Service manual

ManualsBrandsCanon ManualsAll in One PrinterMultiPASS C560

FP B740

MP C530

MP C545

MP C555

MP C560

SERVICE

MANUAL

Canon

Summary of content (243 pages)

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FP B740 MP C530 MP C545 MP C555 MP C560 SERVICE MANUAL Canon
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Application This manual has been issued by Canon Inc. for qualified persons to learn technical theory, installation, maintenance, and repair of products. This manual covers all localities where the products are sold. For this reason, there may be information in this manual that does not apply to your locality. Corrections This manual may contain technical inaccuracies or typographical errors due to improvements or changes in products.
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I. MEANING OF MARKS The marks used in this manual have the following meanings. Mark Meaning States a precaution to be taken to prevent danger to personnel, damage to the product, or damage to electronic components by discharge of static electricity. for example. States a precaution to be taken to prevent damage to electronic components by electrostatic discharge. Informs you of fire-related cautions. Informs you that the plug must be removed from the power outlet before starting an operation.
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II. ABOUT THIS MANUAL This manual is divided into five parts, and contains information required for servicing the product. Each of the above parts is further divided into the following four chapters: Chapter 1: General Description This part explains product specifications and the how to service the unit safely. It is very important, so please read it. Chapter 2: Technical Reference This part explains the technical theory of the product.
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III.
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IV. TABLE OF CONTENTS Page Chapter 1: General Description 1- 1 1. FEATURES 1- 1 1- 2 1.1 Overview 2. SPECIFICATIONS 1- 2 2.1 General Specification 1- 2 2.2 Communication Specification 1- 3 2.3 Color Communication Specification 1- 4 2.4 Scanner Specification 1- 6 2.5 Printer Specification 1- 9 2.6 Copy Specification 1 -10 2.7 Function 1 -12 3. OVERVIEW 1 -12 3.1 External View 1 -14 3.2 Operation Panel 1 -19 3.3 Consumables 1 -19 3.3.
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1 -58 5.4.4 Replacing ROM 1 -60 5.4.5 SPCNT board replacement precautions 1 -61 5.4.6 Data initialization through service operation 1 -62 5.5 Protective Mechanism 1 -62 5.5.1 Data battery backup function 1 -62 5.5.2 BJ cartridge maintenance features 1 -63 5.5.3 Heat protection mechanism 1 -63 5.5.4 Overcurrent protection 1 -64 5.5.5 Lightning protection 1 -64 5.5.6 Power leakage protection 1 -65 6. QUALIFICATION REQUIRED FOR INSTALLATION WORK Chapter 2: Technical Reference 2- 1 1.
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2 -61 8.2.6 Explanation and parameters for each symbol used in BIH 2 -62 8.2.7 Explanation of bi-level image data (BID) section 2 -62 8.2.8 Explanation and parameters for each symbol used in BID 2 -64 8.3 Color Scanning Ability 2 -64 8.3.1 Contact sensor specifications 2 -65 8.3.2 Reading color documents 2 -65 8.3.3 Reading black & white documents 2 -66 8.4 MultiPASS Function 2 -66 8.4.1 Specifications 2 -68 8.4.2 Bi-directional centronics interface 2 -69 8.
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3 -16 3 -24 4.2.2 Error codes 4.3 Errors not Shown on the Display 3 -24 4.3.1 General errors 3 -25 4.3.2 Printing problem 3 -27 4.3.3 Scanning problem 3 -29 5. SERVICE SWITCHES 3 -29 5.1 Hardware Switches 3 -29 5.2 Service Data Setting 3 -29 5.2.1 Service data overview 3 -30 5.2.2 Service data registration/setting method 3 -31 5.2.3 Service data setting 3 -38 5.2.4 Explanation of service data 3 -39 5.2.5 New SSSWs/parameters added to this model 3 -43 6. TEST FUNCTIONS 3 -43 6.
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V.
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2 -17 Figure 2- 10 Ink Empty Detection 2 -19 Figure 2- 11 Nozzle Arrangement 2 -19 Figure 2- 12 Black BJ Cartridge Structure 2 -20 Figure 2- 13 Color BJ Cartridge Structure 2 -20 Figure 2- 14 Photo BJ Cartridge Structure 2 -22 Figure 2- 15 BJ Head Driver Block Diagram (Black BJ Cartridge) 2 -22 Figure 2- 16 BJ Head Driver Block Diagram (Color “Multi Drop” BJ Cartridge) 2 -23 Figure 2- 17 Printing Sequence (Black BJ Cartridge/HQ Mode) 2 -24 Figure 2- 18 Printing Signals 2 -25 Figure 2- 19
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3- 8 Figure 3- 5 Correct Test Pattern 3- 8 Figure 3- 6 Sample Test Pattern with Vertical Misalignment 3- 9 Figure 3- 7 Vertical Line Misalignment Correction Procedure 3 -16 Figure 3- 8 Service Error Code Display 3 -25 Figure 3- 9 Paper Feed Motor/Carriage Motor/Document Feed Motor Connector 3 -26 Figure 3- 10 Defective Pattern (Sample) 3 -30 Figure 3- 11 Service Data Setting Method 3 -31 Figure 3- 12 Service Data (page 1) 3 -32 Figure 3- 13 Service Data (page 2) 3 -33 Figure 3- 14 Service
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MultiPASS C530/C560 Chapter 1: General Description 1. FEATURES 1.1 Overview This product is a G3 transreceiving facsimile based on the ITU-T recommendations. It can be used in telephone networks. *: This mark indicates a new function. Picture Quality Color Printer High quality printing can be accomplished with the Canon Bubble Jet (BJ) method using the maximum 720dpi × 360dpi resolution. Various kinds of media can be printed with the high speed of a maximum 4.5 pages per minute.
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MultiPASS C530/C560 Chapter 1: General Description 2. SPECIFICATIONS 2.1 General Specification Type Body colour Power source Power consumption Usage environment. Operating noise Dimensions (W ✕ D ✕ H) Weight Desktop Art gray 98 ~ 132V AC, 48 ~ 62 Hz, standby 6.9 W (C560) 6.1 W (C530) Max. 37.9 W (when 100% black copy) 50.0°F ~ 90.5°F (10°C ~ 32.5°C), 20%~85% RH, 532 ~ 760 mmHg (709 ~ 1013 hPa) Horizontal ±3° or less Measured in accordance with ISO standards Operating :47 dB(A) or less 14.41" × 12.
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MultiPASS C530/C560 Chapter 1: General Description Time required for transmission protocol Protocol Mode G3 standard V.8/V.34*4 Pre-message Protocol *1 approx.18 sec. approx.8 sec. Post-message Protocol *2 (between pages) approx.4 sec. approx.2 sec. Post-message *3 (after pages) approx.4 sec. approx.2 sec. *1 Time from when other facsimile is connected to the line until image transmission begins.
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MultiPASS C530/C560 Chapter 1: General Description 2.4 Scanner Specification Type ADF capacity Sheets Max. 20 sheets (A4/Letter) Max. 10 sheets (Legal) Effective scanning width Letter/Legal 8.42" (214 mm) A4 8.19" (208 mm) Scanning method Contact sensor scanning method Scanning line density & Scanning speed Operation Mode Line density FAX 8 dot/mm × 3.85 line/mm (203.2 dpi × 97.79 dpi) 8 dot/mm × 7.7 line/mm (203.2 dpi × 195.
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MultiPASS C530/C560 Chapter 1: General Description Scanning range Sheet dimensions (W × L) Maximum Minimum Thickness multiple pages: 8.50" × 39.3" (216 mm × 1000 mm) 3.5" × 1.75" (88.9 mm × 44.5 mm) 0.003" ~ 0.005" (0.08 mm ~ 0.13 mm) 75~90 g/m2 0.003" ~ 0.017" (0.08 mm ~ 0.
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MultiPASS C530/C560 Chapter 1: General Description 2.5 Printer Specification Printing method BJ Cartridge Products name Product code Print head Ink cartridge (Ink tank) Storage conditions Bubble-jet ink on-demand BC-20 Black BJ cartridge/BC-21e Color BJ cartridge/BC-22e Photo Color BJ cartridge F45-0561/F45-1301/F45-1311 128 nozzles/136 nozzles (Y:24, M:24, C:24, Bk:64)/136 nozzles None/BCI-21 Color or BCI-21 Black/None Temperature 32.0°F ~ 95.
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MultiPASS C530/C560 Chapter 1: General Description Printing range (Black & White FAX) Paper dimensions (W × L) Letter Legal A4 8.50" × 10.98" (216 mm × 279 mm) 8.50" × 14.02" (216 mm × 356 mm) 8.27" × 11.69" (210 mm × 297 mm) Paper leading edge 2 1 3 PRINTING DROP OUT RANGE 4 PRINTING RANGE 5 Paper trailing edge Figure 1-2 Printing Range Item 1 Effective printing width A4 8.00" (203.2 mm) 2 Left margin 0.13"±0.06" (3.4±1.5 mm) 3 Right margin 0.13"±0.06" (3.4±1.5 mm) 4 Top margin 0.12"±0.06" (3.
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MultiPASS C530/C560 Chapter 1: General Description Printing range (Color FAX & Printer mode) Plain paper and Special media (Color FAX & Printer mode) W ✕ L = Min. 7.17 ✕ 1012 inch(182 ✕ 257 mm) Max. 8.5 ✕ 14.0 inch(216 ✕ 356 mm) W Feed direction c d a e L a = (Plain paper , etc.) 0.12 inch/3.0 mm (Fabric sheet only) 1.5 inch/38.1 mm e = 0.63 inch/16.0 mm (BC-20) 0.81 inch/20.5 mm (BC-21e) 1.00 inch/25.4 mm (BC-22e) b = 0.27 inch 7 mm f = 0.93 inch/23.5 mm c = (A4) 0.13 inch/3.4 mm (LTR, LGL) 0.
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MultiPASS C530/C560 Chapter 1: General Description 2.6 Copy Specification Color copy Multiple copy Copy mode Yes 99 copies (Black & white mode only) Black & white Color B&W TEXT, B&W PHOTO COLOR FINE, COLOR DRAFT, COLOR SNAPSHOT Copy resolution 360 dpi × 360 dpi (direct copy) 8 dot/mm × 7.
