Cable Gender Changer RCA DeLOCK 65566

This RCA to terminal block adapter from DELOCK (model 65566) provides a compact and reliable solution for connecting single wires with open cable ends to devices that use RCA connectors. The adapter combines a standard RCA connector with a screw-type terminal block, allowing straightforward attachment of stripped wires without soldering. Its black, grey and red colours help identify signal and ground lines during installation.

Advantages

The adapter enables a secure mechanical and electrical connection between bare wires and RCA-equipped equipment, eliminating the need for additional soldering or specialized crimp tools. Its compact size fits into tight spaces and is compatible with a wide range of audio and video devices that accept RCA connections. Colour-coded elements assist in correct wiring and quick identification.

Suitable for

• Connecting single stripped wires to RCA inputs or outputs
• Temporary or semi-permanent audio/video installations
• Industrial and special-purpose applications requiring RCA interfaces
• Home theatre, gaming consoles, and AV equipment maintenance

Key specifications

• Brand: DELOCK
• Model / MPN: 65566
• EAN: 4043619655663
• Connector 1: RCA
• Interface: RCA to screw terminal block (for single stripped wires)
• Product colour: Black, Grey, Red

How to use

Strip the insulation from the wire ends to the appropriate length for the terminal block. Loosen the terminal screws, insert each stripped conductor into the corresponding terminal, and tighten the screws to secure the wires. Plug the RCA connector into the desired RCA socket on your device. Verify polarity and signal/ground assignment using the colour cues before powering connected equipment.

Recommendations

Use the adapter for low-voltage audio/video signals only and ensure wires are stripped to the correct length for a firm mechanical contact. Avoid using the adapter with high-current or high-voltage applications. Check connections for firmness after installation and periodically during use to prevent signal loss.