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

Transcription

1 ORDER NO. KM00C0 G High Speed Scanner KV-S0W KV-S0WU KV-S00W KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+ 00 Kyushu Matsushita Electric Co., Ltd. All rights reserved. Unauthorized copying and distribution is a violation of law.

2 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU CONTENTS Page Page GENERAL PRECAUTIONS.. Safety Precautions.. Electrical Tests.. For Service Technicians SPECIFICATIONS COMPONENT IDENTIFICATION INSTALLATION.. Minimum Space Requirements.. Removing and keeping Metal Clamp.. DIMM Module Extension 0.. Removing SCSI Board.. Installing DIMM Module.. Installing the SCSI Board.. Connecting the Unit to a Personal Computer.. System Conditions Requirements.. LCD Settings SECTIONAL VIEWS.. Motors (Front View).. Optical Units and Imprinter.. Rollers.. Drive Belts.. Circuit Boards.. Sensor Boards and Switches.. HOPPER HOME SENSOR Board 0 MECHANICAL FUNCTION 0.. Paper Feed Mechanism 0.. Manual Feed Mode.. Paper Feed Roller/Hopper Lift Drive Mechanism.. Exterior.. Unit Components.. Circuit Board Assemblies OPERATION.. Front Panel Specifications.. Operation- (Normal Mode).. Operation- (Service Mode).. Setting List.. Setting Operation (Normal Mode).. Setting Operation (Service Mode).. Error Code 0 TROUBLESHOOTING BLOCK DIAGRAM EXPLANATION OF CONNECTOR CIRCUIT BOARDS.. MAIN CONTROL Board (Component Side).. MAIN CONTROL Board (Solder Side).. SCSI Board (Component Side).. SCSI Board (Solder Side).. MOTHER Board.. CCD Board.. INVERTER Board.. DRIVE Board (Component Side).. DRIVE Board (Solder Side).0. PANEL Board 00.. CARRIAGE HOME DETECTOR Board 0.. RETARD POSITION DETECTOR Board 0.. DOUBLE FEED DETECTOR (R) Board 0.. DOUBLE FEED DETECTOR (G) Board 0.. STARTING POSITION SENSOR Board 0.. STARTING POSITION LED Board 0.. SIZE SENSOR Board 0.. SIZE LED Board 0.. ENDING POSITION SENSOR Board 0.0. ENDING POSITION LED Board 0.. RELAY ( SIDE ) Board 0.. DOCUMENT DETECTOR Board 0.. DOCUMENT COVER DETECTOR Board 0.. RELAY ( BACK ) Board 0.. POWER Board 0.. Hopper Lift Mechanism.. DC/DC CONVERTER Board 0.. Optical Unit SCHEMATIC DIAGRAM 0 MAINTENANCE.. MAIN CONTROL Board 0.. Maintenance Chart.. SCSI Board.. Roller Cleaning / Paper Feed Roller, Separation Roller, Retard Roller.. MOTHER Board.. CCD and INVERTER Boards.. Roller Cleaning / Conveyor Roller -.. DRIVE and PANEL & CARRIAGE HOME DETECTOR.. Replacing Limited Life Parts Boards DISASSEMBLY INSTRUCTIONS 0.. RELAY (BACK), RELAY (SIDE) and Sensor Boards.. Disassembly Flowchart 0.. POWER and DC-DC CONVERTER Boards PARTS LOCATION AND MECHANICAL PARTS LIST.. Exterior.. Hopper Unit.. Chassis.. Power Unit.. Packing REPLACEMENT PARTS LIST.. MAIN CONTROL Board.. SCSI Board.. MOTHER Board.. CCD Board.. INVERTER Board.. DRIVE Board 0.. PANEL Board &RQILGHQWLDO.0(ULQWHU',&+

3 .. CARRIAGE HOME DETECTOR Board.. RETARD POSITION DETECTOR Board.0. DOUBLE FEED DETECTOR (R) Board.. DOUBLE FEED DETECTOR (G) Board.. STARTING POSITION SENSOR Board.. STARTING POSITION LED Board.. SIZE SENSOR Board.. SIZE LED Board.. ENDING POSITION SENSOR Board.. ENDING POSITION LED Board.. RELAY (SIDE) Board.. HOPPER HOME SENSOR Board.0. DOCUMENT DETECTOR Board KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. DOCUMENT COVER DETECTOR Board.. RELAY (BACK) Board.. POWER Board.. DC/DC Board Schematic Diagram for printing with A size 0.. MAIN CONTROL Board 0.. SCSI Board.. MOTHER Board.. CCD and INVERTER Boards 0.. DRIVE and PANEL & CARRIAGE HOME DETECTOR Boards 0.. RELAY (BACK), RELAY (SIDE) and Sensor Boards.. POWER and DC-DC CONVERTER Boards &RQILGHQWLDO.0(ULQWHU',&+

4 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU GENERAL PRECAUTIONS.. Safety Precautions. Before servicing, unplug the power cord to prevent electrical shock hazard.. When replacing parts, use only manufacturer s recommended components for safety.. Check the condition of power cord. Replace if wear or if damage is evident.. After servicing, be sure to restore the lead dress, insulation barriers, insulation papers, shields, etc.. Before returning the serviced equipment to the customer, perform the following electrical tests to prevent a shock hazard... Electrical Tests. 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.. With the unit unplugged, short the AC Live-Neutral of the plug with a jumper wire.. Turn ON the power switch.. 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.. If the measurement is less than MΩ, a possibility for electric shock may exit. Note: This hazardous condition must be corrected before the unit is returned to the end user... For Service Technicians ICs and LSIs are vulnerable to static electricity. When repairing, the following precautions will help to prevent recurring malfunctions.. Cover the plastic parts with aluminum foil.. Ground the soldering irons.. Use a conductive mat on the worktable.. Do not grasp IC or LSI pins with bare fingers. &RQILGHQWLDO.0(ULQWHU',&+

5 SPECIFICATIONS KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Item Model No. KV-S00W KV-S00WU KV-S0W KV-S0WU Scanner Scanning face Simplex scanning Duplex scanning Scanning method ADF front side/flatbed : CCD image sensor ADF front side/flatbed : CCD image sensor ADF back side : CIS (Contact Type Image Sensor) Readout speed Flatbed. sec ( paper, letter size, 00 dpi) ADF Simplex scanning : Approx. ppm. (Letter, fed lengthwise, 00 dpi) Duplex scanning : Approx. ipm. (KV-S0W(U) only) (Letter, fed lengthwise, 00 dpi) Resolution Flatbed/ADF Main scanning direction : 00~00 dpi ( dpi step) Sub-scanning direction : 00~00 dpi ( dpi step) Optical resolution is 00 dpi. Tonal gradation Binary mode, Grayscale mode (/ bit), -step gradation, (dither) mode, -step gradation (error diffusion) mode Image control Image emphasis, Dynamic threshold (DIMM required), Automatic threshold, Automatic separation, Monochrome reversing, Automatic back control Paper Size for ~xmm (.x in.) Flatbed Size for ADF Scanning size 0xmm (.x. in.), and 0xmm (.x. in.) to xmm (.x in.) Feeding size 0xmm (.x. in.), and 0xmm (.x. in.) to 0xmm (x in.) Thickness for Single paper feeding : 0.0 to mm (.0 to. mils) ADF Continuous paper feeding : 0.0 to mm (. to. mils) Note : mil=/000 in. Weight for ADF Single paper feeding : 0 to g/m (0. to lbs.) Continuous paper feeding : 0 to g/m ( to lbs.) Interface (Transfer rate) SCSI (0MB/sec) Hopper capacity 00 sheets [g/m ( lbs.) un used paper] Unit External dimensions xxmm (.x.x. in.) (WidthxDepthxHeight) Mass (Weight) 0kg ( lbs.) Power requirement AC00-0V, 0/0Hz (KV-S00W/S0W) AC0-0V, 0/0Hz (KV-S00WU/S0WU) Power consumption Maximum (Scanning).A (KV-S00W/S0W)/W.0A (KV-S00WU/S0WU)/W Minimum (Standby) 0.A (KV-S00W/S0W)/W 0.A (KV-S00WU/S0WU)/W Sleep mode A (KV-S00W/S0W)/W 0.0A (KV-S00WU/S0WU)/W Operating Operating temperature and C to 0 C ( F to F), 0% to 0% RH Environment humidity Storage Environment Storage temperature and humidity 0 C to C ( F to F), 0% to 0% RH Option Roller exchange kit (KV-SS0), Imprinter unit (KV-SS00), Red lamp option (KV-SS0), Roller cleaning paper (KV-SS0), lnk cartridge (KV-SS0), White roller & Cover (KV-SS0) Weight in pounds of paper represents the weight of 00 [xmm (x inches)] sheets. The red lamp option (KV-SS0) must be installed by a trained service engineer. &RQILGHQWLDO.0(ULQWHU',&+

6 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU COMPONENT IDENTIFICATION &RQILGHQWLDO.0(ULQWHU',&+

7 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

8 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU INSTALLATION.. Minimum Space Requirements Be sure to maintain the recommended space requirements for proper ventilation. &RQILGHQWLDO.0(ULQWHU',&+

9 .. Removing and keeping Metal Clamp In order to ensure the scanner s safety while it is being transported, its optical unit is secured by a metal clamp. Once the scanner has been put in the place where it is to be installed, change the position of the metal clamp by following the steps outlined below. () Place the scanner is such a way that its left area protrudes by about cm (. ) from the edge of a table. Do not turn it upside down or stand it on its side. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU When placing the scanner on a table, be careful not to extend beyond the edge cm (. ). Otherwise, the scanner may fall. () Remove the metal clamp on the bottom of the scanner from position (A) and attach it at position (B) instead. &RQILGHQWLDO.0(ULQWHU',&+

10 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. DIMM Module Extension A maximum of MB extended memory may be required depending on the combination of the paper size, resolution and gray scale mode. (For example, to scan a two-sided A size document with 00 dpi, gray, etc.) To determine how much extended memory is required, refer to the section.. Additional Memory Size each scanning mode (MB). * Recommended DIMM JEDEC-standard pin, dual in-line memory module (DIMM) Non buffered Single +.V±0.V power supply Frequency/ CAS Latency : 00MHz/CL=, MHz/CL=, MHz/CL= MB, MB or MB may be used. (Reference) DIMM module which has been evaluated using this scanner Manufacturer: DELKIN DEVICES. Model No.: DM-0YQ-0SP (MB). Model No.: DM-0YQ-0SP (MB). Model No.: DM-YQ-0SP (MB) Note: Originally, SCSI board has MB memory except for the above additional memory. &RQILGHQWLDO.0(ULQWHU',&+ 0

11 .. Removing SCSI Board ) Make sure the Power is OFF. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU ) Remove SCSI Board. (See...).. Installing DIMM Module Insert the DIMM module into the connector on the SCSI interface board at an angle [Place ( ) ]. Push in the module as far as it goes. The levers should lock automatically. If not, push the levers to lock the module in [Place ( ) ]. Note: Be sure that the DIMM module will be in the proper position and the proper side. To remove the DIMM module, release the white levers at both sides of the connector... Installing the SCSI Board ) Insert the SCSI Board into the unit along the guides and push it in firmly. ) Secure the SCSI Board with the screws. &RQILGHQWLDO.0(ULQWHU',&+ ) Install the scanner driver software in your computer according to the enclosed manuals.

12 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Additional Memory Size each scanning mode ( MB ) Simplex/bit, bit Duplex/bit, bit Simplex/Binary Duplex/Binary Size Resolution (dpi) A 0 0 A A A B (JIS) B (JIS) B (JIS) Double Letter 0 0 Legal Letter Size Resolution (dpi) A 0 0 A 0 0 A A B (JIS) 0 0 B (JIS) B (JIS) Double Letter 0 0 Legal 0 0 Letter 0 0 Size Resolution (dpi) A A A A B (JIS) B (JIS) B (JIS) Double Letter Legal Letter &RQILGHQWLDO.0(ULQWHU',&+ Size Resolution (dpi) A A A A B (JIS) B (JIS) B (JIS) Double Letter Legal Letter

13 .. Connecting the Unit to a Personal Computer KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. System Conditions Requirements When using the scanner, the required personal computer conditions are as follows. CPU Memory OS SCSI board Pentium MHz or higher (Pentium, Celeron processor or higher is recommended. MB or higher ( MB or higher is recommended.) Windows /Windows /Windows NT/Windows000/Windows Me Adaptec Brand AHA-0/0/0/0/0 Series are recommended. * The scanning speed differs depending on the personal computer operating environment or application. &RQILGHQWLDO.0(ULQWHU',&+

14 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. LCD Settings Before scanning the document, perform the preferred settings on the display. Setting information and scanner conditions are shown on the display.... Setting the language () Turn the power on while pressing the HOME key. Note: The language setting mode is selected automatically when the scanner s power is turned on for the first time after the scanner was purchased. &RQILGHQWLDO.0(ULQWHU',&+ () Use the [ ] key or [ ] key to select the English Letter, English A or Deutsch A, A. () 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.

15 ... Setting the SCSI ID and Terminator () Press the OTHERS key. Enters setting modes other than SCAN, COUNTER, or IMPRINT and displays the version. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Press the MODE key. Press the MODE key [ is the fourth setting. ] to display the SCSI ID, which () Press the SELECT [ ] key or [ ] key to select the desired setting. The [ ] key moves to the next ID as shown below. The [ ] key moves to the previous ID. () Press the MODE key [ ] to switch to the terminator setting. To activate the SCSI ID settings, press the HOME key to return to READY, then turn the unit off and on. () Press the SELECT [ ] key or [ ] key to select the desired setting. The [ ] key moves to the next content as shown below. The [ Note: ] key moves to the previous content. If the scanner is the last device in the SCSI chain, then the terminator should be set to Enable. But, under the above SCSI chain and scanner s turn-off, the terminator should be attached to the SCSI connector on the scanner. Setting the SCSI ID will be activated after turning the power OFF and turning it ON again. Setting the terminator will be activated after turning the power OFF and turning it ON again. &RQILGHQWLDO.0(ULQWHU',&+

16 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU SECTIONAL VIEWS.. Motors (Front View).. Optical Units and Imprinter &RQILGHQWLDO.0(ULQWHU',&+

17 .. Rollers KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Drive Belts &RQILGHQWLDO.0(ULQWHU',&+

18 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Circuit Boards &RQILGHQWLDO.0(ULQWHU',&+

19 .. Sensor Boards and Switches KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

20 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU MECHANICAL FUNCTION.. Paper Feed Mechanism Fig. -. When the paper is set on the Hopper, and the scanning command is issued from PC, the Hopper rises and the paper will be brought into contact with Paper Feed Roller.. The Conveyor Motor activates to rotate the Conveyor Roller through.. The Paper Feed Motor activates to rotate the Paper Feed and Separation Rollers. The Paper Feed Roller picks up a page. A spring attaches the Retard Roller to the Separation Roller. The supporting axis of the Retard Roller is connected to the fixed gear through the torque limiter and the timing belt s gear train. In case there is only one page picked up between Separation Roller and Retard Roller, the Retard Roller rotates in direction which the Separation Roller rotates by allowing the Retard Roller to slip on the torgue limiter. If there are two or more pages between Separation Roller and Retard Roller, torque limiter is set so that the load of the torque limiter increases accordingly, to allow slip friction for each page. As a result of this, only the top page passes through the conveyor section, and the additional pages are prevented from passing through. &RQILGHQWLDO.0(ULQWHU',&+ Fig. - 0

21 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU. When the top of the paper passes through on Size Sensor via Separation / Retard Roller and Conveyor Roller, Paper motor stops.. When the top of the first page reaches to Scanning Position, CCD sensor and or CIS is driven to scan. And by using the above sensors, scanning process starts.. When the end of the paper passes through on CIS(Back Side Scanning Position), Conveyor Motor stops, Scanner waits for next scanning start command from PC. At this time, if no following paper to scan, the current scanning paper is gone out.. When the end of the first page passes through on the Size Sensor on the continuous scanning mode, Paper Feed Motor starts again after an interval of approx. 00mm on duplex mode(approx.0mm on simplex mode) and feed the following paper through the conveyor section.. Repeat the above () to ().. After finishing all scanning process, Hopper goes down to the original position and the series of Scanning sequence ends... Manual Feed Mode. For multiple sheet s scanning, there is possibility that the first page and the second page will be separated, and the paper will be torn if paper is scanned while the Retard Roller is locked.. When Auto/Manual Select Lever is set to Auto, the Gear B fixed with lever is connected to the Retard Roller. Thereby, The Retard Roller is locked through torque limiter.. When Auto/Manual Selector Lever is set to Manual, the Gear B fixed with lever is free from Gear A connected to the Retard Roller. In this case, the Retard Roller operates as free roller for the Separation Roller, and does not operate paper separation function because the Retard Roller rotates independently... Paper Feed Roller/Hopper Lift Drive Mechanism. Paper Feed Motor drives either Paper Feed Roller mechanism or Hopper Lift mechanism by selecting the direction of rotation.. The drive system is shown on Fig. -. (a) The gear block () belongs to Drive system for Paper Feed Roller and Separation Roller. (b) The gear block () belongs to Drive system for Hopper Lift. (c) The gear block () belongs to Drive system for Paper Feed Roller, Separation Roller, and Hopper Lift in common. &RQILGHQWLDO.0(ULQWHU',&+ Fig. -. When the Paper Feed Motor drives in the direction of arrow A, Paper Feed Roller is activated, based on Output axis. On the other hand, when the Paper Feed Motor drives in the direction of arrow B, Hopper lift mechanism is activated. Gears marked with on Each Gear block have one way clutches. When the gears are activated to rotate against the direction of normal rotation, the one way clutches slipped and the series of rotation are not transmitted to the mechanical block.

22 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Hopper Lift Mechanism Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

23 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Fig. -. Hopper Plate is mounted on Lift Roller of Hopper Lift Arm.. Hopper Lift Arm is supported by Hopper Cam through Hopper Spring.. Hopper Cam is an eccentric type cam, and is connected to Hopper Lift Gear block mentioned in Fig. -.. When Hopper cam is in condition as shown in Fig. -, the paper can be set.. When the Hopper cam rotates in the direction of arrow as shown in Fig. -, it pushes up Hopper spring, and enables to paper feeding by attaching Hopper Plate to Paper Feed Roller.. And when the Hopper cam still more rotates in the direction of arrow, the cam rotates until the position as shown in Fig. -, and Hopper Plate goes down... Optical Unit The light reflected from the paper surface is transmitted via mirrors A B C D E, and is transmitted to CCD surface through the lens at last. &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

24 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU MAINTENANCE.. Maintenance Chart C : Clean, R: Replace ( x 000 Sheets ) Description Part No Paper Feed Roller PBDRA00Z C C C C C R Separation Roller PBDRA00Z C C C C C R Retard Roller PBDRA00Z C C C C C R Conveyor Roller PBDRX0S0 C C C C C C Conveyor Roller PBDRX0S0 C C C C C C Conveyor Roller PBDRX0S0 C C C C C C Conveyor Roller PBDRX0S0 C C C C C C Conveyor Roller PBDRXS0 C C C C C C ADF Glass PBHEA00Z-J C C C C C C Sensor Plate PBUEX0Y C C C C C C Free Roller PBDRA00Z C C C C C C Sensor Roller (Only for KV-S0W/WU ) PBDRA00Y-J C C C C C C CIS (Only for KV-S0W/WU ) EQR00Q C C C C C C Cold Ray Flourescent Lamp CFXAYG/H Lighting period 000 hours Note: Whenever black line occurs on scanning image, clean ADF Glass, Sensor Plate, and Sensor Roller, disregarding the above value. &RQILGHQWLDO.0(ULQWHU',&+

25 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Roller Cleaning / Paper Feed Roller, Separation Roller, Retard Roller. Turn off the Power.. Open the ADF door.. Clean the surfaces of Paper Feed Roller and Separation Roller with cleaning paper. (KV-SS0). Clean the surface of Retard Roller with Cleaning Paper(KV-SS0), when Roller Cleaning message is indicated on the LCD (See Section ). Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. - Note: Clean any dirt from the Retard Roller according to the arrows as shown in Fig. -. Otherwise the Retard Roller may be removed from the original position, and the paper-feed function may not work well.

26 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Roller Cleaning / Conveyor Roller -. Conveyor Roller, () Turn off the Power. () Open the ADF Door. () Clean these rollers using the cleaning paper (KV-SS0) to wipe the dirt on the surface of the rollers. Fig. -. Conveyor Roller,, () Turn off the Power. () Open the Front Door. () Clean these rollers using the cleaning paper (KV-SS0) to wipe the dirt on the surface of these rollers. (Same as cleaning the CIS, Sensor Plate, ADF Glass) &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

27 .. Replacing Limited Life Parts. Paper Feed Roller, Separation Roller () Turn off the Power. () Open the ADF Door. () Open the Paper Feed Conveyor. () Pull the gear side of Paper Feed Roller toward arrow (). () Slide toward arrow (). KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

28 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU. Retard Roller () Turn off the Power. () Open the ADF Door. () Open the Retard Conveyor. (See Fig. -.) () Grip the Retard Roller and slide toward arrow (). (See Fig. -.) Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

29 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

30 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU DISASSEMBLY INSTRUCTIONS.. Disassembly Flowchart The flowchart indicates disassembly items of the Covers, Unit Components and Circuit Board assemblies. When reassembling, perform the steps in the reverse order unless otherwise noted in Reassembling Notes. &RQILGHQWLDO.0(ULQWHU',&+ Fig. - 0

31 .. Exterior KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Back Panel () Remove screws. () Remove the Back Panel.... Side Panel L () Remove Back Panel. (See...) () Remove screws. () Slide Side Panel L toward the back, as shown in Fig. -. () Lift Side Panel L up, as shown in Fig. -. () Centralize the axis (fulcrum) of the lever and turn Side Panel L toward the right, as shows in Fig. -. While turning, bring it down toward the inside (toward the left). () Detach the screw-fixed hook on the back of Side Panel L from the chassis, and remove later. Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

32 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Side Panel R () Remove Back Panel. (See...) () Remove screws. () Slide the Side Panel R backward as shown in Fig. -. () Remove the Side Panel R.... Front Panel () Remove the Side Panel L. (See...) () Remove the Side Panel R. (See...) () Remove screws(a) and screws(b). () Disconnect CN. () Remove the Front Panel.... Flatbed Sheet () Peel off Flatbed Sheet, as shown in Fig. -. Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

33 ... ADF Side Panel L () Remove screws(a). KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Open Front Door. () Remove screw(b). () Remove the ADF Side Panel L.... ADF Side Panel R () Remove screws(a). () Open Front Door. () Remove screw(b). () Remove the ADF Side Panel R.... Back Cover () Open ADF Door. () Loosen screws and remove the Back Cover. Fig. - Fig. -0 Fig. - &RQILGHQWLDO.0(ULQWHU',&+

34 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Back Door () Push the Back Door, as shown in Fig Hopper Tray () Open Front Door. () Push the Hopper Tray, as shown in the Fig. -. () Disconnect CN. Note: When connecting CN, printed character on cable should be upper side.... FB Glass Base () Open Document Cover. () Remove Side Panel L. (See...) () Remove Side Panel R. (See...) () Remove Front Panel. (See...) () Loosen screws(a). () Remove screws and FB Glass Base. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

35 ... ADF Glass Base () Open Document Cover. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove Side Panel L. (See...) () Remove Side Panel R. (See...) () Remove screws(a). () Remove screws(b) and ADF Glass Base.... Hopper Base () Remove Hopper Tray. (See..0.) () Remove screws(a). () Remove screws(b) from the bottom of Hopper Base. () Remove screws(c) from the top of Hopper Base. () Remove the Hopper Base. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

36 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Sensor Plate () Open Front Door. () Loosen screws. () Remove Sensor Plate.... Exit Conveyor () Open Front Door. () Remove screws and Exit Conveyor.... Inner Conveyor () Remove the Back Cover. (See...) () Remove screws and Inner Conveyor. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -0