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MultiPASS C530/C560 Chapter 1: General Description 2.7 Function Dialling Manual dialling Auto dialing Group dial Redial Transmission Broadcast transmission Numeric button Max. 120 digits One-touch:12, Coded speed:100, Numeric button:1 Max.111 locations Numeric button redial function (Max. 120 digits) Max. 113 locations (One-touch:12, Coded speed:100, Numeric button:1) Delayed transmission Yes (PC Assisted) Max.
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MultiPASS C530/C560 Chapter 1: General Description Others Closed network Direct mail prevention Reception printing in reverse order Memory box Memory backup Backup contents Backup IC Backup device Battery life Image data backup Image Memory None None None None Dial registration data, User data, Service data, Time 256 kbit SRAM for control Lithium battery 3.0V DC/220 mAh Approx. 5 years None Approx. 6.6 MB (MultiPASS C560) Approx.
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MultiPASS C530/C560 Chapter 1: General Description 3. OVERVIEW 3.1 External View Front View AUTOMATIC DOCUMENT FEEDER (ADF) AND PRINTER COVER Holds documents to be scanned. DOCUMENT SUPPORT Holds documents as they feed into the Automatic Document Feeder (ADF). PAPER GUIDE Keeps print media in position. Adjust to the width of the print media. PAPER REST Supports print media stacked in the multi-purpose tray. MULTI-PURPOSE TRAY Holds plain paper and other print media.
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MultiPASS C530/C560 Chapter 1: General Description Back View PARALLEL INTERFACE PORT TELEPHONE JACK EXTENSION PHONE/ ANSWERING MACHINE/ DATA MODEM JACK POWER CORD CONNECTOR TELEPHONE LINE JACK Inside View (CARTRIDGE) BUTTON Press this button to move the cartridge holder to its center position for installing or replacing the BJ cartridge or BJ tank. PRINTER COVER PAPER THICKNESS LEVER Adjust for the type of print media you are using.
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MultiPASS C530/C560 Chapter 1: General Description 3.
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MultiPASS C530/C560 Chapter 1: General Description y Alarm Light Flashes when an error occurs, or when the MultiPASS is out of paper or ink. U One-Touch Speed Dial/Special Function Buttons Dial fax/telephone numbers registered for one-touch speed dialing. Also used to perform special functions. V Numeric Buttons Enter numbers when dialing or registering numbers. Also enter letters when registering names.
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MultiPASS C530/C560 Chapter 1: General Description Special Function Buttons 01 02 03 Data Registration 04 05 Memory Reference 07 06 Space + 08 09 11 12 Report 10 Cleaning Clear Function Set Resume ❏ Data Registration Button Accesses the different menus for setting speed dialing, user preferences, sending and receiving options, and many other important settings. ❏ ^, V Buttons Scroll through the settings so you can see other selections in the menus during data registration.
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MultiPASS C530/C560 Chapter 1: General Description ❏ + Button Enters a plus sign (+) when registering your unit telephone/fax number. ❏ <, > Buttons Move the cursor left or right when registering data. ❏ Report Button Prints reports containing information registered in the unit and information on transactions. ❏ Cleaning Button Prints the nozzle check and performs cleaning operations for the BJ cartridge print head and unit rollers. ❏ Clear Button Clears an entire entry when registering information.
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MultiPASS C530/C560 Chapter 1: General Description Entering Numbers, Letters, and Symbols Each numeric button has a number and a group of uppercase and lowercase letters assigned to it. Use the chart below to determine which numeric button to press for each character.
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MultiPASS C530/C560 Chapter 1: General Description 3.3 Consumables 3.3.1 BJ cartridge and ink cartridge and BJ cartridge container BJ Cartridges and BJ Tanks Canon offers several BJ cartridges and BJ tanks for use in the MultiPASS.
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MultiPASS C530/C560 Chapter 1: General Description Figure 1-12 Consumables (2) 1-20
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MultiPASS C530/C560 Chapter 1: General Description 3.3.
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MultiPASS C530/C560 Chapter 1: General Description Figure 1-14 Print Media (2) 1-22
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MultiPASS C530/C560 Chapter 1: General Description 4.
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MultiPASS C530/C560 Chapter 1: General Description 5. SAFETY & PRECAUTIONS 5.1 Personnel Hazards Electrical Shock and High-Temperature Parts g p MODEM board OPCNT board SPCNT board (~176°F) Page 1-26 Fire hazards parts Lithium battery Page 1-27 Power supply unit (~172.4°F) Page 1-26 NCU board Telephone line Page 1-26 BJ cartridge (~212°F) (Alminium plate) Page 1-26 Carriage motor (~152.6°F) Page 1-26 Paper feed motor (~118.
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MultiPASS C530/C560 Chapter 1: General Description Moving parts > Page 1-27 Separation roller Document feed motor Pick up roller Lifting plate Document eject roller Document feed roller Paper feed motor Carriage motor Paper eject roller Carriage belt Transmission roller Paper feed roller Preventing ink stains > Page 1-27 Purge unit Ink absorber Figure 1-17 Personal Hazards (2) 1-25
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MultiPASS C530/C560 Chapter 1: General Description 5.1.1 Electrical shock Electrical shock hazard • To prevent electrical shock, be sure to disconnect the power cord and modular jack before disassembly. • Remove grounding wrist straps before servicing this unit while the FAX’s power is on. Otherwise, electrical shock may occur. NOTE Power supply unit When power is supplied to this unit, 120 VAC will be supplied to the primary side.
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MultiPASS C530/C560 Chapter 1: General Description 5.1.3 Fire hazards Do not dispose in fire. Do not dispose of lithium batteries in fire. Doing so may rupture the battery and expose flammable materials. Follow applicable local regulations when disposing of the SPCNT board assembly’s lithium battery. Fire hazard When using IPA or other solvents during servicing, heat or sparks from internal electronic circuits can ignite the solvent.
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MultiPASS C530/C560 Chapter 1: General Description 5.2 General Cautions 5.2.
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MultiPASS C530/C560 Chapter 1: General Description IB1-19 1-29
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MultiPASS C530/C560 Chapter 1: General Description IB1-20 1-30
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MultiPASS C530/C560 Chapter 1: General Description IB1-21 1-31
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MultiPASS C530/C560 Chapter 1: General Description IB2-3 1-32
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MultiPASS C530/C560 Chapter 1: General Description IB2-19 1-33
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MultiPASS C530/C560 Chapter 1: General Description 5.2.
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MultiPASS C530/C560 Chapter 1: General Description IB2-29 1-35
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MultiPASS C530/C560 Chapter 1: General Description IB12-15 1-36
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MultiPASS C530/C560 Chapter 1: General Description Follow this procedure to print the nozzle check: Function 1. Press Function. 2. Press Cleaning. 10 NOZZLE CHECK Cleaning Set 3. Press Set. ❏ The MultiPASS prints the nozzle check.
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MultiPASS C530/C560 Chapter 1: General Description Function IB12-17 1-38
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MultiPASS C530/C560 Chapter 1: General Description IB12-18 1-39
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MultiPASS C530/C560 Chapter 1: General Description IB12-19 1-40
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MultiPASS C530/C560 Chapter 1: General Description IB2-36 1-41
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MultiPASS C530/C560 Chapter 1: General Description IB2-37 1-42
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MultiPASS C530/C560 Chapter 1: General Description b) Unpacking the BJ cartridge Do not open the BJ cartridge packaging unless you are ready to install the new BJ cartridge. Before installing the BJ cartridge, gently remove the orange head cap and the orange protective tape from the nozzles.
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MultiPASS C530/C560 Chapter 1: General Description c) Protecting the ink nozzles Do not touch or wipe the ink nozzles with tissue paper, etc. Doing so can clog the nozzles. If the head cap and protective tape have been removed and the BJ cartridge is not to be installed immediately, store the cartridge properly to prevent the nozzles from drying out and clogging. Do not disassemble the BJ cartridge. Also, the BJ cartridge contains electronic circuitry. Do not wash it with water.
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MultiPASS C530/C560 Chapter 1: General Description 5.2.3 Ink cartridge cautions a) General cautions Refer to a) General cautions on Page 1-34. b) Unpacking the ink cartridge Do not open the ink cartridge packaging unless you are ready to install the new ink cartridge. Before installing it in the BJ cartridge, remove the protective cap from the ink inlet.
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MultiPASS C530/C560 Chapter 1: General Description c) Preventing ink clogging Do not touch the ink cartridge’s ink outlets. Doing so may introduce foreign matter into the printing head’s joint pipes, causing poor ink suction. After removing the cap from the ink cartridge, immediately install the ink cartridge in the printing head to prevent the ink at the nozzles from drying out and clogging. Do not remove the ink cartridge except when it is to be replaced.
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MultiPASS C530/C560 Chapter 1: General Description 5.3 Servicing Cautions 5.3.1 Damage from static charge This unit contains contact sensors and printed circuit boards equipped with ROM, RAM, custom chips, etc. These electronic components are susceptible to damage caused by static charge. When disassembling this unit, take care to prevent static charge. Static electricity Static charge can damage electronic components or alter their electrical characteristics.
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MultiPASS C530/C560 Chapter 1: General Description 5.3.
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MultiPASS C530/C560 Chapter 1: General Description a) General precautions Lubrication points Do not touch the greased parts of the carriage guide frame, carriage shaft, idler roller and some parts. Doing so will wipe off the grease which has been applied for the smooth operation of the printer unit. Do not apply grease to any unspecified parts and surfaces.
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MultiPASS C530/C560 Chapter 1: General Description 5.3.4 Paper feed section a) General precautions Setting the paper size For fax operations, the user sets the paper size in the PRINTER SETTINGS menu. The unit cannot detect the paper size automatically. Therefore, if the paper size is altered during servicing, be sure to set it back to the user’s paper size setting. If the paper size setting does not match the size of the paper installed.
