORS Poly Switch Poly Switch 47 / J / (1/10W) 47 / J / (1/10W)

225

Part No. ERJ3GEYJ101 ERJ3GEYJ103 ERJ3GEYJ222 ERJ3GEYJ101 ERJ3GEYJ223 ERJ3GEYJ103 ERJ3GEYJ222 ERJ3GEYJ223 D4FB1R100008 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ103 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 ERJ3GEYJ220 D4FBR300A005 D4FAR100A003 ERJ3GEYJ220 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEYJ472 ERJ3GEY0R00 ERJ3GEYJ103 ERJ3GEYJ223 ERJ3GEYJ222 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ101 D1H810440001 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103

Part Name & Description 100 / J / (1/10W) 10K / J / (1/10W) 2.2K / J / (1/10W) 100 / J / (1/10W) 22K / J / (1/10W) 10K / J / (1/10W) 2.2K / J / (1/10W) 22K / J / (1/10W) Poly Switch 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 10K / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) 22 / J / (1/10W) Poly Switch Poly Switch 22 / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 4.7K / J / (1/10W) 0-ohm Jumper 10K / J / (1/10W) 22K / J / (1/10W) 2.2K / J / (1/10W) Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array

Remarks


Ref. No. Z2034 Z2035 Z2036 Z2037 Z2038 Z2039 Z2040 Z2041 Z2042 Z2043 Z2044 Z2045 Z2046 Z2047 Z2048 Z2049 Z2050 Z2051 Z2052 Z2053 Z2054 Z2055 Z2056 Z2057 Z2058 Z2059 Z2060 Z2061 Z2062 Z2063 Z2064 Z2066 Z2067 Z2068

Part No. MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ220 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 MNR14E0AJ103 D1H810440001 MNR14E0AJ220 D1H810440001 MNR14E0AJ220 MNR14E0AJ220

C2001 C2002 C2003 C2004 C2005 C2006 C2007 C2008 C2009 C2010 C2011 C2012 C2013 C2015 C2016 C2017 C2018 C2019 C2020 C2021 C2022 C2023 C2024 C2025 C2026 C2027 C2028 C2029 C2030 C2031 C2032 C2033 C2034 C2035 C2036 C2037 C2038 C2039

ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z F2G1C1010024 ECJ1VF1E104Z F2G1C1010024 ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H220JCV ECUX1H220JCV ECUX1H470JCV ECUX1H101JCV ECUX1H470JCV ECUX1H470JCV ECUX1H101JCV ECUX1H470JCV ECUX1H470JCV


Remarks

Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array Resistor Array CAPACITORS 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 100 / M / 16V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 22P / J / 50V 22P / J / 50V 47P / J / 50V 100P / J / 50V 47P / J / 50V 47P / J / 50V 100P / J / 50V 47P / J / 50V 47P / J / 50V

226

Ref. No. C2040 C2041 C2042 C2043 C2044 C2045 C2046 C2047 C2048 C2049 C2050 C2064 C2065 C2066 C2075 C2076 C2077 C2079 C2080 C2083 C2087 C2092 C2093 C2094 C2095 C2096 C2097 C2098 C2100 C2102 C2103 C2104 C2105 C2106 C2107 C2108 C2109 C2110 C2111 C2112 C2113 C2114 C2115 C2116 C2117 C2118 C2119 C2120 C2121 C2122 C2123 C2124 C2125 C2126 C2127 C2128 C2129 C2130 C2131 C2132 C2133 C2134 C2135 C2136 C2137

Part No. ECUX1H470JCV ECUX1H470JCV ECUX1H470JCV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECUX1H102KBV ECJ1VF1E104Z ECUX1H101JCV F2G1C1010024 F2G1A1010013 F2G1C1010024 F2G1V1010011 F2G1A1010013 EZASCE101M EZASCE101M ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECUX1H102KBV ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECJ1VF1E104Z ECUX1H102KBV ECUX1H101JCV ECUX1H101JCV ECUX1H101JCV ECJ1VF1E104Z F2G1A1010013 ECJ1VF1E104Z F2G1A1010013 ECJ1VF1E104Z ECJ1VF1E104Z

L2005 L2006

G1C220KA0057 G1C220KA0057

D2001 D2003

B0JCAE000001 B0JCAE000001

Q2007

B1GBCFLL0002

Part Name & Description 47P / J / 50V 47P / J / 50V 47P / J / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 100P / J / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 1000P / K / 50V 0.1 / Z / 25V 100P / J / 50V 100 / M / 16V 100 / M / 10V 100 / M / 16V 100 / M / 35V 100 / M / 10V Capacitor Array Capacitor Array 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 1000P / K / 50V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 0.1 / Z / 25V 1000P / K / 50V 100P / J / 50V 100P / J / 50V 100P / J / 50V 0.1 / Z / 25V 100 / M / 10V 0.1 / Z / 25V 100 / M / 10V 0.1 / Z / 25V 0.1 / Z / 25V COILS Coil Coil DIODES Diode Diode TRANSISTORS Transistor

Remarks


Ref. No. Q2008 Q2009 Q2010 Q2011 Q2012 Q2016 Q2019 Q2020

Part No. B1DHCB000031 B1DHCB000031 B1GBCFLL0002 B1GBCFLL0002 B1GBCFLL0002 B1GBCFEH0001 B1DHCB000031 B1GDCFLL0010

IC2001 IC2002 IC2003 IC2004 IC2005 IC2006 IC2007 IC2008 IC2009 IC2010 IC2011 IC2012 IC2013 IC2014 IC2015 IC2016 IC2018 IC2019 IC2020 IC2021 IC2022 IC2023 IC2024 IC2025 IC2026 IC2027 IC2028 IC2029 IC2030

C0JBAZ001411 AN79L10M C0CBAKE00009 C0JBAZ002075 C0JBAZ002075 C0JBAZ001411 C0JBAZ001411 C0JBAZ001411 C0JBAZ001411 SN74LV02ANS2 C0JBAN000168 C0JBAN000168 C0JBAN000168 C0JBAZ002075 SN74LV00ANS2 C0JBAZ002075 C0JBAN000168 C0JBAZ001411 C0JBAZ002075 C0JBAZ002075 C0JBAZ002075 C0JBAZ001411 C0JBAZ001411 C0JBAF000356 C0JBAF000356 C0JBAF000356 C0JBAF000356 C0JBAF000356 C0JBAZ001411

CN2001 CN2002 CN2004 CN2005 CN2007 CN2008 CN2009 CN2010 CN2011 CN2012 CN2013 CN2014 CN2015 CN2016 CN2018 CN2019 CN2020 CN2025 CN2026 CN2027

K1KBJ0AA0022 K1KA08A00446 K1KA15A00149 K1KA14A00251 K1KBC0AA0022 K1KBC0AA0022 K1KA06A00430 K1KA12AA0018 K1KA18A00090 K1KA07A00262 K1KA06A00409 K1KA34A00105 K1KA14AA0020 K1KA02AA0054 K1KA03AA0054 K1KA08A00443 K1KA07AA0197 K1KA24A00094 K1KA10A00413 K1KA09A00215


Remarks

Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor ICs IC CMOS Logic IC IC Regulator IC IC IC CMOS Logic IC CMOS Logic IC CMOS Logic IC CMOS Logic IC IC IC IC IC IC IC IC IC CMOS Logic IC IC IC IC CMOS Logic IC CMOS Logic IC IC IC IC IC IC CMOS Logic OTHERS Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector Connector

15.4. DRIVE Board Ref. No. R4000 R4001 R4002 R4003 R4004 R4005 R4009 R4010

Part No.

