Serial Cable DeLOCK 63466 USB Type-A DB-9 1.5m Black Green Yellow

This USB Type-A to serial cable by DeLOCK connects devices via a DB-9 (RS-232) interface and is 1.5 m long. The DeLOCK 63466 features a USB Type-A plug on one end and a male DB-9 connector on the other, available in a black, green and yellow color scheme. It is designed to provide a straightforward serial connection between modern USB hosts and legacy or industrial equipment that use RS-232 signaling.

Advantages

The cable offers plug-and-play USB connectivity to two-wire RS-232 devices through a single DB-9 connector, supporting reliable data transfer over a 1.5 m length. Its robust connectors and shielded cable construction help maintain signal integrity in typical office and industrial environments. The compact USB Type-A interface ensures compatibility with standard USB ports.

Suitable for

• Connecting printers with RS-232 DB-9 ports
• Linking measurement instruments and laboratory equipment
• Connecting PLCs, controllers and industrial devices
• Integrating IoT devices and legacy hardware into modern USB hosts

Key specifications

• Brand: DELOCK
• Model / MPN: 63466
• EAN: 4043619634668
• Connector A: USB Type-A (male)
• Connector B: DB-9 (RS-232, male)
• Length: 1.5 m
• Color: Black / Green / Yellow

How to use

Connect the USB Type-A plug to a free USB port on your computer or host device. Plug the DB-9 connector into the RS-232 serial port of the target device and secure any thumbscrews if present. If required by your operating system, install the appropriate USB-to-serial driver supplied by the OS or available from the device manufacturer. After driver installation the host will enumerate the adapter and present a virtual COM port for serial communications software.

Recommendations

For stable serial communication, use shielded cable routing and avoid running the cable parallel to high-power lines. Verify driver compatibility with your operating system before deployment and use the 1.5 m length to keep connections within recommended signal integrity ranges.