SFMH-117-02-L-D

Rectangular Connectors - Headers, Receptacles, Female Sockets

The SFMH-117-02-L-D is a type of rectangular connector, consisting of headers, receptacles, and female sockets that form an electrical connection between two devices. The connector is designed for use in the harsh environments to provide protection against dirt, dust, moisture, and other contaminants. It is also shock and vibration resistant, which makes it ideal for onboard power and data transfer applications.

The SFMH-117-02-L-D header has a rectangular shape with two rows of mating pins. The number of pins in each row vary, and they are available in 2-, 4-, 8-, 13-, 24-, 32-, 40-, and 64-contact versions. The header is made of an all polyester thermoplastic, and includes an integral ejector that has an actuation force of no more than 3 pounds. A hidden guide tang helps to ensure that the mating connector is fully seated.

The SFMH-117-02-L-D receptacle is the mating connector for the header. It has a similar rectangular shape with a guide tang and two rows of contacts for mating. The receptacle is made from a high-heat thermoplastic, which allows it to be used in high-temperature applications and provides shock and vibration resistance. The contacts in the receptacle are gold-plated, and they can accommodate a wide range of wire gauges.

The SFMH-117-02-L-D female socket is the mating connector for the receptacle, and also has two rows of contacts that are gold-plated for enhanced life and reliability. The female socket is designed to snap in place, making installation quick and easy. It also is equipped with a dust cap to help protect the contacts from dirt and moisture.

The SFMH-117-02-L-D is designed to withstand harsh environments and is well-suited for power and data transfer applications. Its thermoplastic construction is resistant to corrosion, and its gold-plated contacts help to provide a reliable and robust connection. The connector is a popular choice for automotive, medical, and industrial applications, due to its efficient and cost-effective design.