37 ... Lower Conveyor () Remove ADF Side Panel L. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove ADF Side Panel R. (See...) () Remove Gas Damper. (See...) () Open Front Door. () Remove screws(a). () Remove screws(b) and Lower Conveyor.... Shield Plate () Remove Optical Carriage. (See...) () Remove screw(b) and Plate. () Remove screws(a) and Shield Cover(A). () Remove screws(c) and Shield Cover(D). () Remove screws(d), Shield Cover(B), and Shield Cover(C). Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

38 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Unit Components... Optical Carriage () Remove FB Glass Base. (See...) () Remove ADF Glass Base. (See...) () Remove screws(a) and Loosen screws(b) and pull out Shaft, as shown in Fig.-. () Disconnect Connector from Optical Carriage. Note: When assembling, supply the cable to this carriage so that CCD character is seen from front side. () Remove Optical Carriage.... Carriage Motor () Remove Shield Plate. (See...) () Remove screws(a). () Remove nuts from the bottom side of this scanner. () Disconnect Carriage Motor Connector from CN on DRIVE Board. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

39 ... Drive Belt () Remove Carriage Motor. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove Drive Belt, as shown in Fig Power Unit Box and Cover () Remove Optical Carriage. (See...) () Remove screws(a), as shown in Fig. -. () Remove screw(b), as shown in Fig. -. () Remove a cable between POWER Board and MOTHER Board. () Slide Power Unit Box to the back side, according to the arrow, as shown in Fig. -. () Remove screws and Power Unit Cover, as shown in Fig. -0. Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -0

40 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Lamp Module () Remove Optical Carriage. (See...) () Remove screws(a) and brackets. () Remove screws(b) and Cover. () Disconnect Lamp Module Connector. () Remove screws(c), and Lamp Module. Note: Lamp is easy to break. Lamp becomes high temperature. Lamp module has high voltage part.... Power Switch () Remove Power Unit Box and Cover. (See...) () Remove Power Switch from the chassis. (Pull out while pressing both sides of the locking section) Warning: When replacing the Power Switch or lnlet, the wiring must be installed as illustrated. Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. - 0

41 ... Fan () Remove the Back Panel. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove Power Unit Box and Cover. (See...) () Disconnect the Fan connector. () Remove screws(a), and Fan, as shown in Fig Paper Feed Roller () Open ADF Door. () Open Plate. () Unlock the Paper Feed Roller from the notching hole of chassis and remove it.... Separation Roller () Open ADF Door. () Open Plate. () Unlock the Separation Roller from the notching hole of chassis and remove it. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

42 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU..0. Retard Roller () Open ADF Door. () Open Plate. () Grip the Retard Roller and slide, as shown in Fig Sensor Roller () Open Front Door. () Unlock the Sensor Roller from the notching hole of chassis and remove it.... Drive Belt () Remove ADF Side Panel R. (See...) () Loosen screws and remove Drive Belt. Fig. - Fig. - Fig. -0 &RQILGHQWLDO.0(ULQWHU',&+

43 ... Drive Belt () Remove ADF Side Panel R. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove Drive Belt. (See...) () Loosen screws and remove Drive Belt.... Conveyor Roller - () Remove lnner Conveyor. (See...) () Remove ADF Side Panel R. (See...) () Unlock Conveyor Roller (, ) from the notching hole of the chassis and remove them. () Remove Exit Conveyor. (See...) () Unlock Conveyor Roller,, and from the notching hole of the chassis and remove them. (Re-assemble Note) Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

44 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... ADF Door Switch () Remove lnner Conveyor. (See...) () Remove ADF Side Panel R. (See...) () Disconnect ADF Door Switch connector. () Remove screw and ADF Door Switch.... Paper Feed Motor () Remove lnner Conveyor. (See...) () Remove Conveyor Roller,. (See...-) () Remove Exit Conveyor. (See...) () Remove RELAY (SIDE) Board. (See...) () Remove E-rings and Gears. () Remove screws(a) as shown in Fig. -. () Remove SIZE LED Board. (See...) () Disconnect Paper Feed Motor connector and Paper Feed Motor. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

45 ... Gas Damper () Remove ADF Side Panel L. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Open Document Cover. () Remove screws and Gas Damper.... Front Door Switch () Open Front Door. () Remove Exit Conveyor. (See...) () Disconnect Front Door Switch connector. () Remove screw and Front Door Switch.... CIS () Remove Sensor Plate. (See...) () Remove Exit Conveyor. (See...) () Remove Conveyor Rollers and. (See...) () Remove screws and CIS. () Disconnect CIS connector. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

46 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU..0. Conveyor Motor () Remove lnner Conveyor. (See...) () Remove Exit Conveyor. (See...) () Remove ADF Side Panel R. (See...) () Remove Conveyor Roller. (See...) () Remove screws. () Disconnect Conveyor Motor connector, and remove Conveyor Motor.... Outer Door () Open the ADF Door. () Remove the Plate. () Remove screws and Outer Door. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+

47 .. Circuit Board Assemblies KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... MAIN CONTROL Board () Remove Back Panel. (See...) () Remove screws and MAIN CONTROL Board. () Disconnect all connectors from/to MAIN CONTROL Board. Note: See SECTION BLOCK DIAGRAM for connections.... SCSI Board Fig. -0 () Remove screws. () Pull out SCSI Board. Fig DRIVE Board () Remove FB Glass Base. (See...) () Remove Optical Carriage. (See...) () Remove Shield Plate. (See...) () Remove screws and DRIVE Board. () Disconnect all connectors from/to DRIVE Board. Note: &RQILGHQWLDO.0(ULQWHU',&+ Fig. - See SECTION BLOCK DIAGRAM for connections.

48 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... POWER Board & DC/DC Board () Remove FB Glass Base. (See...) () Remove Power Unit Box and Cover. (See...) () Remove screws(a) and screws(b). () Disconnect all connectors from/to POWER Board and remove POWER Board. Note: See SECTION BLOCK DIAGRAM for connections. () Remove screws(c) on DC/DC Board. () Disconnect connector from POWER Board, and remove DC/DC Board.... MOTHER Board () Remove FB Glass Base. (See...) () Remove Optical Carriage. (See...) () Remove Shield Plate. (See...) () Remove DRIVE Board. (See...) () Remove screws and MOTHER Board. () Disconnect all connectors from/to MOTHER Board. Note: See SECTION BLOCK DIAGRAM for connections.... PANEL Board () Remove Front Panel. (See...) () Remove screws and PANEL Board. () Disconnect CN. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

49 ... HOPPER HOME SENSOR Board () Remove Exit Conveyor. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove screw and HOPPER HOME SENSOR Board. () Disconnect CN and CN0.... RETARD POSITION DETECTOR Board () Remove ADF Side Panel L. (See...) () Remove screw and RETARD POSITION DETECTOR Board. () Disconnect CN.... DOCUMENT DETECTOR Board () Remove Hopper Tray. (See..0.) () Remove screws and DOCUMENT DETECTOR Board. () Disconnect CN and CN. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

50 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU..0. SIZE SENSOR Board () Remove Outer Door. (See...) () Remove screws and SIZE SENSOR Board. () Disconnect CN.... SIZE LED Board () Remove Back Cover. (See...) () Remove lnner Conveyor. (See...) () Remove screws and SIZE LED Board. () Disconnect CN.... DOUBLE FEED DETECTOR (G) Board () Remove Outer Door. (See...) () Remove screws(a) from Fitting Plate with DOUBLE FEED DETECTOR (G) Board. () Disconnect CN. () Remove screws(b) and DOUBLE FEED DETECTOR (G) Board. Fig. - Fig. -0 &RQILGHQWLDO.0(ULQWHU',&+ Fig. - 0 Fig. -

51 ... DOUBLE FEED DETECTOR (R) Board () Remove lnner Conveyor. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove screws(a) from Fitting Plate with DOUBLE FEED DETECTOR (R) Board. () Disconnect CN. () Remove screws(b) and DOUBLE FEED DETECTOR (R) Board.... STARTING POSITION LED Board () Remove Lower Conveyor. (See...) () Remove screws and STARTING POSITION LED Board. () Disconnect CN.... STARTING POSITION SENSOR Board () Remove Paper Feed Motor. (See...) () Remove screws(a) from Fitting Plate with STARTING POSITION SENSOR Board. () Disconnect CN and CN0. Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

52 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove screws(b) and STARTING POSITION SENSOR Board.... ENDING POSITION LED Board () Open Document Cover. () Remove Flatbed sheet. (See...) () Remove screws and ENDING POSITION LED Board. () Disconnect CN and CN.... ENDING POSITION SENSOR Board () Remove Exit Conveyor. (See...) () Remove screws and ENDING POSITION SENSOR Board. () Disconnect CN and CN.... RELAY (BACK) Board () Remove Back Door. (See...) () Remove screws and RELAY (BACK) Board. () Disconnect CN0, CN0, CN0, CN0, CN0, CN, CN, and CN. Note: See SECTION BLOCK DIAGRAM for connections. Fig. - Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -0

53 ... RELAY (SIDE) Board () Remove ADF Side Panel L. (See...) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Remove screws and RELAY (SIDE) Board. () Disconnect all connectors from/to RELAY (SIDE) Board. Note: See SECTION BLOCK DIAGRAM for connections...0. CARRIAGE HOME DETECTOR Board () Remove FB Glass Base. (See...) () Remove ADF Glass Base. (See...) () Remove Shield Plate. (See...) () Remove screws and CARRIAGE HOME DETECTOR Board. () Disconnect CN.... DOCUMENT COVER SENSOR Board () Remove Flatbed sheet. (See...) () Remove screws and DOCUMENT COVER SENSOR Board. () Disconnect CN. Fig. - Fig. - &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

54 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU OPERATION.. Front Panel Specifications Item Content Indication Device LCD Display Indication Matrix Characters x lines Kind of Character displayed Alphabet, Number, Square Phonetic, Japanese Syllabary Indicated Contents System Status (Initializing, Ready, Scanning, Error, Warning) Setting (Scanning, Counter, Imprinter, Others) Service Mode Indicated Languages English, German, Japanese Operation Key SCAN, COUNTER, IMPRINT, OTHERS,, HOME, STOP/START Note: Pushing each key for more than 0. sec enables Repeat Mode &RQILGHQWLDO.0(ULQWHU',&+ Fig. -

55 Note: Setting the language () Turn the power while pressing the HOME key. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Use the [ ] key or [ ] key to select the English Letter, English A or Deutsch A, A. () 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. &RQILGHQWLDO.0(ULQWHU',&+

56 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Operation- (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 the Main Unit (KV-S0W(U)/KV-S00W(U))... Operation- (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 of cleaning or replacing roller, and so on. The Test Mode has a scanning test and EEPROM initialization and so on. The Service Setting Mode can be available until the power is turned off. &RQILGHQWLDO.0(ULQWHU',&+

57 .. Setting List KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Scan Setting Mode (Normal Mode ) No Item Setting Contents Default Factory Setting F. Brightness Host D D D D Norm L L L L Host Host F. Emphasis Host Smooth None Low Medium High Host Host F. Contrast Host L L L L Norm H H H H Host Host F. Halftone Host Binary Dither Dither Halftone Halftone Error Diffusion * Dynamic Threshold B. Color Drop Host Green Red Host Host B. Brightness Host D D D D Norm L L L L Host Host B. Emphasis Host Smooth None Low Medium High Host Host B. Contrast Host L L L L Norm H H H H Host Host B. Halftone Host Binary Dither Dither Halftonetone Half- Error * Host Host Diffu- Dynamic sion Threshold 0 Noise Reduction Host None Black ~ Black White ~ White Host Host Black Line Remove Host Disable Enable Host Host Scanning Mode Host Fit to Actual Host Host Page Detect Double Feed Host Not Detect Detect Host Host Double Feed Host Stop Buzzer Host Host (Action after detecting double feed) Double Feed (Set Sens. Low Normal High Sens. Host Sensitivity) Host Sensitivity Sens. Sensitivity Host Feed Speed Host Slow Normal Fast Host Host Detect Skew Host Not Detect Host Host Detect Scan Method Host Flat- Bed Host Host -a Save Setting Memory Memory Memory Memory (Select memory) -b Save Setting (Memorize scanning condition to EEPROM) Execute Load setting for Default Memory Memory Default Default scanning condition Note * : Without an additional memory on the SCSI Board, this indication does not appear. &RQILGHQWLDO.0(ULQWHU',&+ Host Host

58 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Counter Setting Mode (Normal Mode ) No Item Setting Contents Default Factory Setting Disp. Counter Scan User System Scan Scan -a User Counter (Set counter value) -b User Counter (Set Increment value) -c User Counter (Clear user counter) (Disp.) System Counter 0~ 0 0 +~+ + + Clear - - Note:. Disp. Counter Select what type of counter value is indicated on LCD.... Imprinter Setting Mode (Normal Mode ) - 0 No Item Setting Contents Default Factory Setting Pre Imprint Host Counter Host Host (Select contents to print) Pre Position (Set Host 0~ Host Host printed position) Char. Pre Font Host Bold Normal Host Host Pre Rotate Host Host Host Note: These settings are available only for supplying Imprinter to Scanner(KV-S0W(U)/KV-S00W(U)).. Pre Position (Set printed position) Set the position from which printing starts, based on the top of the sheet. &RQILGHQWLDO.0(ULQWHU',&+

59 ... Other Setting Mode (Normal Mode ) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Transfer Rate 0MByte /sec 0MByte /sec 0MByte/ sec 0MByte/ sec No Item Setting Contents Default Factory Setting Version (Disp. firmware version) - - Buzzer OFF ON ON ON SCSI-ID No. 0~ Terminator Disable Enable Enable Enable -a Clean Roller (Disp. %) ~% 0% 0% -b Clean Roller (Clear Clear - - warning for Clean Roller ) <> -a Replace Roller (Disp. ~% 0% 0% %) -b Replace Roller (Clear warning for Replace Roller ) Clear - - Product ID KV-S0W KV- KV- KV- KV- KV- KV-S0 KV-S0 series S0 SS S0 S0 S0 KV-S00W series KV- S00 KV- SS KV- S0 KV- S0 KV- S00 KV-S00 KV-S00 Sleep Mode (Set period to enter in Sleep Mode) Disable After min~ 0 min min min Note: If the scanner is the last device in the SCSI chain, then the terminator should be set to Enable. But, under the above SCSI chain and scanner s turn-off, the terminator should be attached to the SCSI connector on the scanner. Setting the SCSI ID will be activated after turning the power OFF and turning it ON again. Setting the terminator will be activated after turning the power OFF and turning it ON again. &RQILGHQWLDO.0(ULQWHU',&+

60 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Service Setting Mode (Service Mode ) No Item Setting Contents Default Factory Setting PCB Rev. No. (Disp. PCB Version and others) - - Clean Roller (Set 000 counter for roller pages cleaning timing) Replace Roller (Set counter for roller replacement timing) 000 pages ~,000,000 pages ~,000,000 pages 0,000 0,000 00,000 00,000 Detect Size A Letter * * Adjust value for ~ - Paper Length Manually Adjust value for ~ - Front V. Position Manually Sensor Delay 0~ - - (Adjust value for Sensor Delay Manually) Adjust value for ~ - Front H. Position Manually Adjust value for ~ - Front Width Manually 0 Adjust value for ~ - Back V. Position Manually Adjust value for ~ - Back H. Position Manually Adjust value for ~ - FB Length Manually Adjust value for ~ - FB V. Position Manually Adjust value for ~ - FB H. Position Manually Lamp (Set lamp Green Red - - color) Double Feed (Set - - detection level) Set Default Exec <> - Reset Language Exec <> - Note * : Setting content (A or Letter) on the item depends on Set language. &RQILGHQWLDO.0(ULQWHU',&+... Test Mode (Service Mode ) No Item Setting Contents Default Factory Setting -a Feed Test (Set 00~00 START resolution and test) -b Feed Test (Set size and test) A A A B B B MAX Ltr Lgl Ldr A START A A 0

61 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU No Item Setting Contents Default Factory Setting -c Feed Test (Set OFF ON START ON ON Length Control and test) -a Carriage Test (Set 00~00 START 00 - resolution and test) -b Carriage Test (Set paper size and test) A A A B B B Ltr Lgl Ldr A START A - -a CCD Test AMP (Set gain for Amp and test) -b CCD Test AMP (Set gain for Amp and test) -c B. CIS LED (Set LED level and test) -a F. CCD Black Level (Set black off-set level and test) -b B. CIS Black Level (Set black off-set level and test) Document Sensor (Check each document sensor condition) Sensor Sensitive Level X X Lamp OFF START X - 0~ START Current Value 0~ START Current Value 0~ START Current Value 0~ START Current Value START - - START - - Door & Home sensor START - - Hopper Test START - - Conveyor Motor START Feed Motor START - - Aging START - - DIMM SPD (Information) Memory Test START - - Sleep Mode START - - Init. EEPROM START - - Double Feed Test (Check double feed sensitivity after setting inputlevel) Adjust Double feed Detector Adjust Length Automatically Adjust Front V. Position Automatically 0 Adjust Front H. Position Automatically Adjust Front width Automatically Adjust Back V. Position Automatically Adjust Back H. Position Automatically Adjust FB Length Automatically Adjust FB V. Position Automatically Adjust FB H. Position Automatically Adjust all position & length Automatically 0~ START Current Value START - - START - - START - - START - - START - - START - - START - - &RQILGHQWLDO.0(ULQWHU',&+ START - - START - - START - - START - - Adjust shading START Note: CCD Test AMP () (Set gain for Amp () and test) When checking lighting level only from the front side, set the level to zero on B. CIS LED (Set LED level and test). B CIS LED (Set LED level and test) When checking lighting level from the back side, set the above AMP to Lamp OFF.

62 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. Setting Operation (Normal Mode) START POWER ON No READY on LCD? Yes Push key once Push key once Push key once Push key once Enters Scan Setting Mode Enters Counter Setting Mode Enters Imprint Setting Mode Enters Other Setting Mode (To Section..) (To Section..) (To Section..) (To Section..) Operation for the Item -a, -b on the ".. Scan Setting Mode" Go to... Other operation Go to Scan Setting Mode (Normal Mode )... Mode- Item (From Section...) () F. Brightness () F. Emphasis () F. Contrast () F. Halftone () B. Color drop () B. Brightness () B. Emphasis () B. Contrast () B. Halftone (0) Noise Reduction () Black Line Remove () Scanning Mode () Detect Double Feed () Double Feed (Action after detecting Double Feed) () Double Feed (Set Sensitivity) () Feed Speed () Detect Skew () Scan Method (0) Load Setting for scanning condition Yes (From Section.) Select a menu of Setting Item by pushing or key. Set the parameter by pushing or key. Change the parameter of another item? Push No key once. (To Section.) Operation for the Item -a, -b, -a, and -b on the ".. Other Setting Mode" Go to... Other operation Go to... () Host/D/D/D/D/Norm/L/L/L/L () Host/Smooth/None/Low/Medium/High () Host/H/H/H/H/Norm/L/L/L/L () Host/Binary/Bayer dither /Bayer dither /Halftone dot /Halftone dot / Error diffusion/dynamic Threshold () Host/Green/Red () Host/D/D/D/D/Norm/L/L/L/L () Host/Smooth/None/Low/Medium/High () Host/H/H/H/H/Norm/L/L/L/L () Host/Binary/Bayer dither /Bayer dither /Halftone dot /Halftone dot / Error diffusion/dynamic Threshold (0) Host/None/Bx/Bx/Bx/Bx/Bx/Bx/ Wx/Wx/Wx/Wx/Wx/Wx () Host/Disable/Enable () Host/Fit to Page/Actual () Host/Not Detect/Detect () Host/Stop/Buzzer () Sens.Host/Low Sensitivity/Normal/High Sensitivity () Host/Slow/Normal/Fast () Host/Not Detect/Detect () Host/Flat-bed (0) Default/Memory /Memory &RQILGHQWLDO.0(ULQWHU',&+

63 ... Mode- Item ()-a Save Setting (Select memory) ()-b Save Setting (Memorize scanning condition to EEPROM) (From Section.) Select a menu of Setting Item by pushing or key. Set the parameter by pushing or key. ()-a Push or key until. Save Setting xxxx is indicated. xxxx; Memory or Memory Select Memory Number ( or ) to store scanning condition parameters. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU (To Section...) No Yes Renew the scanning Condition? Change the parameter of another item for Scan Setting Mode? Push Yes Select a menu of Setting Item by pushing or key. Pushing and keys at the same time. No key once. (To Section.) ()-b Push or key until. Save Setting Exec =<> is indicated. Set new scan condition parameters (for Item to on the Scan Setting Mode) to the selected memory. &RQILGHQWLDO.0(ULQWHU',&+

64 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Counter Setting Mode (Normal Mode ) Item () Disp. Counter () User Counter a. Set counter value b. Set increment value c. Clear User Counter (From Section.) Select a menu of Setting Item by pushing or key. Yes Clear User Counter? ()- c. Push and keys Clear User Counter at the same time. () (Disp.) System Counter Set the parameter by pushing or key. Change the parameter of another item for Counter Setting Mode? Push No No key once. (To Section.) (From Section.) Select a menu of Setting Item by pushing or key. Push Change the parameter of another item? No (To Section.) key once. ()- c. () Scan/User/System Scan: Clear Counter every scanning User: Clear Counter by User or Power off System: Numbers of total scanning ()- a. (Cannot clear) ; Count up ; Count down ()- b. User Counter goes up, according to this setting value. Yes Yes System Count. Confirm the value for System Counter. &RQILGHQWLDO.0(ULQWHU',&+

65 ... Imprinter Setting Mode (Normal Mode : Option) These settings can only be access if the optional imprinter is installed. KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Item () Pre Imprint (Select contents to print) () Pre Position (Set printed position) () Pre Font () Pre Rotate Yes (From Section.) Select a menu of Setting Item by pushing or key. Set the parameter by pushing or key. Change the parameter of another item for Imprinter Setting Mode? Push No key once. (To Section.)... Other Setting Mode (Normal Mode )... Mode- Item () Version () Buzzer () SCSI ID () Terminator () Transfer Rate () Product ID () Sleep Mode (Set period to enter in Sleep Mode) Yes Yes (From Section.) Select a menu of Setting Item by pushing or key. Version? No Set the parameter by pushing or key. Change the parameter of another item for Other Setting Mode? No () Host: Printing is executed, being controlled by Host. Count: The value indicated on LCD is printed. () Set the position from which printing starts, based on the top of the sheet. () Set Font type. Bold : dots font Normal : dot font () Host / 0 / 0 / 0 (ex.) 0 AB () Version indication Ex. Version M.00 F.00 M; MAIN Board Firmware Version F; Pre Imprinter Firmware Version () ON/OFF () 0/////// () Disable/Enable () 0MByte/sec 0Mbyte/sec () [KV-S0 Series] KV-S0 KV-SS KV-S0 KV-S0 KV-S0 [KV-S00] KV-S00 KV-SS KV-S0 KV-S0 KV-S00 () Disable/min~0min &RQILGHQWLDO.0(ULQWHU',&+ Push key once. (To Section.)

66 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Mode- Item () Clean Roller a. Disp.% b. Clear Warning for Clean Roller () Replace Roller a. Disp.% b. Clear Warning for Replace Roller No (From Section.) Select a menu of Setting Item by pushing or key. Clear Warning? ()- a. ; Indicates % based on the value of Clean Roller in Service Setting Mode ()- a. ; Indicates % based on the value of Replace Roller in Service Setting Mode Yes Push and keys at the same time. Change the parameter of another item for Other Setting Mode? Push Yes No key once. (To Section.) ()- b. Clear Warning ()- b. &RQILGHQWLDO.0(ULQWHU',&+

67 .. Setting Operation (Service Mode) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU START Power ON while pushing SCAN & OTHER keys. No READY on LCD? (From Section.. -..) Enter in Service Setting Mode Push key once. Push key once. (To Section..) (To Section..) Operation for the Item Each operation for the on the ".. Service Items on the ".. Test Setting Mode" Mode" Go to... Item Go to... Item Go to... Operation for the Items Items, and and on the ".. Go to... Service Setting Mode" Items,,, and Go to... Go to... Items,, 0 and Other operation Go to... Go to... Item Go to... Item Go to... Others Go to Service Setting Mode (Service Mode )... Mode- () PCB Rev. No. (Disp. PCB Version and others) Yes Enter in Test Mode Yes (From Section.) Select a menu of Setting Item by pushing or key. Change the parameter of another item? No PCB Rev. No. MaOGsOIfOOGiOMeO Classification of SD RAM GA-IMG Ver. I/F Board Ver. I/F Board Name 0; SCSI GA-SEN Ver. MAIN Board Ver. &RQILGHQWLDO.0(ULQWHU',&+ Push key once. (To Section.)

