Locking USB 3.0 A to C Cable: Industrial 5Gbps Data Transfer & 3A Charging Solution

Our cables feature an M2 locking version and ensure reliable connections in high-vibration environments, helping prevent loosening. This is especially useful in industrial implementations where connection quality is critical.

Single screw options provide excellent security for standard needs, and our two-screw models deliver increased stability in high-vibration environments or critical applications that require maximum connection security.

The cable can work with any USB 3.0 A host and USB-C devices, such as industrial cameras, medical devices, test instruments, and automobiles, requiring fast data transmission or secure, stable connections.

We offer 0.3m, 1m, 2m, and 3m standard lengths; Custom lengths are available from 0.2M to 5.0M (OEM order only) while maintaining signal performance.

Yes, but the charge is not the fast charging.

The M2.0 locks have been proven to withstand more than 5,000 coupling cycles without degrading performance. The system maintains tight connections under 80N pull force and industrial-level vibration.

We offer our comprehensive hand-driven design that is adjustable, with different angles and single/double screw holes, so you can get the installation you need in tight spaces where standard cables won’t fit.

Yes, with the suitable jacket material and other protective measures for outdoor-grade and rough-service versions. There are coatings and materials specifically designed to handle harsh temperature, moisture, or chemical conditions.

In general, units are available in 3-5 days. Custom configurations require 15-20 days for production, and complete OEM projects with special requests typically require 30 days from order confirmation.

We provide comprehensive technical documentation and direct engineering assistance for more complex installations.

Our cables are CE/FCC/RoHS-certified and work strictly to the USB-IF standard. We perform additional industrial-quality testing, including vibration resistance, pull force, and environmental durability tests.

Yes, welcome to take samples for testing first.

As one of the industry’s leading high-security USB 3.0 A to C Cable factories, we design military-grade solutions for customers who value robust products that ensure each task is completed with quality and precision. At our factory, we specialize in creating Locking USB 3.0 A to C Cable products for many of your favorite companies​, designed to handle the strain in today’s businesses. We offer cost-effective solutions for companies seeking quality USB 3.0 Locking Cables that deliver the performance and durability of our top-of-the-line locking cables.

Our Locking USB 3.0 A to C Cable is designed with professional installations in mind, offering secure connectivity. Novel screw-type locking ensures a stable connection even in high-vibration environments, withstands more than 5,000 plugging cycles, supports 5Gbps data transfer, and provides a 3A/60W power supply. This crucial piece enables legacy USB 3.0 A systems to connect to new USB-C devices. It supports up to 10 Gb/s data rates, as well as USB-C-unique features, including power delivery and audio/video support. The eight available configurations range from limited-space installations to high-security barriers.

We are a professional manufacturer of Locking USB 3.0 A to C Cables and have a complete quality management system with strict testing controls. Every Locking USB 3.0 (A to C) Cable is tested for data integrity, power delivery stability, and durability. We use gold-plated connectors and industrial-grade cable jacketing to deliver the highest-quality cables at the most affordable price.

Not to mention, we are among the first to offer offshore, locking USB 3.0 A to C Cable wholesale options for businesses, which means companies can purchase in bulk from our factories. Contact us for Bulk Locking USB 3.0 A to C Cable pricing or a Custom Quote. Our products offer an affordable solution that delivers quality and value! For businesses needing more volume packaging solutions, we offer flexible pricing models and dependable delivery timelines to meet your equipment protection needs.

The systematic use of our Locking USB 3.0 A to C Cable products delivers several key benefits for businesses. The safety function with screw locking now also enables upgrading to the maximum level of equipment application reliability in industrial environments. It minimizes downtime and maintenance costs, ensuring the machine is always running when it matters in those essential applications. The cables also provide excellent connection reliability for professional use and overall system stability.

Flexible minimum order quantities and volume discounts are available for businesses seeking wholesale Locking USB 3.0 A to C Cable ​solutions. Our Bulk Locking USB 3.0 A to C Cable purchasing options are ideal for company IT departments, production facilities, and educational institutions that need to invest in high-quality cables in greater quantities. We handle your entire supply chain process, from raw material acquisition through to final product delivery, enabling us to guarantee quality and consistent shipments for all Locking USB 3.0 A to C Cable orders.

Summary: As a reliable Locking USB 3.0 A to C Cable factory, we supply products that meet customer needs and sell well all over the world. Our Locking USB 3.0 A to C Cable products offer the perfect combination of professional, high-quality design and entertainment, appealing to both business clients and consumers. Driven by our dedication to quality manufacturing and to developing partnerships with our customers, we are focused on setting industry standards for Locking USB 3.0 A-to-C Cable​ solutions that meet the growing connectivity requirements in modern industrial and commercial settings.

Step 1: Preparing and Inspecting Your Parts​

Make sure you have the correct cable exit option (single-screw or dual-screw lock, straight/right-angle/up-angle connector, etc.) before installation. Verify that the panel thickness is compatible with the locking mechanism (the other models support panels 1–3 mm). Verify the panel to be mounted on has (pre)installed threaded nuts or mounting holes that correspond to the selected screw size (M2 for USB-C end, M3 for USB 3.0 A end). Keep the connector and panel surfaces clean to prevent foreign materials from entering the connection.

Step 2: Align and Insert Connector​, then connect connectors.

Keep the cable connector parallel to the panel, with the locking screws aligned opposite and ready to be threaded into the nuts on the bottom of the servicing panel. You should be able to push the connector in until it is pressed against the panel. Do not push the connector in; if it does not slide in, recheck the alignment.

Step 3: Fasten the Locking Screws​

Using an appropriate screwdriver (typically Phillips #00 for M2 and #0 for M3), tighten the screws clockwise until they engage the panel threads. On single-screw models, as tight as possible within reason (though not over-torqued). For twin-screws, tighten the screws in turn to ensure proper pressure and equal tension. Recommended torque: 0.4–0.6 N·m.

Step 4: Cable Routing and Strain Relief​

Lay out the cable according to its intended path, with a minimum bending radius of 15 mm. Secure the cable with a cable clamp or an adhesive mount every 150 to 200 mm; do not apply sharp bends or tension near the connector. If the application moves or vibrates, attach a strain relief clip near the connector.

Step 5: Last Check & Test Drive. If you got this far without blowing anything up, congratulations.

Pull on the cord gently to ensure it locks securely. Test the connection to ensure both data transfer (file copy) and the charging function are working correctly. For double-ended locking models, Steps 2–3 must be repeated on the other device/panel.

Notes:​

• DO NOT over-tighten screws, as they can strip the threads or crack the connector’s plastic housing.
• For applications in which there is considerable plugging and unplugging, it may be necessary to monitor the tightness of screws routinely.
• In high-vibration environments, use a thread-locking fluid to prevent screws from loosening over time.
• Contact for screws of other lengths or spacers.