In Stock Rm412-300-393-9300-983 Collection [l4wcUCbf]

Rugged RM412 Connector

Introducing the RM412, a top-tier rugged rectangular connector designed for demanding applications. This connector stands out for its exceptional durability and reliability, making it an ideal choice for industries where robustness is paramount. With its 0.075"/1.91mm pitch and plastic body, the RM412 is not only versatile but also easy to integrate into various systems. Its surface mount (SMT) termination offers a clean and efficient installation process, while the fixed jack set ensures a secure and stable connection.

• 0.075"/1.91mm Pitch for precise and consistent spacing.
• Plastic Body for durability and ease of use.

Product Specifications

The RM412 features a 4-row design with a total of 300 contacts, providing ample connectivity options for a wide range of applications. This connector is designed for vertical – straight termination, ensuring compatibility with various board layouts. Key specifications include a plastic body for durability and a fixed jack set for a secure connection. The RM412 is also designed to meet the stringent requirements of modern electronics, making it a reliable choice for your projects.

• 4 Rows with 300 contacts for maximum connectivity.
• Vertical – Straight termination for versatile installation options.

Practical Applications and Benefits

Whether you are working on industrial equipment, medical devices, or consumer electronics, the RM412 is a versatile solution that can enhance your project's performance. Its rugged design ensures long-lasting durability, while the surface mount termination simplifies the installation process. The RM412 is suitable for a wide range of applications, including data communication, industrial automation, and consumer electronics. By choosing the RM412, you are investing in a product that combines advanced technology with practical benefits.

• Industrial Equipment – Rugged and reliable for harsh environments.
• Medical Devices – High precision and durability for critical applications.