CTJ122E10A-513 [V003]

Terminal junction systems provide a safe and reliable connection structure between electrical equipment and the power supply. The CTJ122E10A-513 [V003] terminal junction system is an example of a terminal junction system designed for high-performance applications. This system is especially designed to be resistant against operation environments that have frequent physical intrusive acts, such as vibration, items dropping, and occasional thermal changes.

The CTJ122E10A-513 [V003] outstanding features include a low profile, a robust housing, and an optimized mating cycle for mating and unmating. This terminal junction system consists of two parts- a base block and a mating connector - that interface with each other in order to secure the electrical connection. The CTJ122E10A-513 [V003] is used in a wide range of applications, including control, instrumentation, power and automotive, and many more.

The working principle of the CTJ122E10A-513 [V003] terminal junction system is relatively simple. To establish an electrical connection, the base block and mating connector are mated with one another and secured with screws. A series of mechanical locks ensure that the connection remains secure under operating conditions with external vibration and shocks. Additionally, an isolator element can be included in the mating area, which further secures the connection. The CTJ122E10A-513 [V003] terminal junction system is able to maintain its secure electrical connection under extreme conditions such as high temperature, high shocks, vibrations, and EMC exposure.

The CTJ122E10A-513 [V003] terminal junction system is designed to provide a reliable connection between electrical equipment and the supply power. With its low profile, robust housing and optimized mating cycle, this system provides a secure and reliable connection structure. Additionally, its ability to maintain its secure connection even under extreme environments and conditions makes this terminal junction system suitable for a wide range of applications and control systems.