ATD4EP

02014 Terminal block accessories are widely used in the field of control systems, instrumentation, electrical systems and other related areas. This article will discuss the application and working principle of ATD4EP terminal block accessories.

ATD4EP stands for Automated Terminal Dynamic Power Switch. This type of terminal block is designed to switch between multiple power supply connections. It is used in applications where numerous power signals are required to be switched between two or more sources. It is also used to simultaneously switch signals between two power sources.

The ATD4EP can be used in a variety of applications. It can be used to switch power with one or two AC or DC current sources. In automation systems, this terminal block is often used to switch high voltage signals between multiple sources. In this setup, multiple switch modules can be connected to the same terminal block to provide more control.

The ATD4EP terminal block uses both mechanical and electrical switching to provide reliability and safety in operation. The mechanical switch composes of two blades that can be operated either manually or by an automated controller. The blades are designed to physically break or make the electrical connection between the two sources. The electrical switching is done by a power MOSFET inside the terminal block which works as a switch when the blades are otated. In this way, it allows power to flow between two sources safely and reliably.

Overall, the ATD4EP is a user-friendly and reliable terminal block for automotive and industrial applications, offering many advantages over conventional terminal blocks. With its electrical and mechanical switching, it can switch between multiple sources of power and provide power to the necessary points safely and reliably. Its multiple switch modules also allow for more control and versatility when it comes to power supply switching. Furthermore, its rugged design ensures it is durable and resistant to external conditions such as vibration, high temperature, and high corrosion.