The A2002H-NP 2.0mm pitch power
Pin Header Connector is designed for stable and efficient power transmission in industrial electronics. Supporting 2–16 poles, it handles up to 1A current and 100V AC/DC voltage, ensuring excellent electrical performance for compact assemblies. Built with PA66 UL94V-0 housing, it provides high thermal resistance, mechanical durability, and insulation reliability of up to 1000MΩ, withstanding 800V AC for one minute. Its robust contact design and precision-molded structure make it suitable for high-density PCBs and demanding operational environments.
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This pin header connector is a dependable choice for automation systems, instrumentation, and communication modules. It can be seamlessly paired with Different connectors, offering stable mating performance and reduced electrical loss. The low-profile design enhances space efficiency on the PCB while maintaining consistent current flow, making it ideal for control units, sensors, and energy modules. Engineers often integrate it with plug and socket interfaces or
Cable Connector systems to achieve versatile power connectivity in compact circuit layouts.
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JSW specializes in precision-engineered Precision connectors, and PCB connectors developed for industrial reliability. Each component is produced under strict quality control and tested for dimensional accuracy, soldering strength, and contact endurance. By using our advanced production technology, every 2.0mm pitch power header guarantees dependable long-term operation under thermal and electrical stress, ensuring secure signal and power transmission in mission-critical systems.
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In addition to standard configurations, JSW supports OEM customization, enabling clients to specify pin count, plating finish, and connector layout for specific project needs. For outdoor or rugged applications, the header can be integrated with
Waterproof Connector solutions to strengthen environmental protection. Whether used in energy management, control boards, or smart industrial equipment, this connector offers superior performance and reliable connection stability across every application scenario.