Datalogic Gryphon I GD4520-HC High Density - Kit - stregkodescanner - håndmodel - 2D imager - afkodet - USB

Datalogic SCA Datalogic Handscanner Gryphon GD4520 Kit [GD4520-HCK1-HD] HD Datalogic Gryphon I GD4520 Datalogic Gryphon I GD4520, Handheld bar code reader, 1D/2D, Aztec Code, Data Matrix, Han Xin, MaxiCode, Micro QR Code, QR Code, 1280 x 800 pixels, 0 - 100000 lx, 650 nm Datalogic Gryphon I GD4520. Type: Handheld bar code reader, Scanner type: 1D/2D, 2D (matrix & stacked) barcodes supported: Aztec Code, Data Matrix, Han Xin, MaxiCode, Micro QR Code, QR Code. Connectivity technology: Wired, Standard interfaces: USB. Product colour: White, International Protection (IP) code: IP52, Protection features: Shock resistant. Power source type: DC, Input voltage: 5 V, Power consumption: 300 mA. Weight: 161 g, Width: 68 mm, Depth: 109 mm Kit includes Scanner & USB Cable 90A052278. The Gryphon™ 4500 2D series represents the premium range of hand held scanners from Datalogic. The GD4500 scanner is the desk (corded) version for general purpose applications. The Gryphon I GD4500 imager stands out with an elegant and trendy new design, unchallenged ergonomics and features the most advanced Megapixel sensor with warm-white-illumination 2D technology for outstanding performance. The Gryphon GD4500 imager takes advantage of Datalogic’s Motionix™ motion-sensing technology which detects the natural actions of the operator to automatically switch the scanner into the desired scanning mode. This technology works with or without the use of a stand, offering both hand held and presentation reading options. Datalogic’s reading technology with highly visible warm-white illumination is easier on the human eyes and reads colored labels much better. The highly visible 4-Dot aimer defines a precise reading zone and reduces accidental reads, while the aimer’s center cross provides a locator for targeted scanning in a multiple bar code environment. The GD4500 imager is also available in a Healthcare model with disinfectant-ready and anti-microbial encl...