68 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Mode- (From Section.) () Clean Roller (Set counter for roller cleaning timing.) () Replace Roller (Set counter for roller replacement timing.) () Detect Size () Adjust value for Paper Length manually () Adjust value for Front V. Position manually () Sensor Delay (Adjust value for Sensor Delay manually) Select a menu of Setting Item by () Adjust value for Front H. Position manually pushing or key. () Adjust value for Front Width manually (0) Adjust value for Back V. Position manually () Adjust value for Back H. Position manually () Adjust value for FB Length manually Set the parameter by pushing () Adjust value for FB V. Position manually or key. () Adjust value for FB H. Position manually () Lamp (Set lamp color.) () Double Feed (Set detection level.) Note: Yes Change the parameter of another item? Push No (To Section.) key once. () Set paper scanning numbers to clean roller Default; 0,000_ () Set paper scanning numbers to replace roller Default; 00,000_ () A/Letter () ; % longer ; % shorter () ; mm to lower side ; mm to upper side () 0- ; msec longer delay-time ; msec shorter delay-time () ; mm to the right ; mm to the left () ; % Reduce ; % Expand (0) Same as () () Same as () () ; % longer ; % shorter () ; mm to lower side ; mm to upper side () ; mm to the right ; mm to the left () Green/Red () // *Execute the Item () Adjust value for Paper Length manually before Items () Adjust value for Front V. Position manually and (0) Adjust value for Back V. Position manually. *Execute the Item () Adjust value for FB Length manually before Item () Adjust value for FB V. Position manually and () Adjust value for FB H. Position manually. *Execute the Item () Adjust value for Front Width manually before Item () Adjust value for Front H. Position manually and () Adjust value for Back H. Position manually. &RQILGHQWLDO.0(ULQWHU',&+

69 ... Mode- KV-S0W / KV-S0WU / KV-S00W / KV-S00WU () Set Default (From Section.) Select a menu of Setting Item by pushing or key. No Set Default? Yes () Reset Language Push and keys once at the same time. Change the parameter of another item? Push No key once. (To Section.) (From Section.) Select a menu of Setting Item by pushing or key. Yes Push and keys once at the same time. Turn OFF Scanner. Pushing and keys changes setting on LCD into default except for the following contents. SCSI ID 0- Terminator ON/OFF System Counter Adjust value for scanning position Language on LCD Lamp (Set lamp color) Double Feed (Set detection level) Transfer Rate Sensor Delay (Adjust value for Sensor Delay manually) &RQILGHQWLDO.0(ULQWHU',&+ Turn ON Scanner, again. Set Language. By operating this, Item "Detect Size" (A or Letter) is set at the same time. Push key once. Note: Refer to ". Front Panel Specifications". (Setting the language) (To Section.)

70 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Test Mode (Service Mode )... Mode- () Feed Test a. Set Resolution and Test b. Set Paper Size and Test c. Set Length Control and Test (From Section.) Select a menu of Setting Item by pushing or key. a. 0 Feed Test Res. xxx START B Yes Yes Set the parameter by pushing or key. Set scanning paper. Start Feed Test? Push No key once. Set the parameter by pushing or key. Start Feed Test? Push No key once. Set the parameter by pushing or key. A xxx: 00~00; Default 00 ; 0 step-up every pushing ; 0 step-down every pushing b. 0 Feed Test Size A/A/A/B/B/B/MAX/Ltr/ Lgl/Ldr/A Ltr : Letter Lgl : Legal c. 0 Feed Test LC Length Control; Default OFF 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. &RQILGHQWLDO.0(ULQWHU',&+ 0

71 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

72 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Mode- () Carriage Test a. Set Resolution and Test b. Set Paper Size and Test (From Section.) Select a menu of Setting Item by pushing or key. 0 Carriage Test Res.??? START No No Push Push Finish Scanning? Yes key once. Go Back to Ready? Yes key once. Yes No No Set the parameter by pushing or key. Start Feed Test? Push No key once. Set the parameter by pushing or key. Push Push Finish Scanning? Go Back to Ready? Push Yes Yes key once. key once. key once. 00~00; Default 00 ; 0 step-up every pushing ; 0 step-down every pushing 0 Carriage Test Size A/A/A/B/B/B/Ltr/Lgl/Ldr/A Ltr : Letter Leg : Legal Ldr : Ledger &RQILGHQWLDO.0(ULQWHU',&+ (To Section.)

73 ... Mode- KV-S0W / KV-S0WU / KV-S00W / KV-S00WU a b c a b (From Section.) Select a menu of Setting Item by pushing or key. Push Set the parameter by pushing a or key. b c a b, () Level 0- Push key once. Confirm Test result. Push key. key. Yes Yes Re-try Test? No try to do another Test? Push No (To Section.) key once. &RQILGHQWLDO.0(ULQWHU',&+

74 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Mode- () Document Sensor (Check each document sensor condition.) () Sensor Sensitive Level () Door & Home Sensor () Memory Test () Sleep Mode (From Section.) Select a menu of Setting Item by pushing or key. Select Sensor Test (() or () or () or () or ()) Push Yes Push key. key once. Confirm the Test result. Test again? or Do another Test? Push No key once. (To Section.) (), (), (), (), () Execute each Test () P 0 S E P: Status of Paper Detector 0,,,,,,,, : Each status of Size Sensors 0- * When this status value is, it means the paper is in this scanner. S: Status of Starting Position Sensor E: Status of Ending Position Sensor () P 0 S E x P: Status of Paper Feed Sensor (x: No range) S: Status of Starting Position Sensor; Range 0-F (F:Darker) E: Status of Ending (Front) Position Sensor;Range 0-F (F: Darker) 0,,,,,,,, : Each status of Size Sensors 0-; () F A T D H C R F: Status of Front Cover B: Status of ADF Cover T: Status of Top Cover D: Document Cover *When this status value is, it means door open. H: Hopper Position Sensor (Value means Hopper is in home) C: Carriage Position Sensor (Value means Carriage is in home) R: Retard Position Sensor (Value means Retard position is released) (): No Error or Error Message (): No Error or Error Message &RQILGHQWLDO.0(ULQWHU',&+

75 ... Mode- KV-S0W / KV-S0WU / KV-S00W / KV-S00WU * () Hopper Test * () Conveyor Motor * (0) Feed Motor * () Aging * The Test will be repeated continuously until STOP/START key is pressed. (From Section.) Select a menu of Setting Item by pushing or key. Push key once. Confirm the Test result.... Mode- () Adjust Double Feed Detector () Adjust Length Automatically () Adjust Front V. position Automatically (0) Adjust Front H. position Automatically () Adjust Front Width Automatically () Adjust Back V. position Automatically () Adjust Back H. position Automatically () Adjust FB Length Automatically () Adjust FB V. position Automatically () Adjust FB H. position Automatically () Adjust All position & Length Automatically () Adjust Shading Push Push Yes Push key once. (From Section.) Select a menu of Setting Item by pushing or key. Push key once. Set Test chart on Scanner. key once. Confirm the Test result. Test again? or Do another Test? Push No key once. key once. (To Section.) () Set Adjustment paper. ()-() Set Test chart A. () Front Side () Front Side (*Set pcs of Test chart on account of including adjustment for the function of "Sensor Delay automatically".) (0), () Front Side (), () Back Side (), (), () Set the chart A on the Flatbed. () Set charts in following order ( to ) to ADF, and set chart ( ) to Flatbed. Front Side Front Side Front Side Front Side Front Side Back Side Back Side Front Side (*Set to Flatbed) () Set Shading paper. No Error or Error Message &RQILGHQWLDO.0(ULQWHU',&+ Yes Test again? or Do another Test? No Push key once. (To Section.) Note: Part number of these charts and paper are shown on SECTION.

76 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU... Mode- () Init. EEPROM * Please be very careful as this test operation initializes all data (From Section.) Select a menu of Setting Item by pushing or key. Push and keys once at the same tlime. Execute initializing EEPROM.... Mode- Confirm the Test result. Push key once. Yes () DIMM SPD (Serial Presence Detect) Information Yes Test again? or Do another Test? Push No key once. (To Section.) (From Section.) Select a menu of Setting Item by pushing or key. Confirm the DIMM information by pushing " " or " " key. Execute another item? Push No key once. (To Section.). DIMM SPD Byte XX Value XX &RQILGHQWLDO.0(ULQWHU',&+

77 .. Error Code KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Classified Code U0 Error Code Outline ST Error Content 0X Communication Error X Paper Jam Error X Door Open Error X Mechanical Function Error X Paper (Document) Sensor Error X Scanning Error X - X - X Hardware Error X Hardware Error AX - BX - CX - DX - EX - FX - Table - Error Code ST ST ST ST Content No Paper Error Note: () How to confirm Table - (ex.) 0x-shows Communication Error for 00 to 0B of ST bit. () - in Error Content is not used. U x Paper Feed Jam (when paper does not reach Size Sensor 0): ST shows the rest numbers (approx.) of paper. U x Jam (when paper does not reach Starting Position Sensor): ST shows the rest numbers (approx.) of paper. U x Jam (when paper does not reach Ending Position Sensor): ST shows the rest numbers (approx.) of paper. U x Scan-out Jam (when paper does not pass Ending Position Sensor): ST shows the rest numbers (approx.) of paper. U x Paper remain in scanner *(ST: Paper position Information) U Skew Error U C x x 00 Double Feed Error (ST: Sensor Information) U Front Door Open U ADF Door Open U Imprinter Door Open U Document Cover Open F0 0 x Hopper Drive Error F x Carriage Drive Error F Size Sensor 0 Error F Starting Position Sensor Error F Ending Position Sensor Error F Front side gain Error F Size Sensor Error F Size Sensor Error F A Size Sensor Error F B Size Sensor Error F C Size Sensor Error F D Size Sensor Error F E Size Sensor Error F F Size Sensor Error (ST: 0=Document at wait position =No Document at wait position =Length =Supersonic Frequency) (ST: 0=Up, =Down) (ST: 0=Backward direction =Forward direction) &RQILGHQWLDO.0(ULQWHU',&+ F0 0 x x 00 Double Feed Sensor Error (ST: DA output value, STS: AD input value) F Front-side Black Level Error F Back-side Black Level Error

78 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Classified Code ST ST ST ST Content F x x 00 Front-side Lamp Lighting Error (ST: AD input Value, ST: Peak value) F x x 00 Back-side Lamp Lighting Error (ST: Lighting Value, ST: Peak value) U Scanning Position Adjustment (Auto Mode) Error F Program ROM Error on MAIN CONTROL Board F x x x Work RAM Error on MAIN CONTROL Board (ST: Data, ST,: Address) F On Board DRAM Error F DIMM Error F0 A x x x Shading RAM Error (ST: Data)(ST,: Address) F B x x x Line RAM Error (ST: Data)(ST,: Address) F 0 x x x Patch RAM Error (ST: Data)(ST,: Address) F x x x Front Gamma RAM Error (ST: Data)(ST,: Address) F0 x x x Back Gamma RAM Error (ST: Data)(ST,: Address) F x x x Dither RAM Error (ST: Data)(ST,: Address) F EEPROM Error F A GA Sensor Error F B x x x GA Image Error (ST: "0" means Overrun error. ST: Front-side error code. ST: Back-side error code. U0 A Not installed I/F Board Note* U Paper Position Information (Ex.) In this case, the Starting Position sensor and Size and sensors detect the paper Table - Bit Sensor Name Paper Detector SIZE 0 Starting Position - Ending Position Bit SIZE SIZE SIZE SIZE SIZE SIZE SIZE 0 SIZE Sensor Name &RQILGHQWLDO.0(ULQWHU',&+ ST ST

79 0 TROUBLESHOOTING KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Error Code for KV-S0(S00) as shown in.. Classified Code U0 Error Code Possible Cause Check Point Paper Detector does not work.. Paper has not been properly set.. The back side of the last scanning is black.. A connector for the sensor signal is loosen.. Paper Detector is damaged. U xx Paper does not feed in the correct timing.. Slip caused by dirt of the roller.. Conveyor has not been set properly.. Double Feed.. Sensor error. xx Paper does not reach to the Starting Position Sensor. U. Paper Feed Roller, Separation Roller, and Retard Roller are slipping.. Following Paper which cause Double Feed is left, inside unit.. Sensor error. xx Paper does not reach to the Ending Position Sensor. U. Slip caused by dirt of the roller.. Sensor error.. Conveyor has not been properly installed. xx Paper does not pass the Ending Position Sensor. U. Slip caused by dirt of the roller.. Sensor error.. Conveyor has not been properly installed. U xx Paper remains in the equipment.. The Paper Detector is ON. () LED is broken. () Sensor is broken. Confirm the LED and the sensor operation state. Confirm steps: ) Start the Doc Sensor Test in Test Mode. ) Open the conveyor and shine a light on the sensor. If the sensor turns ON, there is a problem with the LED. If the sensor does not turn ON, there is a problem with the sensor. () Conveyor is not assembled correctly. () LED or Sensor is bent down. () Sensor is covered with paper dust. U U0 Error Code does not turn off even through the Front Door is closed.. Front Door Switch is not being correctly shut down.. Front Door Switch is broken. U U Error Code does not turn off even through the ADF Door is closed.. ADF Door Switch is not being correctly shut down.. ADF Door Switch is broken. U U Error Code does not turn off even through the Back Door is closed.. The connector to the Back Door Detector is loosen.. The Back Door Detector is broken.. Replace the torn or ripped paper.. Place correct sheet.. Confirm operation of the sensor in Test Mode. If the sensor does not work, the connector has come loose. Attach the connector correctly.. Check whether the cable and/or Sensor board are broken.. Replace the Paper Feed Roller, Separation Roller, or Retard Roller if they are worn down.. Set conveyor properly.. Clean the Separation Roller and Retard Roller. Confirm whether the Retard Roller is properly set. Replace the Paper Feed Roller, Separation Roller, or Retard Roller if they are worn down.. Clean any paper dust on the sensor section.. Clean the Paper Feed Roller, Separation Roller, and Retard Roller.. Clean the Separation Roller and the Retard Roller.. Clean any paper dust on the sensor section.. Clean the Conveyor Roller.. Clean any paper dust on the sensor section.. Assemble the conveyor properly.. Clean the Conveyor Roller.. Clean any paper dust on the sensor.. Assemble the conveyor properly.. Remove paper.. () Replace the LED. () Replace the Sensor. () Assemble the conveyor properly. () Replace the LED or sensor. () Clean any dust on the sensor section. &RQILGHQWLDO.0(ULQWHU',&+. Check that the Front Door Switch is not being correctly shut down.. Replace the Front Door Switch.. Check that the ADF Door Switch is not being correctly shut down.. Replace the ADF Door Switch.. Connect the cables properly.. Replace the sensor board.

80 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Classified Code Error Code Possible Cause Check Point U U Error Code does not turn off even through the Document Cover is closed.. The connector to the Document Cover Sensor is loosen.. The Flat-Bed Door Detector is broken.. Connect the cables properly.. Replace the sensor board. F0 0 xx The Hopper Home Sensor does not operate properly.. Mount the connector properly.. The connector to the HOPPER POSITION. Replace the HOPPER POSITION DETECTOR DETECTOR Board is not properly inserted. Board.. The Hopper Home Detector is broken. F0 F F Paper dust on the sensor section.. LED or sensor is laid down. F LED has reached the end of its useful life Program ROM is not correctly mounted.. Download has failed. F xx xx xx Poor soldering around the Work RAM (IC0, IC00) on the MAIN CONTROL Board. (ST: DATA) (ST, : Address). Clean the sensor section.. Straighten the LED or sensor.. Replace the LED.. Remount ROM correctly.. () Download again. () Replace the Program ROM or the MAIN CONTROL Board. Replace the MAIN CONTROL Board. F Download to Imprinter has failed.. Replace the IMPRINTER Board.. Confirm the cable connected to IMPRINTER Board.. Confirm MAIN CONTROL Board Imprinter I/F section. F Poor soldering around the SD-RAM (IC0, IC0) on Replace the SCSI Board. the SCSI Board. F Additional DIMM is not mounted correctly. Remount the DIMM. F F0 A xx xx xx Shading RAM Error Replace the MAIN CONTROL Board. F B xx xx xx Line RAM Error Replace the MAIN CONTROL Board. F 0 xx xx xx Patch RAM Error Replace the MAIN CONTROL Board. F xx xx xx Rotation RAM Error Replace the MAIN CONTROL Board. F xx xx xx Front Gamma RAM Error Replace the MAIN CONTROL Board. F0 xx xx xx Back Gamma RAM Error Replace the MAIN CONTROL Board. F xx xx xx Dither RAM Error Replace the MAIN CONTROL Board. F xx xx xx EEPROM RAM Error Replace the MAIN CONTROL Board. F A xx xx xx GA Sensor Error Replace the MAIN CONTROL Board. F B xx xx xx GA Image Error Replace the MAIN CONTROL Board or SCSI Board. (Note) If neither LCD indication nor memory accessed from CPU work properly, when initializing, LED to LED (D0-D0) status can be available for trouble-shooting. Scanner CPU checks attached ROM and RAM on MAIN CONTROL Board and on SCSI Board after power ON. It displays red LED pattern on the MAIN CONTROL Board according to progress of checking. All LED OFF means the MAIN CONTROL Board s check is finished normally. If some errors are detected, some LED remains to light. Main Board LED display : Lighting, : Not Lighting LED &RQILGHQWLDO.0(ULQWHU',&+ Error Detail Check Point LCD No Response Error Replace MAIN CONTROL Board Flash-ROM check Error Replace MAIN CONTROL Board SRAM check Error Replace MAIN CONTROL Board Internal SRAM (Inside of CPU) check Error Replace MAIN CONTROL Board GA_SENSOR shading check Error Replace MAIN CONTROL Board GA_SENSOR line correction RAM check Error Replace MAIN CONTROL Board EEPROM check Error Replace MAIN CONTROL Board MAIN CONTROL Board Error(Another model Replace MAIN CONTROL Board MAIN Board is supplied) No Error 0

81 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Requirement after parts replacement Following adjustments are required when print circuit board or part is replaced. Replaced print circuit board or part Required adjustment MAIN Control Board Adjust Shading Adjust All Position & Length Automatically Adjust Double Feed Detector Gain Flash ROM Adjust Shading Front CCD Unit Adjust Shading Adjust All Position & Length Automatically or Adjustments should be done. () Adjust ADF Front Width Automatically () Adjust ADF Front H. Position Automatically () Adjust ADF Front V. Position Automatically () Adjust FB H. Position Automatically () Adjust FB V. Position Automatically When Adjust All Position & Length Automatically is done, Length, Back H. Position, and Back V. Position are adjusted again. Back CIS Adjust Shading Adjust All Position & Length Automatically or Adjustments should be done. () Adjust ADF Back H. Position Automatically () Adjust ADF Back V. Position Automatically When Adjust All Position & Length Automatically is done, Length, Front Width, Front H. Position, Front V. Position, FB H. Position, and FB V. Position are adjusted again. Starting Position Sensor Board Adjust All Position & Length Automatically or Adjustments should be done. Starting Position LED Board () Adjust ADF Front V. Position Automatically () Adjust ADF Back V. Position Automatically Double Feed Detector [Receiver] Board Adjust Double Feed Detector on Test Mode Double Feed Detector [Generate] Board Carriage Home Sensor Board Adjust All Position & Length Automatically or Adjustments should be done. () Adjust ADF Front V. Position Automatically () Adjust FB V. Position Automatically Initialize EEPROM Adjust All Position & Length Automatically Adjust Double Feed Sensitivity Disassemble and assemble which Adjust All Position & Length Automatically or Adjustments should be done. influence to scanning positions. () Adjust ADF Front Width Automatically EX) Disassemble and assemble of Sub () Adjust ADF Front H. Position Automatically Chassis (R), (L), Main Chassis (R), (L) () Adjust ADF Front V. Position Automatically () Adjust ADF Back H. Position Automatically () Adjust ADF Back V. Position Automatically () Adjust FB H. Position Automatically () Adjust FB V. Position Automatically When Adjust All Position & Length Automatically is done, Length is adjusted again. Driver Roller Adjust All Position & Length Automatically or Adjustment should be done. Conveyor Roller () Adjust Length Automatically &RQILGHQWLDO.0(ULQWHU',&+

82 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

83 BLOCK DIAGRAM KV-S0W / KV-S0WU / KV-S00W / KV-S00WU CARRIAGE MOTOR &RQILGHQWLDO.0(ULQWHU',&+

84 &RQILGHQWLDO.0(ULQWHU',&+ KV-S0W / KV-S0WU / KV-S00W / KV-S00WU

85 EXPLANATION OF CONNECTOR Note: Signal names which begin with asterisk (*) indicates that the corresponding signal is LOW when active. CN00 (MAIN) - (CIS) Pin No. Signal Name Description CIS IN Contact Image Sensor Signal A Analog Ground +V +V -V -V CISSP Start Pulse for CIS Ground CISCLK Clock for CIS Ground CN00 (MAIN) - (CIS) Pin No. Signal Name Description CIS IN Contact Image Sensor Signal A Analog Ground +V +V -V -V CISSP Start Pulse for CIS Ground CISCLK Clock for CIS Ground CIS SIZE DET CIS Size Detect 0 CIS SIZE DET CIS Size Detect CN00 (MAIN) - CN00(MOTHER) Pin No. Signal Name Description (S0) A Ground A Ground CCD(EVEN) CCD Signal -V -V (for Analog) CCD(ODD) CCD Signal A Ground CCD(ROG) CCD Clock Ground CCD(CLP) CCD Clock 0 CCD(S/H) CCD Clock Ground CCD(RST) CCD Clock CCD(P) CCD Clock CCD(P) CCD Clock Ground CCDDET CCD Board Detection +VD +V (for Digital) +VA +V (for Analog) CCDDET CCD Board Detection 0 +V +V +VD +V (for Digital) +VD +V (for Digital) +VD +V (for Digital) +VD +V (for Digital) +VD +V (for Digital) +VD +V (for Digital) +V +V Ground Ground 0 Ground VSYNC Page Enable FEN Front Line Enable Ground BEN Back Line Enable VCLK Not Used RESERVE Not Used CN00 (MAIN) - CN00(MOTHER) (continued) Pin No. Signal Name Description (S0) Ground FVD0 Front Data FVD Front Data 0 FVD Front Data FVD Front Data FVD Front Data FVD Front Data FVD Front Data Ground FVD Front Data BVD0 Back Data BVD Back Data BVD Back Data 0 BVD Back Data BVD Back Data BVD Back Data BVD Back Data BVD Back Data *CS(IMG) Chip Select for GAIMG *ACTTERM Active Terminator Enable Ground Ground TERMPC Terminal Power Enable 0 RESERVE Not Used *IMGWAIT Cpu Wait TXD(IF) Not Used RXD(IF) Not Used RTS(IF) Not Used CTS(IF) Not Used *CS(SCSI) Chip Select for SCSI *IRQ(SCSI) SCSI Interrupt Request *IRQ(IMG) GAIMG Interrupt Request *CS Chip Select for Conveyor Motor 0 *CS Chip Select for Feed Motor *CS Chip Select for Carriage Motor *CS Chip Select for I/F Board Detect *CS Chip Select for Door Sensor *CS Chip Select for Key *CS Chip Select for Key *CS Chip Select for Size Sensor Ground Ground *BUSEN Bus Driver Enable 0 POWERCONT Power Control AN0 Double Feed AN Idle Pos. AN Feed AN Exit (U-Turn) AN Not used AN Carridge Home +VD +V (for Digital) +VD +V (for Digital) Ground 0 *ANALOG LD DAC Load (for Analog) LEASCOUNT Not Used DALD DAC Load (for sensor) CLK0K Ultra Sonic DADATA DAC Data DACLK DAC Clock E(LCD) LCD Enable R/W(LCD) LCD Read/Write Enable RS(LCD) LCD Resistor Select &RQILGHQWLDO.0(ULQWHU',&+ KV-S0W / KV-S0WU / KV-S00W / KV-S00WU