ERDS2TJ220 ERDS2TJ220 ERDS2TJ392 ERDS2TJ222 ERDS2TJ392 ERDS2TJ222 ERDS2TJ392 ERDS2TJ222


Remarks

RESISTORS 22 / J / (1/4W) 22 / J / (1/4W) 3.9K / J / (1/4W) 2.2K / J / (1/4W) 3.9K / J / (1/4W) 2.2K / J / (1/4W) 3.9K / J / (1/4W) 2.2K / J / (1/4W)

227

Ref. No. R4011 R4012 R4013 R4014 R4015 R4016 R4017 R4018 R4019 R4020 R4021 R4022 R4023 R4024 R4025 R4026 R4027 R4028 R4029 R4030 R4031 R4039 R4041 R4042 R4043 R4044 R4045 R4046 R4047 R4048 R4049 R4050 R4059 R4060 R4061 R4062 R4063 R4064 Z4000 Z4002 Z4003 Z4004 Z4005 Z4006

Part No. ERDS2TJ101 ERDS2TJ101 ERDS2TJ121 ERDS2TJ121 ERDS2TJ562 ERDS2TJ823 ERDS2TJ102 ERDS2TJ222 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ220 ERDS2TJ102 ERDS2TJ562 ERDS2TJ152 ERDS2TJ152 ERDS2TJ222 ERDS2TJ222 ERDS2TJ562 ERDS2TJ222 ERDS2TJ222 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103 ERDS2TJ102 ERDS2TJ102 ERDS2TJ222 ERDS2TJ220 ERDS2TJ220 D4FAR650A003 D4FA1R85A003 D4FA1R85A003 D4FA1R10A003 D4FAR650A003 D4FAR200A004

C4000 C4001 C4002 C4003 C4004 C4005 C4006 C4009 C4010 C4012 C4013 C4014 C4015 C4022 C4025 C4028 C4037 C4038 C4041 C4042

EEUFC1V471 F1E1H1040017 F2A1V2210035 F1E1H1040017 EEUFC1V471 EEUFC1V471 F2A1V2210035 F2A1H3300020 F2A1H3300020 F1E1H1040017 F1E1H1040017 F2A1H3300020 F1E1H1040017 F1E1H471A141 F1E1H471A141 F1E1H471A141 F1E1H1040017 F1E1H1040017 F2A1V2210035 F1E1H471A141

D4000 D4001 D4002 D4004 D4005

B0BA017A0035 B0BA017A0035 B0BA017A0035 ERA91-02 ERA91-02

Q4000

2SC3311A

Part Name & Description 100 / J / (1/4W) 100 / J / (1/4W) 120 / J / (1/4W) 120 / J / (1/4W) 5.6K / J / (1/4W) 82K / J / (1/4W) 1K / J / (1/4W) 2.2K / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) 1K / J / (1/4W) 5.6K / J / (1/4W) 1.5K / J / (1/4W) 1.5K / J / (1/4W) 2.2K / J / (1/4W) 2.2K / J / (1/4W) 5.6K / J / (1/4W) 2.2K / J / (1/4W) 2.2K / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 2.2K / J / (1/4W) 22 / J / (1/4W) 22 / J / (1/4W) Poly Switch Poly Switch Poly Switch Poly Switch Poly Switch Poly Switch CAPACITORS 470 / M / 10V 0.1 / Z / 50V 220 / M / 35V 0.1 / Z / 50V 470 / M / 10V 470 / M / 10V 220 / M / 35V 33 / M / 50V 33 / M / 50V 0.1 / Z / 50V 0.1 / Z / 50V 33 / M / 50V 0.1 / Z / 50V 470P / K / 50V 470P / K / 50V 470P / K / 50V 0.1 / Z / 50V 0.1 / Z / 50V 220 / M / 35V 470P / K / 50V DIODES Diode Diode Diode Diode Diode TRANSISTORS Transistor

Remarks


Ref. No. Q4001 Q4002 Q4003 Q4004 Q4006 Q4007 Q4008 Q4009 Q4010 Q4011 Q4012 Q4013

Part No. 2SC3311A 2SC3311A UN4213 UN4221 UN4221 B1DGGG000017 B1CGRF000003 UN4213 UN4213 2SC3311A 2SC3311A UN4213

IC4000 IC4001 IC4002 IC4003 IC4004

C0GAN0000031 C0GAN0000031 C0GAL0000013 C0JAAF000142 C0JAAF000142

CN4000 K1KAC0BA0054


Remarks

Ref. No.

Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor ICs IC IC IC IC IC OTHER Connector

Q6000 Q6001 Q6032 Q6033 Q6034

Part No.


SW6000 SW6001 SW6002 SW6003 SW6004 SW6005 SW6006 SW6007 SW6008 SW6009 SW6010 SW6011 SW6012 CN6000 CN6027 CN6028 BZ6000

Remarks

IC IC7000 L5DZAJC00001

LCD

CN7001 K1KB14AA0099 CN7002 K1KB14AA0099

OTHERS Connector Connector

Part No.

R6000 R6001 R6002 R6003 R6004 R6005 R6006 R6007 R6008 R6009 R6010 R6011 R6012 R6013 R6014 R6015 R6018 R6019 R6020 R6021 R6022 R6023 R6103 R6104 Z6000 Z6001 Z6002

ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ102 ERDS2TJ222 ERDS2TJ332 ERDS2TJ331 ERDS2TJ681 ERDS2TJ222 ERDS2TJ103 ERDS2TJ681 ERDS2TJ103 RGLE8X103J RGLE8X103J RGLE8X103J

C6000 C6001 C6002 C6003 C6029 C6030 C6072

F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H1040017 ECEA1AKS101 ECEA1AKS101 ECQV1H224JL

D6003

GL9ED2


EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R EVQ23405R K1KA24BA0044 K1KA14AA0217 K1KA14AA0217 L0DCEA000026 LH-36-5


Remarks

TRANSISTORS Transistor Transistor Transistor Transistor Transistor ICs IC IC OTHERS Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Side Switch Connector Connector Connector Buzzer Spacer

15.7. SIZE Board

15.6. PANEL Board Ref. No.

PJVTDTC143X PJVTDTC143X PJVTDTC143X PJVTDTC143X PJVTDTC143X

IC6001 SN74HC245N IC6002 SN74HC245N

15.5. LCD Board Ref. No.

Part No.

Ref. No.

Part No.

