SH12502 Connector

This premium wire to board connector is designed to deliver reliable and efficient electrical connections in a variety of electronic applications. Supporting 1.0A AC/DC current and a voltage rating of 250V AC/DC, it ensures stable power and signal transmission across diverse devices. With a temperature range from -25℃ to +85℃, this connector maintains excellent performance in both low and high-temperature environments.

Engineered for precision, the connector exhibits a low contact resistance of ≤ 10mΩ and an insulation resistance of ≥ 500MΩ, which ensures minimal energy loss and high reliability. Its robust construction allows it to withstand voltages up to 500V AC per minute, providing extra protection against electrical surges. Compatible with AWG #32 to #28 wires, the connector accommodates small-gauge wires while maintaining secure and efficient connections.

The housing is made from durable Nylon66 UL 94 V-0, offering flame retardance and excellent heat resistance. Phosphor bronze tin-plated pins and a Nylon66 UL 94 V-0 base contribute to stable conductivity and mechanical strength. This wire to board connector also functions effectively as a pcb wire connector and board level connector, making it versatile for industrial electronics, communication devices, and high-density PCB assemblies. Its precise design supports quick and secure soldering, reducing assembly time and enhancing production efficiency.

Applications include consumer electronics, industrial control systems, LED modules, and other electronic assemblies requiring reliable board connections. Common inquiries often involve wire compatibility, proper insertion techniques, and maintaining secure contact over repeated use. The connector’s design addresses these concerns, ensuring long-term stability and ease of installation.

By choosing this wire to board connector, users benefit from a compact, durable, and highly reliable solution that optimizes space and ensures consistent electrical performance across board-level applications.