Καλώδιο τροφοδοσίας DeLOCK 85494 3 m PoweredUSB

The DeLOCK 85494 is a 3 m PoweredUSB cable that connects devices with a PoweredUSB 12 V port to a PC or hub with the same port. The cable carries both data and 12 V power, making it suitable for powering and communicating with POS devices such as receipt printers and payment terminals. The black cable features PoweredUSB connectors on both ends and is designed for reliable, single‑cable power and data delivery.

Advantages

This 3 m PoweredUSB cable provides combined power and data transmission over a single connection, reducing cable clutter and the need for separate power adapters. With PoweredUSB connectors on both ends it ensures direct compatibility with devices and hosts that support the 12 V PoweredUSB standard. The cable’s length of 3 metres offers flexibility in device placement while maintaining a stable connection for POS peripherals.

Suitable for

• Connecting receipt printers to a PC or PoweredUSB hub
• Powering and communicating with payment terminals
• Linking other POS peripherals (scanners, customer displays) that use 12 V PoweredUSB

Key specifications

• Brand: DELOCK
• Model / MPN: 85494
• EAN: 4043619854943
• Cable length: 3 m
• Connector 1: PoweredUSB (12 V)
• Connector 2: PoweredUSB (12 V)
• Colour: Black

How to use

Connect one PoweredUSB connector to the 12 V PoweredUSB port on the PC or hub and the other to the PoweredUSB port on the peripheral device. Ensure both host and device support the 12 V PoweredUSB standard before powering on. After secure connection, power the host or hub to deliver 12 V and allow data communication between the devices. Avoid forcing connectors; they should mate smoothly when aligned correctly.

Recommendations

Use the cable in an environment free from excessive moisture and mechanical strain. Route the cable to avoid sharp bends and pinch points; keep length under tension to a minimum. For POS installations, verify device compatibility with PoweredUSB 12 V and confirm that the host or hub can supply sufficient current for the connected peripheral.