DeLOCK 85399 cavo di alimentazione nero 1,5 m USB C 5,5 x 2,5 mm

The DeLOCK 85399 power cable is a 1.5 m connection lead designed to link USB Type-C power sources to devices that use a 5.5 x 2.5 mm barrel input. It delivers a rated input of 5 V and 1 A, providing a simple wired solution for powering compatible equipment. The cable’s length and connector combination allow flexible placement of power supplies while maintaining a compact power delivery path.

Advantages

This power cable combines a USB C plug with a 5.5 x 2.5 mm barrel connector to enable compatibility between modern USB power sources and legacy or specialized devices. The 1.5 m length offers a balance between reach and cable management. With a specified 5 V / 1 A rating, the cable is suitable for devices with low to moderate power requirements and reduces the need for multiple dedicated adapters.

Suitable for

• Small electronic devices that accept 5.5 x 2.5 mm barrel power and require up to 5 V/1 A
• Setups where a USB Type-C power bank or charger is repurposed to power legacy equipment
• Repair, testing or bench work where a flexible cable length is required

Key specifications

• Cable length: 1.5 m
• Input voltage: 5 V
• Rated current: 1 A
• Connector A: USB Type-C plug
• Connector B: 5.5 x 2.5 mm barrel plug

How to use

Insert the USB Type-C end into a compatible power source such as a USB-C charger or power bank that provides a stable 5 V output. Connect the 5.5 x 2.5 mm barrel plug to the device’s power input socket, ensuring correct polarity and firm seating. Confirm the device’s power requirements match the cable’s 5 V / 1 A rating before use. Disconnect both ends when not in use or before making adjustments to the connected device.

Recommendations

Use the cable only with power sources that reliably provide 5 V and do not exceed the specified current. Avoid using the cable with devices that require higher voltage or greater current draw. Keep the cable away from sharp edges and high-heat environments to maintain insulation integrity and optimal performance.