86 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU CN00 (MAIN) - CN00 (MOTHER) (continued) Pin No. Signal Name Description (S0) BUZZER Buzzer Pulse 00 LED(RD) LED(Red) 0 LED(GR) LED(Green) 0 *CPURD CPU Read 0 *CPUHWR CPU Write 0 *CPUAS CPU Address Strobe 0 Ground 0 Ground 0 *RESET Reset 0 CPUA0 CPU Address 0 CPUA CPU Address 0 CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address +VD +V(for Digital) CPUD CPU Data CPUD CPU Data 0 CPUD0 CPU Data CPUD CPU Data CPUD CPU Data CPUD CPU Data CPUD CPU Data Ground CPUD CPU Data *RESET(IMP) Reset(for Imprinter) *POSTIMP SP Not Used CTS(POST) Not Used 0 RTS(POST) Not Used RXD(POST) Not Used TXD(POST) Not Used *PREIMP SP Start Pulse for Pre Imprinter CTS0(PRE) CTS(for Pre Imprinter) RTS0(PRE) RTS(for Pre Imprinter) RXD0(PRE) RXD(for Pre Imprinter) TXD0(PRE) TXD(for Pre Imprinter) DALD DAC Load(Motor Drive) Ground 0 Ground CN0(SCSI) - CN00(MOTHER) Pin No. Signal Name Description Ground Ground *RESET Reset +VD +V(for Digital) +VD +V(for Digital) *CPUAS CPU Address Strobe *CPUHWR CPU Write *CPURD CPU Read Ground 0 Ground CPUD CPU Data CPUD CPU Data CPUD CPU Data CPUD CPU Data +VD +V(for Digital) +VD +V(for Digital) CPUD CPU Data CPUD0 CPU Data CPUD CPU Data 0 CPUD CPU Data CN0 (SCSI) - CN00 (MOTHER) (continued) Pin No. Signal Name Description Ground Ground CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address CPUA CPU Address 0 CPUA CPU Address CPUA0 CPU Address +VD +V(for Digital) Ground Ground *VERCS Chip Select for I/F Board Detect *IRQ(IMG) GAIMG Interrupt Request *IRQ(SCSI) SCSI Interrupt Request *CS(SCSI) Chip Select for SCSI CTS(IF) Not Used 0 RTS(IF) Not Used +VD +V(for Digital) RXD(IF) Not Used TXD(IF) Not Used *SCWAIT CPU Wait TERMPC Terminal Power Control *ACTTERM Active Terminator Enable *CS(IMG) Chip Select for GAIMG BVD Back Data Ground 0 Ground BVD Back Data BVD Back Data BVD Back Data BVD Back Data BVD Back Data BVD Back Data +VD +V(for Digital) BVD0 Back Data FVD Front Data 0 FVD Front Data FVD Front Data Ground Ground FVD Front Data FVD Front Data FVD Front Data FVD Front Data FVD0 Front Data +VD +V(for Digital) 0 +VD +V(for Digital) Ground BCLK Not Used FCLK Not Used BEN Back Line Enable FEN Front Line Enable Ground VSYNC Page Enable +VD +V(for Digital) Ground 0 Ground &RQILGHQWLDO.0(ULQWHU',&+

87 CN00(MOTHER) - CN(DRIVE) Pin No. Signal Name Description (S0) LD0 Local Data Bus *DEC Chip Select for Feed Motor *DEC Chip Select for Carriage Motor SKEW Sensor Comparater Level DACDI DAC Data DACCLK DAC Clock DACLD DAC Load +V +V VCC +V 0 Ground Ground Ground Ground Ground Ground Ground +V +V +V +V +V +V 0 +V +V LD Local Data Bus *RESET Reset LD Local Data Bus LD Local Data Bus *DEC Chip Select for Conveyor Motor LD Local Data Bus LD Local Data Bus LD Local Data Bus LD Local Data Bus 0 VCC +V gain CCD Gain Select LAMP Lamp Enable Ground Ground Ground DOOR Door Sensor DOOR Door Sensor +V +V +V +V 0 +V +V CN00(MOTHER) - CN(PANEL) Pin No. Signal Name Description LD0 L-Data 0 LD L-Data LD L-Data LD L-Data LD L-Data LD L-Data LD L-Data LD L-Data +VS +V 0 +VS +V +VS +V LCD RS LCD Resistor Select LCD RW LCD Read/Write Enable LCD E LCD Enable BUZZER Buzzer Pulse KEY KEY Enable KEY KEY Enable LEDGR LED(Green) LEDRD LED(Red) 0 Ground Ground Ground CN00(MOTHER) - CN(DC/DC) Pin No. Signal Name Description +V(Switched) +V(Switched) +V(Switched) +V(Switched) Ground Ground +V +V (for Digital) +V -V (for Digital) +V +V Ground +VA +V (for Analog) 0 -VA -V (for Analog) STB +V Enable +.VOVP +.V Over Voltage Detection CN(DRIVE) - Paper Feed Motor Pin No. Signal Name Description *FA Feed Motor Phase-A(-) - N.C. FCOMA V for Feed Motor FA Feed Motor Phase-A(+) *FB Feed Motor Phase-B(-) FCOMB V for Feed Motor FB Feed Motor Phase-B(+) CN(DRIVE) - Conveyor Motor Pin No. Signal Name Description *CA Conveyor Motor Phase-A(-) CCOMA +V for Conveyor Motor CA Conveyor Motor Phase-A(+) *CB Conveyor Motor Phase-B(-) CCOMB +V for Conveyor Motor CB Conveyor Motor Phase-B(+) CN(DRIVE) - CARRIAGE MOTOR Pin No. Signal Name Description *RA Carriage Motor Phase-A(-) - N.C. RCOMA V for Carriage Motor RA Carriage Motor Phase-A(+) *RB Carriage Motor Phase-B(-) RCOMB V for Carriage Motor RB Carriage Motor Phase-B(+) - N.C. CN(DRIVE) - V INTERLOCK SWITCH Pin No. Signal Name Description +V ADF Switch for +V +V ADF Conveyor Switch for +V +V ADF Conveyor Switch for +V +V +V CN(DRIVE) - (CIS) Pin No. Signal Name Description - N.C. GREEN Green Ground RED Red - N.C. &RQILGHQWLDO.0(ULQWHU',&+ CN0(POWER) - POWER SWITCH Pin No. Signal Name Description NEUTRAL Neutral - N.C. LIVE Live CN0(POWER) - Fan Pin No. Signal Name Description +VOVP +V - N.C. FAN Fan KV-S0W / KV-S0WU / KV-S00W / KV-S00WU

88 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Power Switch - AC Inlet Pin No. Signal Name Description NEUTRAL Neutral - N.C. LIVE Live CN00(MOTHER) - CN0(RELAY [BACK]) Pin No. Signal Name Description CTS0 CTS0 for Pre Imprinter TXD0 TXD0 for Pre Imprinter RTS0 RTS0 for Pre Imprinter RXD0 RXD0 for Pre Imprinter IMP RST Imprinter Reset PREIMPSP Start Pulse for Post imprinter Door Sensor +V +V V V V V 0 +V +V Ground Ground CLK0K Clock output 0kHz +V +V DFGAIN +V +V Ground SIZE 0 Paper Size Sensor 0 SIZE Paper Size Sensor 0 SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor DOOR IMP Imprinter Door Status +V +V CN00(MOTHER) - CN0(RELAY [BACK]) Pin No. Signal Name Description Ground Ground - N.C. START LED Starting LED RETARD Retard FB DOOR Flat Bed Door Status END LED Ending LED END POS Ending Position HOPP MID Hopper MID 0 HOPP POS Hopper Position PAPER RF LED Current Control PAPER Paper START POS Paper Position DBL FEED Double Feed +V +V SIZE 0 Paper Size LED 0 SIZE Paper Size LED SIZE Paper Size LED SIZE Paper Size LED 0 SIZE Paper Size LED SIZE Paper Size LED SIZE Paper Size LED SIZE Paper Size LED SIZE Paper Size LED +V +V +V +V CN0(MOTHER) - CN (CARRIAGE HOME DETECTOR) Pin No. Signal Name Description Ground CARRIAGE Carriage - N.C. VCC +V CN00(MOTHER) - CN00(CCD Board) Pin No. Signal Name Description (S0) +V +V +V +V Ground Ground LAMP SW LAMP SW LAMP SW LAMP SW CCDDET CCD Board detect A Analog Ground A Analog Ground 0 CCD ODD CCD ODD DATA A Analog Ground CCD EVEN CCD EVEN DATA Ground CCDDET CCD Board detect VCC +V DAC DATA DAC Data DAC CLK DAC Clock CCD CLMP CCD Clamp ANLG LD Analog Control Signal Strobe 0 GAIN GAIN GAIN GAIN Ground CCD ROG CCD ROG CCD P CCD DATA Clock CCD P CCD DATA Clock Ground Ground CCD RST CCD RESET pulse Ground 0 CCD SH CCD Sample Hold Ground Ground -V -V +V +V CN0(RELAY [BACK]) - Imprinter (Option) Pin No. Signal Name Description CTS0 CTS0 for imprinter serial interface TXD0 TXD0 for imprinter serial interface RTS0 RTS0 for imprinter serial interface RXD0 RXD0 for imprinter serial interface IMP RST Imprinter Reset SP Start Signal VCC +V +V +V +V +V 0 +VS +V Ground Ground &RQILGHQWLDO.0(ULQWHU',&+ CN0(POWER) - CN(DC-DC) Pin No. (CN0) Signal Name Description -VOVP -V Over Voltage Detection +.VOVP +.V Over Voltage Detection +VOVP +V Over Voltage Detection Ground Ground Ground +V(SWITCHED) +V(Switched) +V(SWITCHED) +V(Switched) +V +V 0 +V +V STB +V Enable Pin No. (CN) 0

89 CN00 (CCD Board)-LAMP DRIVE Pin No. Signal Name Description Ground LAMP Lamp Control Ground V +V CN (HOPPER HOME SENSOR)-CN (DOCUMENT DETECTOR) Pin No. Signal Name Description Ground PAPER Paper FG Flame Ground +V +V CN (ENDING POSITION LED)-CN (DOCUMENT COVER DETECTOR) Pin No. Signal Name Description Ground FB DOOR FB DOOR status +V +V +V +V CN (ENDING POSITION SENSOR) - CN0 (HOPPER HOME SENSOR) Pin No. Signal Name Description Ground Ground HOPP POS Hopper Position PAPER Paper +V +V +V +V - N.C. CN (RELAY [BACK]) - CN (ENDING POSITION LED) Pin No. Signal Name Description Ground Ground FB DOOR Flat-Bed Door Sig. END LED Ending LED +V +V +V +V CN (RELAY [BACK]) - CN (SIZE SENSOR) Pin No. Signal Name Description Ground Ground - N.C. - N.C. - N.C. SIZE 0 Paper Size Sensor 0 SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor 0 SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor SIZE Paper Size Sensor +V +V +V +V CN (RELAY [BACK]) - CN (STARTING POSITION LED) Pin No. Signal Name Description START LED Starting LED - N.C. - N.C. - N.C. +V +V KV-S0W / KV-S0WU / KV-S00W / KV-S00WU CN0 (RELAY [BACK]) - CN (DOUBLE FEED DETECTOR (G)) Pin No. Signal Name Description +V +V +V +V +V +V - N.C. DFGAIN Double-Feed Gain Sig. CLK0K Clock Output 0kHz Ground Ground CN0 (RELAY [BACK]) - CN0 (RELAY [SIDE]) Pin No. Signal Name Description (S0) Ground Ground Ground - N.C. RETARD Retard END POS Ending Position HOPP MID Hopper MID HOPP POS Hopper POS PAPER RF LED Current Control 0 PAPER Paper START POS Paper Position DBL FEED Double Feed +V -V SIZE LED 0 Paper Size LED 0 SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED 0 SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED +V +V +V +V CN (RELAY [SIDE]) - CN0 (STARTING POSITION SENSOR) Pin No. Signal Name Description Ground Ground START POS Starting Position DBL FEED Double Feed +V +V +V +V +V +V CN0 (RELAY [SIDE]) - CN (SIZE LED) Pin No. Signal Name Description SIZE LED Paper Size LED SIZE LED 0 Paper Size LED 0 SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED SIZE LED Paper Size LED +V +V 0 SIZE LED Paper Size LED &RQILGHQWLDO.0(ULQWHU',&+ CN (RELAY [SIDE]) - CN (RETARD POSITION DETECTOR) Pin No. Signal Name Description Ground Ground RETARD Retard +V +V +V +V

90 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Pin No. Signal Name Description Pin No. Signal Name Description Pin No. Signal Name Description &RQILGHQWLDO.0(ULQWHU',&+ 0

91 CIRCUIT BOARDS KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. MAIN CONTROL Board (Component Side) &RQILGHQWLDO.0(ULQWHU',&+

92 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. MAIN CONTROL Board (Solder Side) &RQILGHQWLDO.0(ULQWHU',&+

93 .. SCSI Board (Component Side) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

94 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. SCSI Board (Solder Side) &RQILGHQWLDO.0(ULQWHU',&+

95 .. MOTHER Board (Component Side) (Solder Side) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

96 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. CCD Board (Component Side) (Solder Side) &RQILGHQWLDO.0(ULQWHU',&+

97 .. INVERTER Board KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

98 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. DRIVE Board (Component Side) &RQILGHQWLDO.0(ULQWHU',&+

99 .. DRIVE Board (Solder Side) KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

100 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.0. PANEL Board &RQILGHQWLDO.0(ULQWHU',&+ 00

101 .. CARRIAGE HOME DETECTOR Board KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. RETARD POSITION DETECTOR Board.. DOUBLE FEED DETECTOR (R) Board.. DOUBLE FEED DETECTOR (G) Board.. STARTING POSITION SENSOR Board &RQILGHQWLDO.0(ULQWHU',&+ 0

102 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. STARTING POSITION LED Board &RQILGHQWLDO.0(ULQWHU',&+ 0

103 .. SIZE SENSOR Board.. SIZE LED Board KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+ 0

104 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. ENDING POSITION SENSOR Board.0. ENDING POSITION LED Board.. RELAY ( SIDE ) Board.. HOPPER HOME SENSOR Board &RQILGHQWLDO.0(ULQWHU',&+ 0

105 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. DOCUMENT DETECTOR Board.. DOCUMENT COVER DETECTOR Board &RQILGHQWLDO.0(ULQWHU',&+ 0

106 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU.. RELAY ( BACK ) Board.. POWER Board &RQILGHQWLDO.0(ULQWHU',&+ 0

107 .. DC/DC CONVERTER Board KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+ 0

108 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU SCHEMATIC DIAGRAM. MAIN CONTROL Board. SCSI Board. MOTHER Board. CCD and INVERTER Boards. DRIVE and PANEL & CARRIAGE HOME DETECTOR Boards. RELAY (BACK), RELAY (SIDE) and Sensor Boards. POWER and DC-DC CONVERTER Boards Note: This Schematic Diagram is the latest at the time of printing and subject to change without notice. &RQILGHQWLDO.0(ULQWHU',&+ 0

109 .. MAIN CONTROL Board A B C D E F F E D C B A - CN000 CIS IN A +V -V CISSP CISCLK N.C. -- CN00 CIS IN A +V -V CISSP CISCLK CIS SIZE-DET 0 CIS SIZE-DET N.C. - CN00 CIS IN A +V -V CISSP CISCLK --0 CN00 CIS IN A +V -V CISSP CISCLK CIS SIZE-DET 0 CIS SIZE-DET C0 C00 0V 0 C0 0V 0 C00 C00 C00 Z00 IN COM OUT Z00 IN COM OUT Z00 IN COM OUT Z00 IN COM OUT 0 R00 0 R00 0 R00 0 R0 Z00 Z00.K Z000 +V -VA +VA TCS0FU(TEL) IC0 HDLVGT0ACM B A Y VCC A A A A A SA0K-T Q00 SA0K-T Q00 u L00 A +V 0V 00 C0 A A SA0K-T Q00 A A R000 R00 A A C0 A A A R0 Q0 R00 A A AK IC00 D0 D D D D D DVDD A VREFN VBOT D OE CE AVDD D VTOP VREFP 0 VCOM D 0 D SEL VIN D CLK C0 C0 C0 A A A A A C0 C0 A AK IC00 D0 D D D D D DVDD A VREFN VBOT D OE CE AVDD D VTOP VREFP 0 VCOM D 0 D SEL VIN D CLK R0 R0 A A A Q0 A R0 A A 0 R00 C00 A SCK-T Q00 R0 C0 A A SCK-T Q0.K R00.K R0.K R00 MAA-(TX) D000 V. C0 A A A Z0 Z0 Z0 Z0 C0 +V +V A A C00 C0 C00 C00 C000 C C0 C0 C0 C00 C0 C00 C00 C0 C0 C0 C0 SNHC0NS-EL0 IC00 A A B B CONT_B CONT_C C C 0 D D CONT_D CONT_A VCC AK IC00 D0 D D D D D DVDD A VREFN VBOT D OE CE AVDD D VTOP VREFP 0 VCOM D 0 D SEL VIN D CLK AK IC00 D0 D D D D D DVDD A VREFN VBOT D OE CE AVDD D VTOP VREFP 0 VCOM D 0 D SEL VIN D CLK Z00 Z0 Z00 Z00 C0 C0 C0 A A A C0 C0 C00 C0 A A C0 C0 C0 A A A R0 R0 A R0 R0 R0 R0 A C0 A ADCLKF 00:D ADOEF 00:D ADCLKF 00:D ADOEF 00:D ADCLKB 00:D ADOEB 00:D ADCLKB 00:C ADOEB 00:C A C0 A C0 C00 A A C0 A C0 C0 C0 A A C0 A A 0 R0 R0 SCK-T Q0 R0 0 R0 SCK-T Q00 A 0 R0 A SCK-T Q00 SA0K-T Q00 A +V u L00 0V 00 C0 A A SA0K-T Q00 SA0K-T Q00 A L00 L00 L00 L00 C0 C00 00P C0 00P C0 00P C0 00P C0 +V Z0 +V ADF[0-] 00:E CCDG 00:C ADB[0-] 00:E K R0 A K R0 A UN-(TX) Q00 000P C0 L000 C0 A C0 A +V 0 R00 0 R00 0V 0 C00 0V 0 C0 K R00 K R00 K R00 K R00 K R0 K R0 A A +VA +VA C0 A 0K R0 0K R0 0K R0 0K R0 0K R0 0K R0 0K R0 0K R0 C0 C0 C00 C0 A A C0 UN-(TX) Q000 +VA 000P C0 000P C0 SIZEF0 00:A SIZEF 00:A SIZEB0 00:B SIZEB 00:B BACKBREF 00:C FRONTBREF 00:C CCDINE 00:C CCDINO 00:C CISSPF 00:C CISSPF 00:C CISCLKF 00:C CISCLKF 00:C +V +V +V +VA C C C C0 A A A A Z0 P C0 P C00 P C0 P C0 P C0 P C0 P C0 P C0 CISSPB 00:C CISSPB 00:C CISCLKB 00:C CISCLKB 00:C.K Z00 0K R0 0K R0 K R0 K R0 UN-(TX) Q0 ADCE 0K R +V HDHCTFPV IC000 DIR A A A A A A B G 0 VCC B B B B A B B B A 0 0K R 00K R UN-(TX) Q0 0K R 00K R A K R0 K R0 ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[0] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADB[0-] ADB[0] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[0] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADF[0] / (Main Control Board) KV-S0/S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU 0 &RQILGHQWLDO.0(ULQWHU',&+

