The A2001WR-S-NP 2.0mm pitch standard
Pin Header Connector is engineered for compact and high-precision electronic systems. Designed to provide stable power and signal transmission, it supports 2–16 poles with a voltage rating of 100V AC/DC and a current capacity of 1A. This A2001WR-S-NP Header is constructed from PA9T UL94V-0 material, ensuring superior heat resistance, mechanical strength, and electrical insulation of up to 1000MΩ. Its secure SMT termination offers efficient soldering and excellent vibration resistance, making it ideal for high-density PCBs used in industrial, communication, and automation devices.
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The connector’s compact design allows for optimal space utilization in connectors with different pitches configurations. Its precise contact alignment ensures minimal signal loss and reliable long-term performance even under fluctuating temperature or voltage conditions. Whether used as a power or data interface, this pin header connector is perfectly suited for integration with plug and socket assemblies,
Cable Connector systems, or complex multi-board wiring setups, ensuring seamless compatibility across devices and applications.
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At JSW, we manufacture a complete range of
Pin Headers ,
Board To Board Connectors, and PCB connectors to meet the needs of industrial electronics and control systems. Every product is engineered to deliver consistent conductivity, corrosion resistance, and strong mechanical coupling, supporting advanced manufacturing standards. Our expertise extends to Pin Header 1.00mm pitch and other precision interconnect components used in automation, instrumentation, and energy modules.
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To meet specific customer requirements, we offer flexible customization for pin count, plating material, housing color, and packaging format. Engineers can also combine our standard 2.0mm pitch pin header connector with Different connectors solutions to enhance protection and improve wiring integrity in demanding environments. These tailored options help simplify assembly, improve reliability, and ensure lasting performance across diverse industrial and electronic systems.