Zebra CRD9101-4001ER 4-slot cradle, ethernet

Product description

The professional Zebra CRD9101-4001ER docking station is designed for efficient management and charging of mobile terminals from the MC9x series. This four-slot cradle with Ethernet connectivity is an ideal solution for logistics centers, warehouses, production halls, and retail spaces where it is essential to keep multiple devices fully operational and ready for use at the same time. Thanks to the integrated network port, it enables wireless data transfers and information synchronization directly from the charging station, eliminating the need for manual connection to a computer and saving employees valuable time.

The station is fully compatible with the popular Zebra MC9090, MC9190, and MC9200 models. Its robust construction ensures reliable contact with the terminal even during intensive use in demanding environments. Operating dimensions of approximately 41.6 x 14.4 x 10.4 cm and a weight of around 1.95 kg ensure stability on the work surface without taking up excessive space. The device is intended for professional use, where data availability and uninterrupted operation of mobile computers are crucial.

• Four independent slots for simultaneous charging and communication with four terminals
• Integrated Ethernet port for stable network connectivity and data transfer
• Compatibility with the Zebra MC9x series (MC9090, MC9190, MC9200)
• Support for charging both the main and backup battery on supported models
• Durable construction designed for demanding industrial conditions
• Easy installation and integration into existing IT systems

Important notice: This product is supplied only as the docking station itself. For its full functionality, it is necessary to purchase a power supply separately (e.g. type PWRS-14000-241R), DC cable (e.g. 50-16002-029R) and the corresponding network cable. The Zebra CRD9101-4001ER thus represents a reliable foundation for centralized mobile device management, increasing team productivity and minimizing downtime caused by battery failures or the need for manual connection.