Seriële kabel InLine DB9-bus/bus directverbinding 1,80 m beige

The InLine Serial Cable DB9 Female/Female Direct 1.80m Beige is a 9-pin Sub D data cable designed to connect peripheral devices or data switches to a PC or server. With a 1.8 m length and a neutral beige color, this cable provides a straightforward wired connection for devices equipped with DB9 ports and supports reliable serial data transmission in networking and data-transfer setups.

Advantages

This DB9 female-to-female serial cable offers a direct, pass-through connection without adapters, a standardized 9-pin Sub D interface for compatibility with legacy and industrial equipment, and a 1.8 m length that balances reach and cable management. The beige jacket allows the cable to blend into many office and server-room environments.

Suitable for

• Connecting RS-232 devices with DB9 female ports
• Linking peripherals (modems, serial printers, barcode scanners) to PCs or servers
• Connecting data switches, serial consoles, or industrial control equipment

Key specifications

• Brand: InLine
• Model / MPN: 12229
• EAN: 4043718002764
• Connector type: DB9 (9-pin) female to female
• Cable length: 1.8 m
• Color: Beige
• Category: Network Cables / Serial cable

How to use

Connect one DB9 female end of the cable to the DB9 male port on a PC, server, or adapter, and connect the other DB9 female end to the male connector of the peripheral device or data switch. Ensure connectors are aligned and screws (if present) are tightened to secure the connection. Verify serial port settings (baud rate, parity, data bits, stop bits) in the device or host system to match the peripheral for proper communication.

Recommendations

For stable serial communication, keep cable runs free from strong electromagnetic interference (motors, unshielded power lines) and avoid tight bends. If connecting devices over longer distances or in electrically noisy environments, consider shielded or higher-grade serial solutions or use appropriate converters/adapters compatible with DB9 serial connections.