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MultiPASS C530/C560 Chapter 1: General Description c) Precautions when attaching/detaching the flat cable Attaching or detaching the flat cable while the machine is turned ON may cause a short in the connector, resulting in malfunction. Always turn the power OFF before attaching/ detaching the flat cable. 5.3.6 Detaching the outer covers How to open the upper cover Unless the correct procedure is followed when removing the upper cover, the outer covers may be damaged, and the plastic claws may be broken.
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MultiPASS C530/C560 Chapter 1: General Description Cover opener (HY9-0021) UPPER COVER 1 5 2 3 3 3 1 2 4 Figure 1-23 Opening the Upper Cover 5.3.7 Attaching the operation panel sheet The service parts of the operation panel have been selected assuming that the operation panel sheet will be attached to the operation panel unit.
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MultiPASS C530/C560 Chapter 1: General Description 5.4 Data-related Precautions The memory IC on the circuit board stores the user’s registration data and values for various counters, etc., required for servicing. Although this data is normally retained in memory, it can be deleted by mistake. When handling this data during servicing, note the following precautions.
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MultiPASS C530/C560 Chapter 1: General Description 5.4.1 Data in the image storage memory (DRAM) DRAM stores image data which was read other than by a direct transmission. It also acts as a buffer memory to store the image data received. If power is turned off, the memory clear list is printed automatically the next time the power is turned on. The user is thereby notified of the images that were erased from memory.
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MultiPASS C530/C560 Chapter 1: General Description 5.4.2 Data in the control processing memory (SRAM) SRAM is backed up by a lithium battery. It can retain the stored data for 5 years after the power is turned off.
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MultiPASS C530/C560 Chapter 1: General Description 5.4.3 Data in the EEPROM The EEPROM stores the absorption amounts of the waste ink absorber and vertical alignment data. The non-volatile EEPROM does not require any electrical power to retain the data it contains. Calculation of the total waste ink amount of the waste ink absorber starts immediately after the printer is used.
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MultiPASS C530/C560 Chapter 1: General Description Waste ink absorber Figure 1-27 Waste Ink Absorber 1-57
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MultiPASS C530/C560 Chapter 1: General Description 5.4.4 Replacing ROM Observe the following precautions when replacing the ROM on the SPCNT board, for example, when replacing a defective ROM or when upgrading the software. a) Precaution Print out all battery backed up data. Reception image data in image memory are erased when power is turned off. For details on battery backed up data, see Chapter 1: 5.5.1 Data battery backup function on Page 1-62.
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MultiPASS C530/C560 Chapter 1: General Description c) Post- replacement precautions (1) When ROM replacement is performed to replace a faulty ROM, service work is completed after reassembling the fax and turning the power ON. (2) After ROM replacement is performed to upgrade the ROM version and software switches such as service data and user data settings must be changed, following operations must be performed.
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MultiPASS C530/C560 Chapter 1: General Description 5.4.5 SPCNT board replacement precautions Before replacing the SPCNT board, print out all of the stored data. The reports which output the data that must be entered into the new SPCNT board is listed below. User report One-touch speed dialing list Coded speed dialing list Group dialing list User data list Send/Receive Activity report Document memory list Service report System data list System dump list To printout these reports, see Chapter 3: 7.
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MultiPASS C530/C560 Chapter 1: General Description 5.4.6 Data initialization through service operation All the data can be initialized with the service data #8 clear operation. For details on the initialization procedure and the data that is erased, see Chapter 3: 5.2 Service Data Setting on Page 3-29. REFERENCE NOTE Function “All clear” when nothing works. On a rare occasion, the display may go blank and all the buttons may stop working. Severe electrical noise and static can cause problems as well.
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MultiPASS C530/C560 Chapter 1: General Description 5.5 Protective Mechanism 5.5.1 Data battery backup function If there is a power outage or if the power is turned off, the data stored in the control memory is retained since the lithium battery function as a data battery backup. For details on the backed up data, see Chapter 1: 5.4 Data related precautions on Page 1-53. REFERENCE 5.5.
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MultiPASS C530/C560 Chapter 1: General Description 5.5.3 Heat protection mechanism The BJ cartridge head’s aluminum panel becomes hot during printing. It also gets hot if printing continues even after the ink in the cartridge has been depleted. The aluminum panel’s temperature is detected by the BJ cartridge’s head temperature sensor.
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MultiPASS C530/C560 Chapter 1: General Description 5.5.5 Lightning protection The fax unit’s electrical components are protected from abnormal voltage caused by lightning. Protected Component SPCNT/NCU board assembly Safety Device Arrestors (AR1, AR2) on the primary side of the NCU board discharges a voltage over 320 to 480 VDC via the power cord When protection is not possible The SPCNT board may not be adequately protected even with the protection circuits if lightning strikes the telephone line.
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MultiPASS C530/C560 Chapter 1: General Description 6. QUALIFICATION REQUIRED FOR INSTALLATION WORK The qualifications for installation must satisfy local laws and regulations.
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MultiPASS C530/C560 Chapter 2: Technical Reference 1. COMPONENT LAYOUT The mechanism is composed of the Document Feed Section, which separates pages from a stack of documents and feeds them in one at a time to the Scanning section; the Paper Supply Section, which supplies separated paper or special paper to the Printer Section, and ejects them to the paper tray after printing; and the Printer Section, which performs cleaning of the BJ head, and printing to paper.
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MultiPASS C530/C560 Chapter 2: Technical Reference The electrical section is composed of the following: the SPCNT board, which performs system control and BJ printer control; the NCU board, which is the interface with the telephone circuit; the power supply unit; and the OPCNT board, which detects key operations and displays status information. There are also 6 sensors to detect system status. Pickup roller sensor: Detects the state of pickup roller.
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MultiPASS C530/C560 Chapter 2: Technical Reference 2. SCANNER MECHANISM The scanner section scans documents that are to be sent or copied.
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MultiPASS C530/C560 Chapter 2: Technical Reference Names and functions of parts 1. Paper Guide When properly adjusted to the width of the documents, the guide will hold the documents in the horizontal direction to prevent them from skewing when fed. 2. Document Feed Motor This motor drives all the rollers in the scanner section. 3.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE Initializing the upper document feed roller When the separation roller starts to rotate, the position of the upper document feed roller is simultaneously initialized to raise the document stopper. Initialization is carried out when the power is turned ON, when documents are inserted and when documents are ejected.
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MultiPASS C530/C560 Chapter 2: Technical Reference 3. PAPER SUPPLY MECHANISM The paper feed mechanism in this model is taken from the BJC-4400 BJ printer. This printer has no paper selection lever on automatic sheet feeder. If paper meets specifications, it can be fed without selecting operation the paper type.
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MultiPASS C530/C560 Chapter 2: Technical Reference Names and functions of parts: 1. Paper guide The paper guide which slide manually is fixed align with the left side of the paper, to prevent skew. 2. Lifting Plate This plate moves upwards by the force of the springs and the release cam mechanism, lifting the paper stack until it touches the Pickup Roller. After separation, it moves back down to its original position. 3. Pickup roller ➔ See Page 2-8. The pickup roller has a semi circular roller.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE Paper feed motor drive switching Power from the paper feed motor is switched for separation and feed of the paper, and nozzle cleaning mechanisms by the direction of paper feed motor rotation, the slide lock pin on the purge unit and swing gear. When the carriage moves in front of the purge unit, the carriage pushes the control pin, and releases the swing gear driven by the paper feed motor.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE Paper Separation Mechanism (Automatic feed) This model has no paper selection lever on the automatic sheet feeder. If the paper meets specifications, it can be fed without selecting operation the paper type. The paper is loaded in the auto sheet feeder such that a corner of it is caught by the paper separator. When printing starts, the pick-up roller starts to rotate through the drive of the paper feed motor.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE Paper feed error detection There are three types of paper feed error which may occur: a) No paper error Occurs when the Paper Edge Sensor does not detect the paper’s leading edge the start of the paper picked up operation is executed, it is executed again. If the paper is still not sensed , it is assessed as a No paper error.
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MultiPASS C530/C560 Chapter 2: Technical Reference 4. PRINTER SECTION The printer section mechanism in this model is taken from the BJC-2000 BJ printer. Major changes are as follows. • The spur attachment location has been changed. • An ink detection sensor has been added.
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MultiPASS C530/C560 Chapter 2: Technical Reference Names and functions of parts 1. Home Position Sensor (HPS) ➔ See Page 2-13. This sensor detects the home position edge and carriage position. Also, at the capping position, the on/ off of purge sensor flag during the pump operation is detected. 2. Carriage Motor This is a stepping/pulse type motor, which is controlled with pulse width modulation. It moves the carriage by belt drive. 3. BJ Cartridge ➔ See Page 2-18. 4.
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MultiPASS C530/C560 Chapter 2: Technical Reference For details on BJ cartridge holding, carriage drive and pump operation state detection, see the FACSIMILE BASIC•INTER SUPPLEMENT 2 (supplied separately).
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE BJ head protection In order to always maintain good print quality, this model performs cleaning of the BJ head at appropriate times. There are three types of cleaning operations: pump suction, wiping, and maintenance jet. Also, the print head is capped after printing, to preserve the head. • Cleaning operation (pump suction) Cleaning operation is performed using the cap and pump of the purge unit.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE Print Shift Correction Print gaps can occur when doing bidirectional printing, due to changes in the weight of the BJ cartridge and mechanical errors. This gap is corrected by adjusting the carriage drive motor load and the carriage position, which is determined logically from the number of stepping pulses. Gap detection is performed before the start of printing, during the home position detection operation.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE Ink empty detection Ink empty detection during fax operation is performed by firing ink between the light source and receptor of the ink sensor, located on the left side of the printer. This function does not work with the BC-22e, only with BC-21e or BC-20. When ink passes between the source and the receptor, as shown in Figure 2-10, the sensor output will be a pulse waveform. The presence of ink may be determined from the pulse generation time.
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MultiPASS C530/C560 Chapter 2: Technical Reference BJ Ca rtri Signal sends to SPCNT board dg e Ink detect sensor Figure 2-10 Ink Empty Detection NOTE Waste Ink Absorbers This model has a single ink absorber which absorbs waste ink as follows.