110 SENSERCS 00:B CPURD 00:A;00:A;00:D CPUHWR 00:A;00:A;00:D SHDBD[0-] 00:D SHDFD[0-] 00:B LBFD[0-] 00:B LBBD[0-] 00:D SHDFA[0-] 00:A LBFA[-] 00:A LBBA[-] 00:C Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z00 Z0 Z0 +V_GA +V_GA +V_GA +V_GA SENSERIRQ 00:E LBBWR 00:C R0 R0 R0 LBFOE 00:A LBFWR 00:A ADB[0-] 00:E ADF[0-] 00:A RESET 00:A;00:B;00:D FVD[0-] 00:E BVD[0-] 00:E FEN 00:E VCLK 00:E BEN 00:E /P Z0 0 /P Z0 0 /P Z0 0 /P Z0 0 +V_GA.K R0 0P C0 000P C0 C0 L00 000P C0 +V 00 R0 CISCLKB 00:F CISCLKB 00:F CISSPB 00:F CISSPB 00:F ADCLKB 00:D ADOEB 00:E ADCLKB 00:C ADOEB 00:C ADCLKF 00:B ADOEF 00:B ADCLKF 00:A ADOEF 00:A Z0 Z0 Z0 Z00 R0 SHDBA[0-] 00:C SHDBOE 00:C SHDBWR 00:C R0 R0 R0 CCDP 00:D CCDP 00:D CCDRST 00:D CCDROG 00:D CLPWD 00:D CCDSH 00:D UN-(TX) Q0 SRAMCS 00:B R0 R0 R0 00P C0 000P C0 000P C0 000P C0 000P C0 000P C0 000P C0 C0 C0 C0 C0 C00 C0 L00 L00 +V +V +V_GA +V_GA C0 C0 000P C0 000P C0 000P C0 +V_GA +V C00 C0 L00 000P C0 C 000P C 000P C 000P C +V_GA +V C C L0 C C 000P C 000P C 000P C0 +V_GA +V C C L0 000P C C0 C0 C0 C C +V +V +V +V +V +V 0K R0 0K R0 +V 00 R0 0.0 C0 P C0 P C P C SHDFWR 00:A SHDFOE 00:A R0 R00 CPUA[0-] 00:E;00:A;00:E CPUD[0-] 00:A;00:C;00:E SLATHF0T IC00 GA_SENSER BCLK/MTF_D 0 BCLK/MTF_D BCLK/MTF_D0 BCLK/MTF_D BCLK/MTF_D BCLK/MTF_D BCLK/MTF_D BCLK/MTF_D BCLK ENERGY_H 0 MODE FCLK FCLK FCLK DT_FRT/DT_ST DT_FRT/DT_ST DT_FRT/DT_ST DT_FRT/DT_ST DT_FRT/DT_ST DT_FRT/DT_ST DT_FRT/DT_ST 0 DT_FRT/DT_ST DT_FRT/DT_ST DT_FRT0/DT_ST0 VDD SCAN_SEL AC_DC_TEST PLL_TEST LB_D LB_D0 0 LB_D LB_D LB_D LB_D LB_D VDD LB_WE /LB_CE0 /LB_CE /LB_A 0 LB_A LB_A LB_A 0 SH_FD/SH_D FCLK FCLK FCLK FCLK 0 FCLK VDD /DT_RD /DT_RD /DT_RD /DT_RD /DT_RD /DT_RD /DT_RD 0 /DT_RD /DT_RD /DT_RD0 DT_BCK/DT_ND DT_BCK/DT_ND DT_BCK/DT_ND DT_BCK/DT_ND DT_BCK/DT_ND SCAN_EN TEST 0 CLK_IN FCLK FCLK0 FCLK FCLK VDD FCLK FCLK FCLK 0 /BLUE_D0 /BLUE_D /BLUE_D /BLUE_D /BLUE_D PLLVDD PLL PLLLPF PLLVDD 0 PLL LB_A LB_A LB_A0 LB_A LB_A LB_A 00 LB_A 0 0 LB_A 0 LB_A 0 LB_A 0 LB_A 0 LB_A 0 LB_OE/LB_OE 0 0 LB_D0 0 LB_D LB_D LB_D LB_D LB_D LB_D LB_D SH_FA/SH_F SH_FA0/SH_A0 SH_FA/SH_A SH_FA/SH_A SH_FA/SH_A 0 SH_FA/SH_A SH_FA/SH_A SH_FA/SH_A SH_FA/SH_A SH_FA/SH_A SH_FA/SH_A SH_FA0/SH_A0 VDD SHD_FWE/SHD_WE 00 SHD_FOE/SHDOE CPUD CPUD CPUD 0 RESET SH_FA/SH_A SH_FA/SH_A /BLUE_D /BLUE_D BEN/BLUE_D DATA_CLK BACK_D0/GREEN_D0 BACK_D/GREEN_D BACK_D/GREEN_D BACK_D/GREEN_D 0 VDD BACK_D/GREEN_D BACK_D/GREEN_D BACK_D/GREEN_D BACK_D/GREEN_D FRONT_D0/RED_D0 FRONT_D/RED_D FRONT_D/RED_D FRONT_D/RED_D 0 FRONT_D/RED_D FRONT_D/RED_D FRONT_D/RED_D FRONT_D/RED_D FEN/DATA_EN LB_DO VDD LB_D LB_D 0 LB_D0 LB_D LB_D LB_D LB_D LB_D LB_WE LB_OE/LB_A LB_A 0 LB_A LB_A LB_A/LB_D0 LB_A/LB_D LB_A0/LB_D VDD LB_A/LB_D LB_A/LB_D LB_A/LB_D LB_A/LB_D 0 LB_A/LB_D LB_A/LB_D LB_A/LB_D LB_A/LB_D0 LB_A/LB_D /LB_D /LB_D /LB_D /LB_D 0 /LB_WE /LB_A LB_D LB_D VDD 0 LB_D LB_D LB_D LB_D LB_D LB_D /LB_A /LB_A VDD IRQ CE RD WR 0 CPUA0 CPUA CPUA CPUA CPUA CPUA CPUA CPUA CPUA 0 CPUD0 CPUD CPUD CPUD VDD CPUD 0 SH_FD/SH_D 0 SH_FD/SH_D 0 0 SH_FD/SH_D 0 SH_FD/SH_D 0 SH_FD/SH_D 0 SH_FD/SH_D 0 SH_FD0/SH_D0 0 SH_BD/SH_D SH_BD/SH_D SH_BD/SH_D SH_BD/SH_D SH_BD/SH_D SH_BD/SH_D SH_BD/SH_D SH_BD0/SH_D0 VDD 0 /SH_D /SH_D /SH_D /SH_D /SH_D /SH_D /SH_D /SH_D0 0 LCLKOUT VDD SHD_BWE/MTF_WE SHD_BOE/MTF_OE SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA0/MTF_A0 SH_BA/MTF_A 0 SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA/MTF_A SH_BA0/MTF_D0 0 /MTF_D /MTF_D /MTF_D /MTF_D /MTF_D /MTF_D /MTF_D VDD DT_BCK/DT_ND 00 DT_BCK/DT_ND 0 DT_BCK/DT_ND 0 DT_BCK/DT_ND 0 DT_BCK0/DT_ND0 0 VDD R0 LBBOE 00:C 0K Z0 0K Z0 0K Z0 0K Z UN-(TX) Q00 L0 L0 L0 L0 L0 +V_GA 00 R 00 R CISSPF 00:F CISCLKF 00:F CISSPF 00:F CISCLKF 00:F 00 R0.K R0 +V_GA ADCE R C0 CLKM R SG-00JAMSCC IC00.MHz ST VCC OUT Z0 Z0 Z0 Z00 0K Z Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z0 Z00 Z0 Z0 Z0 Z0 LBBD[0-] LBFD[0-] ADB[0-] ADF[0-] FVD[0-] BVD[0-] ADF[0] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADF[] ADB[0] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] ADB[] SHDBA[0] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[0] SHDBA[] SHDBA[] SHDBD[0-] SHDBD[0] SHDBD[] SHDBD[] SHDBD[] SHDBD[] SHDBD[] SHDBD[] SHDBD[] SHDFD[0-] SHDFD[0] SHDFD[] SHDFD[] SHDFD[] SHDFD[] SHDFD[] SHDFD[] SHDFD[] SHDFA[0] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[0] SHDFA[] CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] SHDFA[] LBBA[] LBBA[] LBBA[] LBBD[0] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[0] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[0] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFD[0] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[0] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] FVD[0] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] BVD[0] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] SHDBA[] SHDFA[] SHDFA[0-] LBBA[] LBBA[0] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] 0 A B C D E F F E D C B A / (Main Control Board) KV-S0/S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU 0 &RQILGHQWLDO.0(ULQWHU',&+

111 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU +V +V +V +V A R0 0K R0 0K L0 00:D LBFWR R0 0K R0 0K C L0 C A 00:A 00:A SHDFOE SHDFWR L0 00:C LBFOE 00:A SHDFA[0-] 00:C LBFA[-] C B SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[0] SHDFD[0] SHDFD[] SHDFD[] IC00 A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O CYC-VC WAJ- SHDFA[] SHDFA[] SHDFA[] SHDFA[] SHDFA[0] SHDFD[] SHDFD[] SHDFD[] SHDFD[] SHDFD[] C C 00P 00P C C +V LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFD[0] LBFD[] LBFD[] IC00 CYC-VC WAJ- C A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O C 00P 00P C0 LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] C LBFA[] LBFA[] LBFA[0] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFA[] LBFD[] LBFD[] LBFD[0] IC0 A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O CYC-VC WAJ- 00P C C C LBFA[] LBFA[] LBFA[0] LBFA[] LBFA[] LBFD[] LBFD[] LBFD[] LBFD[] LBFD[] C 00P B SHDFD[0-] 00:A R 0K +V LBFD[0-] 00:D 00:F SRAMCS +V C 00:B SHDBOE 00:B SHDBWR 00:B SHDBA[0-] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[0] SHDBD[0] SHDBD[] SHDBD[] R00 0K R0 +V 0K IC00 A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O C 00P C0 SHDBA[] SHDBA[] SHDBA[] SHDBA[] SHDBA[0] L0 SHDBD[] SHDBD[] SHDBD[] SHDBD[] SHDBD[] +V C C C 00P 00:C 00:C 00:A LBBWR LBBOE LBBA[-] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBD[0] LBBD[] LBBD[] &RQILGHQWLDO.0(ULQWHU',&+ R0 0K R0 0K IC0 CYC-VC WAJ- C C A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O 00P C LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] C L0 00P C LBBA[] LBBA[] LBBA[0] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBA[] LBBD[] LBBD[] LBBD[0] IC0 A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O CYC-VC WAJ- C 00P L0 C C C0 LBBA[] LBBA[] LBBA[0] LBBA[] LBBA[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[] LBBD[0-] 00:B C 00P C CYC-VC WAJ- SHDBD[0-] 00:A D D (Main Control Board) KV-S0/S0/S00 /

112 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU +V R LEASCOUNT 00:C A B C 00:B IMGWAIT 00:E SIZEF0 00:E SIZEF 00:E SIZEB0 00:E SIZEB 00:D CCDDET 00:D CCDDET D00 D00 D00 BR0W-TR BR0W-TR BR0W-TR BR0W-TR BR0W-TR BR0W-TR 00:D LEDGR 00:D LEDRD 00:C AN0 00:C AN 00:C AN 00:C AN 00:C AN 00:C AN 00:C FRONTBREF 00:E BACKBREF 00:D LCDRW 00:D LCDRS 00:C DALD 00:C CLK0K 00:C DASD Z0 00K D00 D00 D00 Z0.K Z0 0K R0 R0 R00 R0 R0 R0 C +V C IC0 SNHCNS-EL0 0 VCC DIR G A B A B A B A B A B A B A B A 0 B TCACF IC0 0 VCC CLR CLK D Q D Q D Q D Q D Q D Q D Q D 0 Q TCACF(TP) Z0.K R0 R0 R0 R0 R0 R00 0K 0K 0K 0K 0K 0K C CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] 000P C 000P C 000P C C +V +V 000P C0 000P C 000P IC0 OUT VDD Cd V RESET PSTUR C C 0. +V C C CPU C C IC0 OUT VDD Cd.V RESET PSTUR C R0 K R0 0. C0 C.K 000P C Z0 Z00 L0 C 00 0V &RQILGHQWLDO.0(ULQWHU',&+ +V R0 0K 0 0 AVCC 0 VREF 0 AN0 0 AN 0 AN 0 AN 0 AN AN DA0 DA A P P P P 0 P P P P0 MD0 MD MD PG0 CS CS +V R0 Z0 0K 0K R0 +V Z0 R0 00 R0 R0 R0 R0 0K +V C0 C P TP 0.0 X000 C 0M R CPU 0.0 C 0 P 0 P 00 RXD TXD PF0 PF WAIT LWR HWR RD 0 AS VCC PF EXTAL XTAL VCC STBY NMI RES 0 WDTOVF P0 P P P P P P P P 0 P CS CS IC0 +V P K HDA00F Z0 C 000P Z0 Z00 P P RXD RXD0 TXD TXD0 VCC D D D D D D0 D D D D D D D D D D0 VCC V Q0 UN-(TX) CPUHWR R R R R0 Z0 CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[0] Z0 Z0 Z0 Z0 R 00 0K 0K R +V R R 0K R 0K R 00 +V 0K RESET 00:A;00:B;00:D CPULWR 00:A CPUHWR 00:A;00:A;00:D CPURD 00:A;00:A;00:D CPUAS 00:D CPUD[0-] 00:A;00:C;00:E CTS 00:B RTS 00:B RXD 00:B TXD 00:B BUZZER 00:D TERMPC 00:F ANALD 00:C VSYNC 00:E DALD 00:F POWCONT 00:C ACTTERM 00:F IMGCS 00:F SENSERCS 00:A POSTSP 00:E Q0 UN-(TX) CTS 00:E RTS 00:E RXD 00:E TXD 00:E PRESP 00:E Q0 UN-(TX) TO IMPRINTER CTS0 00:E RTS0 00:E RXD0 00:E TXD0 00:F A B C D E F 00:D 00:C 00:C 00:C 00:C 00:A 00:A 00:B 00:B MODE0 DACLK CPUCS CPUCS CPUCS0 SENSERIRQ TIMERIRQ SCSIIRQ IMGIRQ 0K R0 0K R0 +V IC0 CS VCC SK NC DI TEST DO S-CADFJ C CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] R0 R0 C A B C GA GB G Y +V IC0 HC0 VCC IC0 AC VCC Y0 Y Y Y Y Y Y IC0 0 0 C +V IC0 HC0 IC0 HC0 CS CS0 NC VCC A0 A A 0 A A A A A A A A0 A 0 A A A A A A A A 0 A0 A A A IRQ CS IRQ IRQ0 R 0K CPUA[0] CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] R00 R0 R A B C GA GB G Y A B C GA GB G Y IC00 AC IC0 AC Z0 CPUA[0] CPUA[] CPUA[] CPUA[] VCC Y0 Y Y Y Y Y Y VCC Y0 Y Y Y Y Y Y 0 0 C +V C Z0 +V CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] Z0 C Z0 CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] Z0 IC0 TCW00FU +V VCC CPUA[0] CPUA[] CPUA[] CPUA[] Z0 IC0 0 IC0 LV R K IC0 R K R C TCW00FU K 0.0 R IC0 TCW00FU K C +V IC0 Z0 0K CPUA[0] CPUA[] CPUA[] CPUA[] LV +V VCC Z0 0K IC0 LV CPUA[] CPUA[] CPUA[] CPUA[] HC0 Z0 0K CPUA[] CPUA[] CPUA[0] CPUA[] IC0 Z00 0K CPUA[] CPUA[] CPUA[] CPUA[] IC0 LV Z0 0K CPUA[] CPUA[] CPUA[] CPUA[] R R 0 Z0 0K CPUA[0] CPUA[] CPUA[] CPUA[] IMPRES 00:E CPUA[0-] 00:A;00:A;00:E SCSICS 00:B LCDE 00:D BUSEN 00:C DECO 00:C DECO 00:C DECO 00:C DECI 00:C DECI 00:C DECI 00:C DECI 00:C DECI 00:C (Main Control Board) KV-S0/S0/S00 / D E F

113 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A 00:A;00:A;00:D CPUHWR A 00:A CPULWR CPURD 00:A;00:A;00:D CPUA[0-] 00:A;00:E;00:E +V RESET 00:A;00:A;00:D 0.0 IC0 IC0 +V B CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] C C 0 0 NC NC A A A A A A A A CE VCC NC RESET A A0 A A A A A A NC NC FLASH-ROM NC NC NC NC WE OE RY/BY DQ DQ DQ DQ VCC DQ DQ DQ DQ0 A0 A A A NC NC MBMF00A-0PFTN 0 0 C CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] C0 0 0 NC NC A A A A A A A A CE VCC NC RESET A A0 A A A A A A NC NC FLASH-ROM NC NC NC NC WE OE RY/BY DQ DQ DQ DQ VCC DQ DQ DQ DQ0 A0 A A A NC NC MBMF00A-0PFTN 0 0 C CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUD[0] CPUD[] CPUD[] IC0 SRAM A VCC A WE A A A A A A A A A OE A A0 0 A CS 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O CYC-VC WAJ- C 000P C CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUD[] CPUD[] CPUD[0] IC00 SRAM A VCC A WE A A A A A A A A A OE A A0 0 A CS 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O CYC-VC WAJ- C 000P C CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] B C +V C 00:D CPUCS R 0K R 0K R 0K CPUD[0-] 00:A;00:A;00:E 00:D CPUCS 00:D CPUCS0 00:D MODE0 NOMAL:- SHORT CN00 LPC-M EXTROM:- SHORT +V D D &RQILGHQWLDO.0(ULQWHU',&+ EXT ROM CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CN00 LPC-0M (Main Control Board) KV-S0/S0/S00 /

114 C0 D00 MAA-(TX) +V +V A B C D E F C CN00 A A CCD EVEN -VA CCD ODD A CCD ROG CCD CLP CCD S/H 0 CCD RST CCD P CCD P CCDDET +V +VA CCDDET +V 0 +V +V +V +V +V +V +V 0 VSYNC FEN BEN VCLK RESERVE FVD0 FVD FVD 0 FVD FVD FVD FVD FVD BVD0 BVD BVD BVD 0 BVD BVD BVD BVD CS(IMAGE) ACTTERM TERMPC CLKM 0 - C0 00P A +V C C C 0.0 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU PIN C V FVD[0] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] BVD[0] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] 00P C C P C00 R0 V C0 000P 0.0 C0 C0 C 00K R 0V. C0 Z0 /P 0 0 Z0 /P M C R R 00P.K A.K A P C0 AMP- NC 0 AMPOUT NC VREF.V/V VB NC VGH NC VDD 0 VDD VDD VDD NC P C Z0 IN Z0 IN P C IC0 MDN-0 OUT COM A OUT COM A P C P C D0 Q0 FILTER S/S F/BOCL- OCL+ R/C VCC NC VBOOT VGL NC 0 VOUT VOUT VOUT VOUT NC P FILTER Z0 Z0 P C L0 C L00 C DAN0UT0 +V P C C0 0.0 C 000P D00 DFSA R0 B B B B B B B B G 0 VCC L0 C IC0 +V R C L0 L0 +V 0.W R R R HDHCTFPV 0.W A A A A A A A A DIR 0 C C D0 DAN0UT0 A A C P C R P C 0K 00 C P C P C0 C 0.V C P C.V 0.V 0 P C.V 0 C.V 0 C.V 0 C -VA +VA.V 0 C.V 0 CCDINE 00:A CCDINO 00:B CCDG 00:C CCDSH 00:F CLPWD 00:F CCDROG 00:F CCDRST 00:F CCDP 00:F CCDP 00:F CCDDET 00:B CCDDET 00:B VSYNC 00:B FEN 00:E BEN 00:F VCLK 00:F FVD[0-] 00:F BVD[0-] 00:F IMGCS 00:B ACTTERM 00:B IC0 VCC NC A CLKM Y C V 00 C V R +V TERMPC 00:B +V D0 C +V 0V 00 C0 00 0V C 0V 00 C 0V 00 IMAGE_WAIT TXD(VIDEO) RXD(VIDEO) RTS(VIDEO) CTS(VIDEO) CS(SCSI) IRQ(SCSI) IRQ(IMG) (CONVEYOR)CS (FEED)CS (CARRIDGE)CS (IF)CS (DOOR)CS (KEY)CS (KEY)CS (SIZE)CS BUSEN POWERCONT AN0(DOUBLE-FEED) AN(IDLE-POS.) AN(FEED) AN(EXIT U-TURN) AN(EXIT REAR) AN(POSTIMP_FEED/CARRIGE) +V +V ANALOG LD LeasCount D/ALD CLK0K D/ADATA D/ACLK E(LCD) R/W(LCD) RS(LCD) BUZZER LED(RD) LED(GR) CPURD CPUHWR CPUAS RESET(H) CPUA0 CPUA CPUA CPUA CPUA CPUA CPUA CPUA CPUA +V CPUD CPUD CPUD0 CPUD CPUD CPUD CPUD CPUD RESET(IMPRINTER) POST-IMP.SP CTS(POST-IMP.) RTS(POST-IMP.) RXD(POST-IMP.) TXD(POST-IMP.) PRE-IMP.SP CTS0(PRE-IMP.) RTS0(PRE-IMP.) RXD0(PRE-IMP.) TXD0(PRE-IMP.) D/ALD CN C +V C C C R R0 C 00P C 00P +V IC0 VCC DISCH TRIG THRES OUT CONT RESET &RQILGHQWLDO.0(ULQWHU',&+,PIN TIMER Z0 /00P Z00 /00P Z0 /00P Z0 /00P Z0 /00P Z0 /00P Z0 /00P Z0 /00P Z00 /00P Z0 /00P Z0 /00P Z0 /00P Z0 /00P 0 0 Z0 /00P 0 Z0 /00P Z0 /00P R 00 CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] R D0 0 MAA-(TX) R C R P C C 000P C C 000P C0 TIMERIRQ 00:E TXD 00:B RXD 00:B RTS 00:B CTS 00:A IMGWAIT 00:A SCSICS 00:E SCSIIRQ 00:E IMGIRQ 00:E DECO 00:E DECO 00:E DECO 00:E DECI 00:F DECI 00:F DECI 00:F DECI 00:F DECI 00:F POWCONT 00:B BUSEN 00:E AN0 00:C AN 00:C AN 00:C AN 00:C AN 00:C AN 00:C ANALD 00:B LEASCOUNT 00:A DALD 00:D CLK0K 00:D DASD 00:D DACLK 00:D LCDE 00:E LCDRW 00:C LCDRS 00:D BUZZER 00:B LEDRD 00:B LEDGR 00:B CPURD 00:A;00:A;00:A CPUHWR 00:A;00:A;00:A CPUAS 00:A RESET 00:A;00:A;00:B CPUA[0-] CPUD[0-] IMPRES 00:D POSTSP 00:B CTS 00:B RTS 00:B RXD 00:B TXD 00:B PRESP 00:C CTS0 00:C RTS0 00:C RXD0 00:C TXD0 00:C DALD 00:B (Main Control Board) KV-S0/S0/S00 00:A;00:E;00:A 00:A;00:A;00:C / A B C D E F

115 .. SCSI Board A B C D E F F E D C B A C 0K Z0 FASU IC0 DACK DBWR NC IGS DIFFSENS TGS EDIFFS DB0 DB 0 DB DB DB DB DB DB DBP0 SDI SDI SDI SDI SDI SDIP VDD NC 0 SDO0 SDO SDO REQI ACKI RSTI MODE MODE0 INT RESET NC WR 0 RD CS A0/SA0 A/BHE A/DBRD A/ALE CK DIFFM VDD NC 0 PAD0 PAD PAD PAD PAD PAD PAD PAD 00 DREQ DB 0 DB DB0 DB DB DB DB DB DBP NC SDI0 0 SDI SELO BSYO REQO ACKO 0 MSG CD IO ATN RSTO SELI 0 BSYI SDO SDOP NC SDI SDO SDO 0 SDO SDO +V +V +V R C0 000P C0 +V.K R0 RB00L-0TE D00 0V 00 C 00P C UN-(TX) Q0 UN-(TX) Q00 K R.K R +V SG-PTJ-0M IC00 SG-00JA0MHzSHC ST VCC OUT +V 0 R0 R0 C0 000P C0 R0 R0 N.M 0 R0 0 R0 +V 0 R0 Z00 +V SMD- R MF-SM- SYSRST :B CPWR :B;:D SCSIRD :E CSSCSI :D;:C SCSIACKD :C SCSIWRD :C CPDD[-] :E;:D SCSIREQ :F;:B IRQSCSI :E TERMON :D +V Q0 +V R R0 000P C C C 00P C +V C 0V 00 C 0V 00 C C0 00P C0 00P C 00P C C 00 0V C +V +V +V 00P C 0V 00 C C L0 L00 BHAFP-YE IC0 TERMINATER NC EN SL SL SL SL SL SL 0 SL SL SL SL0 0 SL SL SL SL VM SL SL SL SL VDD VDD /FLAME / FLAME 000P C 0K R C C C V 0 C +V 0K Z0 0K Z0 IC0 OSCIN OSCOUT AVDD D_C STOP S0 LPF FOUT OVDD 0 REFOUT S DVDD D S A R R0 O S 0 SSON L C R R L0 R0 R R C C0 R C R0 R0 R R C0 R C C 0 R0 FCN-D00-G/J CN FCN-D00-G/J CN R TERMPC :C SMDD[0-] :A CPA[0-] :E;:B R JCLK 0K Z0 00K R RESERVED RESERVED RESERVED RESERVED CPDD[] CPDD[] CPDD[] CPDD[] CPDD[] CPDD[0] CPDD[] CPDD[] DB[0-] DB[] DB[0] DB[] DB[] DB[] DB[] DB[] DB[] DB[0] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[] DB[0] I/O I/O MSG MSG ACK ACK ACK ATN ATN ATN REQ REQ REQ C/D C/D BSY BSY BSY SEL SEL SCSIREQ DBP CPDD[-] CPA[0-] DB[] TERMPWR SYSRST SMDD[0-] SMDD[0] SMDD[0] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[0] SMDD[0] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] CPA[0] CPA[] CPA[] CPA[] RST RST RST N.C OUT OUT N.C N.C N.C N.C N.C N.C OPEN [DIFFERENTIAL=H] Reserve N.C N.C N.C N.C N.C (V) N.C SPREAD:.% DEFAULT:DISABLE / (SCSI Board) KV-S0/S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

