RAST5.0 Molex High-Current Alternative Horizontal Pin Header SMT/Right-Angle Beige Connector

The RAST5.0 Horizontal Pin Header 5.0mm Pitch connector is a high-performance solution designed for secure and efficient wire-to-board connections in various industrial, automotive, and electronic applications. With its 5.0mm pitch, this connector offers a reliable and robust connection ideal for handling higher current loads, making it a versatile choice for power distribution and signal transmission in demanding environments.

Available in both SMT (Surface Mount Technology) and right-angle configurations, this connector is designed for flexibility in different assembly setups, providing ease of integration into a wide range of circuit board designs. The horizontal pin header design allows for efficient space usage, while the 5.0mm pitch ensures secure connections with small risk of interference or connection issues. This makes the connector particularly suitable for high-current applications where reliability and performance are crucial.

This connector is available in a beige housing that provides durability and protection to the internal components. It is a high-current alternative to the Molex 91999 series, offering comparable performance with a more cost-effective option. The RAST5.0 series features a reliable locking mechanism that ensures secure connections, even in environments subject to vibrations and mechanical stresses, such as automotive systems and industrial equipment.

Additionally, the connector’s construction ensures resistance to temperature fluctuations and moisture, contributing to its durability in outdoor or harsh environments. It is ideal for applications such as power supplies, control systems, robotics, and other electronic devices that require stable and high-quality electrical connections.

The RAST5.0 Horizontal Pin Header 5.0mm Pitch connector is a versatile, high-current solution that offers flexibility, durability, and secure connections for a wide range of applications. Its cost-effective design, reliability, and ease of use make it a alternative to the Molex 91999 series for various electronic systems.

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