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MultiPASS C530/C560 Chapter 2: Technical Reference 5. BJ CARTRIDGE This model accepts three types of BJ cartridges, the BC-20, BC-21e and BC-22e. 5.1 Structure a) BC-20 Black BJ cartridge structure The black BJ cartridge contains a 360 dpi × 128 nozzle bubble jet print head unit, on-demand thermal ink jet type, containing 44 ml of ink. The black ink contained in the ink sponge is filtered with a meshed ink filter to remove dust, and sucked into bubble jet print head unit through a joint pipe.
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MultiPASS C530/C560 Chapter 2: Technical Reference Black BJ Cartridge Color BJ Cartridge Nozzle 1 Nozzle 1 Yellow Nozzles 1 to 24 Magenta Nozzles 25 to 48 Cyan Nozzles 49 to 72 Black Nozzles 73 to 136 Nozzle 136 Nozzle 128 Photo BJ Cartridge Figure 2-11 Nozzle Arrangement Air Intake Plate Cartridge Cover Ink Sponge Ink Filter Label Cartridge Body Aluminum Plate Joint Pipe Signal Connection Point 128 Bubble Jet Nozzles Faceplate Bubble Jet Head Unit Figure 2-12 Black BJ Cartridge Structure 2-
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MultiPASS C530/C560 Chapter 2: Technical Reference Air Intake Plate Cartridge Cover Ink Sponges Ink Suppliers Rubber Sheet Ink Filter Cartridge Body Label Air Intake Plate Label Cartridge Cover Ink Sponge Ink Passage Section 136 Bubble Jet Nozzles Faceplate Holder Ink Suppliers Aluminum Plate Label Signal Connection Point Bubble Jet Head Unit Figure 2-13 Color BJ Cartridge Structure Air Intake Plate Ink Sponges Ink Filter Ink Sponge Aluminum Plate 136 Bubble Jet Nozzles Faceplate Signal Co
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MultiPASS C530/C560 Chapter 2: Technical Reference 5.2 BJ Head Driver Block Diagram • 128/136 bit shift resistor Stores the printing data (HDATA) transferred from the control board at HCLOCK’s timing. • 128/136 bit latch Latches the printing data (HDATA) converted by the 128/136 bit shift resistor. • Block enable decoder After the BENB (Block enable) 1, 2, and 3 code signals are input, the specified heat timing signal is output. The heat timing signal is divided into eighth.
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MultiPASS C530/C560 Chapter 2: Technical Reference HTO HVH HTI RANK VHG W-HT Temperature Control Heater x 2 Rank Resistor Sub-heater x 2 H ENB <0> <1> Odd ENB Even ENB Heater 1 1 2 1 2 <0> B ENB <1> <2> 3 4 Block Enable Decoder 8 16 128bit Shift Resistor 128bit Latch 1 Delay 17 16 128 HDATA 128bit Tr.
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MultiPASS C530/C560 Chapter 2: Technical Reference 5.3 Printing Signal a) Black BJ cartridge drive control The black BJ cartridge driving control is executed by dividing the head’s 128 nozzles into 8 blocks (16 nozzles each). These blocks are further divided into odd and even blocks (8 nozzles each). The odd blocks eject ink simultaneously, and the even blocks do so as well.
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MultiPASS C530/C560 Chapter 2: Technical Reference c) Color BJ Cartridge (Multi Drop) Drive Control The multi drop type color BJ cartridge’s printhead has 136 nozzles and each nozzle has two heaters located one infront of the other. The printing operation using this multi drop type color BJ cartridge is (dependent/influenced) by how these heaters are controlled. The sequence of ink ejection is as follows.
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MultiPASS C530/C560 Chapter 2: Technical Reference 6. ELECTRIC CIRCUIT 6.1 Component Block Diagram Ink detect sensor Document Document sensor edge sensor Pulse genration circuit AC120V System control section Operation panel unit Real-time clock IC (IC27) Data backup 33 MHz MPU (IC26) Regulator (IC15) ROM 8M bit (IC3) Serial transmission System controller (1/3) (IC4) SRAM 256K bit (IC21) +5V Power supply +3.
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MultiPASS C530/C560 Chapter 2: Technical Reference 6.2 Circuit Board Components a) System control section The system controller is made up of the following components, and controls the entire fax system. This section drive +3.3V voltage from power supply unit. a-1) MPU (Micro Processor Unit) (IC 26) The main functions of the NEC µPD703102GJ-A33-022-8EU(V850) MPU are as follows.
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MultiPASS C530/C560 Chapter 2: Technical Reference a-4) Main ROM (IC3) This 8 Mbit ROM contains the control programs (e.g. operation panel, scanner and communications section etc.) for this fax. a-5) SRAM (IC 21) This 256 Kbit SRAM is backed up by lithium battery. SRAM holds data registered for system control and communications management information. Also, SRAM stores contact sensor LED light-on time data.
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MultiPASS C530/C560 Chapter 2: Technical Reference d) Printer control section This section’s ICs are drive d-1) MPU&Printer controller (IC 100) The main functions of the printer controller are as follows: • Bi-centronics interface • EEP-ROM control • DRAM control • Buffer control • Print head control Also, the printer controller include MPU function are as follows: • 16 bit CPU • 21 bit address bus • 16 bit data bus • Carriage motor/Paper feed motor control The stepping motor controller outputs the carriag
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MultiPASS C530/C560 Chapter 2: Technical Reference 6.3 Flow of Image Signals a) G3 transmission (1) With the LED as a light source, the image is scanned by the contact sensor, and analogue image data sent to the SPCNT board. (2) The System controller IC (Internal UHQ unit) converts analogue image data from the contact sensor to digital image data. (3) The system controller IC converts processed image data from serial data to parallel data, and writes them to the DRAM.
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MultiPASS C530/C560 Chapter 2: Technical Reference b) G3 Reception (1) Image signals received by L1, L2, pass through the hybrid circuit in the NCU, and are amplified. The modem demodulate these images, and writes them to the DRAM. (2) The demodulated image data is generally recorded in DRAM, and after re-encoding is written to DRAM as coded data.
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MultiPASS C530/C560 Chapter 2: Technical Reference c) Color G3 transmission (1) With the LED as a light source, the image is scanned by the contact sensor, and RGB analogue image data sent to the SPCNT board. (2) The System controller IC (Internal UHQ unit) converts analogue image data from the contact sensor to RGB digital image data. (3) The system controller IC converts the RGB image data from serial data to parallel data, and writes them to the DRAM.
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MultiPASS C530/C560 Chapter 2: Technical Reference d) Color G3 Reception (1) Image signals received by L1, L2, pass through the hybrid circuit in the NCU, and are amplified. The modem demodulate these images, and writes them to the DRAM. (2) The JPEG data is converted to Lab data and then converted to RGB data. (3) The 200 dpi RGB data is converted to 360 dpi CMYK print data.
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MultiPASS C530/C560 Chapter 2: Technical Reference e) Color image scan (1) Using the LED as a light source, the image is scanned by the contact sensor, and RGB analogue image data is sent to the SPCNT board. (2) The System controller IC (Internal UHQ unit) converts analogue image data from the contact sensor to RGB digital image data. (3) The system controller IC converts the RGB digital image data from serial data to parallel data, and writes them to the DRAM.
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MultiPASS C530/C560 Chapter 2: Technical Reference 7. COMMUNICATION SYSTEM OPERATIONS 7.1 FAX/TEL Switching This fax is set to automatically switch between fax and telephone, on the same telephone line. If the other party is a fax, the fax is received automatically, and if the other party is a telephone, the alarm in the main unit is rung to alert the user. 7.1.1 Settings (1) Press the Receive Mode button to select the Fax/Tel mode. (2) Set the “FAX/TEL AUTO SW” in RX SETTINGS menu. 7.1.
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MultiPASS C530/C560 Chapter 2: Technical Reference 7.2 Answering Machine Connection This connection is for effective use of an answering machine connected to the extension phone jack. If the other party is a telephone, the answering telephone records the message, and if the other party is a fax, the fax receives automatically. 7.2.1 Settings (1) Connect the answering machine to the extension telephone jack, and set the answering machine to “Answer”.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8. NEW FUNCTION 8.1 High-speed Transmission The image transmission time is reduced drastically compared with the previous models by the V.34 modem (maximum transmission speed 33600 bps) recommended by ITU-T. 8.1.1 V.8/V.34 protocol a) Outline • The V.8 protocol is used as the startup protocol to move to V.34. The V.8 protocol enables connection with fax machines, data modem and equipment using existing V-series modems. The V.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE 1. The V.34 protocol uses ECM. If the ECM SW in user data is set to OFF, the V.8 protocol is not executed. Therefore, the V.34 protocol is not used, and V.17 or a lower protocol is selected. 2. If the transmission speed is set to 14400 bps or lower, the V.8 protocol is not executed and V.17 or a lower protocol is selected. 3. After the V.21 protocol is selected first, it can be changed to V.8 or V.34. (See c-1) ) 4. When the V.
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MultiPASS C530/C560 Chapter 2: Technical Reference b) Typical protocol TX RX CNG Network interaction (Phase 1) (See page 2-39) Connected to the line ANSam V.8 CM CJ JM INFO0c INFO0a A B Q A Q B L1 L2 A B INFO0h Probing (Phase 2) (See page 2-40) Primary channel equalizer training (Phase 3) (See page 2-41) S Q S PP TRN Control channel start-up (Phase 4) (See page 2-41) PPh ALT MPh MPh E flags NSS TSI DCS Control channel (See page 2-42) flags Declares the usable modulation mode.
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MultiPASS C530/C560 Chapter 2: Technical Reference b-1) Network interaction (Phase 1) The V.8 protocol is used as the startup protocol for high-speed modem V.34. The V.8 protocol determines the best modulation method (V-series modem mode) that is available between the transmitter and receiver. • Transmitter AbbreSignal viation Meaning Remarks Calling tone CNG 1100-Hz tone signal specified by T.30 to identify an automaticcalling fax machine.
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MultiPASS C530/C560 Chapter 2: Technical Reference b-2) Probing (Phase 2) The line characteristics are measured and modulation-related parameters, such as symbol rate, are set. • Transmitter Abbreviation Signal Meaning Remarks INFO sequence INFO0c Indicate modem capabilities, such as baud rate and frequency transmission function (two frequency bands used to measure line characteristics), and request adjustment. Transmission speed: 600bps Tone B B Modem synchronization with a 1200-Hz tone signal.
