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Sharp AR-C360P Service Manual
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Sharp AR-C360P Service Manual

Sharp AR-C360P Service Manual

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SERVICE MANUAL

COLOR LED PRINTER
MODEL
SHARP CORPORATION
AR-C360P
This document has been published to be used for
after sales service only.
The contents are subject to change without notice.
11. 01.2005

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Summary of Contents for Sharp AR-C360P

  • Page 1: Service Manual

    SERVICE MANUAL COLOR LED PRINTER MODEL AR-C360P 11. 01.2005 This document has been published to be used for SHARP CORPORATION after sales service only. The contents are subject to change without notice.
  • Page 2 Document Revision History Revision In-Charge Ver. Date Page Changes Rev. 1...
  • Page 3 Sharp Electronics Corporation. • Errors may be crept into the document. Sharp assumes no responsibility for any damage resulting from, or claimed to be the results of, those repairs, adjustments or modifications to the printers which are made by users using the manual.
  • Page 4 In order to use the product with safety In order to use the product with safety, make sure to read the user's manual (this manual) before using the product. General Caution Do not touch the safety switch of the internal parts of the printer. Electric shock may occur due to the occurrence of high pressure.
  • Page 5 Do not go near an ejection area while the power is on and in printing. You may get injured. Rev. 1...

  • Page 6: Table Of Contents

    Table of contents Configuration ....................10 System Configuration ....................10 Printer Composition ...................... 11 Optional Composition ....................12 Specifications ....................... 14 Descriptions of Operations................16 Main Control PCB ......................17 Engine Control PCB (S2V PWB) ................20 Power Unit ........................21 Mechanical process ..................... 22 2.4.1 Electrophotographic Processing Mechanism ..........
  • Page 7 4.3.10 Eject-Assy ....................... 77 4.3.11 Motor-Pulse-Belt and Sensor-Resist-Assy ............78 4.3.12 FDR Unit-MPT ....................79 4.3.13 FDR Unit-Resist ....................80 4.3.14 Duct Assy ......................81 4.3.15 HV-Assy ......................82 4.3.16 Power Unit ......................83 4.3.17 Low Voltage Power Source Assy and Motor-FAN ........... 84 4.3.18 Belt-Assy ......................
  • Page 8 Malfunction Repair Procedure ..............122 Precautions Before Repairs ..................122 Items to Check Before Remedying Abnormal Image ..........122 Precautions Before Remedying Abnormal Image ............ 122 Troubleshooting Preparations ..................122 Troubleshooting ......................122 7.5.1 LCD Message List ..................123 7.5.2 Preparing for Troubleshooting ............... 133 7.5.3 Troubleshooting With Abnormal Image ............
  • Page 9 Rev. 1...

  • Page 10: Configuration

    CONFIGURATION System Configuration Figure 1-1 illustrates the System Configuration of this printer. 10 / Rev. 1...

  • Page 11: Printer Composition

    Printer Composition The internal part of the printer consists of the following parts. • Digital Photo Processor • Paper Travel Path • Control Unit (CU and PU) • Operation Panel • Power Source (High Voltage Area/Low Voltage Area) Figure 1-2 illustrates the printer composition. Figure 1-2 11 / Rev.

  • Page 12: Optional Composition

    Composition This printer comes standard with the following options. Double-Side Printer Unit Large-Volume Paper Tray Additional Memory: 512MB Internal Harddisk 12 / Rev. 1...
  • Page 13 Finisher Unit (AR-C36TF) 2/3 Hole Punch Unit (AR-C36HP) (No Image) 13 / Rev. 1...

  • Page 14: Specifications

    Specifications Dimensions (H × W × D): 462 mm × 640 mm × 615 mm Weight: 65 kg Paper Paper Type: Regular paper and transparency (Recommended: ML OHP01) Paper Size: Post Card, Legal 13”or 14”, Executive, A4, A5, B5, A6, A3, A3 Nobi, B4 (However, A6 and Post Card:1stTray and Front Feeder only)
  • Page 15 (12) Temperature and Relative Humidity Temperature Temperature Conditions Temperature Temperature Remarks (°F) (°C) 17 to 27 °C (Temperature Operating 50 to 89.6 10 to 32 guaranteeing full-color print quality) Not Operating Power OFF 32 to 109.4 0 to 43 Storage (1 Year Max) -14 to 109.4 -10 to 43 Drum and Toner: Yes...

  • Page 16: Descriptions Of Operations

    16 / Rev. 1...

  • Page 17: Main Control Pcb

    Main Control PCB Main Control PCB (ASP-PWB) (1200dpi) Figure 2-2-1 illustrates the block diagram of the Main Control PCB (ASP PWB). Figure 2-2-1 17 / Rev. 1...
  • Page 18 The Main Control PCB of the 1200dpi printer consists of a CPU, RAM, HDD, CompactFlash, SouthBridge LSI, EEPROM, KeyChip, PCI Bus Option and Advanced Interface. 1GHz Transmeta TM5800 CPU. There are 3 types of RAMs. SDRAM DIMM is the only user option RAM. The DDR and video RAM configuration is fixed and cannot be modified.
  • Page 19 19 / Rev. 1...

  • Page 20: Engine Control Pcb (S2V Pwb)

    Engine Control PCB (S2V PWB) Figure 2-3 illustrates the block diagram of the Engine Control PCB (S2V PWB). C LED HEAD M LED HEAD Y LED HEAD K LED HEAD Figure 2-3 20 / Rev. 1...

  • Page 21: Power Unit

    Power Unit This is a high voltage power unit consisting of high voltage power source circuit and a low voltage power unit composed of a power unit consists of an AC filter circuit, low voltage power source circuit and heater drive circuit. Low Voltage Power Unit This circuit generates the following voltage.

  • Page 22: Mechanical Process

    Mechanical process Figure 2-4 illustrates the mechanical process of the AR-C360P. Figure 2-4 22 / Rev. 1...

  • Page 23: Electrophotographic Processing Mechanism

    2.4.1 Electrophotographic Processing Mechanism Electrophotographic process The overview of the electrophotographic process is described below. Electrification DC power is applied to the CH roller to evenly negatively electrify the surface of the OPC drum. Exposure The LED head irradiates light on the surface of the OPC drum that is charged with a negative electrical load.
  • Page 24 Electrification A negative DC power is applied to the electrification roller to evenly negatively electrify the surface of the OPC drum. Power supply Electrification roller unit OPC drum Exposure The LED head irradiates light on the surface of the OPC drum that is charged with a negative electrical load.
  • Page 25 Development The negatively charged toner comes in contact with the OPC drum to fuse the electrostatic latent image by electrostatic force, to create a significant image on the surface of the OPC drum. The sponge roller precipitates toner on the development roller. The toner is then negatively electrified.
  • Page 26 Fuser The toner image transferred on the paper is fused on the paper by heat and pressure when the paper passes through the heat roller and backup roller. The Teflon coated heat roller is heated by a 800W or 350W internal halogen lamp, and backup roller is heated by a 50W internal halogen lamp.

