Going Fast Rm322-047-221-8800 Massive 75% Savings [slw4qjkd]

Rugged Rectangular Connector

Introducing the Going Fast Rm322-047-221-8800 Massive 75% Savings [slw4qjkd], a cutting-edge Rugged Rectangular Connector designed for superior performance and durability. This connector is engineered to meet the demands of the most challenging environments, making it an ideal choice for a wide range of applications. With its robust construction and advanced features, the Going Fast Rm322-047-221-8800 Massive 75% Savings [slw4qjkd] ensures reliable connectivity and long-lasting performance.

• High Durability: Engineered for rugged use, this connector withstands harsh conditions.
• Superior Connectivity: Ensures stable and efficient data transfer.

Product Specifications

Featuring a 0.075"/1.91mm pitch, the Going Fast Rm322-047-221-8800 Massive 75% Savings [slw4qjkd] offers a compact and efficient design. Its plastic body provides excellent resistance to environmental factors, while the plated thru hole (PTH) termination ensures secure and reliable connections. With a total of 47 contacts, this connector provides ample connectivity options. Key specifications include:

• Pitch: 0.075"/1.91mm
• Body Material: Plastic
• Termination: Plated Thru Hole (PTH)
• Hardware: Fixed Jack Set
• Rows: 3

Practical Applications

The Going Fast Rm322-047-221-8800 Massive 75% Savings [slw4qjkd] is a versatile connector suitable for a variety of applications. Whether you are working on industrial machinery, consumer electronics, or automotive systems, this connector offers the reliability and durability you need. Its fixed jack set hardware ensures a secure fit, while the vertical-straight termination provides easy installation. With its 3 rows of contacts, you can connect multiple devices efficiently. Ideal for professionals in the following industries:

• Industrial
• Electronics
• Automotive

Experience the unmatched quality and performance of the Going Fast Rm322-047-221-8800 Massive 75% Savings [slw4qjkd], and elevate your connectivity solutions to new heights.