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MultiPASS C530/C560 Chapter 2: Technical Reference b-3) Primary channel equalizer training (Phase 3) Filters, such as equalizers, are trained (adjusted) with the parameters set in phase 2. • Transmitter Abbreviation Signal Meaning S signal S Short training S signal S PP signal PP The other modem uses this signal to train the equalizer. TRN signal TRN The receiver uses this signal to determine the transmission speed. Remarks The phase of S is shifted from the phase of S.
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MultiPASS C530/C560 Chapter 2: Technical Reference b-5) Control channel The conventional T.30 protocol is executed. The transmission speed is 600bps. • Transmitter Signal Abbreviation Meaning Flag flags Maintain synchronization. Non-standard facilities set-up NSS Receive NSF from the other party, select an available mode from it, and instruct reception. Transmitting subscriber identification TSI Report the transmitter telephone number. Digital command signal DCS Instruct the available mode.
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MultiPASS C530/C560 Chapter 2: Technical Reference b-6) Primary channel resyncronization procedure Training is performed with the parameters set in phase 4. The transmission speed is 1200bps. • Transmitter Abbreviation Signal Meaning S signal S Short training S signal S PP signal PP The other modem uses this signal to train the equalizer. Sequence B1 B1 Scramble data frame transmitted at the end of start-up protocol. Remarks The phase of S is shifted from the phaseof S.
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MultiPASS C530/C560 Chapter 2: Technical Reference b-8) Control channel resyncronization procedure (Communication end procedure) Protocol for terminating transmission. The transmission speed is 1200bps. • Transmitter Abbreviation Signal Meaning Sh signal Sh Sh signal Sh ALT signal ALT E sequence E End of procedures PPS-EOP One page is transmitted. Flag flags Maintain synchronization. Disconnect signal DCN Disconnect the line.
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MultiPASS C530/C560 Chapter 2: Technical Reference c) Examples of sequences The signals in the shaded areas are important in the protocol. c-1) Late start Since the receiver cannot detect the CM signal while sending the ANSam signal, it sends the DIS signal containing the "V.8 protocol" declaration. The transmitter sends the CI signal to request the receiver to send the ANSam signal again to move to V.8 protocol. TX RX Connected to the line ANSam NSF CSI (DIS cannot be detected.
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MultiPASS C530/C560 Chapter 2: Technical Reference c-2) Between-page sequence The transmitter sends image data, then the PPS-MPS signal in the same as for the T.30 protocol. The receiver sends the MCF signal to receive the next page.
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MultiPASS C530/C560 Chapter 2: Technical Reference c-3) Mode change The transmitter sends PPS-EOM and the receiver sends the MCF signal. Then the receiver sends the DIS signal and the transmitter sends the DCS signal to change the mode. TX RX Image data Turn-off Sh Q Sh ALT E PPS-EOM Sh Q Sh ALT E flags MCF When Canon fax machines communicate with each other, a special procedure is used, so this protocol is omitted.
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MultiPASS C530/C560 Chapter 2: Technical Reference c-4) Image transmission speed change from the receiver The receiver returns to the PPh signal in response to the Sh signal from the transmitter. The image transmission speed is then determined by the MPh sequence sent from both modems.
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MultiPASS C530/C560 Chapter 2: Technical Reference c-5) Image transmission speed change from the transmitter The transmitter sends image data, and then the PPh signal, and the receiver returns the PPh signal to the transmitter. The image transmission speed is then determined by the MPh sequence sent from both modems.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.2 JBIG Image Compression Encoding Method 8.2.1 Outline of the JBIG image compression encoding method The JBIG Image Compression Encoding Method is recommended in ITU-T T.82/T.85 as a new bi-level (bi-level: White and Black) image compression encoding method developed by JBIG (Joint Bi-level Image experts Group).
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE The characteristics of Progressive Bi-level Image Compression are explained below as a reference. First of all, after the original image has been read in at high resolution, it is converted to low resolution, and this low resolution image data proceeds to be encoded (compressed). On the receiving end, the overall original image can be quickly recognized by the steps in which this low resolution image compression data is received.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.2.3 Encoding method In the JBIG encoding used in the Single Progression Sequential Bi-level Image Compression Method, uses in the encoder shown below to encode to the original the results of comparison of the line currently being processed and the previous line, as well as the predicted value of an image pixel (white or black) used in a model template.
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MultiPASS C530/C560 Chapter 2: Technical Reference b) In the model template, the combination (10-bit pixel pattern) of 10 pixels is output to the arithmetic encoding section using the template shown below (inside the bold outline). All of the 10-bit pixel patterns inside this template exist in the study table.
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MultiPASS C530/C560 Chapter 2: Technical Reference 1 2 3 4 5 6 7 9 10 X 8 1 2 3 4 5 7 8 9 10 X 3-line model template 6 2-line model template Figure 2-34 Positions of Pixels in Model Template Table 2-2 Study Table (Initial values) Hex Dec 000h 0 001h 1 002h 2 003h 3 004h 4 005h 5 3FBh 3FCh 3FDh 3FEh 3FFh Pixel pattern in the model template 1 2 3 4 5 6 7 8 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 1019 1020 1021 1022 1023 1 1 1
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MultiPASS C530/C560 Chapter 2: Technical Reference Example: A brief explanation of how the study table works is given below. It is assumed that each of the model template pixels 1~10 in the image below are white. 1. In this case, the model template pixel pattern is 000h. 2. The predicted value of pixel pattern 000h for pixel "X" is "white," but it is actually black. Thus the prediction is "inaccurate." 3.
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MultiPASS C530/C560 Chapter 2: Technical Reference d) The probability estimation table, published in the ITU-T T.82. Its contents are fixed, differing from those of the study table. NOTE This table shows probability of accuracy/inaccuracy in the form of a range, according to the accurate/inaccurate results of a given status prediction value.
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MultiPASS C530/C560 Chapter 2: Technical Reference The concept of alithmetic encoding is simply explained below. The following assumptions are made in order to make the explanation easy to understand. The probability of accuracy will be 50%, and the probability of inaccuracy will be 50%.*1 The area of accuracy will be MPS, and the area of inaccuracy will be LPS. Position (Binary) 1.000 0.0011 0.111 0.110 LPS Renormalized range 0.101 LPS Range A1 0.100 0.011 LPS 0.010 MPS LPS 0.
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MultiPASS C530/C560 Chapter 2: Technical Reference Next, the encoding for continuos accurate predictions will be simply explained. The assumptions below will be made for easy understanding. The value of an accurate LSZ will be decimal 100*1 in all statuses. Range A will have limits of decimal 8000~10000*2, and when range A is below decimal 8000*3, the lead encoding bit will be pushed out, and the encoded image data will be output.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.2.4 Construction of image data with JBIG image compression encoding Images are encoded in block units called stripes, as shown in the figure below.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.2.5 Explanation of bi-level image header section (BIH) The BIH is shown in the construction figure below. It designates the image size, number of lines per stripe, model template, etc.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.2.6 Explanation and parameters for each symbol used in BIH The 0x of each parameter shows that the following integers are hexidecimal.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.2.7 Explanation of bi-level image data (BID) section BID is as shown in the construction figure below, and consists only of the number of stripes. BID is constructed by the connection of the floating marker code and the section which includes the actual image data encoded with JBIG image compression encoding, called SDE (Stripe Data Entity).
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MultiPASS C530/C560 Chapter 2: Technical Reference COMMENT (Private comment: 0x07) An optional comment may be added. ESC 0x07 Lc:Comment length NEWLEN (New length: 0x04) Redefine the document length. Only usable when VLENGTH=ON. ESC 0x04 YD:Document length RESERVE (Reserve: 0x01) Only usable for characteristic use.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.3 Color Scanning Ability 8.3.1 Contact sensor specifications Effective reading width 214 mm Effective number of picture elements (pixels) 2552 pixels Scanning rate When color scanning When color copying 30~600 dpi: 9.9 ms / line 360 dpi fixed: 9.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.3.2 Reading color documents When scanning a line of a color document, the LED’s are sequentially lit: first Red, then Green, then Blue. The corresponding image data of the line are then read and stored to memory. The Red, Green and Blue LED’s are mounted on the white LED board at the right side of the contact sensor. The light emitted from the LED’s passes through the optical guide, where it is reflected, gathered, and projected at the document.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.4 MultiPASS Function Installation of the enclosed “MultiPASS Desktop Manager for Windows” into a PC allows MultiPASS to use the main unit as a scanner, printer, PC fax, plain paper fax, and copy machine. 8.4.
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MultiPASS C530/C560 Chapter 2: Technical Reference Paper Types Plain paper Bubble Jet paper (Canon LC-301) High resolution paper (Canon HR-101/101S) Glossy photo paper (Canon GP-201) Transparencies film (Canon CF-102) Back print film (Canon BF-102) High Gloss film (Canon HG-101) Fabric Sheets (Canon FS-101) Envelopes (U.S. Commercial No.10, European DL) Line Feed Speed Approx. 150 ms/line (with 128/360 inch line feed) Printing Speed Color BJ cartridge BC-21e (color printing) : 2.0 pages/min. (HS), 1.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.4.2 Bi-directional centronics interface a) Specifications This parallel interface performs data transmission 8 bits (1 byte) at a time, and conforms to TTL.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.5 Color Communications A scanner capable of color scanning and a printer capable of color printing are combined, and a color document is transmitted/received. Communication procedures are basically the same as conventional ECM communications procedures, but the JPEG compression encoding method used in the compression of color images is adopted as the compression method.
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MultiPASS C530/C560 Chapter 2: Technical Reference NOTE CIELAB color spacing In the JPEG compression used in G3FAX, it is necessary to compress/decompress images with color spacing called L*, a*, b*. CIELAB is defined color spacing by CIE (Commision Internationale de l'Eclairage). It is the space which holds the optically near-equivalent and distinguishable difference in the interval between points of equal space.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.5.2 The JPEG encoding method The JPEG encoding method (called JPEG below) originated from the group named "Joint Photograph coding Experts Group," which is a technical organization formed by ISO and ITU-T, and is an encoding method which is widely popular in the computer world as a method of compressing full color still image data. As an outline, JPEG processing compresses images in 3 levels: DCT conversion, quantification, and entropy compression.
