Rivet Harpoon Locks Welding Plate D-Sub Connectors

The Rivet Harpoon Locks Welding Plate D-Sub Connectors are precision-engineered to ensure strong mechanical retention and stable electrical performance in industrial, automation, and communication equipment. Featuring a reinforced rivet harpoon lock structure combined with a durable welded plate, these connectors provide superior vibration resistance and secure panel mounting. Each connector is equipped with high-quality d sub connector pins that maintain reliable conductivity, minimal signal loss, and long-term stability even under demanding operating conditions.

 

As a professional manufacturer specializing in electronic interconnect components, DGYZCONN offers a comprehensive range of D-Sub solutions, including female d sub connector, male d sub connector, and micro dsub connector variations. Our production lines utilize precision stamping, automated plating, and strict quality control to ensure that every connector meets international standards for performance and durability. The Welding Plate D Sub Connectors series supports multiple termination types—such as solder cup, PCB mount, and crimp versions—making them adaptable for diverse applications in control systems, signal transmission, and data communication modules.

 

At DGYZCONN, we understand that every project demands reliability and flexibility. That’s why we provide OEM and ODM customization for our Rivet Harpoon Locks D Sub models, allowing customers to specify pin configurations, plating thickness, mounting options, and insulation materials. Whether you need connectors optimized for compact assemblies or enhanced shielding effectiveness, our engineering team delivers solutions tailored to your exact requirements.

 

With years of experience in the interconnect industry, DGYZCONN continues to focus on innovation, consistency, and service excellence. The D Sub Connector Welding Plate series exemplifies our commitment to high-performance design—offering secure fastening, consistent signal transmission, and effortless integration across a wide range of electronic applications.