YK6032413000G

Terminal Blocks - Barrier Blocks

Barrier blocks are used in electrical assemblies to help isolate circuits. This provides safety as well as an easy way to connect different circuits together. The YK6032413000G is a type of barrier block that has 1000V rated potential, 60A rated current, and 2 poles and 4 parallel circuits. Its features allow it to be used in a wide variety of applications.

Application Field of YK6032413000G

The YK6032413000G is a terminal block perfect for applications which require extreme reliability and have high electrical requirements. Its superior isolation characteristics and reliable operation make it suitable for a wide variety of systems, such as emergency lighting systems, energy-saving systems, fire protection systems, home security systems, and industrial control systems.

The YK6032413000G is also suitable for communication networks, elevators, electromechanical systems, and even vehicles. It is especially well-suited for use in automotive vehicles, providing enhanced safety and reliability in crucial circuits.

Working Principle of YK6032413000G

The YK6032413000G barrier block works on the principle of screw-type clamping. It has four parallel circuits, each consisting of two poles, one positive and one negative. Each pole is attached to a flat metal plate in the block, known as a terminal, and connected to the circuit through conducting screws.

As the conducting screws are tightened, the block creates a tightly sealed electrical connection between the two points. This ensures the circuit is electrically isolated and prevents any short circuit from occurring. The user can then easily connect different circuits together. The YK6032413000G is also designed to prevent any spark or jump during the operation.

Conclusion

The YK6032413000G terminal block is an excellent solution for applications that require high electrical performance and safety. Its reliable operation and superior isolation make it suitable for a wide variety of systems. The YK6032413000G was designed to work on the principle of screw-type clamping, to ensure a safe and reliable connection between different circuits.