What could cause an SBU white/black level correction error on my Ricoh K-C3 All in One Printer?
An SBU white/black level correction error on your Ricoh All in One Printer could be caused by a defective exposure lamp, a dirty white plate, an incorrect position or width of white plate scanning, a defective BICU board, or a defective SBU board.
Why is my Ricoh K-C3 showing a fusing overheat error (rear)?
A fusing overheat error (rear) on your Ricoh All in One Printer might be caused by a defective fusing thermistor or a faulty power supply board.
Why is my Ricoh All in One Printer showing a fusing lamp overheat error (center)?
A fusing lamp overheat error (center) on your Ricoh All in One Printer may be caused by a fusing thermistor being defective or out of position, or a defective power supply board.
What causes a fusing temperature warm-up error (center) in Ricoh All in One Printer?
A fusing temperature warm-up error (center) in your Ricoh All in One Printer could be caused by a defective or out-of-position fusing thermistor, an open fusing lamp, or a defective power supply board.
What does accounting error 2 mean on Ricoh K-C3?
An accounting error 2 on your Ricoh All in One Printer may be due to a defective accounting device or a loose connection.
What does fusing thermistor open error mean on Ricoh K-C3?
Fusing thermistor open error on your Ricoh All in One Printer means that the fusing temperature detected by the thermistor is below 71C and is not corrected after the main power switch is turned on.
What causes a fusing temperature warm-up error (rear) in Ricoh K-C3?
A fusing temperature warm-up error (rear) in your Ricoh All in One Printer could be caused by a defective or out-of-position fusing thermistor, an open fusing lamp, or a defective power supply board.
What causes a fusing thermistor open (rear) error on a Ricoh All in One Printer?
A fusing thermistor open (rear) error on your Ricoh All in One Printer can be caused by a defective or out of position fusing thermistor, a defective power supply board, or loose connectors.
What is an unexpected software error on a Ricoh All in One Printer?
An unexpected software error on your Ricoh All in One Printer means that the software encountered an unexpected operation not defined under any SC code.
What does a memory address error mean for my Ricoh K-C3?
A memory address error in your Ricoh All in One Printer may indicate that the firmware programs of the engine and the controller do not match, or that there is a defective BICU board or controller board.
General| Functions | Print, Copy, Scan |
|---|---|
| Copy Resolution | Up to 600 x 600 dpi |
| Print Resolution | Up to 1200 x 1200 dpi |
| Scan Type | Flatbed |
| Connectivity | USB 2.0 |
Important safety information, symbols, and abbreviations for safe operation.
Guidelines and warnings related to laser unit operation and safety.
Explains symbols and abbreviations used in the manual.
Specifies conditions and prerequisites for machine installation.
Details environmental conditions like temperature, humidity, and illumination.
Specifies the required levelness of the machine base.
Specifies clearances needed around the machine for operation.
Details electrical input voltage, frequency, and current specifications.
Identifies and describes power sockets for connecting optional units.
Lists and verifies the included basic and GDI machine accessories.
Step-by-step guide for installing the main copier unit.
Instructions for installing the platen cover accessory.
Procedure for installing the Automatic Reverse Document Feeder.
Procedure for installing the Automatic Document Feeder.
Instructions for installing optional paper tray units.
Installation instructions for various tray heater options.
Procedure for installing the key counter unit.
Procedure for installing the GDI expansion component.
Procedure for installing operation panel components and keys.
Tables outlining maintenance items, intervals, and actions.
Procedure for resetting the PM counter after maintenance tasks.
Guidelines and procedures for replacing and adjusting machine components.
Lists necessary special tools and lubricants for maintenance.
Procedures for removing and installing external covers and the operation panel.
Information and precautions related to the laser unit.
Instructions for removing, handling, and reinstalling the PCU.
Overview of paper feeding components and replacement procedures.
Details image transfer and fusing unit components and their maintenance.
Overview of duplex unit components and their functions.
Procedures for replacing various other machine components.
Guidance on resolving machine issues and understanding service calls.
Detailed list of SC codes, symptoms, and possible causes.
Troubleshooting guide for electrical components like sensors and switches.
Table of fuse ratings for different voltage specifications.
Description of the LED display on the BICU board.
Detailed steps for accessing SP Mode and SSP Mode.
Reference tables for various Service Program modes and their functions.
Service modes related to paper feed adjustments.
Service modes related to drum and charge roller adjustments.
Service modes related to scanner adjustments.
Service modes related to machine modes and settings.
Service modes related to peripheral adjustments like ADF.
Service modes for accessing operational data and logs.
Service modes for viewing historical data like jams and prints.
Procedure for adjusting registration and magnification using SP modes.
Analyzes ID sensor errors by displaying voltage readings.
Displays the status of APS sensors and platen/DF cover sensor.
Procedures for clearing machine data from NVRAM.
Checks the status of various sensors and switches.
Tests the functionality of machine components by activating them.
Procedure for inputting the machine's serial number.
Procedures for backing up and restoring NVRAM data using a flash card.
Steps for updating the machine's firmware.
General overview and component layout of the machine.
Diagrams showing the board layout and block diagram.
Details the functions controlled by the BICU main board.
Explains the function of the SBU in processing CCD signals.
Describes the step-by-step process of creating a copy.
Overview of the scanning mechanism and components.
Explains how the machine detects original size using sensors.
Explains the image processing steps and data flow.
Explains SBU signal processing, Z/C, and amplification.
Details IPU processes like auto shading, magnification, and filtering.
Overview of the laser exposure components and their functions.
Ensures safety by interrupting laser power when covers are opened.
Details the PCU components including OPC drum, rollers, and blade.
Describes how the drum is charged using the drum charge roller.
Compensates for environmental condition effects on drum charge voltage.
Details the components of the development unit, including rollers and sensors.
Explains the development bias system and how to adjust it.
Overview of the toner bottle replenishment mechanism.
Describes the four modes for controlling toner supply based on sensors.
Handles abnormal readings from ID and TD sensors affecting toner supply.
Explains the drum cleaning process and toner recycling mechanism.
Describes paper trays, feed stations, and jam detection sensors.
Explains how the paper tray unit detects paper size via micro-switches.
Adjusting side fences to prevent skew and ensure correct registration.
Explains the drive mechanism, clutch, and sensor for paper registration.
Describes the transfer roller, discharge plate, and their roles.
Overview of fusing unit components and paper exit path.
Explains the drive system and contact/release control of the fusing unit.
Illustrates Low Power and Night/Off modes and component status.
Illustrates Low Power, Transit, and Night/Off modes for GDI machines.
Details configuration, paper handling, weight, and power requirements.
Diagrams showing the placement of various copier and optional components.
Specifications for optional ARDF, ADF, and paper tray units.
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