Zebra Z-Select 2000D fehér öntapadós nyomtatócímke

The Zebra 51x25mm DT Label (MPN 880199-025D, EAN 5711045326929) is a direct-thermal roll label designed for desktop printers. Each roll contains 2,580 labels with dimensions of 51 x 25 mm and a core diameter of 25 mm, suitable for short- to medium-run printing where thermal direct technology is used. These labels are intended for clear, reliable printing in applications such as inventory tagging, shipping labels, and general product identification.

Advantages

Direct-thermal construction eliminates the need for a thermal ribbon, simplifying use and reducing consumable costs. The 51 x 25 mm size offers a compact label area that fits common barcode formats and text, while the 25 mm core is compatible with many desktop label printers. A pack quantity of 2,580 labels per roll decreases the frequency of roll changes during continuous printing tasks.

Suitable for

• Inventory management and asset tagging
• Shipping and parcel labeling for small items
• Barcode labels for retail and warehouse operations
• Product identification and price labeling

Key specifications

• Brand: Zebra
• Model / MPN: 880199-025D
• EAN: 5711045326929
• Label size: 51 x 25 mm
• Core diameter: 25 mm
• Labels per roll: 2,580
• Technology: Direct thermal (no ribbon required)

How to use

Install the roll in a compatible desktop direct-thermal printer following the printer manufacturer’s loading instructions, ensuring the thermal side of the label faces the printhead. Configure printer settings for label size (51 x 25 mm), media type (direct thermal), and print quality appropriate for your barcode and text requirements. Feed the labels and perform a test print to confirm alignment and readability before starting full production.

Recommendations

Store rolls in a cool, dry place away from direct sunlight and heat sources to preserve printability. Use within manufacturer-recommended shelf-life for optimal performance. Avoid exposure of printed labels to oils, solvents, or abrasive surfaces which can degrade thermal images.