M3 Mobile mobilná nabíjacia/prenosová stanica Ethernet (SL20-2CRD-EC0)

Simultaneously charge two M3 Mobile SL20 Series handheld terminals while maintaining a high-speed Ethernet data connection with the SL20-2CRD-EC0 Charging & Communication Cradle. This industrial-grade docking station delivers reliable power and network access for mission-critical mobile workflows.

Overview

Built for demanding environments, the SL20-2CRD-EC0 combines efficient dual-device charging with a robust Ethernet interface. Its desktop form factor and durable ABS/PC housing ensure long-term reliability in warehouses, retail, and field service operations. The cradle supports both charging and data transfer, making it an essential accessory for any SL20 Series deployment.

What stands out

• Dual-slot design charges two SL20 terminals at once, reducing downtime.
• Integrated Ethernet (RJ45) port enables fast, stable data synchronization.
• Additional USB Type-B host port for flexible connectivity options.
• LED indicators provide clear charging status at a glance.
• Industrial-grade construction withstands harsh working conditions.

Technical details

• Compatible devices: M3 Mobile SL20 Series handheld terminals
• Number of device slots: 2
• Charging capability: Yes, simultaneous for two devices
• Data communication interface: Ethernet (RJ45)
• Additional data interface: USB Type-B (Host)
• Power input: DC 12V / 3A
• Power adapter included: No (sold separately)
• LED indicators: Yes (charging status)
• Mounting type: Desktop
• Housing material: Industrial-grade ABS/PC plastic
• Product colour: Black / Dark Grey
• Operating temperature: -10°C to 50°C
• Storage temperature: -20°C to 60°C
• Operating relative humidity: 5% to 95% non-condensing
• Certifications: CE, FCC

Our verdict

The M3 Mobile SL20-2CRD-EC0 is a dependable, no-nonsense charging and communication hub for SL20 Series users. Its dual charging capability and Ethernet connectivity make it a smart investment for teams that need to keep devices powered and data flowing without interruption.