  • Page 27: Paper Processing Mechanism

    2.4.2 Paper Processing Mechanism Figure 2-5 illustrates how the paper transfers through the AR-C360P. Face down stacker Fuser assembly Head x4 Unit x4 Discharge roller Heat roller Regist roller Assy (B) Hopping roller Belt unit Multipurpose tray Low-pressure High-pressure power supply...
  • Page 28 Paper Supplied from the 1st Tray Paper proceeds when the paper supply motor turns (CCW) and the paper supply clutch is connected, until the IN1 sensor turns ON. When the IN1 sensor is turned ON, a certain volume of paper is further transported until it is against the 1st resist roller.
  • Page 29 When the IN sensor is turned ON, a certain volume of paper is further transported against the regist roller. (this corrects paper skew) The paper is conveyed to the AR-C360P when the electromagnetic clutch which delivers power that the register strike motor is turning (CW) and the thrust reliance of a paper is completed to the 1st register strike roller is connected.
  • Page 30 Paper Supplied from MPT In the usual case, sheet receiving is depressed by the arm for rise and fall at a home position. When a regist motor rotates in the direction of (b), the arm for rise and fall drives and sheet receiving is rotated.
  • Page 31 Feed roller Hopping sensor Pickup roller Retard roller Lift up sensor Entrance sensor (2) Paper existence sensor Write sensor Paper 2nd Regist roller Assy (B) The clutch gear of electromagnetism (2) Paper existence sensor Middle transport roller Regist motor drive Hopping motor drive Figure 2-8 31 /...
  • Page 32 Conveyor Belt The conveyor belt motor drives the conveyor belt when turning in the direction of the arrow (a). The belt unit consists of one conveyor roller that is directly under the drum for each color, with the conveyor belt in between the drum. When a specified voltage is applied, the conveyor belt and conveyor roller transfers the toner image on the drum for each color, then feeds the paper on the conveyor belt to the fuser unit.
  • Page 33 ID Unit Up/Down Operations The C-ID motor drives the ID unit up and down. Figure 2-10-a indicates ID unit operations during color printing. When the C-ID motor rotates (CCW), the lift uplink slides to the left, and as indicated in Figure 2-10-a, each ID unit moves DOWN.
  • Page 34 Fuser Unit and Paper Output The fuser unit and discharge roller is driven by a single DC motor. The heater roller turns when the fuser motor turns in the direction of the arrow (a). This roller fuses the toner image on the paper with heat and pressure. At the same time, the four discharge rollers are activated to discharge paper.
  • Page 35 Double-Side Printer Unit When the double-side Printer Unit receives double-side print instructions, the sepa- rator is opened by the solenoid after one side of the paper fed from the tray is completely printed, then the path is switched to the double-side printer unit. At this time, roller (1) turns in the direction of arrow (a), therefore, the paper is retracted to the undersurface of a double-side printer unit.

  • Page 36: Sensor

    Sensor 2.5.1 Paper-Related Sensor Stacker Full FD sensor IN2 sensor Stacker Full Job-off sensor MPT Hopping sensor FU sensor C drum M drum Y drum K drum MPT PE sensor Drive roller Drive roller Dup-in sensor Exit sensor Looseness sensor WR sensor Conveyor belt Density / color gap sensor...

  • Page 37: Other Sensors

    2.5.2 Other Sensors Paper Empty Sensor This sensor checks whether the paper cassette is empty or not. Paper Near-End Sensor This sensor checks whether the paper cassette will be empty soon or not. MBF Paper Empty Sensor This sensor checks whether there is paper in the front feeder. MBF Hopping Switch This micro-switch checks whether the front feeder table is in the UP position or DOWN position.

  • Page 38: Color Drift Correction

    Color Drift Correction The AR-C360P comes with several ID units and LED heads, therefore, causes color drift. This mechanical color drift can automatically be corrected with the following procedures. Automatically Corrected Color Drift X Axis Color Drift (position off-alignment due to LED head)

  • Page 39: Paper Jam Detector

    Paper Jam Detector The AR-C360P detects paper jam during printing after turning on the power source. If there is any paper jam detected, the printing process is immediately canceled. In this case, open the cover, remove the paper that is jammed, and close the cover to resume printing.
  • Page 40 40 / Rev. 1...

  • Page 41: Cover Open

    2.10 Toner Low Detection • Structure This device consists of a constant speed rotating agitation gear and agitation bar. Agitation gear Projection Agitation bar • Detection The minimum height length of stay (OFF time) of a target board which attached the toner low level state in the end of a churning bar is measured and detected by the sensor.
  • Page 42 Toner High level State • The agitation bar interlocks and turns with the agitation gear. • Since there is a toner even if a agitation bar reaches the maximum height, the other side of the bar is still inside the toner. Therefore, Agitation bar the agitation bar turns by the force of the agitation gear.
  • Page 43 Toner High Level State (at 37ppm TNRSNS t1<0.85 T=2.3 Toner Low Level State (at 37ppm TNRSNS t1>0.85 T=2.3 • After a toner supply start, when a toner low sate is detected 20 consecutive times, it is recognized as the toner being low. (After recognizing toner low, then toner low is displayed after printing an equivalent of 5% of 200 A4 sheets.) The toner in a toner cartridge is lost.

  • Page 44: Paper Size Detection

    2.11 Paper Size Detection A cam is interlocked with the paper guide of the paper cassette, then four tab-pieces via this cam drives the system according to the paper guide setting position. When the paper cassette is attached to the printer, the micro-switch detects the state of the tab-piece and then recognizes the size of the paper.

  • Page 45: Power On Process

    2.12 Power ON Process 2.12.1 Self-Diagnostic Test Initial Test When the power is turned On, the following check automatically takes place. ROM Check RAM Check EEPROM Check Flash ROM Check Mechanical Check ( f ) Option Unit Check ROM Check The ROM is checked by calculating the HASH value.

  • Page 46: Color Drift Detection

    2.13 Mis-Registration Detection The Z71-PCB reflective optical sensor detects color drift. There is one each on the left and right side in front of the cleaning blade behind the belt unit. A color drift detection pattern is printed on both ends of the left and right side of the belt.

