How to fix communication interface issues on CAB Label Maker?
If communication via an interface is not functioning on your CAB Label Maker, first, ensure that the interface configurations of the printer and computer match. For an Ethernet connection, verify the IP address and subnet mask. Check the interface cable for any damage, and replace it if needed. If the interface still isn't working, the PCB CPU may need to be replaced.
What to do if CAB SQUIX Label Maker has no display function?
If your CAB Label Maker is not displaying anything, check the cable connection between the PCB CPU and the control panel. If the connection is secure, the control panel itself or the PCB CPU might need to be replaced.
Why is the peripheral device not functioning on my CAB SQUIX Label Maker?
If a peripheral device is not functioning with your CAB Label Maker, first check whether the peripheral device is activated via programming. Next, inspect the USB cable for damage, replacing it if necessary. Check the peripheral device itself to ensure it is working. If problems persist, consider replacing the PCB CPU.
How to troubleshoot medium transport issues in CAB SQUIX?
If the medium is not transported in your CAB Label Maker, check the electrical connections between the PCB CPU and the motor. Also, examine the drive mechanism. If these are not the cause, consider replacing the PCB CPU or the motor.
What to do if CAB SQUIX Label Maker prints no image but transports medium?
If your CAB Label Maker is transporting the medium but not printing, check the plug connections at the printhead. Examine the printhead cable for any damage and replace it if necessary. If the issue persists, the printhead or the PCB CPU may need to be replaced.
How to fix voltage error on CAB SQUIX PCB BAT CPU?
If the voltage of the battery on the PCB CPU is too low on your CAB Label Maker, replace the PCB CPU.
What to do if 24 V for the printhead is too low on CAB SQUIX Label Maker?
To address the issue of '24 V for the printhead too low' on your CAB Label Maker, check the voltage at the measurement point +24V TPH. If the voltage is too low, replace the power supply unit. If the voltage is correct, replace the PCB CPU.
Covers voltage requirements, connection safety, environmental hazards, and handling precautions.
Guides through unpacking, checking for damage, initial setup, and verifying contents.
Detailed steps for positioning the media roll, inserting the strip, and adjusting sensors.
Guides on adjusting the head locking system for optimal print quality and media handling.
Step-by-step guide for loading the transfer ribbon for thermal transfer printing.
Details on peel-off mode for automatic label peeling and presentation, requiring a dispense plate.
Detailed instructions and safety precautions for cleaning the printhead for optimal performance.
Explains common error messages and the buttons available for error handling.
Lists error messages, their causes, and recommended remedies for troubleshooting.
Addresses specific printing problems like ribbon creases, smears, and irregular printing.
General| Print Technology | Thermal Transfer / Direct Thermal |
|---|---|
| Print Resolution | 300 dpi |
| Max Print Speed | 300 mm/s |
| Display | LCD |
| Interfaces | USB, Ethernet, Serial (RS232), USB Host |
| Memory | 64 MB RAM |
| Media Sensors | Reflective, transmissive |
| Label Length | 5 to 4000 mm |
| Keyboard | Optional |
| Supported Materials | Paper, plastic, textile |
To Next Page
