What to do if Toshiba All in One Printer paper jam not reaching exit sensor?
If your Toshiba All in One Printer experiences a jam because the paper, after passing through the fuser unit, doesn't reach the exit sensor, the suggested solution is E010.
Why does my Toshiba All in One Printer say jam, image data cannot be prepared?
If your Toshiba All in One Printer has a paper jam because the image data to be printed cannot be prepared, the suggested solution is E090.
How to fix stop jam at the exit sensor on Toshiba All in One Printer?
If your Toshiba All in One Printer experiences a stop jam at the exit sensor, where the trailing edge of the paper doesn't pass the exit sensor after the leading edge has reached it, the suggested solution is E020.
What to do if Toshiba All in One Printer paper jam, image data cannot be sent?
If your Toshiba All in One Printer is showing a jam because the image data to be printed cannot be sent, the suggested solution is E0A0.
Why Toshiba All in One Printer bypass misfeeding (paper not reaching the bypass feed sensor)?
If your Toshiba All in One Printer experiences a bypass misfeeding issue where paper fed from the bypass tray does not reach the bypass feed sensor, the suggested solution is E120.
How to solve Toshiba All in One Printer transfer belt paper-clinging jam?
If your Toshiba All in One Printer experiences a jam because the paper after the 2nd transfer is clinging to the transfer belt, or a paper jam occurred between the registration roller and the paper clinging detection sensor, the suggested solution is E011.
Why Toshiba All in One Printer ADU misfeeding (paper not reaching the registration sensor)?
If your Toshiba All in One Printer experiences ADU misfeeding, where the paper which has passed through ADU does not reach the registration sensor during duplex printing, the suggested solution is E110.
What to do if Toshiba All in One Printer has Power-ON jam?
If your Toshiba All in One Printer has a Power-ON jam, meaning paper remains on the paper transport path when power is turned ON, the suggested solution is E030.
Why Toshiba All in One Printer 1st drawer misfeeding (paper not reaching the 1st drawer feed sensor)?
If your Toshiba All in One Printer experiences a 1st drawer misfeeding issue where the paper fed from the 1st drawer does not reach the 1st drawer feed sensor, the suggested solution is E130.
General| Functions | Print, Copy, Scan, Fax |
|---|---|
| Copy Resolution | Up to 600 x 600 dpi |
| Scan Resolution | Up to 600 x 600 dpi |
| Fax Transmission Speed | 33.6 Kbps |
| Interface | USB 2.0, Ethernet |
| PDL | PCL6, PostScript 3 |
| Zoom | 25 - 400% |
| Type | All-in-One Printer |
| Print Speed (Color) | 20 ppm |
| Print Speed (Black) | 20 ppm |
| Copy Speed (Black) | 20 cpm |
| Copy Speed (Color) | 20 cpm |
| Maximum Paper Size | A4 |
| Paper Size | A4, A5, Legal, Letter |
| Automatic Duplex Unit | Standard |
| Scan Destinations | Email, USB |
| Operating System Compatibility | Windows, Mac, Linux |
| Paper Weight | 60-163 g/m² |
Guidelines for safely moving and setting up the equipment.
Essential safety measures to follow when performing service.
Detailed technical specifications of the equipment.
List of included accessories with the equipment.
List of optional accessories available for the equipment.
List of consumable supplies for the equipment.
Diagram showing system components and their connections.
Procedure for checking input signals and status during test mode.
Procedure for checking output signals and status during test mode.
Procedures for printing various test patterns for adjustment and diagnosis.
Information on how to output lists of various settings and data.
Detailed information on adjustment parameters and procedures.
Configuration options and settings for various machine functions.
Explanation of pixel counting and its relation to toner consumption.
Codes and procedures for preventive maintenance support mode.
Procedures for adjusting image quality related parameters.
Adjustments for image quality specific to the copying function.
Adjustments for image quality specific to the printing function.
Adjustments for image quality specific to the scanning function.
Adjustments for image quality specific to the FAX function.
Adjustments related to the process unit components.
Adjustments related to the scanner section components.
Adjustments related to the paper feeding system.
Procedures for adjusting the developer unit.
Procedures for adjusting the transfer unit.
Procedure for adjusting the separation plate gap.
Function to back up and restore user data, settings, and SRAM data.
Security function to encrypt data in the HDD.
Mode to enable various equipment functions like error clearing and formatting.
Purpose and overview of preventive maintenance procedures.
Information on how the equipment displays PM timing for parts.
General guidelines for performing preventive maintenance.
Mode to confirm part usage status and reset counter values.
Flowcharts for determining part replacement timing.
Checklist of parts for periodic maintenance, including cleaning and replacement.
Lists and explains various error codes displayed by the equipment.
Detailed troubleshooting steps for specific error codes.
Procedures for removing and installing various PC boards and the HDD.
Important considerations and steps for replacing PC boards and HDD.
Safety precautions for installing GP-1070 and disposing of HDD/boards.
Steps for updating firmware using a USB media.
Procedures for updating firmware using a specific download jig.
Procedures for updating firmware using another specific download jig.
Troubleshooting steps when firmware update encounters issues.
Overview of the power supply unit's components and function.
Details on the components and layout of the power supply unit.
Explanation of how the DC output circuits function during operation and stopping.
List of output channels and their corresponding destinations and voltages.
Identification of fuses and their related boards/units.
Block diagram showing the configuration of the power supply unit.
Timing diagrams for power supply sequence during ON, OFF, and sleep modes.
Diagram showing the AC wire harness connections.
Diagram illustrating the DC wire harness layout.
Diagram showing the layout of electric parts.
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