Remarks

RESISTORS 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 2.2K / J / (1/4W) 3.3K / J / (1/4W) 330 / J / (1/4W) 680 / J / (1/4W) 2.2K / J / (1/4W) 10K / J / (1/4W) 680 / J / (1/4W) 10K / J / (1/4W) Resistor Array Resistor Array Resistor Array CAPACITORS 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 100 / M / 10V 100 / M / 10V 0.22 / J / 50V DIODE LED

R6024 R6025 R6026 R6027 R6028 R6029 R6030 R6031 R6032 R6033 R6034

ERDS2TJ331 ERDS2TJ331 ERDS2TJ331 ERDS2TJ331 ERDS2TJ331 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103

C6005 C6006 C6007 C6008 C6036

F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H1040017

Q6002 Q6003 Q6004 Q6005 Q6006

2SC3311A 2SC3311A 2SC3311A 2SC3311A 2SC3311A

IC6003 IC6004 IC6005 IC6006 IC6007

B3NAA0000097 B3NAA0000097 B3NAA0000097 B3NAA0000097 B3NAA0000097

CN6001 K1MN10BA0072 CN6013 K1KA04B00220


Remarks

RESISTORS 330 / J / (1/4W) 330 / J / (1/4W) 330 / J / (1/4W) 330 / J / (1/4W) 330 / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) 10K / J / (1/4W) CAPACITORS 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V TRANSISTORS Transistor Transistor Transistor Transistor Transistor ICs Photo Interrupter Photo Interrupter Photo Interrupter Photo Interrupter Photo Interrupter OTHERS Connector Connector

15.8. HOPPER [CONNECTOR] Board Ref. No. CN6003

228

Part No. K1MN10AA0019

Part Name & Description OTHERS Connector


Ref. No. Part No. CN6005 K1KA09A00215

Part Name & Description Connector

15.9. HOPPER [POSITION] Board Ref. No.

Part No.

R6035 R6036 R6039 R6040

ERDS2TJ331 ERDS2TJ103 ERDS2TJ331 ERDS2TJ103

C6009 C6011

F1E1H1040017 F1E1H1040017

Q6007 Q6009

2SC3311A 2SC3311A

IC6008 B3NAA0000097 IC6010 B3NAA0000097 CN6004 K1MN04AA0019 CN6014 K1KA05A00350


Remarks

RESISTORS 330 / J / (1/4W) 10K / J / (1/4W) 330 / J / (1/4W) 10K / J / (1/4W) CAPACITORS 0.1 / Z / 50V 0.1 / Z / 50V TRANSISTORS Transistor Transistor ICs Photo Interrupter Photo Interrupter OTHERS Connector Connector

15.10. HOPPER [ANGLE] Board Ref. No.

Part No.

R6037 R6038

ERDS2TJ331 ERDS2TJ103

C6010

F1E1H1040017

Q6008

2SC3311A

IC6009 B3NAA0000097 CN6002 K1MN04AA0019


Remarks

Part No.

RESISTORS 330 / J / (1/4W) 10K / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTOR Transistor IC Photo Interrupter OTHER Connector

R6044 R6045


C6013

F1E1H1040017

Q6011

2SC3311A

IC6012 B3NAA0000097 CN6015 K1KA03B00194 CN6016 K1KA04B00220


R6047 R6048 R6049 R6050 R6051 R6052 R6053 R6054 R6055 R6056 R6057

Part No.

ERDS2TJ473 ERDS2TJ473 ERDS2TJ473 ERDS2TJ473 ERDS2TJ821 ERDS2TJ821 ERDS2TJ222 ERDS2TJ472 ERDS2TJ222 ERDS2TJ472 ERDS2TJ472

C6014 C6015 C6016 C6041 C6042 C6044 C6045 C6047 C6048

F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H103A097 F1E1H103A097 ECEA1VKS100 ECEA1CKS101

Q6012 Q6013 Q6014 Q6015 Q6016 Q6017 Q6018 Q6019 Q6020

2SC3311A 2SA1309A 2SC3311A 2SA1309A 2SC3311A 2SC3311A 2SC3311A 2SA1309A 2SC3311A


Remarks

1K / J / (1/4W) 6.8K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 10K / J / (1/4W) CAPACITORS 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.01 / Z / 50V 0.01 / Z / 50V 10 / M / 35V 100 / M / 16V TRANSISTORS Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor IC IC OTHERS Connector Connector

15.13. POST IMPRINTER DOOR Board Ref. No.

Remarks

RESISTORS 330 / J / (1/4W) 10K / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTOR Transistor IC Photo Interrupter OTHERS Connector Connector


ERDS2TJ102 ERDS2TJ682 ERDS2TJ102 ERDS2TJ102 ERDS2TJ103

CN6007 K1KA04AA0049 CN6018 K1KA06A00429

Part No.

R6041 R6042 R6043 R6074 R6075

ERDS2TJ331 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103 ERDS2TJ103

C6012

F1E1H1040017

Q6010

2SC3311A

IC6011 B3NAA0000097 CN6006 K1KA04BA0030


Remarks

RESISTORS / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTOR Transistor IC Photo Interrupter OTHER Connector 330 10K 10K 10K 10K

15.14. EXIT [FRONT] Board Ref. No.

15.12. RELAY [LOWER] Board Ref. No.

Part No.

IC6013 C0JAAB000109

15.11. POINTER Board Ref. No.

Ref. No. R6058 R6059 R6060 R6062 R6064

Part No.

R6061 R6063


C6049

F1E1H1040017

Q6021

2SA1309A

Remarks

RESISTORS 47K / J / (1/4W) 47K / J / (1/4W) 47K / J / (1/4W) 47K / J / (1/4W) 820 / J / (1/4W) 820 / J / (1/4W) 2.2K / J / (1/4W) 4.7K / J / (1/4W) 2.2K / J / (1/4W) 4.7K / J / (1/4W) 4.7K / J / (1/4W)

IC6014 B3NAB0000028 CN6017 K1KA03B00194


Remarks

RESISTORS 220 / J / (1/4W) 33K / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTOR Transistor IC Photo Reflector OTHER Connector

15.15. SKEW [L] Board Ref. No.

Part No.

Part Name & Description RESISTORS

229

Remarks


Ref. No. R6065 R6066 R6067 R6068 R6069 R6070 R6071 R6072

ERDS2TJ271 ERDS2TJ271 ERDS2TJ271 ERDS2TJ271 ERDS2TJ333 ERDS2TJ333 ERDS2TJ333 ERDS2TJ333

C6017

F1E1H1040017

Q6022 Q6023 Q6024 Q6025

2SA1309A 2SA1309A 2SA1309A 2SA1309A

IC6015 IC6016 IC6017 IC6018

Part No.

B3NAB0000028 B3NAB0000028 B3NAB0000028 B3NAB0000028

CN6020 K1KA08B00238 PBHR38X


Remarks

Ref. Part No. No. IC6019 B3NAA0000097

270 270 270 270 33K 33K 33K 33K

/ J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTORS Transistor Transistor Transistor Transistor ICs Photo Reflector Photo Reflector Photo Reflector Photo Reflector OTHERS Connector Spacer

CN6022 K1KA03B00194

Part No.