116 0 0 0 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A :E :E MCLK MCLK MCLK MRAS A :A :A :A :B MCAS MCAS0 MAB[0-] MDQMB[0-] MDQMB[0-] MDQMB[0-] MAB[0-] MDQMB[0-] MDQMB[0-] MDQ[0-] MDQMB[0-] MAB[0-] MDQ[0-] MDQ[0-] :B B C D E :A MAA[-] :A MAA[0-] :B MS :B MS :A MRAS :A MRAS0 :A MS0 +V C C C C :D MCLK :A MWE :A MWE0 +V MDQMB[0-] MAA[-] MAA[0-] MAA[0-] MAA[-] +V +V 0 0 R R VCC MDQ[0] DQ0 VCCQ MDQ[] DQ MDQ[] DQ Q MDQ[] DQ MDQ[] DQ VCCQ MDQ[] 0 DQ MDQ[] DQ Q MDQ[] DQ VCC MDQMB[0] DQML WE CAS RAS CS MAA[] 0 A/BA0 MAA[] A/BA MAA[0] A0/AP MAA[0] A0 MAA[] A MAA[] A MAA[] A VCC C0 00P C C C R R0 C 00P C C 00P C IC0 C 00P DQ Q DQ DQ VCCQ DQ DQ Q DQ0 DQ VCCQ DQ NC DQMU CLK CKE NC A A A A A A A (PIN,, (PIN,,, ) ) (for IC0) +V +V C MS IC0 VCC MDQ[] DQ0 DQ MDQ[] VCCQ Q DQ DQ MDQ[] 0 DQ DQ MDQ[] Q VCCQ DQ DQ MDQ[0] DQ DQ MDQ[] VCCQ Q 0 DQ DQ0 MDQ[] DQ DQ Q VCCQ MDQ[] DQ DQ VCC MDQMB[] 0 DQML NC WE DQMU CAS CLK RAS CKE CS NC MAA[] 0 A/BA0 A MAA[] A/BA A MAA[0] A0/AP A MAA[0] A0 A MAA[] A A MAA[] 0 A A MAA[] A A VCC MBFD C 00P N.C N.C N.C N.C MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQMB[] MAA[] MAA[] MAA[] MAA[] MAA[] MAA[] MAA[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQMB[] MAA[] MAA[] MAA[] MAA[] MAA[] MAA[] MAA[] R R +V +V 0 MAB[0-] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MS MAB[0] MAB[] MAB[] MAB[] MAB[] MAB[0] MAB[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MWE MDQMB[0] MDQMB[] MS MDQMB[] MDQMB[] R0 +V.K +V +V_D +V_D +V_D +V_D +V_D +V_D +V_D +V_D N.C N.C N.C N.C N.C N.C N.C N.C N.C N.C N.C N.C N.C N.C N.C +V_D CN0 0- DQ0 DQ DQ DQ DQ DQ DQ DQ VDD VDD 0 DQ DQ DQ DQ DQ DQ 0 DQ DQ DQ DQ0 DQ DQ DQ0 DQ DQ DQ DQ DQ 00 DQ DQ 0 VDD VDD 0 DQ DQ 0 0 DQ DQ 0 CB0 CB 0 CB CB 0 0 NC NC 0 NC NC 0 VDD VDD 0 WE CAS DQMB0 DQMB DQMB DQMB 0 CS0 CS DNU RAS A0 A A A A A A A 0 A A A0 BA0 BA A 0 VDD VDD VDD CK CLK0 A DNU CKE0 CS CS DQMB DQMB 0 DQMB DQMB DNU A VDD VDD 0 NC NC NC NC CB CB CB CB DQ DQ DQ DQ 0 DQ DQ0 DQ DQ VDD VDD 0 DQ0 DQ NC NC NC NC REGE CKE DQ DQ DQ DQ 0 DQ DQ DQ DQ 0 DQ DQ DQ DQ DQ DQ VDD VDD DQ DQ0 DQ DQ DQ0 DQ 0 DQ DQ CLK CK 0 NC NC WP SA0 SDA SA SCL SA VDD VDD DIMM R +V_D +V_D N.C N.C +V_D N.C N.C +V_D +V_D N.C N.C N.C N.C +V_D N.C N.C N.C +V_D N.C +V_D L0 L0 L0 L0 L0 L0 L L +V +V_D +V_D +V_D +V_D +V_D +V_D +V_D +V_D MDQMB[] MDQMB[] R MDQMB[] MDQMB[] R 0 R0 0 MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MCAS MS MAB[] MAB[] MAB[] MAB[] MAB[] MAB[] MAB[] MAB[] MCLK MAB[] MS MAB[0-] +V R +V 0 R +V 0 +V R R N.M R N.M R R R MSDA :D B C D E F C0 C :D C C MCLK C 00P C C 00P C C 00P C C 00P C0 C 00P C (PIN,, ) (PIN,,, ) (for IC0) C 00P C C0 C 00P :E :E :D MCLK MCLK MSCL R00 +V.K C 00 0V C &RQILGHQWLDO.0(ULQWHU',&+ 0V 00 C (for CN0) 00P C C 00P C C0 00P C C 00P C C 00P C C 00P C C 00P C C0 00P C C C C C C C C C (SCSI Board) / F KV-S0/S0/S00

117 0 0 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A +V A R0 MSD[0-] MSD[0-] :A :E CLKM R :A MSA[0-] MSA[0-] +V L L B :F :F :F MSOE MSWE DCLKOE +V +V C0 R 00 C0 00P IC0 ST VCC OUT SG-00JFMSCC.MHz R C0 00P L C C R C0 0 C +V C C C R C R R 0K IC 0 OSCIN REFOUT OSCOUT OVDD AVDD O D_C R0 STOP R S0 FOUT LPF S A D 0 S DVDD SSON S R R R0 R R R R R C C R DEFAULT:DISABLE SPREAD:.% VCLK :E B K C D MSA[] MSA[] MSA[] MSA[] MSA[] MSA[] MSA[] MSA[] MSA[0] MSD[0] MSD[] MSD[] R N.C R IC0 A VCC A WE A A A A A A A A A OE A A0 A CS 0 0 A0 I/O I/O I/O I/O I/O I/O I/O I/O NC A CYC-VC WAJ- IC VCC Y TCS0FU(TEL) C0 C0 +V R 00P C0 0 C0 (VCC=~V) R 0K MSA[] MSA[] MSA[] MSA[] MSA[0] MSD[] MSD[] MSD[] MSD[] MSD[] Q0 UN-(TX) C0 R 00 C0 00P IC0 ST VCC OUT 0MHz SG-00JF000MSCC (ST=H: OUT) C0 00P L C +V C R R 0V 00 C 0 C C 000P C0 R C 00 0V C IC XIN/CLK XOUT VDD S0 S FSOUT SSCC C SM0 DEFAULT:DISABLE 000P R 0 A VCC Y0 Y Y Y Y VCC G FBOUT R R IC0 0 R R CLK DIVIDER PIC0-LX HDCDCF0B C0 CLK AVCC VCC Y0 Y Y Y VCC G FBIN K R R 0 R 0 SPREAD:.% 0 L +V C C (for IC0) (PIN, 0,, ) 00P C C R R0 00P 0 C R R C 0 00P C N.C N.C C 00P C0 C 0V 00 MCLK :F MCLK :D C D C00 C P E R R0 +V R R 0 R R 0 R R 0 0 MCLK :F MCLK :A MCLK :F MCLK :A MCLK0 :F E 0 R P 00P R C C F &RQILGHQWLDO.0(ULQWHU',&+ (SCSI Board) KV-S0/S0/S00 / F

118 A B C D E F F E D C B A MSCL :F SCSIACK :C MDQ[0-] :A MSOE :B MRAS :B MS :B BVD[0-] :C CPA[0-] :C;:B 00P C 0V 00 C C V. C0 MAB[0-] :A FVD[0-] :C BWIND :E FWIND :E VWIND :E MSA[0-] :B MSD[0-] :A 0 R SYSRST :B CSIMG :D;:E VCLK :B MCLK0 :E GARD :E GAWR :E CPAS :B;:E MSWE :B R0 MSDA :E IRQIMG :E SCSIWR :C SCSIREQ :A;:B DCLKOE :B WAIT :E MS :B MCAS :A MWE :D MDQMB[0-] :A MS0 :C MWE0 :E MRAS0 :C MCAS0 :A 0P C 000P C.K R0 R +V R 0 R V 0 C 0 Z0 0 R 0 Z 0 Z 0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 Z 0 Z 0 Z0 0 R 0 R 0 R 0 R R 0 R 0 R 0 Z 000P C 00 R 00P C C C0 00P C C 00P C 00P C C 00P C 00P C 00P C C 00P C C 00P C C C C 00P C CPDD[-] :C;:D 0K Z 0K R +V +V +V +V 00P C 00P C 00P C 00P C 00P C 00P C 00P C 00P C 00P C 00P C 00P C C C C0 C C C C0 C C C C0 +V_G +V_G +V_G C 00P C +V_G +V_G +V_G 0.0 C 0.0 C 0.0 C 0.0 C +V +V_G +V_G L L0 L L SILF0Q0 IC [GAIMG] MSD 0 MSD MSD0 LVDD VWIN FWIN FMD FMD FMD FMD0 0 FMD FMD FMD FMD BMD BMD0 BMD BMD BMD BMD BMD BMD 0 BMD BMD BMD BMD0 BMD BMD SMD 0 JCLK LVDD CPUINT SMD SMD SRDY/DBRD SWIN/DBWR STOP/DREQ JENB/DACK 0 MSCL MSDA LVDD MDQ 0 MDQ FMD FMD FMD FMD FMD 0 FMD0 FMD FMD FMD FMD FMD FMD FMD FMD 0 FMD FMD0 LVDD BWIN ATPGEN SYSCLK MHVDD M BMD BMD 0 BMD BMD BMD BMD BMD BMD0 LVDD CPUD CPUD CPUD 0 CPUD CPUD CPUD0 CPUD CPUD WAIT RESET CS TEST 0 RD MDQ MDQ MDQ0 MDQ MDQ 00 MDQ 0 MDQ 0 LVDD 0 MDQ 0 MDQ0 0 MDQ 0 MDQ 0 0 MDQ 0 MDQ 0 MDQ MDQ LVDD MDQ MDQ MDQ MDQ MDQ MDQ LVDD MDQ 0 MDQ MDQ MDQ LVDD MDQ MDQ0 MDQ MDQ LVDD 00 MDQ LVDD MDQ MDQ 0 MDQ MDQ MDQ MDQ SMD WR AS TEST CPUA CPUA CPUA CPUA CPUA CPUA 0 CPUA CPUA CPUA0 MHVDD M AHVDD PLL_LPF A 0 DRMCLK LVDD DCLKOE SMD0 SMD SMD MDQ MDQ0 0 MDQ MDQ LVDD MDQ MDQ MDQ MDQ0 MDQ MDQ 0 MDQ MDQ LVDD MDQMB MDQMB MDQMB MDQMB MS MS 0 MAB MAB MAB MAB MAB0 LVDD MAB MAB MAB MAB 0 MAB MAB MAB SMD SMD SMD 0 SMD SMD SMD SMD SMD0 SMD MAB MAB MAB0 LVDD MRAS 0 MDQMB MDQMB MDQMB MDQMB0 MCAS MWE MDQ MDQ MDQ 0 MDQ LVDD MDQ MDQ MDQ MDQ0 0 MDQ 0 MDQ 0 0 MDQ 0 MDQ 0 MDQ 0 MDQ0 0 LVDD 0 MS0 MS MWE0 MRAS0 MCAS0 MAA MAA MAA 0 MAA LVDD MAA0 MAA MAA MAA MAA MAA MAA MAA 0 MAA MAA MAA0 LVDD MSA0 MSA MSA MSA 0 MSA MSA MSA MSA MSA MSA MSA0 MSA MSA 0 MSA MSWE MSOE MSD MSD MSD MSD MSD AHVDD 00 A 0 PLL_LPF 0 LVDD 0 BMD 0 BMD +V 0 R C 00P C 00P C C C 00P C +V +V L L L L 0K Z 0K Z 0K Z 0K R 0K R 0K R0 0K R 0K R 0K R 0K R SRDY :C L C C N.M R MAA[-] :A MAA[0-] :B SMD[0-] :A R.K R JCLK 0K Z 0K Z 0K Z 0 Z 0 Z0 0 Z0 0 Z0 0 Z0 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z0 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z 0 Z0 0K Z 0K Z 0K Z 0 Z 0 Z 0 Z 0K Z 0K Z MAB[] MAB[] MAB[] MAB[] MAB[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] BVD[0-] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[0] FVD[0-] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[0] MSD[0-] MAA[-] MAA[0-] MSD[0-] MSD[] MSD[] MSD[] MSD[0] SMD[0-] CPA[0-] CPA[0] CPA[] CPA[] CPA[] CPA[] CPA[] CPA[] CPA[] CPA[] CPDD[] CPDD[] CPDD[] CPDD[] CPDD[0] CPDD[] CPDD[] MS SIGN00 MDQMB[0-] MDQMB[] MDQMB[] MCAS SIGN0 MS0 MWE0 MCAS0 CPDD[] MAB[0-] MDQ[0-] MSA[] MSA[] MSD[] MSA[] MSD[] MSA[] MAA[] MSA[0] MSA[] MSA[] MSD[] MSA[] MSD[] MSA[] MAA[] MSA[] MSA[] MSA[] MSA[0] MSWE MSOE MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[0] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MDQ[] MRAS0 MAB[] MAB[] MAB[] MAB[] MAB[] MAB[] MAB[] MAB[0] MAB[] MAB[0] MDQMB[] MDQMB[] MDQMB[] MDQMB[] MDQMB[] MDQMB[0] MDQ[] MS MSDA MSCL SMD[] SMD[] SMD[] SMD[] SMD[0] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[0] SMD[] SMD[] SMD[] SMD[] SMD[] MSA[] MAA[0] CPDD[] CPDD[] CPDD[0] CPDD[] CPDD[] CPDD[] CPDD[] CPDD[] CPA[0] CPA[] CPA[] CPA[] CPA[] CPA[] CPA[] CPA[] CPA[] CPDD[-] MAA[] MAA[] MAA[] MDQ[] SCSIREQ CSIMG MAA[] MAA[] MAA[] MAA[] MAA[] MAA[] MAA[0] MAA[].V N.C (for GA-IMG),,,0 0,,, 0,,,,,,,,0, (for GA-IMG) / (SCSI Board) 0 0 KV-S0/S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

119 0 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A A B C D E F CN C0 +V 0V 00 C.V +V +V &RQILGHQWLDO.0(ULQWHU',&+ 00P C (for CN0) C C (,,,,,, 0, ) 00P C CPD[-] CPD[-] :D C C0 C0 CPA[0-] :C;:E RESET Z SYSRST :E CPUAS CPAS :F;:E CPUHWR CPWR :A;:D CPURD CPRD :D +V Z IC CPUD[] CPD[] CPUD[] CPD[] (VCC=~V) CPUD[] CPD[] NC N.C VCC CPUD[] CPD[] A SYSRST SYSRST :A Z0 Y CPUD[] CPD[] CPUD[0] CPD[0] TCS0FU(TEL) (for SCSIC) CPUD[] CPD[] CPUD[] CPD[] Z CPUA[] CPA[] CPUA[] CPA[] CPUA[] CPA[] BVD[0-] :E CPUA[] CPA[] CPUA[] Z FVD[0-] :D CPUA[] CPA[] CPUA[] CPA[] CPUA[] CPA[] CPUA[0] CPA[] Z0 CPA[0] VERCS CSVER CSVER :C IRQIMG IRQIMG IRQ IRQSCSI Z CTS N.C RTS N.C RXD Z N.C TXD N.C SCWAIT TERMPCT TERMPC TERMPC :B ACTTERM TERMON :E CSIMG CSIMG CSIMG :F;:E CS CSSCSI :B;:C Z SIGN VD[] BVD[] VD[] BVD[] VD[] BVD[] VD[] BVD[] VD[] Z BVD[] VD[0] BVD[] VD[] BVD[] +V +V +V VD[] BVD[0] VD[] Z FVD[] VD[] FVD[] VD[] FVD[] BEN FEN FCLK VSYNC C C VD[] VD[] VD[] VD[] VD[0] 00P C R N.M C0 C00 C0 0V 00 N.C N.C C0 C0 C0 C0 +V 00P C0 C0 (for CN0) 0V C 00 C Z (PIN,,,, 0, ) C C C 00P C Z +V +V 000V BWIND :D FWIND :C VWIND :C CLKM :A C FVD[] FVD[] FVD[] FVD[] FVD[0] :F :A :D WAIT IRQSCSI IRQIMG C +V +V C C C C KV-S0/S0/S00 C C C C C0 CPD[-] CPD[] CPD[] CPD[] CPD[] CPD[] CPD[0] CPD[] CPD[] IC0 SNHCNS-EL0 DIR VCC 0 A G A B A B A B A B A B A B A B 0 B (B A) R C C R.V C 000P C0.V C.V C.V C Z 0K R R C 0V +V C 0V SW00 C 0V C AS-0 SMS0 0 0V (SCSI Board) C C C C C C C0 C C C C C0 / B C D E F

120 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A A :E SMD[0-] SMD[0] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[] R0 R R R R R R R SMDD[0] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] +V SMDD[0-] SMDD[0-] :E IC B :A;:F (DREQ) SCSIREQ R0 K C0 P IC SNLV00ANS A VCC B B Y A A Y B B 0 Y A Y +V C0 SMD[0] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[] 0 DIR VCC A G A B A B A B A B A B A B 0 A B B C SMDD[0] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] B HDHCTFPV +V C D :B;:D CSSCSI (SWIN) :D SCSIWR :C CSVER :D SCSIACK :A;:B CPWR :B CPRD :F;:B CPAS R0 R0 R R 0 R IC SNLV0ANS A VCC Y A A Y Y A A Y 0 Y A Y IC SNLV0ANS-EL0 Y VCC A Y B B Y A A Y 0 B B A +V R 0 R C0 R C0.K (DBWR) SCSIWRD :D (DACK) SCSIACKD :D SRDY :F SMD[] SMD[] SMD[0] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[] SMD[0] SMD[] SMD[] SMD[] SMD[] SMD[] R R0 R R HDHCTFPV IC0 0 DIR VCC A G A B A B A B A B A B A B 0 A B B R R R R +V +V :A CPD[-] CPD[] CPD[] CPD[0] CPD[] CPD[] CPD[] CPD[] CPD[] IC 0 DIR VCC A G A B A B A B A B A B A B 0 A B B C C00 SMDD[] SMDD[] SMDD[0] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[0] SMDD[] SMDD[] SMDD[] SMDD[] SMDD[] CPDD[] CPDD[] CPDD[0] CPDD[] CPDD[] CPDD[] CPDD[] CPDD[] CPDD[-] CPDD[-] :C;:E C D +V GAWR :F HDLVAFP E :F;:D CSIMG R 0 IC SNLVANS-EL0 A VCC B B Y A A Y B B 0 Y A Y R0 C0 R0 0 SCSIRD :B GARD :F CPD[] CPD[] CPD[0] CPD[] CPD[] CPD[] CPD[] CPD[] C0 +V IC SNLVANS-EL0 0 VDD OC Q D Q D Q D Q D Q D Q D Q D Q D 0 C CPDD[] CPDD[] CPDD[0] CPDD[] CPDD[] CPDD[] CPDD[] CPDD[] E 0 F (SCSI Board) KV-S0/S0/S00 / F &RQILGHQWLDO.0(ULQWHU',&+ 0

121 .. MOTHER Board A B C D E F F E D C B A SNHCNS-EL0 IC00 DIR A A A A A A B G 0 VCC B B B B A B B B A 0 SNHCNS-EL0 IC00 DIR A A A A A A B G 0 VCC B B B B A B B B A 0 RXE0 Z00 MF-R0 00K R00 00K R00 00K R00 00K R00 00K R00 00K R00 00K R00 00K R00 C00 C00.K R0.K R0.K R0.K R00.K R0.K R0.K R0.K R0.K R0.K R0 +V +V C0 00 V C0 00 V C0 C0 +VA DF-DP-DSA CN00 LD0 LD LD LD LD LD LD LD +VS 0 +VS +VS LCDRS LCDR/W LCDEN BUZZER KEY KEY LEDGR LEDRD 0 - CN00 RESET +V +V CPUAS CPUHWR CPURD 0 CPUD CPUD CPUD CPUD +V +V CPUD CPUD0 CPUD 0 CPUD CPUA CPUA CPUA CPUA CPUA CPUA CPUA 0 CPUA CPUA0 +V VERCS IRQ(IMG) IREQ(SCSI) CS(SCSI) CTS 0 RTS +V RXD TXD IMGWAIT TERMPC ACTTERM CS(IMG) BVD 0 BVD BVD BVD BVD BVD BVD +V BVD0 FVD 0 FVD FVD FVD FVD FVD FVD FVD0 +V 0 +V CLKM VCLK BEN FEN VSYNC +V 0 A-00SB-LA CN00 LD0 CSFEED CSCARR SKEWLEVEL DACDATA DACCLK DACLD +V +V 0 +V +V +V 0 +V LD RESET LD LD CSCONV LD LD LD LD 0 +V GAIN LAMP DOOR DOOR +V +V 0 +V +V +V +VS D;E +VS A;E +VS E;A RXE0 Z00 MF-R0 RXE0 Z00 MF-R0 +VS E - CN00 IMGWAIT TXD RXD RTS CTS CS(SCSI) IRQ(SCSI) IRQ(IMG) CSCONV 0 CSFEED CSCARR CSIF CSDOOR CSKEY CSKEY CSSIZE BUSEN 0 POWERCONT AN0 AN AN AN AN AN +V +V 0 ANALOGLD LEAS COUNT DALD CLK0K DADATA DACCLK LCDEN LCDR/W LCDRS BUZZER 00 LEDRD 0 LEDGR 0 CPURD 0 COUHWR 0 CPUAS RESET 0 CPUA0 0 CPUA 0 CPUA CPUA CPUA CPUA CPUA CPUA CPUA +VD CPUD CPUD 0 CPUD0 CPUD CPUD CPUD CPUD CPUD RESET(IMP) POSTIMP SP CTS 0 RTS RXD TXD PREIMP SP CTS0 RTS0 RXD0 TXD0 DALD 0 UN-(TX) Q UN-(TX) Q.K R K R +VSCUT A +V +V -VA +V +V +VA +VD E -VA +V +VA -VA - CN00 A A CCN(EVEN) -VA CCD(ODD) A CCD(ROG) CCD(CLP) 0 CCD(S/H) CCD(RST) CCD(P) CCD(P) CCDDET +V +VA CCDDET 0 +V +VD +VD +VD +VD +VD +VD +V 0 VSYNC FEN BEN VCLK CLKM FVD0 FVD 0 FVD FVD FVD FVD FVD FVD BVD0 BVD BVD 0 BVD BVD BVD BVD BVD CS(IMG) ACTTERM TERMPC 0 N.C. 0 R0 R0 R0 R0 R0 R0 R0 R0 0 R0 R00 R0 R0 R0 FMZ-BT CN00 CTS0 TXD0 RTS0 RXD0 RESET(IMP) PREIMP SP +VSCUT +V +V 0 +VS CLK0K +VSCUT DEFGAIN +VS SIZE0 SIZE 0 SIZE SIZE SIZE SIZE SIZE SIZE SIZE DOORIMP +VSCUT FMZ-BT CN00 N.C. STARTLED RETARD FBOOR ENDLED ENDPOS HOPPMID 0 HOPPOS PAPERRF PAPER STRTPOS DBLFEED +VS SLED0 SLED SLED SLED 0 SLED SLED SLED SLED SLED +VSCUT +VSCUT +V C 00K R00 00K R00 00K R0 00K R0 00K R0 00K R0 00K R0 00K R0 00K R0 C0 C0 C00 C00 C0 C0 C0 C0 Z00 R C0 C0 C0 C0 C0 C0 C0 C0 C00 C0 C0 0.0 C0 V 00 C0 V 00 C0 V 00 C0 C0 C00 C00 0 R0 C0 C C0 LD[0-] :A +V D DACCLK :F DACDATA :F +VD D +VS D +VS D;A +VSCUT D CSSIZE :A DACLD :F +VS D;E +VS A;D D MAA-(TX) D SIZE[-] :A SLED[0-] :C DEFGAIN :F STARTLED :D ENDLED :D PAPERRF :D 00P C 00P C C IL-S-P-SL-EF CN0 CARRIGE N.C. +VSCUT NJMMFA IC00 IN OUT 0.W.K R P C P C P C C C 0.0 C0 0.0 C SB-XASK- CN00 +V +V +V +VD +VA 0 -VA STBY OVP +V +V CN0 LEAS COUNT +V SLDR- CN00 +VS +VS LAMP CCDDET A 0 CCD(ODD) A CCD(EVEN) CCDDET +VA DACDATA DACCLK CCD(CLP) ANALOGLD 0 GAIN CCD(ROG) CCD(P) CCD(P) CCD(RST) 0 CCD(S/H) -VA +VS CLKM D CLKM F MA0M-(TX) D SJ-T Q 0K R0 0K R 0K R 0K R DFSA D 0.W 0 R 0.W 0 R 0.W 0 R 0.W 0 R 0.W 0 R IREQSCSI IREQSCSI IREQSCSI CSSCSI CSSCSI CSSCSI IREQIMG IREQIMG LD[0-] TXD RXD RTS CTS WAIT VCLK BEN FEN VSYNC LD[0-] LD[0-] LD[0-] LD[0-] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[0] LD[0] LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] CPUD[-] CPUD[-] CPUD[-] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CTS RTS RXD TXD WAIT CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[-] CPUD[-] CPUA[0-] CPUA[0-] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] TERMPC TERMPC TERMPC TERMPC A BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[0] VSYNC FEN BEN VCLK CCDEVEN CCDODD CCDROG CCDCLP CCDSH CCDRST CCDP CCDP CCDDET CCDDET CCDDET CCDODD CCDEVEN CCDDET CCDCLP CCDROG CCDP CCDP CCDRST CCDSH LD[] LD[] LD[] LD[] LD[] LD[] LD[] LD[0] LCDRS LCDR/W LCDEN KEY KEY BUZZER LEDGR LEDRD +VS +VS +V CTS0 SP0 RXD0 RTS0 TXD0 SIZE[-] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] CSIMG CSIMG CSIMG CSIMG ACCTERM ACCTERM ACCTERM ACCTERM LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] FBDOOR FBDOOR FBDOOR FBDOOR SLED[0-] SLED[0] SLED[] SLED[] SLED[] SLED[] SLED[] SLED[] SLED[] SLED[] HOPPPOS HOPPPOS HOPPPOS HOPPPOS +V AN[0] AN[] +V +V AN[] DOORSW DOORSW DOORSW DOORSW DOORSW DOORSW DOORSW DOORSW BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] BVD[] DOORSW0 PAPER PAPER PAPER PAPER RETARD RETARD RETARD RETARD +VA AN[0-] AN[0-] LD[0-] +VD +V DEFGAIN STARTLED ENDLED PAPERRF LAMP LAMP LAMP LAMP CLK0K CLK0K CLK0K CLK0K RESETIMP RESETIMP RESETIMP RESETIMP RESETIMP AN[0] AN[] AN[] CSCONV CSCONV CSCONV CSCONV CSCONV CSFEED CSFEED CSFEED CSFEED CSCARR CSCARR CSCARR CSCARR CSIF CSIF CSIF CSPPDET CSPPDET CSPPDET CSPPDET KEY KEY BUSEN BUSEN BUSEN BUSEN BUSEN CSSIZE DACLD CPURD CPURD CPURD CPURD CPURD CPURD CPUHWR CPUHWR CPUHWR CPUAS CPUAS CPUAS RESET RESET RESET RESET RESET RESET RESET CPUA[0] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUA[] CPUD[] CPUD[] CPUD[0] CPUD[] CPUD[] CPUD[] CPUD[] CPUD[] TXD0 RTS0 SP0 AN[] LCDEN LCDR/W LCDRS BUZZER LEDRD LEDGR ANLOGLD ANLOGLD ANLOGLD ANLOGLD POWERCNT POWERCNT +V GAIN GAIN GAIN GAIN GAIN STBY STBY AN[] AN[] AN[] AN[] BVD[0-] BVD[0-] BVD[0-] BVD[0-] BVD[0] DOORIMP DOORIMP DOORIMP DOORIMP FVD[0-] FVD[0-] FVD[0-] FVD[0-] FVD[0] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[0] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] FVD[] +VS +VS +VS +VS DACLD DACLD DACLD DACCLK DACCLK DACCLK DACCLK DACCLK DACDATA DACDATA DACDATA DACDATA DACDATA DACDATA +V +V +VS +VS +V LEASCOUNT +V +VS CTS0 RXD0 +VSCUT (Non-Swiched) (Swiched) [MAIN /] [PANEL] [CCD] [RELAY-A PWB] [RELAY-B PWB] [COUNTER] [MAIN /] [SCSI] [PSU] [DRIVE] [CARRIGE HOME] / (Mother Board) KV-S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

