Estação de carregamento sem fios 433MHz USB/RS-232 Multi-Interface

The WLC4690-BK-433 stands apart from generic charging cradles by combining inductive power delivery with a proprietary 433 MHz data link. This dual-function design eliminates the need for physical contacts or separate pairing steps, making it ideal for high-throughput retail, warehouse, and healthcare environments where devices are swapped frequently.

Highlights

• Proprietary 433 MHz wireless data communication for seamless device pairing
• Dual host interfaces: USB (Type B) and RS-232 (DB9) for flexible integration
• Up to 10W inductive charging output for fast, contact-free power
• LED indicators for power, charging status, and data transfer at a glance
• Robust ABS plastic housing in black, built for daily use
• External AC/DC adapter included, with 1.8 m USB cable

In daily use

Place a compatible 433 MHz device onto the cradle and charging begins immediately, while data synchronization occurs over the wireless link. The USB and RS-232 ports allow connection to POS terminals, PCs, or legacy systems, ensuring broad compatibility. The compact desktop footprint keeps counters tidy, and the non-slip base prevents accidental movement during busy shifts.

Full specifications

• Wireless charging standard: Inductive (proprietary)
• Wireless data frequency: 433 MHz
• Host interfaces: USB Type B, RS-232 DB9
• Input voltage: 5V DC, 2A
• Charging output power: Up to 10W
• Number of charging bays: 1
• LED indicators: Power, charging status, data transfer
• Operating temperature: 0°C to 50°C
• Storage temperature: -20°C to 70°C
• Humidity: 5% to 95% non-condensing
• Housing material: ABS plastic
• Colour: Black
• Mounting type: Desktop
• Certifications: CE, FCC, RoHS
• USB cable length: 1.8 m
• Power adapter: External AC/DC adapter (included)

Final note

For operations that rely on Datalogic's 433 MHz wireless scanners or terminals, the WLC4690-BK-433 is the dependable charging and communication hub that keeps devices ready and data flowing without interruption.