Honeywell Granit 1980i barcode scanner

Description:

The Granit 1980i area-imaging scanners are capable of reading 1D and 2D barcodes from 15 cm (6 in) to 15 m (50 ft). They're packed with technologies that make them easy to use and take the guesswork out of scanning at extended ranges. And Granit 1980i and 1981i scanners are IP65 rated to withstand harsh environments.

Features:

The Honeywell Granit 1980i barcode scanner is a powerhouse built for tough environments. Here's a closer look at its features designed for maximum performance and user comfort:

• Unmatched Scanning Range:

  • Full-Range Area-Imaging: Utilizes area-imaging technology to read both 1D and 2D barcodes across a vast range, from high-density codes scanned close-up (2 mil) to large, low-density codes (100 mil) hanging at distances of up to 52 feet (16 meters). This eliminates the need for multiple scanners for different barcode types and distances.
  • Versatility for Any Application: Provides exceptional flexibility, making it suitable for applications in warehouses, distribution centers, manufacturing floors, and even retail environments.

• Built Granit Tough:

  • IP65-Rated Durability: Can withstand dust, dirt, and water splashes, ensuring reliable operation in harsh environments.
  • Rugged Construction: Built to endure drops from 6.5 feet (2 meters) onto concrete and 5,000 tumbles from 3.2 feet (1 meter). This minimizes downtime due to accidental damage.
  • Industrial Grade Cable Option: An optional cable is available that can withstand 300,000 90-degree bends at temperatures as low as -22°F (-30°C), ideal for demanding industrial settings.

• Features for User-Friendly Scanning:

  • Laser-Spot Aimer: Provides a visible targeting beam to ensure accurate barcode alignment, even at extended ranges.
  • Omni-Directional Scanning: Eliminates the need to precisely position the barcode in front of the scanner. Codes can be presented from any angle, improving scanning speed and user comfort.
  • Centering Feature: Aids in aligning barcodes that are not perfectly centered in the scanning zone, reducing the chance of missed scans.

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