  • Page 47: Reading Version Of Routine Replacement Units

    2.14 Reading Version of Routine Replacement Units This determines whether the parts are new or old according to the I/D of the consumable parts that are routinely replaced, the fuser unit, and the state of the fuse in the belt unit (good/dead). If the fuse is in a conductive state, then it is considered a new unit.

  • Page 48: General Handling Operations

    48 / Rev. 1...

  • Page 49: Parts Replacement

    PARTS REPLACEMENT This section describes the parts in the field, assembly and the procedures to replace the parts, assembly and unit. Note that only the disassembling procedures are described to replace parts. To assemble parts, just follow the steps in reverse order of disassembling. Precautions When Replacing Parts ALWAYS unplugging the AC cable and interface cables before replacing parts.
  • Page 50 [Maintenance Tools ] The tools necessary to replace the printed circuit board (PCB) and unit are indicated in Table 4-1. Table 4-1 Maintenance Tools Maintenance Tools Purpose Remarks Quantity No. 1-100 2-2.5 mm screw + Screw Driver No. 2-200 3-5 mm screw + Magnetic Screw Driver No.

  • Page 51: Parts Layout

    Parts Layout Printer Unit - (120V) 51 / Rev. 1...
  • Page 52 Base-Assy (1/2) 52 / Rev. 1...
  • Page 53 Base-Assy (2/2) 54 / Rev. 1`...
  • Page 54 Side-R-Assy 55 / Rev. 1...
  • Page 55 Side-F-Assy 56 / Rev. 1...
  • Page 56 Cover Assy-OP Panel 56 / Rev. 1...
  • Page 57 FDR Unit-Regist 57 / Rev. 1...
  • Page 58 FDR Unit-MPT 58 / Rev. 1...
  • Page 59 Sensor-Regist-Assy 59 / Rev. 1...
  • Page 60 Eject-Assy 60 / Rev. 1...
  • Page 61 Plate-Top-Assy 61 / Rev. 1...
  • Page 62 Job-Offset-Assy 62 / Rev. 1...
  • Page 63 Basket-Assy 63 / Rev. 1...
  • Page 64 Plate-Shield-Box-Assy 64 / Rev. 1...
  • Page 65 Unit-Duplex (1/2) 65 / Rev. 1...
  • Page 66 Unit-Duplex (2/2) 66 / Rev. 1...

  • Page 67: Parts Replacement Method

    Parts Replacement Method This section describes the procedures to replace the parts and assembly indicated in the disassembly diagram. 67 / Rev. 1...

  • Page 68: Cover-Rear, Cover-Side (R), And Cover-Side (R) Rear

    4.3.1 Cover-Rear, Cover-Side (R), and Cover-Side (R) Rear Unscrew the 5 screws 1, then remove Cover-Rear 2. Unscrew the 2 screws 3, then remove Cover-Side (R) 4 with it warped. Unscrew the screws 3, then remove Cover-Side (R) Rear 6. 68 / Rev.

  • Page 69: Cover-Side (L) And Cover Assy-Front

    4.3.2 Cover-Side (L) and Cover Assy-Front Open Cover Assy-Top 1. Unscrew the 4 screws 2, then remove the Cover-Side (L) 3. Open the Cover Assy-Front 4 by 90°, unscrew the 2 screws 5, then slide the Assy to the side and remove. 69 / Rev.

  • Page 70: Stacker Assy-Fu

    4.3.3 Stacker Assy-FU Open Cover Assy-Top 1. Open Stacker Assy-FU 2, then remove the 2 stoppers 3. Push these to one side, remove the post, then remove the Stacker Assy-FU 2. 70 / Rev. 1...

  • Page 71: Cover Assy-Op Panel, Cover-Guard (R), Cover-Guard (Front) And Cover-Guard (L)

    4.3.4 Cover Assy-OP Panel, Cover-Guard (R), Cover-Guard (Front) and Cover-Guard (L) Open Cover Assy-Top 1, then lift Basket-Assy 2. Remove Cover Assy-OP Panel 3 from its supporting point. Unscrew screw 4, remove the hinges, and then remove Cover-Guard (R) 5. Unscrew 2 screws 6, then remove Cover-Guard (Front) 7.

  • Page 72: Op Pcb

    4.3.5 OP PCB Remove the Cover Assy-OP Panel. (Refer to Section 4.3.4) Remove Cover-OP Panel 2 from Frame-OP-Panel 1. Unscrew the 2 screws 3, then remove hinge (R) 4 and Cover Hinge (R) 5. Unscrew 2 screws 6, then remove the Hinge (L)7, Cover-Hinge (L)8 and Plate-Shield (OP) 9.

  • Page 73: Cover Assy-Top

    4.3.6 Cover Assy-Top Open Cover Assy-Top 1. Unscrew 8 screws 2, then remove the 3 hinges and the Cover Assy-Top 1. × 8 73 / Rev. 1...

  • Page 74: Fan-Pcb-Assy, Cu-Board-Assy And S2V-Pu-Board

    4.3.7 FAN-PCB-Assy, CU-Board-Assy and S2V-PU-Board Open the Cover Assy-Top. Remove the covers concerned. (Refer to Section 4.3.2) Remove the connector, then Remove FAN-PCB-Assy 1. Unscrew the 2 screws, remove the Plate-Shield-Assy 3, then remove the connector. Unscrew 7 screws 4, then remove CU-Board-Assy 5. Disconnect all 17 Connectors, then unscrew 4 screws 6, and remove S2V-PU-Board 7.

  • Page 75: Job-Offset-Assy 723 And Basket-Assy

    4.3.8 Job-Offset-Assy and Basket-Assy Open the Cover Assy-Top. Unscrew screw 1, remove Frame-Duct 2, then remove the connector (remove the connector through the shaft) Remove the 2 hinges, then remove the Job-Offset-Assy 3, and disconnect the connector. Unscrew 2 screws 4, then remove the 2 hinges, and remove the Cover Assy-Top (Sub) Remove the 3 E-rings 6, unscrew 2 screws 7, then remove the Plate-Support (Top) 8, Colla 9, Shaft-Top (A) 0, Shaft-Top (B) A, Spring-Torsion-Top (L) B, Spring-Torsion- Top (A) C, Spring-Torsion-Top (R) D and Spring-Torsion-Top (R) E.

  • Page 76: Plate Top Assy

    4.3.9 Plate Top Assy Remove Job-Offset-Assy 723/Basket-Assy. (Refer to Section 4.3.6) Lift back Plate-Top Assy 1, then unscrew 2 screws 2. Lift forward Plate-Top Assy 1, then unscrew 3 screws 3 and remove Plate-Dumper-Assy (R)4. Remove E-ring 5, and unscrew screw 6. then remove Plate-Dumper-TCR-SUB 7 and Dumper R 8.