R6076 R6078 R6077 R6079

ERDS2TJ271 ERDS2TJ271 ERDS2TJ333 ERDS2TJ333

C6019

F1E1H1040017

Q6027 Q6028

2SA1309A 2SA1309A

IC6020 B3NAB0000028 IC6021 B3NAB0000028 CN6023 K1KA06BA0008 PBHR38X


Ref. No. CN6008 CN6019

Part No.

Ref. No.

R6080 R6081


C6020

F1E1H1040017

Q6029

2SA1309A

IC6022 B3NAB0000028 CN6024 K1KA03B00194

Part No.

Ref. No.

Remarks

RESISTORS / J / (1/4W) / J / (1/4W) / J / (1/4W) / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTORS Transistor Transistor ICs Photo Reflector Photo Reflector OTHERS Connector Spacer

Remarks

RESISTORS 220 / J / (1/4W) 33K / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTOR Transistor IC Photo Reflector OTHER Connector

R6073

ERDS2TJ331

C6018

F1E1H1040017

Q6026

2SC3311A


K1KA03AA0054 K1KA03A00465


Remarks

Connector Connector

Part No.


Remarks

OTHERS Connector Connector


15.18. RETARD [POSITION] Board Ref. No.

Part No.

CN6009 K1KA03AA0054 CN6021 K1KA03A00465

270 270 33K 33K


Photo Interrupter OTHER Connector


15.17. JAM Board Ref. No.

Remarks


15.16. SKEW [R] Board Ref. No.


Part No.

R6083 R6084 R6086 R6088 R6089 R6090 R6091 R6092 R6093 R6094 R6095 R6096 R6097 R6098 R6099 R6100 R6101 R6102

ERDS2TJ101 ERDS2TJ473 ERDS2TJ101 ERDS2TJ473 ERDS2T0 ERDS2TJ123 ERDS2TJ473 ERDS2TJ104 ERDS2TJ472 ERDS2TJ472 ERDS2TJ473 ERDS2TJ102 ERDS2TJ153 ERDS2TJ102 ERDS2TJ102 ERDS2TJ392 ERDS2TJ751T ERDS2TJ152

C6022 C6023 C6024 C6025 C6026 C6027 C6062 C6063 C6064 C6065 C6066 C6067 C6068 C6069 C6071

F1E1H1040017 F1E1H103A097 F1E1H1040017 F1E1H1040017 F1E1H1040017 F1E1H1040017 ECQB1H103JF3 ECQB1H103JF3 ECQB1H103JF3 ECEA1CKS101 ECQB1H103JF3 ECEA1CKS101 ECQB1H103JF3 ECQV1H474JL3 ECQB1H103JF3

D6002

MA165

Q6030 Q6031

2SA1309A 2SC3311A

Remarks IC6023 C0AAAB000097 IC6024 NJM2082D

RESISTOR 330 / J / (1/4W) CAPACITOR 0.1 / Z / 50V TRANSISTOR Transistor IC

CN6010 CN6011 CN6012 CN6025 CN6026

230

K1KA14AA0020 K1KA03AA0049 K1KA20AA0070 K1KA04A00498 K1KA03A00465

Part Name & Description RESISTORS 100 / J / (1/4W) 47K / J / (1/4W) 100 / J / (1/4W) 47K / J / (1/4W) 0-ohm Jumper 12K / J / (1/4W) 47K / J / (1/4W) 100K / J / (1/4W) 4.7K / J / (1/4W) 4.7K / J / (1/4W) 47K / J / (1/4W) 1K / J / (1/4W) 15K / J / (1/4W) 1K / J / (1/4W) 1K / J / (1/4W) 3.9K / J / (1/4W) 750 / J / (1/4W) 1.5K / J / (1/4W) CAPACITORS 0.1 / Z / 50V 0.01 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.1 / Z / 50V 0.01 / J / 50V 0.01 / J / 50V 0.01 / J / 50V 100 / M / 16V 0.01 / J / 50V 100 / M / 16V 0.01 / J / 50V 4.7 / J / 50V 0.01 / J / 50V DIODE Diode TRANSISTORS Transistor Transistor ICs IC Operational Amp. IC Operational Amp. OTHERS Connector Connector Connector Connector Connector

Remarks

Order Number KM70703273SE Category Number G14

High Speed Color Scanner

KV-S3105CSERIES KV-S3085SERIES Subject : Addition and Modification Please file and use this supplement manual together with the Original Service Manual for KV-S3105C/S3085 Series (Order No.: KM70503990CE)

TABLE OF CONTENTS PAGE 1 TOPICS OF MAIN CHANGED CONTENTS---------------- 2 2 “SECTION 2 SPECIFICATIONS” ----------------------------- 3 3 “SECTION 4 INSTALLATION ---------------------------------- 5 3.1. “Section 4.7 System Requirements” ------------------ 5 4 “SECTION 9 OPERATION” ------------------------------------ 6 4.1. “Section 9.4 Setting List”--------------------------------- 6 4.2. “Section 9.5 Setting Operation (Normal Mode)”-------------------------------------------------------- 7 4.3. “Section 9.7 Service Utility” ----------------------------- 8 5 “SECTION 12 SCHEMATIC DIAGRAM”-------------------11 5.1. “Section 12.1 CONTROL Board” ---------------------12 5.2. “Section 12.2 INTERFACE Board” -------------------15 5.3. “Section 12.3 MOTHER Board” -----------------------21 6 “SECTION 13 CIRCUIT BOARDS" -------------------------23 6.1. “Section 13.1 CONTROL Board” ---------------------24 6.2. “Section 13.2 INTERFACE Board” -------------------25 6.3. “Section 13.3 MOTHER Board” -----------------------26 7 “SECTION 14 PARTS LOCATION AND MECHANICAL PARTS LIST” -----------------------------------------------27 7.1. “Section 14.1. Exterior”----------------------------------27 7.2. “Section 14.2. Chassis and Base 1” -----------------27 7.3. “Section 14.3. Chassis and Base 2” -----------------28 7.4. “Section 14.4. Hopper Unit” ----------------------------30 7.5. “Section 14.6. Power Unit and Circuit Boards”----31 7.6. “Section 14.7. Packing” ---------------------------------33

PAGE 8 “SECTION 15 REPLACEMENT PARTS LIST” ---------- 34 8.1. “Section 15.1. CONTROL Board” -------------------- 35 8.2. “Section 15.2. INTERFACE Board”------------------ 35 8.3. “Section 15.5. LCD Board”----------------------------- 35


1 TOPICS OF MAIN CHANGED CONTENTS Remarks Important level codes and Reason codes for the following changed contents 1. Important level codes A: High B: Middle C: Low 2. Reason Codes (1) Change Spec. (Product Number, Engineering change, and others) (2) Add information on Products KV-S3105C / S3085 Series (3) Correction

Contents Section No. (Original Service Manual) 2 1. Change the value of power consumption on the Sleep Mode 2. Add Note for the “Option” 4 1. Version up OS environment on USB Connection