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MultiPASS C530/C560 Chapter 2: Technical Reference The characteristics of the JPEG method which are used in ITU-T color communications are shown below. (1) Can effectively compress data for natural images to that the image quality is minimally affected. (2) Little noise appears on the boundaries of such images as images and text with borders, monochrome illustrations, etc., and artificial images with clear contrast. (3) Color spacing adopted from the CIELAB method.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.5.3 Image processing outline (1) Images scanned by the color contact sensor are read into memory as RGB data. (2) The read RGB data undergoes color transformation processing, and is converted to L*a*b* data. Also, after this processing, it is changed into 16x16dot elements called MCU.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.5.4 ITU-T color transmission protocols The general protocols for ITU-T color transmission are shown below.
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MultiPASS C530/C560 Chapter 2: Technical Reference The receiving side declares with the DIS signal that it has the ability to communicate in color conforming to the ITU-T standards and that it supports the JPEG encoding method. After confirming the receiving machine's ability to communicate in color, the transmitting side gives instructions to receive as a JPEGcompressed color image with DCS.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.5.6 Operations where other machine does not have color communications ability When sending a color FAX where the other machine does not have color communications ability, this machine informs the user by displaying "TRY AGAIN IN B/W" (#085). In other words, it judges whether or not the other machine can receive in color according to the DIS from the receiving machine. It does not automatically switch to BW and re-send.
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MultiPASS C530/C560 Chapter 2: Technical Reference 8.5.8 Specifications for Color Communications The operations for color communications shown below are specifications, so please take care when fielding questions from users. Transmission Specifications · Even if the Color/Black button is pressed and the display changed between pages during transmission, pages of BW images and pages of Color images cannot be mixed. · Image transmission of JPEG grayscale is not possible.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 1. MAINTENANCE LIST 1.1 Consumables Level User Service Technician Consumable BJ cartridge (BC-20/BC-21e/BC-22e) When When “CHANGE CARTRIDGE” is displayed or when ink has run out. INK cartridge (BCI-21 Color /BCI-21 Black) When using BC-21e, and either the “YMC color” or “Black” ink cartridge has run out. None 1.2 Cleaning For the cleaning procedure, see 2. HOW TO CLEAN PARTS on page 3-4.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 1.3 Periodic Inspection None 1.4 Periodic Replacement Parts None 1.5 Adjustment Items The following adjustments must be made on this fax. For the adjustment procedure, see 3. ADJUSTMENT on page 3-6. Item CS LED lights-on duration adjustment Vertical Alignment adjustment When When the SPCNT board, or the lithium battery, or the contact sensor are replaced. Also, when the color or brightness of the copy image or transmission image is not normal.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 1.6 General Tools Tool Phillips screwdriver Flat bladed screwdriver Precision Phillips screwdriver Precision flat bladed screwdriver Tweezers Isopropyl alcohol (IPA) Pliers, needle nose Use Removing/inserting screws Removing/inserting screws Removing/inserting screws Removing plastic tabs Removing coil spring Cleaning the cleaning location Driving retaining ring 1.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 2. HOW TO CLEAN PARTS 2.1 Main Unit Outer Covers Wipe with a dry, soft cloth. 2.2 Separation Roller Open the operation panel, and wipe with a dry, soft cloth. 2.3 Document Feed/Eject Roller Open the operation panel, and wipe with a dry, soft cloth. 2.4 Separation Guide Open the operation panel, and wipe with a dry, soft cloth. 2.5 Scanning Glass (Contact Sensor) Open the operation panel, and wipe with a dry soft cloth. 2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service Separation guide White sheet Printer platen Separation roller Document eject roller Scanning glass Document feed roller Figure 3-1 Cleaning Location 3-5
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 3. ADJUSTMENT 3.1 CS LED Lights-on Duration Adjustment a) Overview This adjustment is used to eliminate uneven scanning which can result from variations in light intensity between individual LED’s. Performing the adjustment will therefore have an effect on scanned and copied images. The adjustment value is registered in an SRAM IC which has lithium battery back-up and will not be lost even if power is turned off.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 3.2 Vertical Alignment Correction a) Overview Vertical alignment during bi-directional printing can be corrected by adjusting the print starting position. No tools are required for this adjustment. b) Printing the test pattern Follow the procedure below to print out the test pattern. Function Set Data Registration Set BA PATTERN PRINT BJ ADJUST # Printing the Test Pattern.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service ⇐Misalignment Direction : "LEFT" 2 dot 1 dot Misalignment Direction : "RIGHT"⇒ 1 dot 0 dot 2 dot Printout of 1st line Printout of 2nd line Printout of 3rd line ⇐ ⇒ ⇐ Center Figure 3-5 Correct Test Pattern d) Correction procedure The misaligned vertical lines in the middle, shown in Fig. 3-6, are described below. (1) Check the correction direction for the 2nd line, and check the dot count.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service Function Set Data Registration COLOR Set BJ ADJUST # SHQ2 Set LEFT0 COLOR Set COLOR Set Set DATA ENTRY OK HQ HQ DATA ENTRY OK For this example, enter 4 with the numeric keypad and select RIGHT with . Set Set SHQ2 Set LEFT0 SHQ Set DATA ENTRY OK For this example, enter 6 with the numeric keypad and select RIGHT with . HS Set DATA ENTRY OK HS Set LEFT0 BA PATTERN PRINT Test Pattern output.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 4. TROUBLESHOOTING 4.1 Troubleshooting Index For troubleshooting, use the troubleshooting index below to investigate the cause of the problem and refer to the specified page for countermeasures. Problem • General errors Page 3-24. • The unit does not power on. (Evaluation criteria: Look at the unit in question.) • The display looks abnormal. (Evaluation criteria: Check it with the operation panel test.) • The buttons do not work.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 4.2 Errors Shown on the Display 4.2.1 User error message Look for the applicable error message and execute the appropriate countermeasures. "BUSY/NO SIGNAL" (#005/#018) Cause: The receiving fax did not answer within 35 seconds. (T1 timer over) Solution: Contact the other party and have them check their fax.You can try to send the document manually. For an overseas call, add pauses to the registered number.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service "CARTRIDGE JAMMED" Printing position correction failed Cause: Carriage movement prevented by one of the following. Damaged shaft. Parts deformed. (Carriage or guide frame) Insufficient grease. Countermeasure: Replace the shaft. Replace the deformed parts. Apply more grease. Cause: Bi-directional print displacement correction failed because the carriage motor is out of step, or some similar reason. Countermeasure: Replace the carriage motor.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service "CHANGE CARTRIDGE" (#052) Cause: The BJ cartridge has run out of ink. Solution: Replace the BJ cartridge. "CHECK DOCUMENT" (#001) Cause : Document jam. This is displayed when the document sensor detects paper, but the document edge sensor cannot detect the leading edge of the document with 15 seconds from the start of the feed operation. Solution: Clear the document jam.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service "DATA ERROR" Cause: Solutions: The registration data in the SRAM was destroyed and a checksum error occurred due to a dead lithium battery or SRAM failure. (1) Press the Set button, and turn the power off and on again. (2) Replace the lithium battery. (3) Replace the SPCNT board. "DOC. TOO LONG" (#003) Cause: The document is longer than 39.4"(1m). Solution: Use a copy machine to make a reduced copy of the document. Then send again.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service "NO ANSWER" (#005) Cause: The receiving fax machine does not answer. Solution: Make sure you dialed the correct number. Try again later. "NO RX PAPER" (#012) Cause: The receiving fax machine declares no paper in DIS, or its memory is full. Solution: Contact the other party, and ask them to put paper in their machine, or to clear their fax machine's memory.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 4.2.2 Error codes a) Service error code output When service data #1 SSSW SW01 bit 0 is set to “1”, then service error codes are printed on the activity management reports, reception result reports and error transmission reports, when communication ends in an error. Also, the following is displayed, when an error occurs. TX/RX No.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service • EPT (Echo Protect Tone) Change service data #1 SSSW SW03 bit 1. Bit 1:1 Transmit an echo protect tone. 0 Not transmit an echo protect tone. • Adjust NL equalizer. Set service data #2 MENU Parameter No.05 to “ON”. • Reduce the transmission start speed. Reduce the transmission speed by changing user data “SYSTEM SETTINGS” “TX START SPEED”. • Loosen the TCF judgment standard. Not available for this fax. • Loosen the RTN transmission conditions.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service c) ERROR CORD LIST for MultiPASS C530/C560 New error codes indicate "new" in this list. C-1) User error code No.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service No. ##283 ##284 ##285 ##286 ##287 ##288 Tx or Rx [ TX ] [ TX ] [ TX ] [ TX ] [ TX ] [ TX ] ##289 [ TX ] ##290 [ TX ] • Printer error codes No.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service • ECM mode error codes No.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service No.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service d) Recovery methods for codes indicated as “New” Note, however, the following supplementary information, as the machine requires different actions than the existing models to correct: ##085 Other party does not support ITU-T Color Faxing Solution: (1) Try sending again in black & white. (2) Check the received fax machine’s setting for color faxing is available.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 4.3 Errors not Shown on the Display 4.3.1 General errors • The unit does not turn on. (Evaluation criteria: Look at the actual unit.) (1) Check the power cord connection. (2) Check the connection between the SPCNT board (J33) and power supply unit. (3) Check the power supply unit's fuse (F1). (4) Replace the power supply unit. • The display looks abnormal. (Applicable test mode: Operation panel test) Nothing is displayed.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 4.3.2 Printing problem • Faulty printing (Evaluation criteria: Test print is no good.) • The paper is not fed correctly. (Evaluation criteria: Look at the actual unit.) The Paper feed motor does not run. (1) Check the connection from the paper feed motor to the SPCNT board (J4). (2) Check the paper feed motor's resistance. 47 Ω/1 phase is normal. (Fig. 3-9) (3) Replace the paper feed motor. (4) Replace the SPCNT board.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service • Printing quality error (Evaluation criteria: Check the test print image's faults.) • Print is not clear (1) Paper has a correct side for printing. If the print quality is not as clear as you would like it to be, try turning the paper over and printing on the other side. • Blurred or smudged characters (1) If the printed characters are blurred or smudged, make sure you are using the recommended paper.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 4.3.3 Scanning problem • Faulty scanning (Evaluation criteria: Test print is good, but the copied image is no good.) • The document is not fed. The document feed motor does not run. (Evaluation criteria: Check it visually.) (1) Check the connection from the document feed motor to the SPCNT board (J10). (2) Check the document feed motor's resistance. 15 Ω/1 phase is normal. (Fig. 3-9) (3) Replace the document feed motor. (4) Replace the SPCNT board.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service • The reading image is abnormal. (Evaluation criteria: Check the copy image's faults.) Nothing is printed. (1) Check the connection between the contact sensor and SPCNT board (J31). (2) Clean the white sheet. (2) Replace the contact sensor assembly. (3) Replace the SPCNT board. The image has vertical stripes. (1) Clean the contact sensor's reading glass. (2) Clean the white sheet. (3) Check the connection between the contact sensor and SPCNT board (J31).