  • Page 77: Eject-Assy

    4.3.10 Eject-Assy Remove the 7 hinges then remove Cover-Board 1. Remove the 13 connectors, and unscrew the 2 screws 2. Then remove the 3 hinges and remove the Eject-Assy 3. 77 / Rev. 1...

  • Page 78: Motor-Pulse-Belt And Sensor-Resist-Assy

    4.3.11 Motor-Pulse-Belt and Sensor-Resist-Assy Unscrew the 2 screws 1, then remove the 4-pin connector and remove the Motor-Pulse- Belt 2. Unscrew 7 screws 3, then remove the 4 connectors (2-pin, 14-pin, 3-pin, 5-pin), and remove the Sensor-Resist-Assy 4. 78 / Rev.

  • Page 79: Fdr Unit-Mpt

    4.3.12 FDR Unit-MPT Open the Cover Assy-Top. Remove the stay on both side (Frontside Hook; Rear-side Screw) 4, and 2 connectors, then unscrew the 2 screws 2. Close the hopper Assy 1, remove the 2 supporting points, then remove the FDR Unit- MPT 3.

  • Page 80: Fdr Unit-Resist

    4.3.13 FDR Unit-Resist Remove the FDR Unit-MPT. (Refer to Section 4.3.12) Unscrew the 4 screws 1 and disconnect connector 4, then remove Plate Assy-MPT Lock Unscrew screw 3, then remove FDR Unit-Resist 5. 80 / Rev. 1...

  • Page 81: Duct Assy

    4.3.14 Duct Assy Remove the hinge, then remove Cover-Middle 1. Remove the hinge, then remove Guide Tube (L) 2. Unscrew 2 screws 3, then remove Duct-Assy-Toner 4. Unscrew screw 5, then remove Gear-Duct-B-Assy 6. Unscrew screw 7, then remove Gear-Duct-ID Assy 8. Unscrew 6 screws 9, then remove Duct-Drive-Assy 0.

  • Page 82: Hv-Assy

    4.3.15 HV-Assy Open the Cover Assy-Top, then remove the Belt-Assy. Unscrew screw 1, then remove Cover-HV-Assy 2. Remove the 2 connectors and unscrew the 2 screws 3, then remove HV-Assy 4. Remove the 2 hinges, then remove Bracket-HV-Assy 5. 82 / Rev.

  • Page 83: Power Unit

    4.3.16 Power Unit Unscrew the 12 screws 1, disconnect all connectors, pull out the lever then remove the Power Unit 2. Lever × 12 83 / Rev. 1...

  • Page 84: Low Voltage Power Source Assy And Motor-Fan

    4.3.17 Low Voltage Power Source Assy and Motor-FAN Remove the Power Unit. (Refer to Section 4.3.16) Unscrew the 3 screws 1, then remove the low Voltage Power Source Assy 2, and Film- Insulation 3. Unscrew the 2 screws 4, then remove the connector and Motor-FAN 5. 84 / Rev.

  • Page 85: Belt-Assy

    4.3.18 Belt-Assy Open the Cover Assy-Top 1. Remove ID Unit 2. Lift up the 2 lock levers toward the arrow, then remove the Belt-Assy 3. Remove Belt-Assy 3 by lifting handle 4, then remove along with handle 5. Lock lever 85 / Rev.

  • Page 86: Fuser Unit-Lbt

    4.3.19 Fuser Unit-LBT Open Cover Assy-Top 1. Lift the lock lever toward the arrow, then remove the Fuser Unit-LBT 2. Lock lever 86 / Rev. 1...

  • Page 87: Unit-Duplex

    4.3.20 Unit-Duplex Pull out Unit-Duplex 1 while pressing the lever. Lever 87 / Rev. 1...

  • Page 88: Paper Feed Roller

    4.3.21 Paper Feed Roller Open the tray 1 side cover 1 and the paper guide 2. Pull out Tray 3. Pull outward the hinges of the 3 paper feed rollers 4, and remove from the shaft. Hinge 88 / Rev. 1...

  • Page 90: Adjustment

    ADJUSTMENT Adjust the AR-C360P by key input from the operation panel. The AR-C360P comes with a Maintenance Menu in the usual menu. Select the menu according to the items to adjust and the purpose of adjustment. System Maintenance Menu This menu is launched by turning on the power source while keeping the [Menu+]+[Menu-]+[Help] switches pressed.
  • Page 91 Table 5-0. Maintenance Menu Display Table (2/2) Category Item Value Old Menu Function Valid Save Maintenance Format HDD Execute SYSTEM Initialize the HDD. When executed it Menu MAINENANCE will escape from the menu and start MENU — initializing the HDD. MAINTENANCE [Display Condition] MENU —...

  • Page 92: Id Check Pattern Print ("Test Print Menu" Item)

    5.0.1 ID Check Pattern Print (“TEST PRINT MENU” Item) This pattern can be used to investigate the cause (plain identification of problem or check cycle of problem) resulting from the ID or LED head. CMYK are each composed of a 20% duty pattern. (printing 2 sheets) Test Pattern Print Procedure : (Switch pressing order) : “0”...
  • Page 93 Maintenance Menu Category Item (1st Line) Function Value (2nd Line) MAINTENANCE MENU EEPROM EXECUTE Reset the EEPROM of the CU. Reset SAVE MENU Setting Save the current menu settings. EXECUTE An ARE YOU SURE? YES/NO selection message appears. RESTORE MENU Modify the setting to the menu set- EXECUTE ting saved.

  • Page 94: Engine Maintenance Mode

    5.1.2 Engine Maintenance Mode Engine maintenance mode is a media conveyor mode that assists confirmation of the basic operations of the check and print system. 5.1.2.1 Operation Panel Instructions on self-diagnosis operations is based on the following Operation Panel layout, as a prerequisite.

  • Page 95: Regular Self-Diagnosis Mode (Level 1)

    5.1.2.2 Regular Self-Diagnosis Mode (Level 1) The Regular Self-Diagnosis Mode menu is as follows. • Switch Scan Test • Motor and Clutch Test • Execute Test Pattern • Initialize NVM • Consumable Counter Display • Consumable Continual Counter Display 5.1.2.2.1 How to Enter Self-Diagnosis Mode (Level 1) Press the [MENU+], [MENU-] and [HELP] keys at the same time when turning ON the power to go to the System Maintenance Mode.