14

Windows® XP SP1 → Windows® XP SP2 1. Add Note on the Sleep Mode (corresponding to Energy Star) 2. Add 2 operations (Update All Counters, Focus) on Service Utility 1. Change circuits on CONTROL, INTERFACE, and MOTHER Boards (corresponding to Energy Star) 1. Version up bare boards of CONTROL, INTERFACE, and MOTHER (corresponding to Energy Star) 1. Change part numbers for mechanical parts

15

1. Change part numbers for electrical parts

9 12 13

2

Reference Section on this supplement 2. “SECTION 2 SPECIFICATIONS” 3. “SECTION 4 INSTALLATION” 4. “SECTION 9 OPERATION” 5. “SECTION 12 SCHEMATIC DIAGRAM” 6. “SECTION 13 CIRCUIT BOARDS” 7. “SECTION14 PARTS LOCATION AND MECHANICAL PARTS LIST” 8. “SECTION15 REPLACEMENT PARTS LIST”

Remarks

B-(2) B-(1) B-(1) B-(1) B-(1) A-(1)

A-(1)

2 “SECTION 2 SPECIFICATIONS” Item

Model No. KV-S3105C Series*1

Scanner

Scanning face Scanning method

Readout speed

Resolution Image output Image Processing Other function Paper Size

Thickness

KV-S3085 Series*2

Duplex Sheet feed type CCD (Front and back sides) Selectable back ground color (Black or White) Binary A4 200 dpi portrait Binary A4 200 dpi portrait Simplex: 85 ppm Simplex: 100 ppm Duplex: 160 ipm Duplex: 180 ipm JPEG Color A4 200 dpi portrait Simplex: 100 ppm Duplex: 174 ipm 400 dpi (Optional resolution) Binary, 8 bit grayscale, 24 bit Color, Binary, 8 bit grayscale, 24 bit color (Require MultiStream (Binary + 8 bit grayscale or option), MultiStream (Binary + 8 bit grayscale Binary +24 bit color) or Binary +24 bit color (Require option)) Image emphasis, Dither (64 step gradation), Error diffusion (64 step gradation), Dynamic threshold, Automatic separation, Multi-Color dropout, Mirror Image, Noise reduction Patch code detection (Kodak patch 2,3,T) Control sheet Image Size (Maximum) Width: 302 mm (11.7 in.) Length: 2,540 mm (100 in.) Feeding Size Minimum Width: 48 mm (1.9 in.) Length: 70 mm (2.8 in.) Maximum Width: 297 mm (11.7 in.) Length: 432 mm (17 in.) Single paper feed : 0.04 -0.2 mm (1.6 to 7.9 mils) Continuous feed: 0.06 -0.2 mm (2.4-7.9 mils)

Note: 1 mils = 1 / 1000 in. Weight

Single paper feed: 30-157 g/m2 (8-42 lb.) Continuous feed: 50-157 g/m2 (13-42 lb.) Business card is thicker than 127 g/m2 (34 lb.)

Detection Interface Hopper capacity Unit

External dimensions (Width x Depth x Height) Weight Image memory (Standard) External image memory Power requirement Power Maximum consumption (Scanning) Minimum (Standby) Sleep mode

Environment Operating temperature and Humidity Storage temperature and Humidity Accessories

Note: 1 lb.= 3.75 g/m2 Empty, Size, Jam, Skew, and Double-feed detections Ultra wide SCSI (68 pin) / USB2.0 Multi Interface 1000 sheets: 64 g/m2 (17 lb.) 627 x 546 x 415 mm (24.7 x 21.5 x 16.4 in.) 52 kgf (114.4 lbs.) 256 MB DIMM port: 1 slot AC100-120 V, 50 / 60 Hz AC220-240 V, 50 / 60 Hz 3.0 A (AC 100-120 V) 1.5 A (AC 220-240 V) 0.7 A (AC 100-120 V) 0.5 A (AC 220-240 V)

64 MB

6.2 W or less (AC 100-120 V) 6.2 W or less (AC 220-240 V) Temperature: 15 °C to 30 °C (59 °F to 86 °F) Humidity: 20 % to 80 %RH Temperature: 0 °C to 35 °C (32 °F to 95 °F) Humidity: 10 % to 80 %RH Installation manual, Maintenance manual, AC Cord, USB 2.0 Cable, Blower, Cleaning paper, CD-ROM [ISIS Driver, Capture software (RTIV), Operation manual, P.I.E. manual, RTIV manual, Control sheet images], Shading paper

3

Item

Model No. KV-S3105C Series*1

PbF (Pb Free)

KV-S3085 Series*2

Applied to PCB assemblies CONTROL, INTERFACE, MOTHER, CCD, DRIVE, PANEL, SIZE, HOPPER [CONNECTOR], HOPPER [POSITION], HOPPER [ANGLE], POINTER, EXIT[FRONT], POST IMPRINTER DOOR, RELAY[LOWER], RELAY[UPPER], SKEW(L), SKEW (R), JAM, RETARD [POSITION], FAN RELAY 1, FAN RELAY 2, LCD, and POWER Boards for KV-S3105C Series and KV-S3085 Series Note: Distinction of PbF PCB PCBs (manufactured) using lead free solder will have a PbF stamp on the PCB.

Option

*4

Roller Exchange Kit: KV-SS026

*4

Roller Exchange Kit (for thin paper): (*3 KV-SS027)

*4

Imprinter (KV-SS028), *4 Ink cartridge (KV-SS021)

*4

Roller cleaning paper (KV-SS03) —

Color upgrade kit (KV-SS029)

Note: *1 : KV-S3105C Series For U.S.A. and Europe: KV-S3105C For China: KV-S3105CCN SERIAL No. shown on the name plate on each scanner will distinguish the destinations for each area as follows. 1. SERIAL No. for U.S.A. and Europe → 807 xxxxx 2. SERIAL No. for China→ 825 xxxxx (x: Don’t care)

*2:

KV-S3085 Series For U.S.A. and Europe: KV-S3085 SERIAL No. shown on the name plate on each scanner will distinguish the destinations for each area as follows. SERIAL No. for U.S.A. and Europe → 813 xxxxx (x: Don’t care)

*3:

KV-SS027 This kit will be effective in case thin paper’s (less than 50 g/m2) jam frequently occurs at the paper-feed block attached as the standard.

*4:

KV-SSxxx (All area except for China) KV-SSxxx-CN (Only for China) (xxx: 026, 027, 028, 021, or 03)

4

3 “SECTION 4 INSTALLATION 3.1.

