DeLOCK D-Sub 9 pines conector hembra a RJ50 conector hembra set de montaje gris

This adapter by Delock expands a serial interface using an optional Cat.5 / 5e / 6 cable. The assembly kit includes a D-Sub 9 pin female interface and an RJ50 female connector, allowing a custom pin assignment by inserting each cable conductor into the desired hole of the RJ50 connector and locking it into the housing. The product is supplied in grey and is intended for creating a reliable, modular connection between equipment with a D-Sub 9 pin port and devices or cabling that use an RJ50 termination.

Advantages

The DeLOCK assembly kit provides a flexible solution for adapting a D-Sub 9 pin interface to an RJ50 connection using standard Cat.5 / 5e / 6 cable. Individual pin assignment is possible during assembly, enabling custom wiring schemes. The locking housing secures the conductor contacts once inserted, and the grey colour offers a neutral appearance for installations.

Suitable for

• Extending or relocating a serial (D-Sub 9) connection via Cat.5 / 5e / 6 cable
• Custom pin assignments between D-Sub 9 and RJ50 terminations
• Industrial or laboratory setups requiring modular serial cabling

Key specifications

• Connector 1: D-Sub 9 pin (female)
• Connector 2: RJ-50 (female)
• Compatible cable: Cat.5 / Cat.5e / Cat.6 (optional, not included)
• Product colour: Grey
• Brand: DELOCK
• MPN: 66472
• EAN: 4043619664726

How to use

Strip the Cat.5 / 5e / 6 cable to expose individual conductors. Insert each conductor into the chosen hole of the RJ50 connector according to the required pinout. Ensure each wire is fully seated and engage the locking mechanism to fix the contacts in the housing. Finally, connect the D-Sub 9 female side to the device's male D-Sub port and route the Cat cable to the remote RJ50 termination or adapter.

Recommendations

Verify the pin assignment and signal levels before powering connected equipment. Use shielded cable or grounding where required by your installation to minimise interference. Do not exceed the intended mechanical strain on the assembled connector.