C2G CG52030 DB9 Serial Extension Cable Male Female 6ft

Product Description

The C2G CG52030 is a DB9 serial extension cable wired with all lines connected, extending a male DB9 connector to a female DB9 port over a length of 6 feet. It is designed for use in applications that require a full-signal serial connection between RS-232 devices and a host system or controller. Electricians, AV integrators, and automation technicians install this cable when an existing serial run falls short or when a device needs to be repositioned without reconfiguring the host port. All lines are passed through, preserving hardware handshaking signals such as RTS, CTS, DSR, DTR, and DCD.

This cable is suited for connecting serial peripherals such as industrial controllers, legacy test equipment, KVM switches, POS systems, and building automation devices to RS-232 serial ports. It is commonly used in both commercial and light industrial environments wherever a DB9 male device port needs to be extended to a DB9 female host interface. The 6-foot length provides enough reach for most panel or rack installations without introducing excessive cable slack.

Key Features

• Full all-lines wiring passes hardware handshaking signals intact
• DB9 male to DB9 female configuration for standard RS-232 extension use
• 6-foot cable length suits panel, rack, and desktop installation scenarios
• Single-unit packaging allows individual replacement or targeted deployment

Compatibility

Designed as a standard RS-232 DB9 male-to-female serial extension cable compatible with devices using 9-pin serial ports conforming to the RS-232 interface standard.

Installation Notes

This cable is installed by AV integrators, automation technicians, or electricians working with RS-232 serial equipment. Power down or disable any connected serial devices before connecting or disconnecting the cable to prevent signal errors or device faults. Ensure the DB9 connectors are seated fully and finger-tighten any captive screws to secure the connection. Avoid routing the cable near high-voltage conductors to minimize interference on signal lines.