“Section 4.7 System Requirements”

When using the scanner, the required personal computer conditions are as follows. SCSI Connection CPU

Minimum: Pentium , 1 GHz Recommended: Pentium4, 2 GHz or higher Minimum: 256MB Recommended: 512MB or more

Memory OS

Display

USB Connection

Resolution Colors

Interface

Windows® 98

Windows® 98 SE

Windows NT® 4.0

Windows® 2000 SP4

Windows® 2000

Windows® Me

Windows® Me

Windows® XP SP2

Windows® XP 1,024x768 dots or more 65,536 colors or more SCSI Recommended SCSI board: Adaptec SCSI Board (29160 / 39160)

USB 2.0

Note 1: 1. This system requires 1 GB free space of HDD in the personal computer at least. 2. A color scanning beyond the conditions of A3 Size and 600 dpi may not be executed, based on Windows® 98 or Windows® Me. And even based on another OS, a high resolution scanning may not be done. 3. The scanning speed differs depending on the personal computer’s operating environment or application. 4. Be sure to connect the scanner directly to the USB interface port on PC. We cannot guarantee that the scanner will work properly if it is connected to a USB hub. 5. A daisy-chain connection to the SCSI interface may not allow the scanner to realize the high speed scanning 6. When using Windows NT®, be sure to install the ASPI layer software that the SCSI Board’s vender provides. Note 2 • Windows® 98 is Microsoft® Windows® 98 operating system. • Windows® Me is Microsoft® Windows® Me operating system. • Windows NT® is Microsoft® Windows NT® operating system. • Windows® 2000 is Microsoft® Windows® 2000 operating system. • Windows® XP is Microsoft® Windows® XP operating system. • Microsoft®, Windows® and Windows NT® are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. • Pentium® is a registered trademark of Intel Corporation. • Each company’s name or company product name is each company’s trademark or registered trademark.

5

4 “SECTION 9 OPERATION” 4.1. 4.1.1. No.

“Section 9.4 Setting List” “Section 9.4.4 Other Setting Mode (Normal Mode 4)” Item

Setting Contents

1-a Firmware version (CONTROL) 1-b Firmware version*1

Default Factory Remarks Default (2) -

-

(2)

-

-

(2)

ON 6

ON 6

(1) (1)

(INTERFACE) 1-c Firmware version*2 (Post-Imprinter) 2 Buzzer 3 SCSI ID *3 4 5

6-a 6-b

7-a 7-b

8-a

Wide SCSI *3 Transfer Rate

OFF ON 0-15 or 0-7 Disable Enable

Wide Wide 40 MB/s 20 MB/s or or 20 MB/s 10 MB/s Clean Roller Warning % (Disp %) Clear Clean Roller (Clear warning for “Clean Roller”) Replace Roller % Warning (Disp %) Clear Replace Roller (Clear warning for “Replace Roller”) Product ID (for KVKVKVKV-S3105C Series) *4 S3105C SS905C SS855

(1)

Wide Wide 40 MB/s 40 MB/s

(1)

0%

0%

(2)

-

-

-

0%

0%

(2)

-

-

-

KVKVS3105C S3105C

*5 KVKVKVS3085 SS905C SS855 KV-S3085 Series) *6 Sleep Mode 1-60 (Set period to enter in Disable min Sleep Mode)

8-b Product ID (for

*4

9

Enable Enable

KVS3085

KVS3085

-

15 min

15 min

(1)

Remarks (1): Parameter setting by user (2): Status Indication (3): Parameter setting by service-man (4): Adjustment (5): Diag. Note *1

: This information on LCD includes amount value for additional memory. This version information will not be displayed when INTERFACE Board is not installed.

*2

: This version information will not be displayed when Post-Imprinter is not installed.

*3

: In case that Wide SCSI setting is “Enable”: SCSI ID Range 0 to 15, Transfer Rate: Wide 40 MB/s or Wide 20 MB/s. Setting the SCSI ID, Wide SCSI, and Transfer Rate will be activated after restarting the power.

*4

: Setting the Product ID will be activated after restarting the power.

*5

: This content “KV-SS905C” will be selectable only in case the optional “Color upgrade kit” has been installed in scanner KV-S3085 Series.

*6

: “Disable” setting is not available if the scanner has CONTROL Board whose revision number is 2 or later.

6

-

4.2.

“Section 9.5 Setting Operation (Normal Mode)”

4.2.1.

“Section 9.5.4 Other Setting Mode (Normal Mode 4)”

4.2.1.1.

“Section 9.5.4.1 Mode-1”

Note: *1

This content “KV-SS905C” will be selectable only in case the optional “Color upgrade kit” has been installed in scanner KV-S3085 Series.

*2

“Disable” setting is not available if the scanner has CONTROL Board whose revision number is 2 or later.

7

4.3. 4.3.1.

“Section 9.7 Service Utility” “Section 9.7.1 Main menu indication for Service Utility”

This section describes the functions of the service utility software, such as USB setting and other that are not included in LCD operation. (Service mode only) Executing “Service Utility.exe” (without installing the software to the PC except for ASPI Manager) will allow you to operate all the functions found in this service utility software.

(On the other hand, make sure to install the device driver from the CD-ROM enclosed in the scanner.) Note: • This utility software is not included with the scanner.

Please call service or technical support to find out how to obtain the service utility software. • This software should be used only by an authorized service technician. Improper use of this software may cause damage to the scanner.

* Fig. 9.7.1 Main Menu *Note: • This is a main menu sample (Fig. 9.7.1) of the Service Utility software (Version 4.2). • This software is the latest version at the time when this service manual is issued, but it is subject to change without notice.

8

4.3.2.

“Section 9.7.2 Function item list of Service Utility”

Service Utility item list is as follows. Note: When two or more scanners are connected to PC, execute “Select Scanner” to define the scanner before evaluating. The procedure is as follows. 1. Click “Select Scanner” on the Main Menu. 2. Select the product number and interface of the scanner to evaluate. Item

Scanner Counter Test

Update All Counters Focus

Adjust

USB ID. Feed Speed Save Information

Other

Purpose

* Remarks

To update the value of System Counter

(6)

To monitor the image output level, generated within the effective Pixel Width of CCD

(5)

To set a USB ID. for the scanner, connected to PC To reduce the motor speed for document feed To save scanner and PC information as a log file

(3) (4) (3)

*Remarks (1) Parameter setting by user (2) Status Indication (3) Parameter setting by service-person (4) Adjustment (5) Diag. (6) Maintenance

9

4.3.3.

“Section 9.7.3 Operation on PC” Item

Update All Counters

**Focus

* USB ID

Feed Speed

Save Info.

Operation

Default

1. Click “Update All Counters” to update counter’s value. 2. Confirm the value of the “System” is updated on the main menu. (Service Utility) 1. Pull the Front Door Release to open the Front Door. 2. Reverse the Reference Plates to white. 3. Close the Front Door slowly until it clicks into place. 4. Click “Focus” on the main menu. 5. Click “START” on the “Focus” dialog box. 6. Check the waveform indicated on the display. 7. When finishing confirming the output image level, click “STOP” on the “Focus” dialog box. 8. Click “Close” to get back to the main menu.

—

—

This operation indicates a focus-level waveform to check whether there is any partial depression of the level.

