DeLOCK καλώδιο USB 2.0 υποδοχή USB Type-C σε προσαρμογέα κλέμας 15 cm

The DeLOCK USB 2.0 Cable USB Type-C female to Terminal Block Adapter (15 cm) provides a compact solution to connect USB Type-C devices to bare-wire installations. It combines a USB Type-C female connector with a 5‑pin terminal block, allowing strands with stripped ends to be fastened without tools via push-button terminals. The cable supports USB 2.0 data transfer and is available in black and green.

Advantages

This adapter enables tool-free connection of stripped wire ends through a push-button terminal block, simplifying installation in control panels, prototypes, and embedded systems. Its USB Type-C female interface preserves compatibility with USB-C devices while the short 15 cm cable keeps signal paths compact and manageable. The USB 2.0 compliance ensures standard full/low-speed data support.

Suitable for

• Connecting USB Type-C devices to custom wiring or terminal blocks
• Embedded systems and industrial control panels
• Prototyping and development with bare wire connections
• Short USB 2.0 data links where a female USB‑C interface is required

Key specifications

• Connector 1: USB Type-C (female)
• Connector 2: 5‑pin terminal block (push-button)
• USB version: USB 2.0
• Cable length: 0.15 m (15 cm)
• Product colour: Black, Green
• Brand: DELOCK
• MPN: 66067
• EAN: 4043619660674

How to use

Strip the insulation from the wire ends to the recommended length for the terminal block, press the push button on the terminal to open the clamp, insert each conductor into the corresponding terminal position and release the button to secure the wire. Plug a USB Type-C male cable or device into the female USB-C connector to establish the USB 2.0 connection. Verify wiring polarity and signal assignments before powering devices.

Recommendations

Use the adapter for low-voltage USB 2.0 data connections only. Ensure stripped wires are properly sized for the terminal block and that connections are secure to avoid intermittent contacts. Avoid exposing the connector and terminal block to moisture or mechanical stress.