  • Page 96: Switch Scan Test

    5.1.2.3 Switch Scan Test This self-diagnosis is sued to check the input sensor and switch. SWITCH SCAN Keep the [MENU+] and [MENU-] keys pressed until [SWITCH SCAN] appears at the top of the display and operations goes into the regular diagnosis mode. (The [MENU+] key = Increment Test Item / the [MENU-] key = Decrement Test Item.) The following message appears by pressing [ENTER] SWITCH SCAN...
  • Page 97 97 / Rev. 1...
  • Page 98 Table 5-1-1 Switch Scan Details Top of the Display Detail Display Detail Display Detail Display Detail Display PAPER ROUTE IN1 Sns H:OFF IN2 Sns H:OFF WR Sns H:OFF Exit Sns H:OFF : PU L:ON L:ON L:ON L:ON PAPER ROUTE IN1 Sns H:OFF IN2 Sns H:OFF...
  • Page 99 Top of the Display Detail Display Detail Display Detail Display Detail Display Dup-Stack Sns Port Level Dup-Cover Port Level STACK_COVER H, L Open Sns H, L FIN S01_S02_ Uper Cover Sns H:OPEN Front door Sns H:OPEN Front door SW H:OPEN Joint SW [MS1] H:OPEN S03_S04...

  • Page 100: Motor/Clutch Test

    5.1.2.4 Motor/Clutch Test This self-diagnosis routine is used to test the motor and clutch. Continue to press the [MENU+] and [MENU-] keys until “MOTOR & CLUTCH TEST” appears at the top of the display and the operation enters the self-diagnosis (Level 1) mode.
  • Page 101 101 / Rev. 1...
  • Page 102 Table 5-2 Motor and Clutch Test Unit Name Display Drive Limitation Remarks Error display K-ID MOTOR Y-ID MOTOR M-ID MOTOR C-ID MOTOR BELT MOTOR FUSER MOTOR FUSER RLS REGIST MOTOR REGIST CLUTCH MPT MOTOR MPT LIFT UP EXIT SOLENOID FACEDOWN SOLENOID REGISTRATION SHUTTER JOB OFFSET TRAY1 MOTOR...
  • Page 103 Unit Name Display Drive Limitation Remarks Error display FIN SHIFT MOTOR Finisher is installed. OPTION FIN STAPLE EXEC Finisher is installed. OPTION FIN SADDLE EXEC Finisher is installed. OPTION FIN SADDLE TRANSFER Finisher is installed. OPTION FIN SADDLE CLUTCH Finisher is installed. OPTION FIN PUNCH HOLE Finisher is installed.

  • Page 104: Test Print

    5.1.2.5 Test Print This self-diagnostic routine is used to print the test pattern in the PU. Other test patterns are stored in the controller. Continue to press the [MENU+] and [MENU-] keys until “TEST PRINT” appears at the top row of the display, and the system is in the self-diagnosis (Lever 1) mode. The [MENU+] key = Increment Test Item / the [MENU-] key = Decrement Test Item.
  • Page 105 * COLOR Setting Note When COLOR is on, if [ONLINE] is pressed, the settings below will appear and the print color-setting mode will be entered. COLOR Y:ON M:ON C:ON K:ON Press [ENTER] to move the cursor to the color to be turned on or off. Press [MENU+] or [MENU-] to turn the setting of each color on or off, respectively[OK to add?].
  • Page 106 Print Test Pattern Pattern No. Print pattern None (blank page) 2 by 2 4 by 4 Horizontal line Slanted line Vertical line Vertical band Full Pattern 1 Pattern 2 Pattern 3 Pattern 5 Pattern 6 Pattern 4 Pattern 7 106 / Rev.
  • Page 107 • The following message appears when printing. P=*** T=*** U=*** [###] H=***% L=***[###] P: Test Print Sheets (Unit: number of sheets) U: Upper-side Heater temperature Measurement Value[Setting] (Unit: °C) L: Lower-Side Heater temperature Measurement Value[Setting] (Unit: °C) T: Environmental Temperature Measurement Value (Unit: %) H: Environmental Humidity Measurement Value (Unit: %) •...

  • Page 108: Initialize Nvm

    5.1.2.6 Initialize NVM This self-diagnosis is used to initialize the nonvolatile memory. Continue to press the [MENU+] and [MENU-] keys until “NV-RAM INITIAL” appears at the top row of the display, and the system is in the self-diagnosis (Level 1) mode. The [MENU+] key = Increment Test Item / the [MENU-] key = Decrement Test Item.

  • Page 109: Consummable Parts Counter Display

    109 / Rev. 1...

  • Page 110: Panel Display Details

    5.1.2.9 Panel Display Details Panel Display Panel Display Details BLANCE ERROR Balance Error BELT LIFE OVER Belt Life Over BELT REFLECTION ERROR Belt Reflection Error BELT UNIT FUSE CUT ERROR Belt Unit Fuse Cut Error BLACK DENSITY CALIB ERROR BLACK Density Calibration Error BLACK DENSITY SENSOR ERROR BLACK Density Sensor Error BLACK DRUM LIFE OVER...
  • Page 111 Panel Display Details DRIVE MOTOR OVER HEAT DRIVE Motor Overheat Error DUPLEX I/F ERROR DUPLEX I/F Error DUPLEX TYPE MISMATCH DUPLEX Type Error DUPLEX UNIT OPEN DUPLEX Unit Open ENGINE BOARD FAN MOTOR ERROR PU PCB Fan Motor Error ENGINE CONTROL ERROR ENGINE Control Error ENGINE EEPROM ERROR EEPROM Error...
  • Page 112 Panel Display Details JAM TRANSPORT Conveyance Jam JOB OFFSET HOME ERROR Job Offset Home Error LED HEAD OVER HEAT LED head Overheat Error LIFT ERROR TRAY1 TRAY1 Liftup Error LIFT ERROR TRAY2 TRAY2 Liftup Error LIFT ERROR TRAY3 TRAY3 Liftup Error LIFT ERROR TRAY4 TRAY4 Liftup Error LIFT ERROR TRAY5...
  • Page 113 Panel Display Details PAPER NEAR END TRAY4 TRAY4 Out-of-Paper Warning PAPER NEAR END TRAY5 TRAY5 Out-of-Paper Warning PAPER PILE OUT OF TRAY Paper Conveyance Error PAPER SIZE ERROR Paper Size Error POWER SUPLLY FAN MOTOR ERROR PU Fan Motor Error POWER SUPLLY LSI ERROR Power Supply LSI Error PROCESS CONTROL OFF...
  • Page 114 Panel Display Details YELLOW REGISTRATION OUT RIGHT YELLOW Outside Range of Correction Error (RIGHT) YELLOW SENSOR ERROR LEFT YELLOW LEFT Sensor Error YELLOW SENSOR ERROR RIGHT YELLOW RIGHT Sensor Error YELLOW TONER EMPTY YELLOW Toner EMPTY YELLOW TONER LOW YELLOW Toner LOW YELLOW TONER SENSOR ERROR YELLOW Toner Sensor Error YELLOW ID DENSITY ERROR 1...

