Calibrating Media Sensors

Important: The first time media is installed, the Media Sensors must be calibrated. After the first calibration no further calibration is required unless the media type (length, color, backing material, etc.) is changed or irregular feeding occurs.

1.Ensure the printer is powered off.

2.Verify that the media is properly loaded and routed as detailed in Loading Media Section.

3.If the media has a gap greater than 4mm, then Switch #4 needs to be in the On position and the GAP HEIGHT feature needs to be set to the proper value.

4.While pressing and holding the PAUSE/CALIBR. button, power on the printer.

5.Release the PAUSE/CALIBR. button when:

The message “CALIBRATION …” is displayed on the LCD.

6.Approximately 12 inches of media will be fed.

7.When feeding stops and the READY and MEDIA indicators stop blinking and remain illuminated, the printer has completed the Label Sensor Calibration procedure.

On the models with a LCD, the printer will display 'READY'.

8.When the printer completes the Label Sensor Calibration procedure it will save the related parameters (reflection characteristics, label length, etc.) to EEPROM.

Caution:

Running labels that are less than 1.5 inches in length without

 

the correct calibration can result in loss of gap detection.

Fastmark 6000 Series

User's Guide 27

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AMT Datasouth 6000 manual Calibrating Media Sensors, Correct calibration can result in loss of gap detection

6000 specifications

AMT Datasouth 6000 series printers are a robust and versatile solution for businesses looking to streamline their printing processes. Known primarily for their durability and efficiency, these printers cater to a wide range of applications, making them popular in various industries such as manufacturing, logistics, and warehousing.

One of the standout features of the AMT Datasouth 6000 series is its exceptional print speed. Capable of producing high-quality labels and documents quickly, it significantly boosts productivity. Businesses that require large volumes of printing will find the speed of the 6000 series particularly beneficial.

The printer employs advanced thermal transfer technology, which ensures consistent, high-quality prints. This method utilizes heat to transfer ink from a ribbon onto the media, resulting in sharp, legible text and graphics. Additionally, the printer supports a variety of label formats, including both paper and synthetic materials, allowing users to choose the right media for their specific needs.

In terms of connectivity, the AMT Datasouth 6000 series offers multiple options. Standard interfaces include USB and Ethernet, ensuring easy integration into existing networks. This capability is essential for businesses that rely on centralized printing solutions or need to connect multiple printers across a facility.

Another notable characteristic of the AMT Datasouth 6000 is its user-friendly design. The printer features an intuitive control panel that simplifies operation and enables users to manage printing tasks efficiently. With easy access to the printer’s components, maintenance becomes straightforward, minimizing downtime and ensuring that printers remain operational.

Additionally, the build quality of the AMT Datasouth 6000 series is worth mentioning. Constructed with durable materials, these printers are designed to withstand the rigors of industrial environments. This resilience minimizes the risk of breakdowns and extends the printer's lifespan, making it a cost-effective choice for long-term use.

The printer is also equipped with advanced software that enhances its functionality. Features such as compatibility with various design programs and the ability to create custom templates empower users to produce tailored labels and documents, addressing specific business needs.

Overall, the AMT Datasouth 6000 series stands out for its combination of speed, quality, and versatility. Its advanced technologies and user-friendly design make it a reliable choice for businesses looking to enhance their printing capabilities while maintaining operational efficiency.