Zebra Technologies CBA-U42-S07PAR USB Data Transfer Cable for Zebra DS7708 Scanner
Item #: CBA-U42-S07PAR | Model #: 9999999999999
The Zebra USB Data Transfer Cable (Part Number: CBA-U42-S07PAR) offers a reliable and efficient solution for connecting your Zebra DS7708 2D Vertical Slot Scanner to various host devices. With a 7-foot shielded USB cable, it ensures quick and accurate data transfer, making it ideal for point-of-sale, inventory management, and other barcode scanning applications. Its design supports fast connections, reducing setup time and enhancing workflow productivity. The cable is compatible with host devices that may not be capable of providing 1.2A current on the USB port, allowing for flexible deployment across different systems. It can charge a fully depleted battery in approximately 4.5 hours if connected to a BC 1.2 compatible USB port or about 10.5 hours through a standard USB 2.0 port, ensuring your scanner remains operational without interruptions. The plug-and-play feature simplifies installation, requiring no additional drivers or software, and allows for seamless integration into existing setups. Compatible specifically with the Zebra DS7708 scanner, this data transfer cable supports reliable and efficient barcode data communication, optimizing your scanning operations and data management processes. Manufactured in China by Zebra Technologies Corporation, the cable embodies high-quality standards and durability, suitable for demanding retail, logistics, and industrial environments. Whether upgrading your existing setup or implementing a new system, this Zebra USB Data Transfer Cable provides a dependable connection essential for effective barcode scanning workflows.
Features:
- Allows easy connection between devices and helps transfer data quickly with accuracy
- With USB port, enjoy the plug-and-play facility
- Supports Zebra DS7708 2D Vertical Slot Scanner for seamless data communication
- Shielded cable design to prevent interference and ensure signal integrity
- 7-foot length provides flexibility in device placement and workspace arrangement