  • Page 115: Various Printing Methods With A Stand-Alone Printer Coming With A Controller

    5.1.3 Various Printing Methods with a Stand-Alone Printer Coming with a Controller Configuration Print Print the Program Version, control unit composition, other printer compositions and settings. Operations : Panel Switch press 1200 Model : Enter→ (Print Page Selection)→Enter→ (Configuration Selection)→Enter File List Print Print list of files stored on the HDD and Flash ROM.

  • Page 116: Adjustment After Replacing Parts

    Adjustment After Replacing Parts The following describes the adjustments necessary when replacing parts. Color drift adjustment and correction is constantly necessary. Replacement Parts Adjustment Details LED head Unnecessary Drum Cartridge (Y, M, C, K) Unnecessary Fuser Unit Unnecessary Belt Cassette Assy Unnecessary PU (S2V PCB) Assemble EEPROM used with the PCB before it was replaced.
  • Page 117 Item Details Count Details Fuser Fuser Life Count The number of printouts are converted into number of Letter Sheets, from when the new fuser unit is assembled. Transfer Belt Transfer Belt Life Count The number of printouts are converted into number of Letter Sheets, from when the new fuser unit is assembled.
  • Page 118 [How to Initialize the Network Information] Turn OFF the printer. If the network cable is connected to the printer, disconnect the cable from the printer-side. Press the black push switch ([Test] Button) on the NIC Card, and turn on the print. Continue to press the black push SW until the following message appears on the top row of the operation panel “One Moment”...

  • Page 119: Replacement Of The Cu Board And Onboard Devices For The 1200-Dpi System

    5.2.7 Replacement of the CU Board and Onboard Devices for the 1200-dpi System 5.2.8 Precautions When Replacing the KeyChip (1200dpi Model) The EFI controller PCB of the 1200dpi model comes with an EEPROM called KeyChip, that is written with EFI’s management information. Note that ASP PCB will not run unless KeyChip is mounted. If a KeyChip Error message indicated in the Error Table appears, replace the current KeyChip with a new KeyChip.

  • Page 120: Density Correction

    Density Correction When the printer is shipped, the Automatic Density Correction Mode is set to “Automatic”. If it is set to “Manual” there may be drifting during use. Set this if there is any problem with the density. Set this when the printer is not running (Stop State). Do not set this while the printer is Note warming up.

  • Page 121: Routine Replacement

    The user shall be held responsible in periodically replacing these consumable parts. Cleaning Accordingly clean the inside and outside of the AR-C360P using a cloth and compact vacuum cleaner (hand-cleaner). Note NEVER touch the imaging drum terminal, LED lens array or LED head connector.

  • Page 122: Malfunction Repair Procedure

    MALFUNCTION REPAIR PROCEDURE Precautions Before Repairs Check the basic inspection items indicated in the User’s Manual. Learn from the customer the details on when malfunction occurs. Inspect the state that closely resembles the state of a malfunction. Items to Check Before Remedying Abnormal Image Is the environmental conditions of this equipment appropriate? Have the consumable parts (toner, drum cartridge) been properly replaced? Is there anything wrong with the paper? Refer to the paper specification for more details...

  • Page 123: Lcd Message List

    7.5.1 LCD Message List When the printer detects errors that can be restored, it displays a service call error on the LCD, as shown below. Service Call nnn: Error Note nnn is an Error code. When a service call is displayed, the error code and accompanying error information is displayed on the bottom row of the LCD.
  • Page 124 Table 7-1-1 Operator Alarm (2/10) Display Cause Remedy Error Description and Analysis 1200 judgment Service Call CU PCB flash Failed to access flash Replace CU PCB 042: Error ROM error memory that is surface- (Must replace EEPROM) Flash File mounted on CU PCB. 045: Error System Error Service Call...
  • Page 125 Table 7-1-1 Operator Alarm (3/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ rvice Call Does the Error take place ne Control PCB When turning Replace Engi 103: Error again? (S2V) ON the power, detected Engine SRAM Read / Write Error.
  • Page 126 Table 7-1-1 Operator Alarm (4/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Service Call After turning ON 1) Is an Error message ICheck the OED head unit. 131: Y Head the power or displayed? Turn ON power again. 132: M Head when cover is 2) Is the LED head properly...
  • Page 127 Table 7-1-1 Operator Alarm (5/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Service Call Thermistor 1) Is an Error message Turn ON power again. 173: Error indicates Low displayed? 177: Error Temperature 2) Does the Error take place Leave in that state for 30 (COLD) Error.
  • Page 128 Table 7-1-1 Operator Alarm (6/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Service Call RFID Reader I/ An interface error was detected 01: Same action as for error 230 231: Error F Error with the RFID reader device. 02: Replace the RFID R/W 01: communication error between board.
  • Page 129 Table 7-1-1 Operator Alarm (7/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Reset the belt After turning ON 1) Is an Error message Check how the belt unit is 330: Belt Error the power or displayed? mounted. when cover is 2) Is the best unit properly Re0mount the belt unit, then...
  • Page 130 Table 7-1-1 Operator Alarm (8/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Open Front Paper jam in Check misfeed in the speci- Remove the misfed paper, Cover paper supply fied cassette. insert the cassette. 380: Paper from Cassette Check/replace Cassette 1, 2, 1, 2, 3, 4 or 5.
  • Page 131 Table 7-1-1 Operator Alarm (9/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Tray*Paper Paper Near-End Is the tray paper level low? Refill with paper. Almost Detection (less than about 30 sheets) Check Paper Near-End Finished Sensor ✓ Disc Operation Cannot write to Is there any error in the...
  • Page 132 Table 7-1-1 Operator Alarm (10/10) Display Cause Remedy Error Description and Analysis 1200 judgment ✓ Service Call Waste Toner The waste toner transfer Check to confirm that the Transfer Motor motor is not operating waste toner transfer system Lock Error properly.

