76342-317

Rectangular Connectors - Headers, Receptacles, Female Sockets are often the key components of any electrical connection. The 76342-317 rectangular connector is among those connectors, and this article will shed some light on its features and working principles.

76342-317 is a type of Wire-to-Board, Euro-style rectangular plug connector. It has two rows in each side and comes with various configurations. It is rated up to 350V and has a current rating of 12A across a wide range of temperatures, from -40 to 85 degrees celsius.

Its construction consists of an injection-molded insulator body made of high-temperature thermoplastic, which is then over-molded or fitted with metal flanges to provide additional strength. The insulator has two housings which hold the contact pins. The pins are constructed of brass, and the whole unit is safeguarded against shock and vibration.

This type of connector is suited for a variety of applications in industries such as automotive, medical, and aerospace. It is especially suitable for high-reliability signally applications, as its design results in low contact resistance and excellent mating retention. The contact pins can handle up to 3A of current and a wide temperature range.

In terms of operation, the 76342-317 rectangular connector works in a similar way to other connectors in its class. It requires the user to insert the wires (or contacts) into the proper slots before plugging the connector into another mating device. The contacts are then locked in place, providing a secure and reliable electrical connection.

The locking mechanism used in this connector is a unique design known as the "push-lock" system. This system uses coil springs which are compressed when the user inserts the contact pins into the slots. The springs then press against the contact pin, providing an excellent and reliable locking mechanism which ensures that the connectors remain secure even in harsh environments.

The 76342-317 rectangular connector is an excellent choice for a wide range of applications and industries where reliable, efficient connections are needed. It has proven to be a reliable and efficient connector which can handle a wide range of thermal and mechanical stress. Additionally, its ease of use makes it an excellent choice for quick and reliable connections that must be made quickly. This connector is an essential component of many electronic designs, and it is certain to remain a popular choice for a long time to come.