The Granit 1911i wireless industrial-grade area-imaging scanner is designed to withstand the varied demands of harsh working environments. Featuring a custom-built housing that redefines the standard for scanner reliability, the IP65-rated Granit 1911i scanner is built to survive 5,000 1 m (3.3 ft) tumbles and 50 drops to concrete from 2 m (6.5 ft), even at -20C (-4F).

From poorly printed and damaged codes to low-density linear codes, the Granit 1911i scanner is built to read virtually all barcodes with ease – supporting maximum operator productivity with its enhanced illumination, crisp laser aiming and extended depth-of-field. The Granit 1911i scanner also incorporates a Bluetooth Class 1 radio, enabling wireless connectivity and unrestricted movement up to 100 m (300 ft) from the base. Users can expect up to 14 hours of battery life, reducing the cost of battery backups and replacements. A paging system is also available for added convenience to assist with locating misplaced scanners.

• The custom-built IP65-rated housing is able to withstand 5,000 1 m (3.3 ft) tumbles and survive 50 drops from 2 m (6.5 ft) at -20C (-4F), reducing service costs and increasing device uptime.
• Bluetooth Class 1, v2.1 radio enables movement up to 100 m (300 ft) from the base, and reduces interference with other wireless systems. Up to 7 imagers can communicate with a single base, reducing total cost of ownership.
• The second-generation of the Honeywell TotalFreedom area-imaging development platform enables the loading and linking of multiple applications to enhance image decoding, data formatting and image processing – eliminating the need for host system modifications.
• The long-lasting Lithium-Ion battery powers up to 50,000 scans per full charge and is removable without tools, ensuring maximum uptime for operations running multiple shifts.
• With its extended linear depth-of-field, the scanner scans out-of-reach items with ease and allows users to scan 20 mil linear codes out to 75 cm (29.5 in) without sacrificing performance on 2D codes.