  • Page 133: Preparing For Troubleshooting

    7.5.2 Preparing for Troubleshooting Operation Panel Display The state of malfunction is displayed on the LCD (Liquid Crystal Display) of the operator panel of this machine. Execute proper repairs according to the message indicated on the LCD. Order Malfunction Details Flowchart No.
  • Page 134 CU Assy Troubleshooting (1200dpi Model) Nothing is displayed on the LCD • CU PCB Malfunction Has the power short-circuited on the CU PCB? (C450+: 5v, C50+: 3.3v) → If NO GOOD, check to see if the RAM DIMM is normally inserted. •...
  • Page 135 *1 ASP PCB for 1200dpi Analysis Reference When “Communications Error” appears on the display panel, this message is displayed with the PU. This indicates a problem has occurred in the ASP board during its initialization. In such a case, open the sheet metal of the CU board and check the lit LED on the ASP board to locate the problem.
  • Page 136 1 Turn ON the power but the machine does not properly turn on.. • Turn OFF the power and re-turn it back ON. • Does appear? (approx. 1 second) • NO Is the AC cable properly connected? Properly connect the AC cable. •...
  • Page 137 2-1 Paper Supply Jam (1st Tray) •Immediately after turning ON the power, does the paper jam occur? • YES Is there a jam in the Entrance Cassette Sensor or Entrance MT Sensor? Remove the paper jam. • NO Does the sensor lever Sensor (Entrance Cassette Sensor, Entrance MT Sensor) operate normally? Replace the defective sensor lever.
  • Page 138 2-2 Paper Supply Jam (Multipurpose Tray) • Immediately after turning ON the power, does the paper jam occur? • YES Is there a jam in the Entrance Cassette Sensor or Entrance MT Sensor? Remove the paper jam. • NO Does the Sensor Lever (Entrance MT Sensor) operator normally? Replace the defective sensor lever.
  • Page 139 2-3 Paper feed Jam • Immediately after turning ON the power, does a paper feed jam occur? • YES Is there a jam at the Entrance Belt Sensor? Remove the paper jam. • NO Does the Write Sensor Lever operate normally? Replace the Write Sensor Lever.
  • Page 140 2-4 Paper Output Jam • Immediately after turning ON the power, does a paper output jam occur? • YES Is there a jam with the paper output sensor? Remov-e the paper jam. • NO Does the paper output sensor lever operate normally? Replace the paper output sensor lever.
  • Page 141 2-5 Double-Side Print Jam • Immediately after turning ON the power, does a paper feed jam occur? • YES Is there paper in the Double-Side Printer Unit? Remove the paper jam. • NO Does the Sensor Lever of the Double-Side Printer Entrance Sensor, Rear Sensor, and Front Sensor operate normally? Replace the defective sensor lever.
  • Page 142 3 Paper Size Error • Is standard size paper used? Use standard size paper. • YES Is there a jam at the Entrance FF Sensor or Paper Width Sensor? Remove the paper jam. • NO Does Entrance FF Sensor Lever operate normally? Replace the defective sensor lever.
  • Page 143 4 Image Drum Unit (ID) UP/DOWN Movement Error • Turn OFF the power of this machine, then turn it back ON after several seconds. • Do all ID drums operate normally during printing? • NO Is the ID Motor resistance the rated value of approx. 2.4Ω? Replace the IDU motor with a defect.
  • Page 144 5 Fuser Unit Error • Immediately after turning ON the power, does a fuser error occur? • YES Is the Heat Roller Thermistor wire disconnected or short-circuited? (Refer to Figure 7-1) (approx.190k to 980kΩ at room temperature between 0 to 43ºC) •...
  • Page 145 6 Motor Fan Error • After turning ON the power, does the low voltage power fan operate? • NO Is 34V output to Fuse F7 of the Engine PCB (S2V PWB)? • NO Is 34V output to the Engine PCB (S2V PWB) POWER connector? 34V: Pin 12, 13, 14 Check cable connection, then replace the low voltage power unit.

  • Page 146: Troubleshooting With Abnormal Image

    7.5.3 Troubleshooting With Abnormal Image Troubleshooting with printout results that are irregular as shown in the diagrams below, are indicated. Abnormal Image Flow Chart No The overall image is too light or uneven, or the color tone is off centered, on the overall, while printing the image. (Figure 7-2 A ) The white area gets dirty.
  • Page 147 4 The screen in light on the overall. Or there is overall color drift in the printed image. (Figure 7-2 A ) • Is there enough toner? (Is [Toner Short] displayed?) Replenish toner. • NO Is standard paper used? Use standard paper. •...
  • Page 148 2 The white area gets dirty. (Figure 7-2 B ) • Has the image drum been exposed to external light for a long time? Replace I/D Unit. • NO Is the fuser unit roller dirty? Replace the fuser unit. • NO Correct the [Paper Thickness] setting.
  • Page 149 3 Blank Sheet (Figure 7-2 C ) • Are all LED head Assy parts properly connected to the relay PCB (S2H PWB) and engine PCB (S2V PWB)? Check the cable connection of the LED head and cable connection between between the relay PCB and engine PCB, then properly connect the cable between the LED head and engine PCB.
  • Page 150 4 Band or stripe appears in vertical direction of the printed area. (Black Band, Color Band, Black Stripe, Color Stripe) (Figure 7-2 D ) • Are all LED head Assy parts properly connected to the relay PCB (S2H PWB) and engine PCB (S2V PWB)? Check the cable connection of the LED and the cable connection between the relay PCB and engine PCB, then properly connect the cable between the...
  • Page 151 5 White Band, White Stripe, Uneven Color Band, Uneven Color Stripe Occurring in Vertical Direction (Figure 7-2 F ) • Is the LED head lens dirty? Clean the LED head lens. • NO Are all LED head Assy parts properly connected to the relay PCB (S2H PWB) and engine PCB (S2V PWB)? Check the cable connection of the LED and the cable connection between the relay PCB and engine PCB, then properly connect the cable between...
  • Page 152 6 Poor Fusion (lightly touching the toner causes the toner to wipe off or fall off) • Is standard paper used? Use standard paper. • YES Fuser Unit contact properly connected? Properly connect the fuser unit contact. • YES Is the fuser unit roller dirty? Replace the fuser unit.
  • Page 153 7 Periodicity Abnormal (Refer to Figure 7-2 E ) Periodicity Malfunction Details Restoration Method 94.2 mm Image Drum Replace the image drum cartridge. 63.6 mm Development Roller Replace the image drum cartridge. 57.8 mm Toner Supply Roller Replace the image drum cartridge. 44.0 mm Electrification Roller Replace the image drum cartridge.
  • Page 154 8 Printing Thinned Out • Is the LED head lens dirty? Clean the LED head lens. • NO Are all LED head Assy parts properly connected to the relay PCB (S2H PWB) and engine PCB (S2V PWB)? Check the cable connection of the LED and the cable connection between the relay PCB and engine PCB, then properly connect the cable between the LED head and engine PCB.
  • Page 155 9 Color Drift • “Toner Low” is displayed. Replenish toner. Has operation been restored? • NO Conduct a color drift test in the engine Maintenance Mode. Method: Enter the Engine Maintenance Mode, and self-diagnostic mode (Level 1). DIAGNOSTIC MODE XX.XX.XX Press [MENU+] key 4 times to display the [REG ADJUST TEST].
  • Page 156 • NO [NG CALIBRATION LEFT/RIGHT] display • YES Is the color drift sensor cover dirty? Cleaning defect of the surface of the sensor cover by the cleaning blade on the rear of the shutter. Replace the shutter and sensor cover then restore the cleaning performance. •...
  • Page 157 • [Yellow, Magenta, Cyan Left/Right/Horizontal] display • YES Replace the belt unit. Has operation been restored? • NO Replace the ID unit. Has operation been restored? • NO Is the gear abnormal? (I/D, Multipurpose Tray, Belt Unit, Belt Motor, etc. gear Assy) Replace the damaged gear Assy.
  • Page 158 0 Color Drift from Document • Is the LED head lens dirty? Clean the LED head lens. • NO Is the LED head Assy properly connected to the PCB (S2H PWB) connection? Check the cable connection between the LED Assy and PCB connection, then connect properly.
  • Page 159 A Stripe in Horizontal Print Direction (Figure 7-2 G ) • Are all LED head Assy parts properly connected to the relay PCB (S2H PWB) and engine PCB (S2V PWB)? Check the cable connection of the LED and the cable connection between the relay PCB and engine PCB, then properly connect the cable between the LED head and engine PCB.
  • Page 160 B Paper Thickness Error (Err Code 323, 324) • Is the sensor connector disconnected? Connect the connector. • YES Is any sensor cable wire disconnected? Replace the cable. • YES Is +5V output to the PU PCB REG 13 pin? Replace PU PCB.
  • Page 161 Ground Charge roller Development roller Development braid Toner supply roller Figure 7-3 161 / Rev. 1...

