Zebra CRD-MPM-5SCHGUK1-01 base de carga para dispositivos móviles negro

The Zebra CRD-MPM-5SCHGUK1-01 is a mobile device dock station designed to dock and charge up to five Zebra ZQ310 and ZQ320 printers simultaneously. Finished in black, the dock ships complete with a power supply and power cord; select the appropriate part number for your region to ensure correct line cord compatibility. The unit provides a stable platform for secure docking and centralized charging of multiple portable printers.

Advantages

The dock supports simultaneous charging of up to five printers, reducing device downtime and simplifying fleet management. It includes the required power supply and power cord, and its compact black design helps save workspace while providing reliable electrical and physical connection for Zebra ZQ310 and ZQ320 models.

Suitable for

• Retail point-of-sale environments with multiple mobile printers
• Warehousing and inventory operations using Zebra ZQ310 or ZQ320 printers
• Field service teams that return multiple devices for charging
• Back-office consolidation of printer charging and storage

Key specifications

• Compatible models: Zebra ZQ310, ZQ320
• Capacity: docks and charges up to five printers simultaneously
• Includes: power supply and power cord (select region-specific line cord part number)
• Colour: Black
• USB 2.0 ports: 0

How to use

Place the dock on a stable, level surface close to a suitable power outlet. Connect the supplied power supply and the region-appropriate power cord to the dock, then plug into the mains. Insert each Zebra ZQ310 or ZQ320 printer into a docking slot until it seats securely and charging begins. Monitor charge indicators on the printers to determine when devices are fully charged before removal.

Recommendations

Use the dock indoors in a dry, temperature-controlled environment. Choose the correct line cord part number for your country or region before deployment. Avoid placing heavy objects on the dock and ensure vents are not obstructed to maintain proper cooling during charging.