Why does my Leibinger Printer show 'HV-current too high'?
If your Leibinger Printer shows 'HV-current too high', it indicates dirt or dampness on the deflection plates. You should clean the deflection plates or dry deflection plates to resolve this issue.
What to do if my Leibinger Printer shows 'Failure of compression'?
If the Leibinger Printer displays 'Failure of compression', it means the compressor couldn't set the compression within 120 seconds. To solve this, check the pneumatic connections for leakages and inspect the compressor, replacing it if necessary.
What causes the 'Error of oscillator voltage' in Leibinger Printer?
If your Leibinger Printer shows an error related to oscillator voltage, it could be due to a bad drop control point, a dirty charging electrode, a wrong frequency setting, or a defective oscillator. You can try cleaning the charging electrode, changing the frequency, or exchanging the oscillator.
What causes the 'Error of drop control' in Leibinger Printer?
If your Leibinger Printer shows an error of drop control, it may be due to a dirty charging electrode, a wrong frequency setting, or a defective oscillator. To fix this, you can try cleaning the charging electrode, changing the frequency, or replacing the oscillator.
What does 'Print-Go error' mean on Leibinger Printer?
If your Leibinger Printer displays 'Print-Go error', it means that the next PrintGo-signal was received during a print. To resolve this, try reducing the font width, checking the signal encoder (sensor) for multi-identification during a print, and enlarging the product distance.
What does 'Stroke-Go error' mean for Leibinger Printer?
If your Leibinger Printer displays a 'Stroke-Go error', it means that during a stroke, the next stroke output was initiated prematurely. To fix this, try reducing the production speed, increasing the font width, using a different printing mode (high-speed mode), or reducing the height of the total printing image (reducing the amount of dots).
What to do if ink delivery is faulty in Leibinger Printer?
If the Leibinger Printer indicates a fault in ink delivery, it might be due to several reasons: * The main pump couldn't move the membrane to the center within 2.5 seconds. * There's air in the system. * A leakage. * The bleeding valve isn't closing correctly. * The main pump is electrically or mechanically defective. To address this, try activating the permanent bleeding function for a few minutes, check for leakages, inspect the bleeding valve (replacing if necessary), and examine the main pump (replacing if needed).
What causes 'Leakage in hydraulic' in Leibinger Printer?
If your Leibinger Printer reports a hydraulic leakage, it means the leakage sensor at the cabinet bottom has detected liquid. You should check the system for any liquid leaks and repair them. Also, inspect the leakage sensor for dirt and clean it if necessary.
How to fix 'Print-Go distance error' on a Leibinger Printer?
If your Leibinger Printer shows 'Print-Go distance error', it means the printing distance specified in the job editor between two prints is smaller than the print itself. You can reduce the font width or increase the PG-distance value to fix this.
Why am I getting a phasing error on my Leibinger Printer?
If your Leibinger Printer is showing a phasing error, the cause may be that the charging electrode is dirty. The suggested solution is to clean the charging electrode.
Details potential dangers related to printer operation, personnel safety, and efficient functioning.
Explains warning symbols used in the manual and their meanings for safe operation.
Provides guidelines for safe storage and handling of inks and solvents to minimize fire risks.
Outlines first aid procedures for eye, skin, and inhalation exposure to chemicals.
Details recommended extinguishing agents and protective measures for fire incidents.
Specifies actions for accidental spills, including containment and environmental protection.
Covers safety precautions for explosion risk and general installation requirements.
Details electrical connection requirements, including voltage and plug specifications.
Explains the importance of proper grounding to prevent injury and ensure device function.
Explains the continuous ink jet process, drop creation, charging, and deflection.
Covers general operation, device initialization, and startup procedures.
Outlines options for managing print jobs, including creation, editing, and loading.
Procedure for resetting printer adjustments to default factory settings.
Managing user access levels, rights, and passwords for security.
Performing temporary tests on device inputs and outputs to check signal status.
Verifying hydraulic components and print head functions, requiring trained personnel.
Monitors ink backflow to ensure reliable operation and prevent impurities.
Saving and exporting events, reports, and system information for analysis.
Loads a default job for testing print functions and creating new jobs.
Manages user login, logout, and user change procedures for access.
Explains warning and error messages, their format, and confirmation procedures.
Lists common error codes, reasons for failure, and suggested workarounds.
Step-by-step guide for safely refilling ink and solvent reservoirs.
Detailed instructions for safely cleaning the print head, including solvent use.
General| Print Technology | Continuous Inkjet (CIJ) |
|---|---|
| Operating Temperature | 5°C to 45°C |
| Protection Class | IP65 |
| Operating Voltage | 100-240 V AC, 50/60 Hz |
| Communication Interface | Ethernet, USB, RS232 |
| Print Speed | Up to 10 m/s |
| Ink Colors | Black, White, Yellow, Blue, Red, Green |
| Ink Type | Solvent-based |
| Maximum Printing Speed | Up to 10 m/s |
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