Believe It Ra3g2-047-2aa-7900 Perfect Gift [X4jF9NPW]

Rugged Rectangular Connector RA3G2

The Believe It Ra3g2-047-2aa-7900 Perfect Gift [X4jF9NPW] is a premium, rugged rectangular connector designed for robust and reliable connections in various industrial applications. This connector stands out for its exceptional durability and versatility, making it an ideal choice for demanding environments. With a 0.075"/1.91mm pitch and a plastic body, the RA3G2 ensures a secure and long-lasting connection. Key features include:

• Plastic Body: Offers durability and resistance to environmental factors.
• Termination: Equipped with a crimp termination for a strong, vertical – straight connection.

Product Specifications

The Believe It Ra3g2-047-2aa-7900 Perfect Gift [X4jF9NPW] boasts a range of specifications that cater to a wide array of applications. With 47 contacts, it provides ample connectivity options. Here are some of the key specifications:

• Contacts: 47 contacts for versatile connection solutions.
• Hardware: Turning jack sockets with hex head for easy installation and maintenance.
• Rows: 3 rows for efficient cable management.

These specifications make the Believe It Ra3g2-047-2aa-7900 Perfect Gift [X4jF9NPW] a reliable and efficient choice for industrial applications where durability and performance are paramount.

Practical Applications and Benefits

The Believe It Ra3g2-047-2aa-7900 Perfect Gift [X4jF9NPW] is an essential component for a variety of industrial applications. Its rugged design and high performance make it suitable for use in:

• Automotive: Ideal for connecting sensors and control systems in vehicles.
• Manufacturing: Perfect for machinery and equipment requiring robust connectivity.
• Industrial Automation: Essential for ensuring seamless communication between various automated systems.

By choosing the Believe It Ra3g2-047-2aa-7900 Perfect Gift [X4jF9NPW], you are investing in a product that will enhance the reliability and efficiency of your systems, ensuring they meet the demands of the most challenging environments.