PCSB750-4-2Y

Terminals - Wire Splice Connectors is a type of connection that combines the advantages of two types of connection methods: solders and splices. The solders are generally used for permanent connections, whereas the splices are preferred for self-disconnection and maintenance-friendly application. The PCSB750-4-2Y Wire Splice Connector is a reliable connection option, with a wide range of application fields and working principles.

The PCSB750-4-2Y Wire Splice Connector features a pin-in-hole contact design, allowing for fast and easy assembly. The firmly-locking self-locking mechanism enhances the connection reliability, while the 8mm wide metal sleeve ensures a secure connection. This connector is available in square, round and J-shaped wire ends and boasts a very high electrical contact resistance & insulation resistance, with a test voltage of up to 2500V. It is also rated for currents up to 50A and a wide range of temperatures from -35°C to 105°C, making it suitable for a variety of application fields.

The PCSB750-4-2Y Wire Splice Connector offers an excellent solution for a wide range of application fields, including automotive, commercial, communication, electrical equipment and many others. It is widely used in vibration and shock-proof applications, as well as in tight-space and high-temperature conditions. The connector can also be used in motor connections, substation earth links, electrical distribution, and more.

The working principle of the PCSB750-4-2Y Wire Splice Connector is quite simple. It firstly involves the insertion of the pin into the connector hole, followed by the crimping of the cable to the metal sleeve. The cable is then soldered for additional strength. Finally, the cover is put on, ensuring the connection is tightly sealed and protected from environmental damage.

The PCSB750-4-2Y Wire Splice Connector is a reliable and durable connection option for a wide range of application fields. Its pin-in-hole contact design provides fast and easy assembly, while its self-locking mechanism facilitates connection reliability. Furthermore, the connector can support currents of up to 50A and is rated for a wide range of temperatures, making it a suitable solution for a variety of applications. Its simple working principle ensures a secure connection, making it a preferred choice for vibration and shock-proof applications in tight-space and high-temperature conditions.