92086-320

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Rectangular Connectors – Headers, Receptacles, Female Sockets – are essential to a wide range of industries, from consumer electronics to industrial. 92086-320 is a connectivity solution from 3M with a wide application field and unique working principle.

The 92086-320 header, receptacle, and female socket feature a patented design with a hollow center conductor that reduces assembly time by up to 50%. This design streamlines the assembly process, resulting in significant time and cost savings for the customer.

The 92086-320 design also features an optional two-piece construction that offers improved insulation and further reduces time and cost savings during assembly. This two-piece design allows for removal of components for maintenance or modification without replacing the entire wiring harness.

The 92086-320 solutions are ideal for applications that require high reliability and minimal downtime. The headers, receptacles, and female sockets are designed to meet military and industry standards for shock and vibration resistance, and provide superior electrical shielding. This reliable performance is further enhanced by the high-temperature construction. They also enable greater design flexibility due to their wide compatibility with existing electrical components and accessories.

The working principle of 92086-320 is based on a unique cross-section design that allows for uniform pressure contact over the connector’s entire surface. This ensures better electrical contact and reduces the risk of arcing. Additionally, the patented design also ensures the thermal expansion tolerance between mating surfaces is minimized, providing a much higher temperature rating than other comparable products.

The 92086-320 provides a reliable connection that greatly reduces downtime and cost. Its robust design, insulation, and high temperature rating make it an ideal choice for a wide range of industrial and consumer applications. Its patented design further enhances its performance by providing superior electrical contact, faster assembly time, and greater design flexibility.

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