What to do if Canon PC400 has no AC power?
If your Canon Copier is not getting AC power, first ensure the power plug is properly connected. Also, check that all doors and covers are completely closed. If the issue persists, it might not be a problem with the copier itself, so further investigation of the power supply may be needed.
General| Resolution | 600 x 600 dpi |
|---|---|
| Originals | Sheets, books, 3D objects |
| Copy Speed | 4 copies per minute |
| Warm-up Time | Less than 30 seconds |
| Paper Capacity | 50 sheets |
Lists key features like direct charging, auto power-off, cartridge type, and compact design.
Provides detailed technical specs for PC400/FC200 and PC420/430/FC220 models.
Identifies external parts of the copier via diagrams for PC420/430/FC220 and PC400/FC200.
Explains control panel functions and basic copy-making procedures for PC420/430/FC220.
Outlines the image formation system and its seven-step process.
Divides the copier into four functional blocks: pick-up/feeding, exposure, image formation, control.
Explains the electrical control by the microprocessor and its interaction with components.
Details the timing of operations for key components during copying.
Describes the circuit controlling the main motor's ON/OFF and speed.
Shows input signals to the DC controller from switches and sensors.
Details further input signals to the DC controller from sensors and PCBs.
Illustrates output signals from the DC controller to major components like the motor and lamp.
Shows outputs to solenoids for PC420/430/FC220 and PC400/FC200.
Explains the exposure system and copyboard movement principles.
Details the circuit for turning the scanning lamp ON/OFF and controlling its intensity.
Provides safety precautions for disassembly and assembly work.
Describes the functions of the image formation system.
Presents a timing chart for image formation operations.
Explains the circuit for controlling primary charging using DC and AC bias.
Details how developing bias voltage is controlled for copy density.
Describes the circuit for controlling transfer charging, including measurement and cleaning modes.
Explains the AE mechanism for measuring document density during exposure.
Outlines the cartridge design, including drum cover and light-blocking shutters.
Provides safety precautions for disassembly and assembly work.
Explains the paper path control by pick-up and registration rollers and jam detection.
Details the control of the pick-up roller using a spring clutch and solenoid.
Explains registration roller rotation and stopping mechanisms.
Describes how jams are identified by sensors and the conditions for jams.
Provides safety precautions for disassembly and assembly work.
Explains the fixing assembly operation, driven by the main motor and heated by the fixing heater.
Provides safety precautions for disassembly and assembly work.
Outlines the power supply system, including AC input, DC generation, and auto power-off.
Provides safety precautions for disassembly and assembly work.
Details site requirements for temperature, humidity, ventilation, and space.
Provides step-by-step instructions for unpacking and installing the copier.
Outlines procedures for safely relocating the machine for transportation.
States that the machine has no parts that require periodic replacement.
States that the machine has no parts classified as durables.
States that the machine has no parts requiring periodical servicing.
Provides guidelines for storing and handling sealed and unsealed cartridges.
Details basic image adjustment procedures and points to note.
Covers mechanical standards for registration and electrical adjustments for intensity.
Provides initial checks, document checks, and troubleshooting for image faults.
Lists error codes and their causes and remedies.
Details troubleshooting steps for copy paper jams and feeding faults.
Identifies and describes the function of sensors, solenoids, switches, and PCBs.
Explains the self-diagnostic mechanism and error codes (E0, E2, E6, E9).
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