929400-01-15-RK

Rectangular Connectors - Headers, Male Pins

The 929400-01-15-RK is a rectangular connector, specifically a header-male pin. This type of connector is used in many applications ranging from computers and handheld devices to factory industrial processes. It features a male/female design that can be tailored to the specific requirements of the job they will be utilized for.

The 929400-01-15-RK has a rugged construction, rigid body, and high mechanical strength, making it suitable for a wide range of applications. It is available in different configurations, each one designed to meet different space requirements and to provide specific performance levels.

Whether the 929400-01-15-RK is used in industrial processes or in a consumer device, its working principle remains the same. It is designed to form an electrical connection between two components, often referred to as pins. The pins are usually made of metal, like brass or gold, and have a precisely-measured diameter that allows them to fit together securely, forming a connection. The pins also have a smaller diameter that is designed to mate with the socket or header of the other component.

This electrical connection is completed when the two pins connect together. This has the effect of closing an electrical circuit, which then allows current to flow from one component to the other. The 929400-01-15-RK connectors use a variety of different contact styles, such as crimped, surface mount, female, or screw terminals, depending on their application.

When used in a consumer device, the 929400-01-15-RK connectors often consist of two separate parts, a header and a male pin. The header is a piece of plastic or other material with holes to fit the male pins. The male pins have a tapered end and are slotted into their respective locations on the header. The pins then secure the device\'s connections, allowing the user to attach a power source or an associated device.

The 929400-01-15-RK is highly versatile and can be used in a variety of applications, ranging from medical equipment to automobiles. Its robust design makes it suitable for many different types of environments, including high-temperature and low-pressure conditions. Its female/male design also makes it easy to configure for specific uses.