USB cable PureLink FI-U200-015 1.5m USB A USB B USB 2.0 Black Blue

The PureLink FI-U200-015 is a 1.5 m USB 2.0 single cable with USB-A (male) to USB-B (male) connectors designed for reliable data transmission and power delivery between devices such as computers and printers. The ultra-flexible jacket and high-purity copper conductors combine with graphene polymer shielding to provide a compact, durable cable that supports USB 2.0 speeds up to 480 Mbps and delivers up to 2 A / 5 V (10 W) of power.

Advantages

The cable offers high-speed USB 2.0 data transfer at 480 Mbps and a maximum power output of 2 A / 5 V for device charging and operation. Its 4.2 mm diameter construction uses high-purity copper conductors and graphene nano shielding to reduce EMI while maintaining flexibility and low weight. The compact connector and ultra-flexible jacket make routing in tight AV or office installations easier while the black and blue finish provides a discreet, professional look.

Suitable for

• Connecting printers, scanners and other USB-B peripheral devices to computers
• Professional AV installations where flexible routing is required
• Office and home workstation setups requiring reliable USB 2.0 connections

Key specifications

• Model: PureLink FI-U200-015
• Length: 1.5 m
• Connectors: USB A (male) to USB B (male)
• USB version: USB 2.0
• Maximum data rate: 480 Mbps
• Maximum power delivery: 2 A / 5 V (10 W)
• Cable diameter: 4.2 mm
• Materials: high-purity copper conductors, graphene polymer shield
• Colour: Black, Blue
• MPN: FI-U200-015
• EAN: 4251364742815

How to use

Connect the USB-A male end to the host device (for example, a computer) and the USB-B male end to the peripheral (for example, a printer or scanner). Ensure connectors are fully seated to maintain a stable data and power connection. Use the cable in its natural, untwisted form and avoid sharp bends to preserve the integrity of the conductors and shielding.

Recommendations

For best performance, use the PureLink FI-U200-015 at lengths up to 1.5 m and avoid running the cable alongside strong sources of electromagnetic interference. Inspect connectors for debris before connecting and replace the cable if the jacket or connectors become damaged.