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 5. SERVICE SWITCHES 5.1 Hardware Switches There is no service hardware switch on the Circuit board. 5.2 Service Data Setting Service data can be checked and changed with items on display menus. The default values of the SSSW/ parameters available in this fax machine are shown in this Chapter, 5.2.3 Service data setting in this manual.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #8 CLEAR (data initialization mode) Various data are initialized by selecting one of these setting items. There is a setting item for checking/ inputting the total number of pages printed and total number of pages scanned by this fax. #9 ROM (ROM management) ROM data such as the version number and checksum are displayed. 5.2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 5.2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #2 MENU (Menu switch settings) 01: 02: 03: 04: 05: Not used Not used Not used Not used NL equalizer setting ON OFF 06: DIAL SERVICEMAN OFF Line monitor setting 07: 10 (-10dBm) (0~15) (8~15) Transmission level setting (MultiPASS C560) (MultiPASS C530) 08: 3429 (baud) 3200 3000 2800 2743 2400 V.34 Baud rate (MultiPASS C560 only) 09: 33.6 (Kbps) (2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #3 NUMERIC Param.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service NOTE #3 NUMERIC PARAM.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #4 NCU (NCU settings) #5 TYPE TONE/PULSE DIAL TONE 2nd DIAL TONE BUSY TONE 0 BUSY TONE 1 REORDER TONE MULTI AUTO RX CNG DETECT SPECIAL RKEY PBX DIAL TONE PBX BUSY TONE U.S.A (Type setting) #6 GENESIS (UHQ) (Genesis function settings) Bit SW SLICE GAMMA Figure 3-15 Service Data (page 4) #4 NCU (NCU settings) The values of these items are all set to match a specific nation’s communications standards by the #5 TYPE setting.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #7 PRINTER 1. SSSW (Printer function settings) Bit SW01 SW02 SW03 SW04 SW05 7 – – – – – 6 – – – – – SW06 – – SW07~10: SW11 – – SW12 – – SW13~20: SW20 2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #8 CLEAR (Data initialization mode TEL USER SW settings) SERVICE SW NCU SERVICE DATA REPORT COUNTER ALL #9 ROM (ROM management) USA-06-05 990603 7B65 FFFF TEST MODE (See page 3-45) BJ ADJUST (See page 3-7) A PATTERN PRINT CHANGE VALUE Dialling data initialization User data and service data #1 to #3 initialization User data and service data #1 to #3 and #6 to #7 initialization #4 NCU setting data initialization Data on system dump list initializ
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 5.2.4 Explanation of service data Bi t7 Bi t6 Bi t5 Bi t4 Bi t3 Bi t2 Bi t1 Bi t0 a) SSSW (Service Soft Switch settings) The items registered and set by each of these switches comprise 8-bit switches. The figure below shows which numbers are assigned to which bits. Each bit has a value of either 0 or 1. SW01 0 0 0 0 0 0 0 0 Figure 3-18 Bit Switch Display See the chart in the service data shown in this Chapter, 5.2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 5.2.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service [Bit 3] Select whether to declare the V.8 protocol in DIS signal for reception (mainly caller manual transmission). If NO is selected, the V.8 protocol cannot be used because it is not declared in DIS signal. [Bit 4] Select whether the receiver falls back during V.34 reception. If OFF is selected, the receiver does not fall back. #2 MENU No. 08 09 Function V.34 max. baud rate V.34 max.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #3 NUMERIC PARAM (numeric parameter settings) No. Function Selecting range 10 T0 Timer 0~9999 11 T1 Timer (Rx) 0~9999 13 Maximum time to receive 500~3000 one line of image data Default setting 5500 (55 second) 3500 (35 second) 1300 (13 second) [Parameter 10] The "wait time after transmission of a dialing signal ends until a significant signal is detected in transmission" was set as T1 timer with parameter 10.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service #7 PRINTER (printer function settings) 2. NUMERIC PARAM. No. Function 05 Trailing edge margin for black&white copy & FAX 13 Trailing edge margin for color copy & color FAX Selecting range 0 ~ 9999 Default setting 7 ( 7 mm) 0 ~ 9999 21 ( 21 mm) [Parameter 07] Sets the bottom margin for B/W printing (Copy & Fax). This parameter also sets the margins when PRINT AGAIN in user data is set to SMALLER for color printing.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6. TEST FUNCTIONS 6.1 User Test Print Functions User enabled Test print functions are as follow. 6.1.1 Nozzle check Execute cleaning if this test printing shows each nozzle condition such as no ejection, unclear or unstable etc. If the printing does not improve even after the cartridge is cleaned five times, replace the BJ cartridge or the ink cartridge.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6.2 Service Test Functions The fax functions for testing individual operations, such as below. See Page 3-45 for details of entering the test mode. To leave the test mode, press the Function button, and then Clear button. 6.2.1 Test mode overview Test mode can be executed by following the menu items from the display. a) DRAM tests Writes data to DRAM image storage areas and reads that data to check operations.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6.2.2 Test mode flowchart TEST MODE ‘ * ’ indicates that these items are not used in the field.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6.2.3 D-RAM tests Pressing the 1 button from the test mode menu selects the D-RAM tests. D-RAM Test 1 writes data to the entire D-RAM region and reads it out to check that operations are correct. D-RAM Test 2 just reads data at high speed. Operating 1:D-RAM 7008K ✽✽✽. . . . .
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6.2.5 PRINT test Pressing the 3 button from the test mode menu selects the print test. This test prints various patterns. For servicing, use the 3-7: CHECKERS pattern (press the 7 button from the print test menu). The other patterns are not to be used since they are for development and factory personnel. End this test by pressing the Stop button.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service Figure 3-24 Print Pattern Sample 3-48
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6.2.6 Modem and NCU tests These tests test modem and NCU transmission and reception. The modem tests check whether signals are sent correctly from the modem by comparing the sound of the signals from the speaker with the sounds from a normal modem. Also, you check on the display whether or not the modem correctly detected received tone signals and DTMF signals. End this test by pressing the STOP button.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service b) G3 signal transmission test The G3 signal transmission test menu is selected by pressing the 4 button from the MODEM NCU test menu. The G3 signals below are sent from the modem using the modular jack and the speaker. The frequency can be changed with the numeric buttons.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service c) V.34 G3 signal transmission test (MultiPASS C560 only) The V.34 G3 signal transmision test menu is selected by pressing the 8 key from the MODEM NCU test menu. The V.34 G3 signals below are sent from the modem using the modular jack and the speaker by pressing the start key. The Baud rate can be changed with the numeric keys, and the Speed can be changed with the search keys.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6.2.7 Faculty tests The faculty tests are selected by pressing the 6 button from the test mode menu. These tests test the following faculties of this fax. Test type Sensor tests Operation panel test Line signal reception test Overview Test whether the sensors are operating correctly. Tests whether the button switches on the control panel are operating correctly. Tests whether the NCU board signal sensor and frequency counter are operating correctly.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6-3 : SENSOR Pressing the 1 key.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service b) Operation panel tests The operation panel test is selected by pressing the 7 button from the faculty test menu. In this test, check that the display, LED lamps, and buttons on the control panel are operating correctly. b-1) Display test Pressing the Start/Scan button from the control panel menu, “H” is displayed 16 characters by 1 line on the display. The next time the Start/Scan button is pressed, all the LCD dots on the display are displayed.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 6-7:OPERATION PA Press Start/Scan button. H pattern displayed HHHHHHHHHHHHHHHH Press Start/Scan button. All LCD dots displayed Press Start/Scan button. All LED lamps light up. LED TEST Press Start/Scan button. 123456789 When a button is pressed, the corresponding character goes out. 0 When the entire display has gone out When a one-touch speed dialing key is pressed, the corresponding letter goes out.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service c) Line signal reception test The line detect test menu is selected by pressing the 9 button from the faculty test menu. This test checks the operation of the NCU signal sensor and frequency counter. In Menu 1, the CI, status can be detected and in Menu 2 the frequency can be detected at changing detection levels. In this way, you can check if the NCU board is correctly detecting signals.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 7. SERVICE REPORT 7.1 Report Output Function 7.1.1 User report output functions The fax can output user reports manually by user operation, or automatically, according to user data settings. a) Manual output of reports by user operation Report type SPEED DIAL LIST One-touch dial list Operations Press Function button, press Report button, then select the report type, and press Set button.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service c) Reports output automatically Memory clear report The fax automatically outputs a memory clear report when the power is turned on after a power cut.