  • Page 162: Check Fuse

    Check Fuse If the following error occurs, check the applicable fuse of the engine control PCB (S2V PWB). (See Table 7-2) Table 7-2 Fuse Error Fuse Name Error Description Insert Point 2nd or 3rd or 4th or 5th Try Hopping Error Option TRY 34V MID UP/DOWN Error MID, Hopping Motor Driver...

  • Page 163: Connection Diagram

    CONNECTION DIAGRAM Check Resistance Value 163 / Rev. 1...
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  • Page 169: Diagram Of Part Layout Of Various Pcb

    Diagram of Part Layout of Various PCB 169 / Rev. 1...
  • Page 170 (1)-1 Engine Control PWB (S2V-4 PWB: 1200dpi) CTGO RSNS CSNS POWER CPUFU DENGEN CUIF RFID Motor Driver PWB (S2M PWB) FLASH OPIRY24 HALL1 WTDC TRYSNS PSIZE HALLDCT GDDC FSNS 170 / Rev. 1...
  • Page 171 (3)-1 Main Controller PWB : ASP PUIF Battery FPGA LED Fiery ASIC BNY board J7002:Network J7000: Compact Flash PWR_GOOD LED DIAG LED3 DIAG LED2 DIAG LED1 S100 DIAG LED0 (download SW) USB LED CF LED CENT 171 / Rev. 1...
  • Page 172 LED Control PWB a) (S2H PWB) POWER Control Panel PWB (X7G- PWB) ID System Sensor PWB(SGG-PWB) SNS2 SNS1 SNS3 Entrance Sensor PWB (S2C-PWB) TRYSNS1 EMPTY 172 / Rev. 1...
  • Page 173 Paper Size Detection PWB (S2S- PWB) PATHICK IN2SNS CLUTCH FSNS MPTSNS WRSNS MPTPAP MPTHOME Rear Sensor PWB (S2R- PWB) COVSNS RSNS (10) Color Drift Sensor PWB (S2Z- PWB) DENS 173 / Rev. 1...
  • Page 174 (11) Tray Control PWB (V72-1- PWB) PSIZE GDOE MOTOR_B MOTOR_A FLASH MAIN1 MAIN2 (12) Duplex Control PWB (V72-2- PWB) MOTOR_B MOTOR_A FLASH MAIN1 COVDPN (13) Inverter PWB (V72-3- PWB) MOTOR_B MOTOR_A FLASH MAIN1 MAIN2 POWER (14) Disposal Toner, Gear, Belt Rotation, Disposal Toner Sensor PWB (HAL-PWB) 174 / Rev.

  • Page 175: Interface Specifications

    INTERFACE SPECIFICATIONS Parallel Interface Specifications 9.1.1 Parallel Interface Overview Item Details Corresponding mode Comatible mode, nibble mode, ECP mode Data bit length Compatible: 8, Nibble: 4, ECP: 9 bit 9.1.2 Parallel Interface Connector and Cable Connector Printer: 36pConnector (Female) 57LE-40360-12 (D56) (DDK Ltd.) equivalent product Cable: 36pConnector (Male) 57FE-30360-20N (D8) (DDK Ltd.) equivalent product...

  • Page 176: Timing Chart

    9.1.4 Timing Chart ■ Compatible Mode Data Reception Timing PARALLEL DATA (DATA BITs 1 to 8) 0.5 μs min. 0.5 μs min. 0.5 μs min. nStrobe 0.5 μs min. 0.5 μs max. BUSY 0 min. 0 min. nAck 0.5 μs to 3 μs 0 min.

  • Page 177: Parallel Interface Signal

    9.1.5 Parallel Interface Signal The name of the interface signal and pin number is indicated in Table 9-1. Table 9-1. Signals Pin No. Signal Name Direction Function nStrobe TO PRINTER Pulse to read data. (HostClk) Data is read with the latter wire. DATA 1 TO PRINTER 8bit parallel data.

  • Page 178: Usb Interface Specifications

    USB Interface Specifications 9.2.1 USB Interface Overview Basic Specifications USB 2.0 Compliant Transfer Mode Full Speed (max. 12Mbps+0.25%) High Speed (max. 480Mbps+0.05%) Power Control Self-Power Device 9.2.2 USB Interface Connector and Cable Connector Printer-Side B Receptacle (Female) UP Stream Port UBB-4R-D14T-1 (JST Mfg.

  • Page 179: Error Message List

    10. ERROR MESSAGE LIST Details undecided. 183 / 183 Rev. 1...
  • Page 180 COPYRIGHT © 2005 BY SHARP CORPORATION All rights reserved Printed in U.S.A. No part of this publication may be reproduced, stored in a retrival system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise without prior permission of the publisher.

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