Universal DC Jack GHH-001

The GHH-001 is designed to meet the power input requirements of routers, set-top boxes, switches, and computer peripherals. The standard barrel size ensures compatibility with most commonly available power adapters. The design emphasizes installation flexibility and cost-effectiveness, making it suitable for applications where specific custom features are not required.

This model uses phosphor bronze terminals and an H65 brass body. The phosphor bronze provides good spring characteristics, maintaining reliable contact pressure with the mating plug over repeated insertion cycles. The H65 brass substrate offers mechanical stability and supports the 3A current rating. The silver or gold plating on the solder pins minimizes contact resistance and provides oxidation protection, contributing to consistent electrical performance in various operating conditions.

Manufacturing of the GHH-001 follows an integrated production chain that includes mold development, injection molding, stamping, automated assembly, and quality inspection. The factory operates 25 automatic riveting machines with a daily output capacity of 7 million units. Quality control covers all production stages: incoming material inspection, routine line checks, semi-finished product sampling, 100% final visual and electrical testing, and pre-shipment final inspection. The quality laboratory is equipped with key life testers, load curve analyzers, salt spray chambers, and vision measuring systems.

Commercial Terms and Customization

 

The GHH-001 has a standard MOQ of 10,000 pieces with a production lead time of approximately 15 days. Photo or video updates can be provided during production, inspection, or packaging stages upon customer request. For custom modifications, the engineering team can evaluate changes based on 2D or 3D technical drawings, with a sample development cycle of up to 30 days. The product is packaged for export with inner bags and carton protection, and supports EXW and FOB trade terms with a 30/70 payment structure.