122 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A :C CSSIZE CSSIZE LD[0-] :A A :F SIZE[-] SIZE[-] CSIZE[-] R0 0K R0 0K +V R0 0K R00 0K LD[0-] +V B SIZE[-] SIZE[] SIZE[] R0.K R0 K R00 K R0.K C00 000P C00 000P CSIZE[] CSIZE[] R0 K R0 K C0 IC00 OUT OUT OUT OUT VCC VEE IN- IN+ IN+ IN- 0 IN- IN+ IN+ IN- NJM0M-T CSIZE[-] CSIZE[] CSIZE[] R0 K R0 K C00 000P C0 000P R0 K R0 K R0.K SIZE[] SIZE[] R0.K CSIZE[-] CSIZE[] CSIZE[] CSIZE[] CSIZE[] CSIZE[] CSIZE[] CSIZE[] CSIZE[] R0.K R0.K R0.K R0.K R0.K R0.K R0.K R0.K IC00 0 DIR VCC A G A B A B A B A B A B A B 0 A B B SNHCNS-EL0 LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] R0.K C00 B R0 0K R0 0K +V R00 0K R0 0K SIZE[-] IC00 C SIZE[] SIZE[] R0.K R00 K R0 K R0.K CSIZE[] CSIZE[] R0 K R0 K C0 OUT OUT OUT OUT VCC VEE IN- IN+ IN+ IN- 0 IN- IN+ IN+ IN- NJM0M-T CSIZE[] CSIZE[] R0 K C0 000P R0 K C0 000P R0 K R0 K R0.K SIZE[] SIZE[] R0.K PAPERRF ADOUT[] Q0 SCK-T ADOUT[] SLED[] SLED[0-] Q0 SCK-T ADOUT[] SLED[] Q00 SCK-T ADOUT[] SLED[] Q00 SCK-T C R 0 R 0 R0 0 R00 0 R0 0 R0 0 R0 0 R0 0 C0 000P C0 000P :C SLED[0-] SLED[0-] D E :C PAPERRF :C ENDLED :C STARTLED ADOUT[-] ADOUT[] ADOUT[] ADOUT[] ADOUT[] ADOUT[] ADOUT[] C00 +V +V VrefL AO AO AO AO AO AO VrefU PAPERRF ENDLED STARTLED ADOUT[-] IC00 MFP-N AO DI CLK LD DO AO VCC 0 ADOUT[] ADOUT[-] R0 K C0 Q00 SCK-T 000P R0 +V 0 ADOUT[-] ADOUT[] ADOUT[0] ENDLED R0 Q0 SCK-T 0 R0 0 Q0 SCK-T ADOUT[-] ADOUT[] ADOUT[] SLED[] R0 SLED[] SLED[0-] Q00 SCK-T 0 R0 0 SLED[0-] Q00 SCK-T ADOUT[-] ADOUT[] ADOUT[] SLED[] R0 SLED[] Q00 SCK-T 0 R0 0 Q00 SCK-T ADOUT[-] ADOUT[] ADOUT[] SLED[0] R0 SLED[] Q00 SCK-T 0 R0 0 Q00 SCK-T D E IC00 +V R0 00K R0 0K R 0K ADOUT[] ADOUT[0] ADOUT[] ADOUT[] C00 VrefL AO AO AO AO AO AO VrefU MFP-N AO DI CLK LD DO AO VCC 0 ADOUT[] ADOUT[-] R0 0 R00 0 DEFGAIN R0 0 R0 0 ADOUT[-] R0 0 R00 0 R0 0 R0 0 DEFGAIN :F F :D DACLD :C DACCLK :C DACDATA DACLD DACCLK DACDATA &RQILGHQWLDO.0(ULQWHU',&+ (Mother Board) KV-S0/S00 / F

123 .. CCD and INVERTER Boards A +V +V A CN00 LAMPSW C0 +V SB-PH-K-S B C D R0.K C0 C0 00 0V A C0 0V 00 A C0 A A A C0 C0 C0 C00 C0 R0 C A C0 R0 A R0 R0 C0 A OUT AVCC BCI GO A GI SHO A IN AVEE AVEE IN A SHO GI A GO BCI AVCC OUT A R0 R0 Q00 SA0K-T A 0 0 IC00 MFP 0 0 R0 ADRO NC AVCC SH CL BC OE SIN/UD CLK LD/RS SOUT MD0 MD MD CS BC CL SH DVCC D DVEE R0 R0 K A Q00 SCK-T R0 K Q00 A SA0K-T 0 0 C0 u IC00 A TCSF-(TEL) TP00 Q00 SCK-T R00 R0 0K C0 Y C0 VCC C0 IN IN FL00 COM 0 Z00 0V 00 C0 A FL00 COM OUT NC A 0V 00 OUT L00 L00 u L00 u L00 u R0 R0 0 K C00 CN00 LAMPSW +V C0 V C0 V C0 V CN00 +V +V LAMPSW LAMPSW CCDDET A 0 CCD_ODD A CCD_EVEN A CCDDET +V DAC_DATA DAC_CLK ANA_CLMP ANA_LD 0 GAIN GAIN C0 CCD_ROG CCDP CCDP CCDRST 0 CCD_S_H -V +V SLDS- V C0 B C D IC00 TCSF-(TEL) VCC Y NC A C0 A A R0 0 R0 0 R0 0 R0 0 IC00 SNHCNS-EL0 +V E A VCC Y A A Y Y A 0 A Y Y A Y E K K K K KV-S0W / KV-S0WU / KV-S00W / KV-S00WU +V D00 L00 C00 SZAS0 u R0 00 R0 00 R0. R0. C00 C0 A TP00 IC00 ILX0 ODD TP00 A A CCDV NC VGG 0 OUT-O OUT-E VDD VDD RS-O RS-E LH-O LH-E NC NC NC -O -E 0 -O -E VDD ROG R0 00 C00 C00 C00 R0 V 00 R0. R0 A 00. C0 R0 00 R00 R0 A R00.K A A Q00 SCK-T R0 C00 Q00 SCK-T R0 00 V C00 C0 00 V C0 0K R0 C0 R00 C00 0K R00 R0 C00.K.K C0 R00 R00 R0 R0 R00 R00 R0 R0 0.K C0 0.K 000V A.K.K R0 Q00 IMTA-T0 TO00 R0 Q00 IMTA-T0 TP00 R00 R0 C00 A R00 C0 A K K R0 A IC00 SNHC0NS-EL0 A VCC A CONT_A B CONT_D B D 0 CONT_B D CONT_C C C K R0 A R00 K IC00 LMBIM NC NC IN- VCC IN+ OUT VEE NC R00 K IC00 LMBIM R0 NC NC IN- VCC IN+ OUT VEE NC C0 R0 C0 A A C00 C0 K R0 0V 00 A A 00 0V A A C0 R0 R0 R0 C0 R0 R0 A A C0 C0 C0 C0 / 0V / 0V NP NP C0 +VA +VD -VA -VD C0 C0 A 000V +V C0 Q00 IMBA-T0 A GAIN ROG RST C0 IC00 SNHC0NS-EL0 00 0V C0 IC00 SNHCNS-EL0 +V C0 A VCC Y A A Y Y A A Y 0 Y A Y R0 R0 A VCC Y A A Y Y A 0 A Y Y A Y R0 R0 0 R00 R0 C0 C0 R0 0 P P R0 R0 R0 R00 TP00 R0 F (CCD Board) KV-S0/S00 / F &RQILGHQWLDO.0(ULQWHU',&+

124 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A A T0 0 CN0 B CN0 +V LAMP CNT BB-PH-K-S Z0.A 0V C0 0V R0 K &RQILGHQWLDO.0(ULQWHU',&+ Q0 SBS_or_SB0Q B R0 C0 0.W K R0 0.0 K R0.K 0.W Q0 SC0Q R0.K 0.W L0 0 Q0 SC0Q C0 0.0 BP-VH LAMP A LAMP B C C D D (Inverter Board) KV-S0/S00 /

125 .. DRIVE and PANEL & CARRIAGE HOME DETECTOR Boards KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A A B C D E CN LD0 DEC DEC SKEW DACDI DACCLK DACLD +V VCC 0 +V +V +V +V 0 LD RESET LD LD DEC LD LD LD LD VCC 0 GAIN LAMP DOOR DOOR +V +V +V 0 A-00PB-LA Q SCA-(TA) C RXE00-AP MF-R00-AP C Z R R VCC R R R C 0 V K 0 +V R K D HZS-TD.K.K.K R R R.K R K.K C 0 0V.K R.K.K R R R.K VCC D HZS-TD.K.K +V MP CN +V +V +V +V SP-VH VCC IC VrefL AO AO DI AO CLK AO LD AO DO AO C 0 AO AO VCC VrefU Q UN-(TA) D ERA-0AVRB IC NJM0AD CS ES CT.K CD S V+ INVIN Q SD-P TSLS-KR L R.K J0 J0 R 0. +V Z ICP-N0T0 C 0 V R R Q Q Q SCA-(TA) R K Q SCA-(TA) R K R R R R VCC K C R C0 R C C R C C C 0. C C 0. R C 0K 0K 0 C C R VCC.K Q UN-(TA) C R C R C R C R C 0 V R C 0 C R K C R0 R R Q Q K C Z VCC +V Z Q SB-P 0 Q SB-P 0 ICP-N0T0 CN GREEN RED N.C. 0K CN N.C. BGREEN BRED N.C. S0B-XASK- LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] R VCC.K R.K R.K LD[0] LD[] LD[] LD[] LD[0] LD[] LD[] LD[] LD[0] LD[] LD[] LD[] C LD[0-] CLR Q D D Q Q D D Q CLR Q D D Q Q D D Q CLR Q D D Q Q D D Q IC TCHCP IC TCHCP IC TCHCP VCC Q D D Q Q D D Q CLK VCC Q D D Q Q D D Q CLK VCC Q D D Q Q D D Q CLK 0 VCC C LD[] LD[] LD[] LD[] VCC C 0 LD[] LD[] LD[] LD[] VCC C 0 LD[] LD[] LD[] LD[] Q UN-(TA) Q UN-(TA) Q DTBZSTP R Q DTBZSTP R Q DTBZSTP R.K.K.K R R R VCC.K VCC K VCC K R R R VCC VCC VCC IC SLA0MLF OUTA OUTB STROBEA DATAB REFA CLKB VDDA VDDB CLKA REFB DATAA STROBEB A B OUTA OUTB RSA RSB 0 W 0. IC SLA0MLF OUTA OUTB STROBEA DATAB REFA CLKB VDDA VDDB CLKA REFB DATAA STROBEB A B OUTB OUTA RSA RSB 0 0. W IC SLA0MLF R R OUTA OUTB STROBEA DATAB REFA CLKB VDDA VDDB CLKA REFB DATAA STROBEB A B OUTA OUTB RSA RSB 0 W 0. R VCC VCC VCC 0. W 0. W R R C C 0V.K C C C 0V.K C C C 0V 00P 00P 0. W R K C 00P +V Z C 0 V +V Z ICP-N0T0 ICP-N0T0 C 0 V +V Z ICP-N0T0 C 0 V CN CA CCOMA CA CB CCOMB CB S0B-XASK- [FEED] CN FA N.C. FCOMA FA FB FCOMB FB S0B-XASK- [CARRIAGE] CN RA N.C. RCOMA RA RB RCOMB RB N.C. S0B-XASK- B C D E F &RQILGHQWLDO.0(ULQWHU',&+ 0 [Front] [Back] [CONVEYOR] Q SCA-(TA) (Drive Board) KV-S0/S00 / F

126 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU A A CARRIAGE HOME DETECTOR TO MOTHER CN IL-S-P-SL-EF C0 R0 0 (PBAPA0Z) IC0 TLP R0 0K Q0 SCA-(TA) B B PANEL BOARD C C R Q UN-(TA).K BZ0 PKMEPP-00 R.K C 0. R.K R 0K C Q UN-(TA) Q UN-(TA) Z0 0K Z0 0K D E TO MOTHER LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] +V +V +V RS R_W EN BUZZER DEC DEC LED_GR LEDRD CN 0 0 C C DF-DP-DS LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] R 0 R 0 SW0 BF D GLED SW0 BF SW0 BF R K R K 0K R0 R K C0 0K R C 0K R C LD[0-] LD[0] LD[] LD[] G A Y A Y A Y IC0 SNHCN VCC G A Y A Y A Y 0 C R 0K R C K LD[-] LD[] LD[] LD[] SW0 BF SW0 BF SW0 BF SW0 BF Z0 0K R K R K R K C C C LD[0-] LD[0] LD[] LD[] (PBAPA00Z) &RQILGHQWLDO.0(ULQWHU',&+ G A Y A Y A Y LD[] LD[] LD[] LD[0] IC0 SNHCN VCC G A Y A Y A Y 0 LD[] LD[] LD[] LD[] C LD[] LD[] LD[] LD[-] C Z0 C C 0K R K R K R0 K SW0 BF SW0 BF C 0V 00 SW0 BF C R.K C R0 0 LD[0] LD[] LD[] LD[] LD[] LD[] LD[] LD[] +V VO RS R/W EN 0 FFC-AMEP (LCD UNIT) IC0 VDD VD RS R/W EN LD0 LD LD 0 LD LD LD LD LD RCD0X-B D E (Panel & Carriage Home Detector Boards) KV-S0/S00 /

127 .. RELAY (BACK), RELAY (SIDE) and Sensor Boards A B C D E F F E D C B A FMZ-ST CN0 +V +V SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED 0 SIZE_LED SIZE_LED0 +V DBL_FEED START_POS PAPER PAPER_RF HOPP_POS HOPP_MID END_POP 0 END_LED FB_DOOR RETARD START_LED N.C. DF-DP-DS CN0 N.C. RETARD END_POS HOPP_MID HOPP_POS PAPER_RF 0 PAPER START_POS DBL_FEED +V SIZE_LED0 SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED 0 SIZE_LED SIZE_LED SIZE_LED +V +V SB-PH-K-S CN FB_DOOR END_LED +V +V SB-PH-K-S CN FB_DOOR END_DOOR +V SB-PH-K-S CN FB_DOOR +V +V SB-PH-K-S CN START_LED N.C. N.C. N.C. +V DF-DP-DS CN0 TXD0 RTS0 RXD0 IMP_RST PERIMP_SP +V +V +V 0 +V CTS0 DF-DP-DSA CN N.C. N.C. N.C. SIZE0 SIZE SIZE SIZE 0 SIZE SIZE SIZE SIZE SIZE +V +V FMZ-BT CN0 +V DOOR_IMP SIDE SIDE SIDE SIDE SIDE SIDE SIDE 0 SIDE SIZE0 +V DFGAIN +V CLK0K +V 0 +V +V +V PERIMP_SP IMP_RST RXD0 RTS0 TXD0 CTS0 IL-S-P-ST-EF CN0 +V +V +V N.C. DFGAIN CLK0K DF-DP-DSA CN N.C. N.C. N.C. SIZE0 SIZE SIZE SIZE 0 SIZE SIZE SIZE SIZE SIZE +V +V IL-S-P-ST-EF CN +V +V +V N.C. DFGAIN CLK0K 0K R0 TLP IC0 0 R TLN D0 SB-PH-K-S CN START_LED N.C. N.C. N.C. +V TLN D SB-PH-K-S CN FB_DOOR +V +V TLP IC0 0K R 0 R SA0A-(TA) Q SCA-(TA) Q SCA-(TA) Q SCA-(TA) Q V 0 C V 0 C UN-(TA) Q K R 0K R 0K R0.K R.K R SCA-(TA) Q SCA-(TA) Q SCA-(TA) Q0 SCA-(TA) Q SCA-(TA) Q SCA-(TA) Q SCA-(TA) Q SCA-(TA) Q0 SCA-(TA) Q0 000P C0 000P C 000P C 000P C 000P C 000P C 000P C 000P C 000P C 000P C 000P C 000P C0 000P C 000P C 000P C 000P C 000P C 000P C 0K R 0K R 0K R 0K R 0K R 0K R 0K R 0K R 0K R0 PN Q PN Q PN Q PN Q PN Q PN Q PN Q PN Q0 PN Q0 MA0SS X0 R0 R R R R C0 C C C C C C C C C C SCA-(TA) Q SCA-(TA) Q C C C C0 C C C C C C C SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[0] SIZE[0] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] SIZE[] [TO IMPRINTER] RELAY (BACK) BOARD (PBAPA0Z) START POSITION LED (PBAPA0Z) ENDING POSITION LED (PBAPA0Z) FLATBED DOOR DETECTION (PBAPA0Z) DOUBLE FEED DETECTOR (GENERATOR) (PBAPA0Z) SIZE SENSOR (PBAPA0Z) [TO RELAY(SIDE)BOARD] [Relay (Back) Board] KV-S0/S00 / KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

128 A B C D E E D C B A DF-DP-DSA CN0 N.C. RETARD END_POS HOOP_MID HOPP_POS PAPER_RF 0 PAPER START_POS DBL_FEED +V SIZE_LED0 SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED 0 SIZE_LED SIZE_LED SIZE_LED +V +V DF-0DP-DSA CN0 0 BB-PH-K-S CN BB-PH-K-S CN IL-S-P-ST-EF CN IL-S-P-ST-EF CN IL-S-P-ST-EF CN -0APB CN DF-0DP-DSA CN SIZE_LED SIZE_LED0 SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED SIZE_LED +V 0 SIZE_LED IL-S-P-ST-EF CN0 START_POS DBL_FEED +V +V +V IL-S-P-ST-EF CN RETARD +V +V BB-PH-K-S CN END_POS HOPPPOS N.C. PAPER +V +V 0. C TLP IC0 SCA-(TA) Q0 0K R0 0 R0 PN Q SCA-(TA) Q0 000P C 0K R 000P C BB-PH-K-S CN0 SB-PH-K-S CN 0 R 0K R TLP IC0 SCA-(TA) Q -0APB CN TLN D0 TLN D0 TLN D0 TLN D0 TLN D0 TLN D0 TLN D0 TLN D0 TLN D0 00 R PN Q0 000P C0 SCA-(TA) Q0 0K R0 000P C0 SA0A-(TA) Q0 SCA-(TA) Q0 V 0 C0 0.0 C0 0.0 C0 K R0 0K R0.K R0 K R0 MA-(TA) D IL-S-P-ST-EF CN MA0SR X0 NJM0D IC0 OUT IN- IN+ VEE IN+ IN- OUT VCC V 0 C 0.0 C 0.0 C0 0.0 C 00P C C C C K R 00K R 00K R0 0K R K R K R.K R K R.K R K R MA-(TA) D 0AT- D C C C0 C0 C0 C0 C C RELAY(SIDE) BOARD (PBAPA0Z) RETARD POSITION DETECTOR (PBAPA0Z) ENDING POSITION SENSOR (PBAPA00Z) HOPPER POSITION DETECTOR (PBAPA0Z) PAPER DETECTOR (PBAPA0Z) [FCC] SIZE LED (PBAPA0Z) STARTING POSITION SENSOR (PBAPA0Z) DOUBLE FEED DETECTOR (RECEIVE) (PBAPA0Z) TO RELAY (BACK) BOARD / [Relay (Side) Board] KV-S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

