Wurth Elektronik Horizontal Surface PCB Header 16 Contacts, 1 mm Pitch, 1 Row, Shrouded, WR-FPC Series 686116188622

The Wurth Elektronik WR-FPC Series model 686116188622 is a horizontal surface mount PCB Header engineered for precision electronic interconnections in modern circuit designs. This component is specifically crafted for wire-to-board connections where reliable signal or low-power routing is needed in a compact form factor. Featuring 16 contact points at a fine 1 mm pitch, the header supports high-density PCB layouts while maintaining robust connection integrity.

Manufactured from liquid crystal polymer (LCP), the housing offers excellent dimensional stability and high thermal resistance, making it suitable for reflow soldering and demanding assembly environments. The single-row, shrouded design provides physical protection for the contacts and assists with correct mating alignment, which is essential in both manual and automated assembly contexts.

The phosphor bronze contacts are stamped for consistency and plated with a layer of tin over nickel, delivering a reliable conductive path with enhanced corrosion resistance. This header is surface-mount terminated for efficient PCB assembly and supports currents up to 1 A and voltages up to 125 V AC. The specified operating temperature range of -25°C to 85°C covers standard electronic device requirements, and RoHS compliance ensures alignment with contemporary environmental standards.

This connector is ideally suited for use in industrial electronics, instrumentation, communications equipment, consumer devices, and any scenario requiring high-density, surface-mount PCB connectivity with durable materials and secure mating. Its robust material choices and precise termination pitch facilitate its use in automated assembly lines and demanding reliability applications.

The header's compact and reliable construction ensures that it integrates easily into various system designs, streamlining circuit interconnections for signal, control, and low-power distribution. It helps minimize PCB space usage while maintaining mechanical and electrical performance excellence.