USB-C Dual-Screw Locking Male to USB 3.0 Type-B Female Panel Mount Extension Cable

Create a secure USB connection for industrial and professional equipment with this USB-C Dual-Screw Locking Male to USB 3.0 Type-B Female Panel Mount Extension Cable.

The cable features a straight USB-C male connector with two locking screws at one end and a USB 3.0 Type-B female panel-mount socket with two fixing screws at the other. Both ends are designed for secure installation, helping prevent accidental disconnection caused by vibration, movement or frequent equipment use.

The USB-C connector can be fastened to a compatible dual-screw USB-C port, while the USB Type-B female socket can be mounted securely to an equipment panel, enclosure, kiosk or industrial computer chassis. Once installed, the panel-mounted socket provides an accessible external USB 3.0 Type-B connection while protecting the internal USB-C port from repeated plugging and cable strain.

The blue USB 3.0 Type-B insert identifies the SuperSpeed interface. When used with compatible USB 3.0 equipment, the cable supports data-transfer speeds of up to 5Gbps and remains backwards compatible with USB 2.0 and USB 1.1 devices.

Key Features:

• USB-C male to USB 3.0 Type-B female extension cable
• Dual-screw locking USB-C male connector
• USB 3.0 Type-B female panel-mount socket
• Two panel fixing screws on the Type-B female connector
• Secure installation at both cable ends
• Helps prevent accidental disconnection
• Suitable for vibration-prone equipment
• Creates an accessible external USB Type-B port
• Helps protect the internal USB-C port from wear
• USB 3.0 data-transfer speeds up to 5Gbps
• Backwards compatible with USB 2.0 and USB 1.1
• Shielded cable construction for stable data transmission
• Durable black PVC outer jacket
• Reinforced moulded connector housings
• Plug-and-play operation
• Available in 0.5m and 1m lengths

USB-C Dual-Screw Locking Connector:

The straight USB-C male connector includes two locking screws positioned on either side of the plug. These screws can be tightened into a compatible threaded USB-C port to create a more secure connection than a standard friction-fit connector.

The screw spacing, thread size and mounting-hole position must match the connected equipment. The locking function cannot be used with an ordinary USB-C port without compatible threaded holes.

USB Type-B Female Panel-Mount Socket:

The USB 3.0 Type-B female socket features two mounting flanges with fixing screws. It can be installed on an equipment panel or enclosure to create a stable and accessible external USB connection.

The panel-mounted female socket is designed to accept a compatible USB 3.0 Type-B male plug.

Suitable Applications:

• Industrial computers and control systems
• Embedded computers and development equipment
• Self-service kiosks and ticket machines
• Point-of-sale terminals
• Medical and laboratory instruments
• Industrial cameras and barcode scanners
• Data-acquisition systems
• Test and measurement equipment
• Server and equipment enclosures
• Custom machinery and control panels
• Vehicle-mounted industrial systems
• Factory automation equipment

Installation:

1. Insert the USB-C male connector into a compatible dual-screw locking USB-C port.
2. Tighten both USB-C securing screws evenly by hand.
3. Position the USB Type-B female socket in the prepared panel opening.
4. Secure the Type-B socket using the two panel fixing screws.
5. Connect a compatible USB Type-B male cable to the installed female socket.
6. Avoid overtightening any screws, as excessive force may damage the connector housing or equipment threads.

Compatibility Information:

The USB-C screw spacing and threaded mounting holes must match the connected device.

The panel-mounted end is a USB 3.0 Type-B female socket, not a male connector.

This cable is intended primarily for USB data transfer and standard USB bus power. It does not support DisplayPort Alt Mode video output or USB Power Delivery fast charging.

Maximum transfer speed depends on the USB specification supported by all connected devices.