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 7.1.2 Service report output functions The fax outputs service data setting status, past communications history reports. a) List of service reports The fax outputs the service reports shown below. Report type 1. System data list 2. System dump list 3. System data list & System dump list Operations In the service mode, press the Report button then select the report type, and press the Set button.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service a-1) System data list This list shows service data #1~#5, #7, #9 setting statuses. The following is a sumple list for the MultiPASS C560. (The list for the MultiPASS C530 does not contain V.8/V.34-related items.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service Figure 3-29 System Data List (page 5 ~ page 6) “START DATE” records the date when the fax performs its first transmission, after shipment from the factory.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service a-2) System dump list This list shows the past communications statuses and error communications history. The following is a sample list for the MultiPASS C560. (The list for the MultiPASS C530 does not contain V.8/V.34-related items.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service CLEAR DATE : Date on which data was initialized with service data #8 CLEAR, ALL RX/TX : Total number of receptions/transmissions A4/B4/A3/LTR/LGL : Total number of pages transmitted and received for each document size 33600 bps(C560)/14400 bps (C530)~2400 bps : Total number of pages transmitted and received for each modem speed STD/FINE/SUPER/ULTRA : Total number of pages transmitted and received for each mode MH/MR/MMR/JBIG/JPEG : Total number of pages
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MultiPASS C530/C560 Chapter 3: Maintenance & Service Figure 3-31 System Dump List (2/2) ##nnn START TIME OTHER PARTY MAKER CODE : Service error code : Communication start date and time (on 24 hour clock) : Telephone number sent from other party : Maker code (For details, see Chapter 4: MAKER-CODE on page 4-7) [1000 1000] Indicates a Canon fax lower nibble upper nibble RCV V.8 FRAME : Received V.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service a-3) Service activity report (sending/receiving) Figure 3-32 Service Error Tx Report Header TX/RX NO CONNECTION TEL (OTHER PARTY) SUBADDRESS CONNECTION ID START TIME USAGE TIME PAGES : OK, NG messages : Indicates four digits of the transaction number : Number sent from the other party or number dialled (lower 20 digits) : Subaddress number sent from the other party : ID sent from the other party, if the other party is a Canon fax : Communication start
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MultiPASS C530/C560 Chapter 3: Maintenance & Service Figure 3-33 Service Error Activity Report (receiving) Header TX/RX NO CONNECTION TEL (OTHER PARTY) SUBADDRESS CONNECTION ID START TIME USAGE TIME PAGES : OK, NG messages : Indicates four digits of the transaction number : Number sent from the other party or number dialled (lower 20 digits) : Subaddress number sent from the other party : ID sent from the other party, if the other party is a Canon fax : Communication start date time (on 24-hour display) :
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 8. WIRING DIAGRAM 8.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service 8.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service *1 Data transmission syncronizing signal (Forward direction) *2 Data transmission syncronizing signal (Reverse direction) *3 Data reception completion signal (Forward direction) *4 Data transmission direction change response signal *5 Extension request response signal *6 Data reception completion signal (Reverse direction) *7 Data transmission direction change request signal SPCNT board (J3) ← → Carriage ribbon cable ass'y J1 1 2 3 4 5 6 7 8 9 10 11 —
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MultiPASS C530/C560 Chapter 3: Maintenance & Service SPCNT board (J4) ← → Paper feed motor J4 1 2 3 4 5 → → → → → motor — — — — — Signal name LFB* LFA* VM LFA LFB Description Phase -B Phase -A Motor drive voltage (+24V) Phase A Phase B SPCNT board (J5) ← → Speaker J5 1 2 → → speaker — — Signal name SPV01 SPV02 Description Speaker drive Speaker drive SPCNT board (J6) ← → MODEM board (J6) J6 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 — — — — — — — — — — — — —
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MultiPASS C530/C560 Chapter 3: Maintenance & Service SPCNT board (J9) ← → Operation panel unit (J1) J9 1 2 3 4 5 6 7 8 9 10 11 12 13 — ← ← ← ← ← ← → → → → → → J1 13 12 11 10 9 8 7 6 5 4 3 2 1 Signal name DGND KI00 KI01 KI02 KI03 KI04 KI05 RS SOD ECLK CLK374 +5V +5V Description Ground Key sense signal Key sense signal Key sense signal Key sense signal Key sense signal Key sense signal LCD control signal LCD and LED serial data signal LCD write signal Clock signal Logic drive voltage Logic drive voltage
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MultiPASS C530/C560 Chapter 3: Maintenance & Service SPCNT board (J33) ← → Power supply unit (CN101) J33 1 2 3 4 5 ← ← — ← — CN101 1 2 3 4 5 Signal name +3.
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MultiPASS C530/C560 Chapter 3: Maintenance & Service MODEM board (J7) ← → NCU board (J2) J7 1 2 3 4 5 6 — → → — → ← J2 6 5 4 3 2 1 Signal name AGND +12VA +12VA AIN TX RX Description Ground Sensor LED drive voltage Sensor LED drive voltage Line monitor signal Telephone line transmision signal Telephone line reception signal NCU board (J10) ← → Modular board (J2) J10 1 2 3 4 5 — — — — — J2 5 4 3 2 1 Signal name L1 L2 — T11 T12 Description Line for extension telephone Line for extension telephone Not
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MultiPASS C530/C560 Chapter 4: Appendix 1. INSTALLATION REFERENCE This machine has been designed for user installation. Therefore, this manual contains only an outline description of the procedures. For details of the installation, see the USER'S GUIDE. 1.1 Setting up • Choosing a Location for Your MultiPASS • Do you have everything? Check that nothing is missing when the unit is unpacked. • Removing shipping materials Peel off all strips of tape from the unit.
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MultiPASS C530/C560 Chapter 4: Appendix 2. USER DATA FLOW 2.1 USER DATA FLOW (by Operation Panel) Press the Function button, then press the Data Registration button. Function button + Data Registration button DATA REGISTRATION 1.
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MultiPASS C530/C560 Chapter 4: Appendix 2. REPORT SETTINGS TX REPORT PRINT ERROR ONLY RX REPORT ACTIVITY REPORT PRINT WITH IMAGE OUTPUT YES PRINT WITH IMAGE OUTPUT NO PRINT ERROR ONLY OUTPUT YES OUTPUT NO AUTO PRINT ON OFF ON OFF ON OFF 3. TX SETTINGS ECM TX MID PAUSE SET AUTO REDIAL TIME OUT ON OFF 02 SEC. (01~15 SEC.) ON REDIAL TIMES OFF REDIAL INTERVAL ON OFF 02 TIMES (01~10 TIMES) 02 MIN. (02~99 MIN.) 4.
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MultiPASS C530/C560 Chapter 4: Appendix FAX/TEL AUTO SW INCOMING RING MAN/AUTO SWITCH RING START TIME F/T RING TIME DEFAULT ACTION 06 SEC. (00~30 SEC.) 015 SEC. (015~300 SEC.) RECEIVE DISCONNECT OFF ON 02 TIMES (01~99 TIMES) OFF ON 15 SEC. (01~99 SEC.) REMOTE RX ON OFF MEMORY RX ON OFF COLOR RX ON OFF 25 (00~99) 5. PRINTER SETTINGS RX REDUCTION PAPER SIZE ECONOMY PRT COLOR COPY MEDIA BOTTOM MARGIN ON REDUCE DIMENSION OFF LTR LGL A4 OFF ON PLAIN PAPER HIGH RES.
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MultiPASS C530/C560 Chapter 4: Appendix 6.
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MultiPASS C530/C560 Chapter 4: Appendix 2.2 Memory Reference Function Flow Function button + Memory Reference button DOC. MEMORY LIST PRINT DOCUMENT DELETE DOCUMENT FILE PRINT SET PRINTING DOC. MEMORY LIST TX/RX No. XXXX TX/RX No.
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Figure 4-6 Maker Code 4-7 1010 1011 1100 A B C 1111 1001 9 F 1000 8 1101 0111 7 1110 0110 6 E 0101 5 D 0100 4 0010 2 0011 0001 1 3 0000 0 Hexadecimal notation Binary notation Upper nibble 0001 0000 MURATA OKURA LOGIC SYSTEM INTER. NEC MITSUBISHI IWASAKI (DEX) TOSHIBA 0010 2 ANRITSU MASTER NET 1 0 Hexadecimal notation Binary notation Lower nibble 0011 3 0101 5 HITACHI TELECOM TECH.
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MultiPASS C530/C560 INDEX Carriage motor ••••••••••••••••••••••••••••• 1-26 2-12 2-25 3-25 3-68 Carriage ribbon cable•••••••••••••••••••••• 1-49 CIE •••••••••••••••••••••••••••••••••••••••••••• 1-3 2-70 CIELAB •••••••••••••••••••••••••••••••••••••• 1-3 2-70 Cleaning •••••••••••••••••••••••••••••••••••• 1-38 2-14 Color communication ••••••••••••••••••••••• 1-3 2-69 Color copy•••••••••••••••••••••••••••••••••••• 1-9 Color scanning ability ••••••••••••••••••••• 2-64 Communications specifications ••••••••••••
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MultiPASS C530/C560 INDEX 3-68 Document feed lever •••••••••••••••••••••••• 2-4 2-5 Document feed motor ••••••••••••••••••••• 1-25 2-1 3-68 Document feed roller •••••••••••••••••••••• 1-24 2-1 Document feed section •••••••••••••••••••••• 2-3 Document jam ••••••••••••••••••••••••••••••• 2-5 Document sensor (DS) •••••••••••••••••••••• 2-2 2-4 2-25 3-68 Document stopper ••••••••••••••••••••••••••• 2-4 DRAM •••••••••••••••••••••••••••••••••••••• 1-54 2-27 2-28 DRAM test ••••••••••••••••••••••••••••••••• 3-46 E
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MultiPASS C530/C560 INDEX MODEM IC •••••••••••••••••••••••••••••••• 2-27 MPU (Micro processor unit) •••••••••••••• 2-26 2-28 MultiPASS function ••••••••••••••••••••••• 2-66 R Reception image data•••••••••••••••••••••• 1-54 Recommended paper •••••••••••••••••••••••• 1-6 Remote reception •••••••••••••••••••••••••• 1-10 ROM •••••••••••••••••••••••••••••••••••••••• 2-25 2-27 2-28 ROM-version display•••••••••••••••••••••• 3-58 N NCU board ••••••••••••••••••••••••••••••••••• 2-2 2-25 3-68 3-73 3-74 NL equalize
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MultiPASS C530/C560 INDEX U User data flow•••••••••••••••••••••••••••••••• 4-2 User error codes ••••••••••••••••••••••••••• 3-18 User report ••••••••••••••••••••••••••••••••• 3-58 V V.8/V.