1. Click “USB ID” on the main menu to enter in the USB ID dialog box. 2. Click “Set” on “USB ID” dialog box to store a new ID number for a CONTROL Board replaced or initialized. 3. Click “Close” to get back to the main menu. 1. Click “Feed Speed” on the main menu to enter in the Feed Speed dialog box. 2. Set a new value. (PPS: 500 to 1750). 3. Click “OK” to change the motor maximum speed for document feed to go back to the main menu. (Without changing, click “Cancel” to go back to the main menu)

—

*This setting is available for a new CONTROL Board, or for a CONTROL Board with EEPROM initialized

1. Click “Save Info” on the main menu. 2. Save scanner and PC information as a log file, according to

Remarks

1750

—

the guidance on PC.

Note: ** When scanning image has some lines, this operation (Focus test) will find their locations on the image. When this operation is executed, the figure of the scanning level will indicate, beginning at the left of the scanning device. This focus test shows partial depression of the level if there are some damages (scratch or others) to the glass surface or a dust on the surface. If there are some damages to the glass, replace it. When this phenomenon appears (with no damage to the glass surface), clean the surface with Roller Cleaning Paper we provide. And then if the lines still remain, execute "Shading".

10

5 “SECTION 12 SCHEMATIC DIAGRAM”

Index 5.1 "Section 12.1 CONTROL Board" 5.2 "Section 12.2 INTERFACE Board" 5.3 "Section 12.3 MOTHER Board"

11



2 16

5.1. “Section 12.1 CONTROL Board”



4 16


CONTROL Board (CPU)

15 16


INTERFACE Board (CLOCK_DRV)

7 13

5.2. “Section 12.2 INTERFACE Board”

16

INTERFACE Board (SCSI-CONNECTOR) KV-S3105C Series KV-S3085 Series

8 13


INTERFACE Board (SCSI-CONTROLLER)

9 13


INTERFACE Board (FAS466 CTL)

10 13


INTERFACE Board (USB)

11 13

20

Not mounted

Not mounted


INTERFACE Board (CPU)

12 13

21


1 5

5.3. “Section 12.3 MOTHER Board”

22


3 5

6 “SECTION 13 CIRCUIT BOARDS"

Index 6.1 "Section 13.1 CONTROL Board" 6.2 "Section 13.2 INTERFACE Board" 6.3 "Section 13.3 MOTHER Board"

23

6.1.

“Section 13.1 CONTROL Board”

PbF stamp

24

6.2.

“Section 13.2 INTERFACE Board”

PbF stamp

25

6.3.

“Section 13.3 MOTHER Board”

PbF stamp

26

7 “SECTION 14 PARTS LOCATION AND MECHANICAL PARTS LIST”

7.1.

“Section 14.1. Exterior”

Ref.No. 30 30 44

7.2.

Part No. Original New PJYK08070M PJKAB0013Y PJKAB0013Y PJQTB0250Z PJQTB0250Y

Code C G B


Remarks

Rear Panel for KV-S3105C/KV-S3085 Rear Panel for KV-S3105CCN Roller Caution Label (Only for China)

“Section 14.2. Chassis and Base 1”

Ref.No.

29 30 41 63 65

Part No. Original PJUAC0199Z C-30FRB-3220 PJZR08070M C-54-2 PBMDA0553Z

New PJUAC0199Y C-30FRB3220G PJZR08077M C-54-2-G PBMDA0553Y

Code

C B C B C


Base-A Rubber Foot Exit Roller Assembly Magnet Plate

27

Remarks

7.3.

“Section 14.3. Chassis and Base 2”

28

Ref.No.

17 64 109

Part No. Original PJHRB0091Z-J PJZH08070M -

New PJZV08070M PJZH08071M PJHEC0128Z

Code

C C D


Pad Frame Assemble Planet Plate Sub Assembly Reflect Sensor Sheet

29

Remarks

7.4.

“Section 14.4. Hopper Unit”

Ref.No. 18

Part No. Original New PJJRB0631Z PJJRB0631Y

Code C

Part Name & Description Paper Detect Sensor Cable

30

Remarks

7.5.

“Section 14.6. Power Unit and Circuit Boards”

31

Ref.No. 1 2

2

Part No. Original New PJMCB0031X PJMCB0031W N0AE5GK00001 N0AE5GK00002

Code


C B

POWER Board Plate-A POWER Board

N0AE5GK00002

N0AE5GK00003

B

POWER Board

23 23 25 26 29

PJWP0807HM PJWP08130M A-46-5 PJWP0807IM PJWP0807KM

PJWP0807MM PJWP08131M A-1046-5 PJWP0807PM PJWP0807LM

B B C B B

INTERFACE Board for KV-S3105C Series INTERFACE Board for KV-S3085 Handle MOTHER Board CONTROL Board

29 34 35

PJWP0807LM -

PJWP0807NM PJHGC0038Z PJHEC0109Z

B C C

CONTROL Board Mother Board Spacer PC Sheet

32

Remarks

This had already been reported by P.C.N KM70507041SE (RTL) (RTL) (RTL) This had already been reported by P.C.N KM70602123PE (RTL)

7.6.

“Section 14.7. Packing”

Ref.No. 1 1 1 2 2 3 3 4 4 5 5 9 9 15 15 15 15 18

Part No. Original New PJPGC0215Z PJPGC0215Y PJYC08070CN PJYC08071CN PJPGC0321Z PJPGC0321Y PJPGB0029Z PJPGB0029Z PJPGB0029Z PJYC08072CN PJPQC0023Z PJPQC0023Z PJPQC0023Z-J PJPQC0024Z PJPQC0024Z PJPQC0024Z-J PJPQC0022Z PJPQC0022Z PJPQC0022Z-J PJPPB0003Z PJPPB0003Z PJPPB0003Z-J PJQXC0043Z PJQXC0043Y PJQXC0045Z PJQXC0045Y PJQXC0068Z PJQXC0071Z PBAQA0212N PBAQA0212M

18 18

PBAQA0212M -

PJJXC0203T PJJXC0340Z

Code


B B B B B C C C C C C C C B B C C C

Outer Carton for KV-S3105C Outer Carton for KV-S3105CCN Outer Carton for KV-S3085 Bottom Carton for KV-S3105C Bottom Carton for KV-S3105CCN Cushion of Bottom R (Except for KV-S3105C) Cushion of Bottom R (only for KV-S3105C) Cushion of Bottom L (Except for KV-S3105C) Cushion of Bottom L (only for KV-S3105C) Cushion of Upper (Except for KV-S3105C) Cushion of Upper (only for KV-S3105C) Protection Bag (Except for KV-S3105C) Protection Bag (only for KV-S3105C) Installation Manual for English Installation Manual for Chinese Installation Manual for Korean Installation Manual for Russian CD-ROM

C C

CD-ROM (Except for China) CD-ROM (Only for China)

33

Remarks

This had already been reported by P.C.N KM70507041SE

8 “SECTION 15 REPLACEMENT PARTS LIST”

34

8.1.

“Section 15.1. CONTROL Board”

Ref.No.