129 .. POWER and DC-DC CONVERTER Boards A D0 ERA-0AVRB B MA-(TA) D MA-(TA) D C D CN0 LIVE NEUTRAL HAPA-TZ A B C D IC0 ZNR0 C0 00P 0. C0 00P L0. L0. TH0 D0 DSBA0-0 ZNR0 ZNR0 YG0CR D D0 MA-(TA) Q SJ PC0 PCFY. 0V C 0V IC0 STR C0 0.0 C PC0 TLP 00 V R0. W L0 Q0 SK-0MR C 0V 0 PC0 TLP.K Q SCA-(TA) C 0V D RDES-TAB R0 00 D0 ERA-0AVRB R R PC0 C 0. (R0) (Not used) R R 0K C0 0000P R 0 ZNR0 M R0 0.W BP-VH F0 0V A R 0 R.K C 00P C 0.0 C0 00P kv R K D0 C 0 C0 0V 0 C0 0V C V R0 0 0.W HK-S00-00T L 0 R.K R.K % C 0P IC0 FABP RT CS FB CT IS VCC OUT R W 0 R0 0K R0 W K R 0.W K R D0 R W ERA-0AVRB 0.W R K % K R C 00P KV 0.W R 00 W R.K % R 0 C0 0. C0 T0 SRWED-0V0 C R 00 DN0-F0 D 0 CN0 BB-XASK- CN0 FA+ N.C FAN- BB-EH-F STB VCC(V) VCC(V) +V +V +Vovp.Vovp -Vovp C 0V D0 ERB-0G Q0 R0 MA-(TA) SDA-S(TA) D0 R0.K Not Used (CN0) +V +V STB BB-XASK- C RDES-TAB UPCJ-T IC0 R 0K C R0 0. W ABXX.W L F0 0V A / (Not used) 0 (C) 0 0V R RD.ES-TAB D0 R.K RD.ESTAB D MA-(TA) D 0K 0K R0 0.W 0K R0 ABXX.W L 0.W R.K (Power Board) KV-S0/S0/S00 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

130 A B C CN CN STB VCC(V) VCC(V) +V +V +Vovp.Vovp -Vovp MA-(TA) D A B C D IC NJM STBY VCC OUT VFB C 0P CT ES CS IC NJM0AD INVIN V+ S CD D MA-(TA) D MA-(TA) D IC NJMM0FA IN D D ERA-0AVRB C YG0C0R IC NJMM0FA IN OUT.K R % C V 0.K R % OUT 0 R R K R.K C D 0.W 0. MA-(TA) RCH-K L 0 H RD.ES-TAB 000 C 0 0V C V 0 C V D RD.ES-TAB D BB-XASK- 0 HK-S00-0T L 0 +V +V +V +V VCC(V) +VA 0 -VA STBY.Vovp BB-XASK- 000 C 0V C 0P C0 D MA-(TA) R 0. 0.W ERA-0AVRB D R.K % CT ES CS IC INVIN V+ S CD NJM0AD L 0 RCH-K.K % 000 R C 0V C 0 V D0 RD.ES-TAB D R 0 RD.ES-TAB R0 / &RQILGHQWLDO.0(ULQWHU',&+ 0 C 0V KV-S0W / KV-S0WU / KV-S00W / KV-S00WU (DC-DC Converter Board) KV-S0/S0/S00 0

131 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU PARTS LOCATION AND MECHANICAL PARTS LIST. Exterior. Power Unit. Hopper Unit. Packing. Chassis Note: RTL (Retention Time Limited) The marking (RTL) indicates that the 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. &RQILGHQWLDO.0(ULQWHU',&+

132 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

133 .. Exterior KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

134 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU REPALCEMENT MECHANICAL PARTS LIST (Exterior) Ref. No. Part No. Part Name & Description Remarks PBDGA00Z Gear for KV-S0 series (ISO Code:POM) PBDJA000Z Spacer for KV-S0 series PBDRA00Z Roller for KV-S0 series PBDRA00Y-J Roller for KV-S0 series PJNWZ Spacer RWPS-00 Spacer for KV-S0 series RWPS-00 Spacer for KV-S0 series PBDEA0Z Collar PBMDX00Z Inside Cover Lock Fitting Plate (R) 0 PBMDX00Z Inside Cover Lock Fitting Plate (L) PBMDA0Z Actuator Fitting Plate PJDSA00Z Arm Spring PJHRA0Y Open Sensor Actuator (ISO Code:ABS) PBDSA0Z Platen Roller Spring for KV-S0 series PBDSA0Z Platen Roller Spring for KV-S0 series PBHRA0Z Spacer (ISO Code:POM) PBUEA0Y Conveyor for KV-S0 series PBAPX0 STARTING LED Board (RTL) PBDFA0Y Free Roller Shaft 0 PBDRA00Z Roller PBJEA00Z Cable (CN-CN) PBMDX0Z Free Roller Fitting Plate PBUSA00Y Free Roller Spring PBAPX0 ENDING LED Board (RTL) PBAPX0 DOCUMENT COVER Board (RTL) PBHAA00Z-J Flat Bed Cover (ISO Code:PS) PBJEA00Z Cable (CN-CN) PBJEA00Z Cable (CN-CN) PBUEA0Z FB Cover Hinge 0 PBDFA0Z Free Roller Shaft PBDSA0Z Free Roller Spring PBDSA00Z Stopper Spring PBUSA00Y Free Roller Spring PBMDA0Z Clamp Fitting Plate (R) PBMDA0Z Clamp Fitting Plate (L) PBMDA00Y Plate PBHEA00Y-J Flat Bed PBAPX0 DOCUMENT DETECTOR Board (RTL) PBKZA00Z-J Hopper Plate (ISO Code:PS) 0 PBKEA00Z-J Exit Guide (ISO Code:PS) PBHRA0Z Paper Guide Plate (ISO Code:POM) PBJEA00Y Cable (CN-CN) PBULA00Z-J Manuscript Side Plate PBKMA000Z-J Hopper Base (ISO Code:PS) PBKMA00Z Tray (Extend Hopper) (ISO Code:PS) PBAPX00 PANEL Board (RTL) PBBCA000Z Hinge Button (A) (ISO Code:ABS) PBBCA00X Hinge Button (B) (ISO Code:ABS) PBBCA00X Hinge Button (C) (ISO Code:ABS) 0 PBBCA00X Hinge Button (D) (ISO Code:ABS) PBBCA00X Seesaw Button (ISO Code:ABS) PBKMA00X-J Front Cover for KV-S0 series (ISO Code:ABS) PBKMA00W-J Front Cover for KV-S00 series (ISO Code:ABS) PBHMA0Z Cable Cover PBKFA00Z FB Rear Cover (ISO Code:PS) PBKEA00Z Imprinter Door (ISO Code:PS) PBKEA0Z-J Stopper Panel (ISO Code:PS) PBKFA00Z ADF Rear Cover (ISO Code:PS) PBKMA00Z FB Rear Cover (R) (ISO Code:PS) PBKMA00Z FB Rear Cover (L) (ISO Code:PS) 0 PBKMA00Z-J ADF Side Cover (R) (ISO Code:PS) PBKMA00Z ADF Side Cover (L) (ISO Code:PS) PBKMA00Z-J ADF Top Cover (ISO Code:PS) KI-00M Clamper TMM Clamper PBMXA00Z Isolation Tube PBMXA00Z Isolation Tube PBDFA00Z Free Roller Shaft PBUEA0Z Plate PBHEA0Z Sheet 0 PBMDA0Z Plate SM-0S Magnet Ref. No. Part No. Part Name & Description Remarks PBDSA0Z Spring CC-0-0 Spacer PBUEA0Z Plate PBJEA00Z Earth Cable PBJEA0Z Earth Cable KG-00-L Bushing PBUEA0Z-J Conveyor EDS-L Edge Saddle 0 PBJEA0Z Earth Cable PBMXA00Z Sheet PBMXA00Z Sheet NRP- Rivet PBJEA0Z Cable PBMDA0Z Plate GPA Photo Interrupter PBUSA00Z Spring LWS-S Clamper for KV-S0W/KV-S0WU LWS-S Edge Saddle 0 CS- Earth Cable PJGTB000Z Name Plate for KV-S0W PJGTB00Z Name Plate for KV-S0WU PJGTB00Z Name Plate for KV-S00W PJGTB00Z Name Plate for KV-S00WU PJQTA0Z Label PBUEA0Y Conveyor for KV-S00 series SWD-0B Spacer PBQAA0Z Label PBUSA00Z Spring 0 XPJC0VW Pin 0 XTW+U0PFX Screw XTW+ULFX Screw XTW+ULFY Screw XUCFY E-ring XUCFY E-ring XUCFY E-ring XTV+GFX Screw XSN+FX Screw XTW+UPFX Screw 0 XTB+FFY Screw XWGF0FX Washer XYN+FFX Screw XTS+GFZ Screw &RQILGHQWLDO.0(ULQWHU',&+

135 .. Hopper Unit KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

136 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU REPALCEMENT MECHANICAL PARTS LIST (Hopper Unit) Ref. No. Part No. Part Name & Description Remarks PBUAX0Z Inside Cover Chassis (R) PBDSA00Z Lock Spring PV-0A-C Stepping Motor (DC.W) PJDJB000Z Spacer (ISO Code:POM) PBHEZ Damper PBUAX0Z Inside Cover Chassis (L) PBDSA000Z Lock Spring PK-0AC Stepping Motor (DC.W) EQR00Q CIS for KV-S0 Series PBUEA00Z Conveyor for KV-S00 W/WU Only 0 PBMDA0Z Plate for KV-S0 series PBMDA0Z Plate for KV-S0 series PJNW Spacer DR-0-H Roller PBDEX0Z Tension Plate RWPS-00 Spacer PBDEX0Z Tension Plate PBAPX0 SIZE LED Board (RTL) PBULA00Z Reinforcement Plate PBDGA00Z Gear (ISO Code:POM) 0 PBDGA00Z Pitch Roller (ISO Code:POM) PBUEX0Z Paper Feed Planetary Plate RWPS-0 Spacer PBUEX0Z Retard Planetary Plate PBDGA00Z Gear (ISO Code:POM) PBDGA00Z Gear (ISO Code:POM) for KV-S0 series PBDRA00Z Roller for KV-S0 series PBUEX0Z Conveyor Planetary Plate for KV-S0 series PBMEA00Z Discharge Brush PBUEA00Z Exit Conveyor 0 SS-GL-T Micro Switch PBMDA0Z Fitting Plate PBMDA0Z Switching Fitting Plate PBMDA0Z Fitting Plate PBDSA0Z Inside Cover Spring PBUEX00Z-J Retard Roller Assembly PBHRX00Z Felt PBUVX00Z-J Plate PBDS0Z0 Spring PBHDA000Z Screw 0 RWPS-0 Spacer RWPS-00 Spacer NF-0E Oil Damper PBAPX0 RETARD POSITION Board (RTL) PBAPX0 RELAY(SIDE) Board (RTL) PBDGA00Z Intermediate Gear (ISO Code:POM) PBDGA000Z Gear (ISO Code:POM) PBDGA00Y Gear (ISO Code:POM) PBDSA0Z Paper Feed Spring PBUSA00Z Retard Change Spring 0 RWPS-0 Spacer RWPS-00 Spacer THF-ZZ. Ball Bearing PBDGA00Z Gear (ISO Code:POM) PBDRA00Z Paper Feed Roller PBDFA0Z Roller Shaft PBDRA00Z Roller RWPS-0 Spacer PBDSA00Z Roller Spring PBMDX0Y Feed Unit Fitting Plate 0 PBDFA0Z Switching Shaft PBUL0Z Plate PBUAX0Z Outside Cover Chassis (R) PBUSA00Z Imprinter Door Spring PBUAX0Z Outside Cover Chassis (L) PBAPXC SIZE SENSOR Board (RTL) PBULX0Y Reinforcement Plate (Upper) EDS-00M Edge Saddle PBAPX0 DOUBLE FEED DETECTOR (G) Board (RTL) PBMDA0Z Fitting Plate 0 PBDFA0Y Free Roller Shaft PBDRA00Z Roller (ISO Code:POM) Ref. No. Part No. Part Name & Description Remarks PBAPX0 RELAY (REAR) Board (RTL) PBULX0Z Reinforcement Plate (Upper) PBULA0Z Imprinter Fitting Plate PBMDA0Z Sensor Plate PBHEA00Z Protection Sheet (ISO Code:PVC) PBJEA0Z Cable (CN0-Imprinter) PBULA0Y Reinforcement Plate (Upper) PBHMA0Z Switching Cover 0 PBUVA0Z-J Plate PBUEX0Z-J Paper Feed Conveyor Assembly PBDSA0Z Free Roller Spring PBDSA0Z Spring PBDSA0Z Spring PBHRA0Z Spacer PBJEA0Z Cable (CN0-CN) PBJEA0Z Cable (CN-CN) PBULA0Z Lever Switching Cover (R) PBULA0Z Lever Switching Cover (L) 0 PJDJA00Z Roller Bear (ISO Code:POM) PBHMA00Z Spacer Y00 Damper PBJEA00Z Cable (Relay(c)) TMM Clamper for KV-S0 series TMM Clamper for KV-S00 series PBDFA0Z Shaft PBDSA0Z Lever Spring PBDSA0Z Lever Spring PBULA0Z Lock Release Plate PBULA0Z Lock Lever 00 PBULA0Z Lock Stopper 0 PBULA0Z Gas Damper Fitting Plate 0 PBBSA000Z Retard Cancel Lever (ISO Code:ABS) 0 B-F- Spacer 0 0SMGB Conveyor Belt 0 PBDFA0Z Hopper Shaft 0 PBDFA0Z Hopper Shaft 0 PBDSA00Z Hopper Spring 0 PBDSA00Z Hopper Spring 0 PBMDA000Z Hopper Pressure Plate 0 PBDFA0Z Hopper Cam Shaft PBDGA00Z Hopper Cam (ISO Code:POM) PBDGA00Z Hopper Cam Fringe (ISO Code:POM) PBHRA00Z Shutter (ISO Code:ABS) PBDRX0S0 Roller PBUDA00Z Drive Pulley (ISO Code:POM) PBDGA00Z Gear (ISO Code:POM) PBDRX0S0 Roller PBDGA00Z Gear (ISO Code:POM) PBDSA0Z Retard Spring 0 PJJRB00Z Cable PBJEA0Z Cable (CN-CN) PBJEA000Y Cable (CN0-CN) PBDRXS0 Roller PBJEA00Z Cable (CN0-CN) PBDRX0S0 Roller PBJEA00Z Cable (CN-CN) PJJRB00Z Cable for KV-S0 series PJJRB0Z Cable for KV-S00 series PBDRX0S0 Roller 0 PBMDX0X-J Retard Fitting Plate PBDEA0Z Pin PJDFB000Z Shaft PBDRA00Y Roller PBDSA00Y Spring PBHEA0Z Sheet (ISO Code:PC) PJDEB000Z Shaft PBUEX0Y White Standard Conveyor KI-00M Clamper 0 PBJEA0Z Earth Cable PBAPX0 DOUBLE FEED DETECTOR (R) Board (RTL) PBAPXC STARTING POSITION SENSOR Board (RTL) PBAPX0C ENDING SENSOR Board (RTL) PBAPX0 HOPPER POSITION Board (RTL) PBUSA00Z Conveyor Spring &RQILGHQWLDO.0(ULQWHU',&+

137 Ref. No. Part No. Part Name & Description Remarks PBHMA0Z Cable Cover PBMDA0Z Sensor Plate PBULA0Z Reinforcement Plate PBMDA0Z Plate LWS-S Edge Saddle PBHMA00Z Spacer 0SMGB Flat Belt PBMDA0Z Plate PBUEA00Z Plate CE0-L00 Edging CE0-L0 Edging 0 CC-0- Spacer PBMEA00Z Plate F-FLAWAZZ Ball Bearing CC-0- Spacer RWPS-00 Spacer AL Clamper LWS-S Clamper PBMDA00Z Plate PBDGA00Z Spacer (ISO Code:POM) KG-0-L Bushing 0 UAMS-0SN-W Bushing PBHEA0Z Sheet (ISO Code:PC) CS- Clip TMM0 Clamper PBJEA0Z Cable TMM- Clamper EDS- Bushing 0 PJNWZ Spacer PJDGB000Z Retard Gear (ISO Code:POM) PJDSB000Z Spring E Rivet FFLAWBCZZ Ball Bearing 0 XPJCVW Pin 0 XPJC0VW Pin 0 XPLBWVW Pin 0 XTB+FFX Screw 0 XTW+UL Screw 0 XTW+U0PFX Screw XTW+ULFX Screw XTW+ULFY Screw XUCFY E-ring XUCFY E-ring XUCFY E-ring XUCFY E-ring XYN+JFX Screw XYN+J0FX Screw XYN+JFX Screw &RQILGHQWLDO.0(ULQWHU',&+ KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Ref. No. Part No. Part Name & Description Remarks XYN+J0FXS Screw XNAFX Nut XYN+JFXS Screw XNGBS Nut XYN+FFY Screw XSS+FX Screw XYN+JFX Screw

138 &RQILGHQWLDO.0(ULQWHU',&+ KV-S0W / KV-S0WU / KV-S00W / KV-S00WU

139 .. Chassis KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

140 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU REPALCEMENT MECHANICAL PARTS LIST (Chassis) Ref. No. Part No. Part Name & Description Remarks CFXAYG/H Lamp Holder PBHAA00Z-J Carriage Unit for KV-S0W/00W PBHAA0Z-J Carriage Unit for KV-S0WU/00WU RF0-A Carriage Motor Mount 0H-0 Carriage Motor PBDFA0Z Timing Pulley Shaft 00SMGB Timing Belt PJQTB000Z Label PBMDA0Z Fitting Plate PBMDA0Z Timing Pulley Plate 0 PBUDA00Z Fitting Pulley (ISO Code:POM) RWPS-00 Spacer PBHEA00Z-J FB Glass Base Assembly for KV-S0W/00W PBHEA00Y-J FB Glass Base Assembly for KV-S0WU/00WU PBHEA00Z-J ADF Glass Base Assembly for KV-S0W/00W PBHEA0Z-J ADF Glass Base Assembly for KV-S0WU/00WU PBUAA0Z Side Frame PBUEA00Z Carriage Guide Rail PBUAA00Z Bottom Frame PBHMA00Z Spacer PBHMA0Z Spacer PBHMA0Z Spacer 0 PBHMA0Z Spacer PBUEA00Z PCB Guide Rail (A) PBUEA00Z PCB Guide Rail (B) PBUAA0Z Rear Frame PBHMA0Z Spacer EDS-U Edge Saddle PBUAA0Z Front Frame PBMDA0Z Front Cover Fitting Plate C-0-RK-0 Rubber Foot PBDFA0Z Tension Pulley Shaft 0 PBDSA00Z Tension Spring PBHGA00Z Rubber PBMDA0Z CIS Fitting Plate (L) LWS-S Edge Saddle PBDFA0Z Carriage Shaft PBMDA0Z CIS Fitting Plate (R) PBMCA00Z Shield Cover (A) PBMCA00Z Shield Cover (B) PBMCA00Z Shield Cover (C) PBMCA00Z Shield Cover (D) 0 PBHMA0Z Plate PBUEA0Z Inside Cover Holding Plate PBHMA0Z Stopper Spring (R) PBHMA0Z Stopper Spring (L) CS- Clip PBUEA0Z Plate NF--V0 Clamper PBUEA0Z Plate PBMDA0Z Plate PJQTB000Z Label 0 PBDFA0Z-J Shaft PBMDA0Z Plate PBHGA00Z Rubber FFLAWBC0ZZ Ball Bearing PBMEA00Z Shaft Holder RWPS-00 Spacer DCM-A Damper Coupling PBMDA0Z Plate RS0 Mount PBHEA0Z Sheet (ISO Code:PET) 0 AL Clamper for KV-S0W/WU/WN PBHDA000Y Screw UCEL0 Magnetic Shield for KV-S0WU/00WU PBUEA00Z Plate F-WBC-ZZA Ball Bearing PBAPX00 INVERTER Board UCEL0 Magnetic Shield for KV-S0WU/00WU PBQAA0Z Label 0 XTN+FFX Screw 0 XTS+FFX Screw Ref. No. Part No. Part Name & Description Remarks XTW+ULFX Screw XTW+ULFZ Screw XTW+ULFX Screw XUCFY E-ring XUCFY E-ring XYN+BFX Screw XYN+FFX Screw XYN+CFX Screw XYN+FFX Screw XXEFFPS Screw XNTEFX Nut XTW+U0LFX Screw &RQILGHQWLDO.0(ULQWHU',&+ 0

141 .. Power Unit KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

142 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU REPLACEMENT MECHANICAL PARTS LIST (Power Unit) Ref. No. Part No. Part Name & Description Remarks PBAPX00A MAIN Board (RTL) EDS-0U Edge Saddle PBMDA0Z Fitting Plate PBAPX0A SCSI Board (RTL) PJMDB00Z-J SCSI Fitting Plate LWSSV0BK Edge Saddle PBAPX00A Power Board (RTL) PBJEA000Z Fan PJJRB0Z Cable (CN00-CN) 0 PJJRB00Z Cable PJJRB0Z Cable PJJRB0Z Cable PBMDX0Z Bracket PJHXB000Z POWER Board Sheet (ISO Code:PVC) PBUVA00Z Fan Cover YMC0-0 Clamp PBMCA00Z-J Shield Cover PBAPX00A DRIVE Board (RTL) PBAPX00A MOTHER Board (RTL) 0 PBAPX0Z CARRIAGE HOME SENSOR Board (RTL) PBJEA0Y-J Cable for KV-S0W/00W PBJEAY-J Cable for KV-S0WU/00WU PBJEA0Y-J Cable for KV-S0W/00W PBJEAY-J Cable for KV-S0WU/00WU PBJEA0Z Cable PJJRB0Z Cable for KV-S0W/WU PJJRB0Z Cable for KV-S00W/WU PBAPX00A DC/DC Board PJJRB0Z Cable SJ-WFA0BB Switch TMM Clamper NF--V0 Clamper 0 PBJEA0Z Cable A-- Handle PBJEA0X Cable (CCD Flexible) for KV-S0W/00W PBJEA0X-J Cable (CCD Flexible) for KV-S0WU/00WU RFC- Core for KV-S0WU Only KI-00M Clamper for KV-S0WU Only 0 XTW+U0LFX Screw XTW+ULFX Screw XTW+ULFY Screw XSN+FX Screw XSN+FX Screw XYN+FFX Screw XYN+FFX Screw 0 XYN+BFX Screw XSB+FX Screw &RQILGHQWLDO.0(ULQWHU',&+

143 .. Packing KV-S0W / KV-S0WU / KV-S00W / KV-S00WU &RQILGHQWLDO.0(ULQWHU',&+

144 KV-S0W / KV-S0WU / KV-S00W / KV-S00WU REPLACEMENT MECHANICAL PARTS LIST (Packing) Ref. No. Part No. Part Name & Description PJPGB000Z-W Outer Carton for KV-S0W PJPGB00Z-WU Outer Carton for KV-S0WU PJPGB000Z-W Outer Carton for KV-S00W PJPGB00Z-WU Outer Carton for KV-S00WU HP-0W Joint (ISO Code:PP) PBPGA0Y Carton PBPQA00Z Cushion (ISO Code:EPP) PBPQA0Z Cushion (ISO Code:EPP) PBPQA0Z Cushion (R) (ISO Code:EPP) PBPQA0Z Cushion (L) (ISO Code:EPP) PJPNB00Z Bottom Pad PBPPA00Z Cover (ISO Code:PE) 0 PJPNB00Z Cushion PBJEA000Z AC Cord (0V) for Type A- PBJAZ AC Cord (0V) for Type C- PBJAZ AC Cord (0V) for Type BF PJQXB000Z Installation Manual PJQMB00Z Maintenance Manual PBQX00Y Warranty Card for KV-S0W/00W PBHSA00Z Cleaning Paper PBPPA00Z Sheet (ISO Code:PE) PJIUA000Z Blower 0 PBPEA00Z Sheet PBPEA000Z Sheet PBQX0Y Hand Bill &RQILGHQWLDO.0(ULQWHU',&+

145 REPLACEMENT PARTS LIST KV-S0W / KV-S0WU / KV-S00W / KV-S00WU Note: RTL (Retention Time Limited) The marking (RTL) indicates that the 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. Resistor Example. Capacitor Example ALLOWANCE F : ±% G : ±% J : ±% K : ±0% M : ±0% ALLOWANCE C : ±0.pF D : ±0.pF F : ±pf J : ±% K : ±0% L : ±% M : ±0% P : +00%, -0% Z : +0%, -0% &RQILGHQWLDO.0(ULQWHU',&+