print-head-tempB-EX6T1G
Print Head Temp error on Toshiba B-EX6T1G: Troubleshooting
The Toshiba B-EX6T1G error print-head-temp is a safety mechanism triggered when the thermal head exceeds 70°C (158°F). This prevents thermal element burnout and preserves print quality.
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Common causes
- 1Excessive heat settings defined in the print driver.
- 2Airflow obstruction in industrial housing.
- 3Residual buildup on the print head surface.
- 4Electronic failure in the head thermistor.
Solutions
Diagnóstico rápido
This error arises during heavy-duty printing. If the chassis feels extremely hot, the ambient environment or high darkness settings are the likely culprits.Solución paso a paso
- Pause: Power off and let the unit cool for 15 minutes.
- Adjust Energy: Reduce the "Heat" or "Darkness" setting by 15%.
- Clean: Clean the head using an isopropyl-soaked swab.
- Ventilation: Ensure proper airflow around the unit.
Prevención y mantenimiento
Avoid operating in rooms above 30°C. Clean rollers regularly. Use ribbons that require lower heat if high-speed production is constant.Cuándo llamar a un técnico
If the error appears immediately upon cold boot, the thermistor is likely damaged and requires board-level repair.Ficha técnica del equipo
- Technology: Industrial Thermal
- Speed: Up to 12 ips
- Connectivity: USB, LAN, RS-232, Wi-Fi
- Capacity: Large rolls 200mm diameter
- Compatible consumables: B-EX industrial ribbons
- Usage: 24/7 Industrial production
- Drivers / official firmware
Steps to follow
- 1
Pause
Stop printing and allow the printhead to cool for 15 minutes.
- 2
Adjust Heat
Lower the print heat/darkness setting in the printer software.
- 3
Clean
Wipe the printhead with 99% isopropyl alcohol.
Frequently asked questions
The thermal sensor has tripped because the printhead temperature exceeded safety limits, usually due to high speed or darkness settings.
Not until it cools down; continuing will lead to permanent printhead failure.
Use Toshiba-certified thermal transfer ribbons suitable for the B-EX6 industrial series.
Clean it at every ribbon roll change to ensure optimal thermal transfer and longevity.