7-52956-1

Terminals - Spade Connectors 7-52956-1 is part of specific range of connectors that are widely used across a number of fields. This range of connectors is suited for reliable electrical connections of devices to common conductors like aluminum or copper grids. This connector offers several advantages such as quick installation, secure connection and easy maintenance.

The application of the 7-52956-1 connectors can be found in various fields ranging from general automation, process automation, and power distribution automation (low voltage) to the railway sector, the automotive industry, the renewable energy sector and the telecom sector.

At the core of this connector is a clip-type molded body, which is especially designed for crimping and sealing. This clip-type molded body uses bayonet-type technology and is ideal for a reliable electrical connection of devices to common conductors. It includes a special locking fork that offers quick installation, secure connection and easy maintenance.

The working principle behind the 7-52956-1 connector is simple. Basically, a spring-loaded plunger is mounted on the connector, which can be activated when the cable plug is inserted into the connector. The plunger forces the two sets of contact surfaces to line up properly, and it creates a secure electrical connection.

The 7-52956-1 connector is designed to work in a wide range of temperatures from -20 to 90°C, and it has an impressive insulation resistance of 1000 Megohms, making it a very reliable choice for any application that requires reliable electrical connections to common conductors.

This connector has proven to be an extremely versatile and reliable choice for electrical connections in various industrial applications. Some of its key advantages include easy installation, secure connection, and easy maintenance. Furthermore, its ability to cope with a large range of temperatures and its high insulation resistance make it a great choice for any application that requires reliable electrical connections to common conductors.