Part No. Original New R1330 ERJ3GEYJ103 R1331 ERJ3GEYJ103 R1332 ERJ3GEYJ103 R1333 ERJ3GEYJ103 R1429 ERJ3GEYJ220 R1430 ERJ3GEYJ220 R1431 ERJ3GEYJ220 R1432 ERJ3GEYJ220 R1433 ERJ3GEYJ103 R1434 ERJ3GEYJ103 R1445 ERJ3GEYJ223 R1446 ERJ3GEYJ222 Q1013 B1DHCB000031 CN1008 K1KA10A00325 -

8.2.

D D D D D D D D D D D D D D


Remarks


Remarks


Remarks

Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Transistor Connector

“Section 15.2. INTERFACE Board”

Ref.No.

Part No. Original New R3094 ERJ3GEYJ101 R3193 ERJ3GEYJ103 R3194 ERJ3GEYJ103 R3243 ERJ3GEYJ220 R3245 ERJ3GEYJ220 R3248 ERJ3GEYJ220 R3249 ERJ3GEYJ220 R3270 ERJ3GEYJ223 R3271 ERJ3GEYJ223 R3272 ERJ3GEYJ222 R3273 ERJ3GEYJ223 R3274 ERJ3GEYJ222 R3275 ERJ3GEYJ223 R3276 ERJ3GEYJ470 R3277 ERJ3GEYJ103 R3278 ERJ3GEYJ103 R3279 ERJ3GEYJ220 L3043 J0JCC0000059 L3044 J0JCC0000059 D3008 B0JCAE000001 Q3009 B1GBCFLL0002 Q3010 B1DHCB000031 Q3011 B1GBCFLL0002 Q3012 B1DHCB000031 IC3032 C0CBABG00032

8.3.

Code

Code D D D D D D D D D D D D D D D D D D D D D D D D D

Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Inductor Coil Inductor Coil Diode Transistor Transistor Transistor Transistor IC Regulator

“Section 15.5. LCD Board”

Ref.No.

Part No.

Original IC7000 L5DZAJC00001

New L5DZAJC00003

Code

B

LCD

35

Order Number KM70710332SE Category Number G14

High Speed Scanner Model No. KV-S3105CSERIES

KV-S3085SERIES Subject : Supporting Vista and others Please file and use this supplement manual together with the following manuals. 1. Original Service Manual for KV-S3105C / S3085 Series (Order No.: KM70503990CE) 2. Supplement-1 Manual for KV-S3105C / S3085 Series (Order No.: KM70703273SE)


TABLE OF CONTENTS PAGE 1 TOPICS OF MAIN CHANGED CONTENTS ----------------3 2 “SECTION 1 GENERAL PRECAUTIONS” -----------------4 2.1. “Section 1.5 Standard for Repair Service” -----------4 3 “SECTION 4 INSTALLATION” ---------------------------------5 3.1. “Section 4.7 System Requirements”-------------------5 4 “SECTION 14 PARTS LOCATION AND MECHANICAL PARTS LIST”-------------------------------------------------6 4.1. “Section 14.7 Packing”------------------------------------7 5 “SECTION 15 REPLACEMENT PARTS LIST” ------------8 5.1. “Section 15.2 INTERFACE Board”---------------------9

2

1 TOPICS OF MAIN CHANGED CONTENTS Remarks Important level codes and Reason codes for the following changed contents 1. Important level codes A: High B: Middle C: Low 2. Reason Codes (1) Change Spec. (Product Number, Engineering change, and others) (2) Add information on Products KV-S3105C / S3085 Series (3) Correction

Contents Section No. (Original Service Manual) 1 1. Add “Standard for Repair Service”

4

1. Support Windows VistaTM

14

1. Change part numbers for mechanical parts

15

1. Change part numbers for electrical parts

Reference Section on this supplement 2. “SECTION 1 GENERAL PRECAUTIONS” 3. “SECTION 4 INSTALLATION” 4. “SECTION14 PARTS LOCATION AND MECHANICAL PARTS LIST” 5. “SECTION15 REPLACEMENT PARTS LIST”

3

Remarks

B-(2)

A-(2) A-(1)

A-(1)

2 “SECTION 1 GENERAL PRECAUTIONS” 2.1.

“Section 1.5 Standard for Repair Service”

Repair service shall be provided in accordance with repair technology information such as service manual so as to prevent fires, injury or electric shock, which can be caused by improper repair work. 1. When performing repairs, neither the product nor its parts or components shall be modified. 2. If cable assembly is supplied as the smallest unit when servicing, make sure to replace the cable assembly.

4

3 “SECTION 4 INSTALLATION” 3.1.

“Section 4.7 System Requirements”

When using the scanner, the minimum system requirements are as follows. Item

Computer CPU OS

SCSI Connection

USB Connection

IBM PC/AT or compatible machine with a CD-ROM drive Pentium 3, 1 GHz or higher Windows® 2000, Windows® XP, Windows VistaTM (64 bit is not available.)

Interface

SCSI 3 Recommended SCSI Board Adaptec SCSI 29160 / 39160

Memory

512 MB or more 1 GB or more free space is required.

HDD

USB 2.0

Note 1 1. The above system requirements may not meet the requirements of all operating systems and bundled

software. 2. The scanning speed differs depending on the host computer’s operating environment or application. 3. If you connect the scanner to a USB hub, it is not guaranteed to work. 4. When using the scanner with other SCSI devices connected by daisy chain connection, it is not

guaranteed to work. Note 2 1. IBM and AT are trademarks of International Business Machines Corporation in the United States,

other countries, or both. 2. Windows® 2000 is Microsoft® Windows® 2000 operating system. 3. Windows® XP is Microsoft® Windows® XP operating system. 4. Windows VistaTM is Microsoft® Windows VistaTM operating system. 5. Microsoft®, Windows®, and Windows VistaTM are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. 6. Pentium is a trademark or registered trademark of Intel Corporation or its subsidiaries in the United States and other countries. 7. Each company’s name or company product name is each company’s trademark or registered trademark.

5

4 “SECTION 14 PARTS LOCATION AND MECHANICAL PARTS LIST”

6

4.1.

“Section 14.7 Packing”

Safety

Ref.No. 15 15 18 18

Part No. Original New PJQXC0043Y PJQXC0043X PJQXC0045Y PJQXC0045X PJJXC0203T PJJXC0203S PJJXC0340Z PJJXC0340Y

Code B B B B

Part Name & Description Installation Manual for English Installation Manual for Chinese CD-ROM (Excepr for China) CD-ROM (Only for China)

7

Remarks

5 “SECTION 15 REPLACEMENT PARTS LIST”

8

5.1.

“Section 15.2 INTERFACE Board”

Safety

Ref.No. IC3005 IC3006 IC3007 IC3008 IC3009 IC3010 IC3011 IC3012

Part No. Original New C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072 C3ABRG000046 C3ABRG000072

Code B B B B B B B B

Part Name & Description DRAM DRAM DRAM DRAM DRAM DRAM DRAM DRAM

9

for for for for for for for for

KV-S3105C KV-S3105C KV-S3105C KV-S3105C KV-S3105C KV-S3105C KV-S3105C KV-S3105C

Series Series Series Series Series Series Series Series

Remarks

Service Manual Incl. Parts KV-S3105C_KV-S3085

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