GRPB361VWCN-RC

Rectangular Connectors – Headers, Male Pins

The GRPB361VWCN-RC is a board-to-board, surface mount header type connector designed as a high-density, low-profile solution for panel and board-level interconnect systems. It applies to wire-to-board, and I/O cable assemblies, and helps to save space and save costs in the assembly of electrical equipment.

Application Field

The GRPB361VWCN-RC is perfect for internal board-level applications such as mission-critical industrial and medical applications, which requires consistent performance in complex environments. Other applications fields include audio/visual equipment, consumer products, computer storage, telecommunication devices, test and measurement networks, and many more.

Working Principle

The GRPB361VWCN-RC consists of two sections, the header and the male pin. The header has an inverted insulation displacement contact (IDC) design, providing connection by simply inserting the cables into the connection slot. The male pins are made from high-temperature plastic and designed with sturdy keying for reliable and secure connection.

The flexible and durable design also has a gap between fixed and moveable parts, providing easy maintenance and higher mechanical stability. Furthermore, the male pins are also made from thick gold-plated contacts and have a built-in metal shut-off for extra durability.

The GRPB361VWCN-RC is simple to assemble and requires no soldering when pressing wires into the contact slots. The contacts and pins are designed to accurately match the required current signal, and since it is shock and vibration resistant, it can be used in a variety of challenging environments.

Conclusion

The GRPB361VWCN-RC is a robust and reliable rectangular connector that enables fast and efficient connections in board-level applications. Its user-friendly design and meticulous engineering make it the perfect choice for all kinds of electrical and mechanical systems. Its flexibility, durability, and reliability are what make it an ideal solution for applications in demanding environments.