Zebra DS2208-SR Handheld 2D Omnidirectional Barcode Scanner/Imager (1D, 2D and PDF417)

Zebra DS2208-SR Handheld 2D Omnidirectional Barcode Scanner/Imager (1D, 2D and PDF417)
Key Features
Brand: Zebra
Model: DS2208-SR
Point-and-shoot Scanning Simplicity
omnidirectional scanning
Unsurpassed Scanning Range (0.5 in./1.23 cm to 14.5 in./36.8 cm)
no configuration required
automatically identify the interface and connect the imager
Instant Decoding with PRZM Intelligent Imaging- Only from Zebra, PRZM’s software decode algorithms for the DS2200 Series deliver superior performance on poor quality barcodes.
1 Year Warranty

Point-and-shoot Scanning Simplicity. With omnidirectional scanning, users never need to line up the imager and the barcode — unlike 1D scanners. Workers can scan barcodes across a wide range (0.5 in./1.23 cm to 14.5 in./36.8 cm), improving checkout speed and reducing training time. Pre-configured and Ready to Use, Right Out of the Box—Since the default settings are optimized for the majority of scanning applications, you can use the DS2200 Series imager the moment you take it out of the box — no configuration required. Just plug the DS2208-SR into your Point of Sale (POS) and the auto-host detect cables will automatically identify the interface and connect the imager, simplifying and reducing setup time.

Intuitive Aiming

The aim line is similar to the 1D scanners you have today, providing your associates with a familiar experience. Additionally, the aim line guides users to scan at the ideal distance from the barcode— especially helpful when capturing wide barcodes. Unique Direct Decode Indicator Improves Productivity The illumination on the barcode flashes to indicate a good decode, so workers know instantly if the barcode was captured correctly — regardless of how noisy the environment might be

Compatible

Backward Compatible with Zebra LS2208 Series Cables If you use Zebra’s 1D LS2208 scanners today, you can use the same universal cables with the DS2200 Series, allowing you to leverage your existing accessory investment to minimize the cost of upgrading to a 1D/2D imager.

Technical Specifications