readability of printed bar codes. Minimum bar code “X” dimension is 10 mils; maximum width is 4 inches (101 mm).

Peel and Present Mechanism (requires the Internal Rewind option)

An output control device that automatically separates printed labels from the backing material and allows subsequent printing to occur only after the removal of a previously printed label. Minimum label length is 1.5 inches (38 mm).

Present Sensor

An output control device that allows subsequent printing to occur only after the removal of a previously printed label.

RS-422 Serial Interface**

Single-drop interface hardware to support greater distances from the host at communication rates of up to 38,400 baud.

Thermal Transfer (specify configuration at time of order)

A printing method that uses ribbon to produce exceptional image clarity, as compared to most direct thermal media types. This option must be specified for use with either ‘coated side in’ ribbon or ‘coated side out’ ribbon.

Twinax/Coax Interface

A slide-in circuit card assembly that provides connectivity to AS/400 and System/3X Twinax host system or 3270-type host system. Cable included.

USB Port

A slide-in circuit card that provides the printer with a Universal Serial Bus, Version 1.1, for Windows printing environments only.

*Item unavailable for the I-4206.

**Item unavailable for the I-4206 and I-4208 models.

I-Class

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Datamax I-4208, I-4206 manual Present Sensor

I-4206, I-4208 specifications

The Datamax I-4208 and I-4206 are industrial label printers that have garnered attention for their robust performance and versatile features, making them ideal for various demanding printing applications. Designed for high-volume printing environments, these printers are widely used in industries such as manufacturing, logistics, retail, and healthcare.

One of the standout features of the Datamax I-4208 and I-4206 is their ability to handle a wide range of media types and sizes. The I-4208 model supports label widths up to 8 inches, while the I-4206 is tailored for slightly smaller applications, accommodating widths up to 6 inches. Both models can print on various materials, including paper, synthetic stocks, and tags, providing users the flexibility needed for different labeling requirements.

Both printers are equipped with cutting-edge print technology, boasting a print resolution of up to 203 dpi for the I-4206 and 300 dpi for the I-4208. This ensures crisp, high-quality prints that are essential for clear barcodes, text, and graphics, minimizing errors associated with scanning and reading. Additionally, the printers support various printing methods, including direct thermal and thermal transfer, making them adaptable to user preferences and operational requirements.

Durability is another key characteristic of both models. Built to withstand the rigors of industrial environments, the I-4208 and I-4206 feature a sturdy metal chassis that enhances their lifespan and reduces maintenance needs. Their user-friendly design includes easy access to media and ribbon, facilitating quick changes and minimizing downtime during production runs.

Connectivity options are abundant in both printers, as they offer interfaces such as USB, Ethernet, and RS-232, making integration into existing systems straightforward. This connectivity allows for seamless communication with computers and other devices, enhancing workflow efficiency.

Moreover, Datamax incorporates advanced technology in these models, including a powerful processor that ensures high-speed printing and efficient data handling. Compatible with various software applications and label design programs, the I-4208 and I-4206 can seamlessly adapt to the needs of businesses, allowing for streamlined operations and improved productivity.

In summary, the Datamax I-4208 and I-4206 stand out in the market for their robust features, impressive printing capabilities, and resilience, making them reliable choices for any high-demand industrial labeling application. Their versatility and ease of use position them as essential tools for organizations aiming to optimize their labeling processes.