1718020000

Terminal blocks are integral components of almost all electrical circuits and systems. They are used to provide convenient access to electrical power at specific points in the circuit, which makes it easier to make changes, repairs, or add additional components. The 1718020000 is a jumper type terminal block which refers to two, three, or more terminal blocks that are linked via a conductor in order to form a larger connected circuit. It is designed to provide a fast connection between two points across a distributed electrical circuit, which provides important advantages in terms of improved reliability and cost-effectiveness.

Application Field

The 1718020000 jumpers are used in variety of applications including wiring and power distribution, DC power distribution, signal transmission, educational and research purposes, and in various industrial systems. These jumpers are typically used in places where fast connections are needed between two points in the circuit in order to save time and money and ensure greater reliability. One example of this is in wiring and power distribution systems where they can be used to ensure the circulation of electrical power in a very short time. They are also used in teaching and research laboratories as well as in various industrial systems.

Working Principle

The working principle of 1718020000 type jumpers is based on the connection of two or more terminal blocks. The conductor is connected between them in order to form a larger connected circuit. This connection can be done either manually or robotically. In manual applications, the jumper is connected to the terminal block by using a plug and socket. In automated applications, a robotic arm is used to complete the connection and ensure precise alignment between the two terminal blocks. Once the two terminal blocks are connected, electrical power is then allowed to flow from one point to the other.

In addition to providing fast connections, the use of 1718020000 jumpers also increases the reliability of electrical power distribution systems. This is because the connection between the two terminal blocks is secure and stable, allowing a steady flow of power with no risk of short-circuit or failure. Furthermore, the design of the jumper ensures that it can handle higher currents than other types of connections without damaging the circuit.

Conclusion

The 1718020000 jumpers are highly reliable and cost-effective devices that are used in a variety of applications. They provide a fast and secure connection between two points in a distributed electrical circuit, increasing the reliability and performance of the system. Furthermore, the design of the jumper ensures that it can handle higher currents without damaging the circuit. For these reasons, they are a popular choice for use in industrial and educational applications.