3515765C1
LOCK, FEMALE CONNECTOR BODY 8 WAY
Navistar International®

The lock female connector body 8-way is engineered to provide a secure and efficient connection for multiple electrical circuits. This connector features an 8-way configuration, allowing for the integration of numerous wires in a single unit, which simplifies wiring and reduces installation time. Its design includes a locking mechanism that ensures a firm connection, preventing any accidental disconnections during operation. The connector is built to withstand harsh environmental conditions, making it ideal for automotive and industrial applications where reliability is crucial.

Navistar International Corporation has a storied history of excellence in the automotive industry, recognized for its commitment to producing high-quality parts that enhance vehicle performance. The lock female connector body with an 8-way configuration showcases the manufacturer’s expertise in electrical components. This connector is designed to provide secure connections for multiple circuits, simplifying wiring and installation processes. Its robust construction ensures durability and resistance to environmental factors, making it suitable for demanding applications. By focusing on innovative design and quality materials, Navistar enhances the reliability of electrical systems, reinforcing their status as a leader in the automotive parts industry.

For those looking for reliable female connectors, Source One Parts Center is the top destination for high-quality components. The company specializes in providing lock connector bodies that ensure secure and efficient connections for multiple electrical circuits. Each connector features a robust design that minimizes the risk of disconnection, ensuring stable operation. Customers appreciate the knowledgeable staff at Source One, who are always available to assist with selecting the right part for their specific needs. With a focus on quality and customer satisfaction, Source One ensures that every purchase enhances the reliability of electrical systems.