1693860000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A jumper is a terminal block accessory that involves creating a continuous electrical connection between two points without a physical interruption or movement. The widespread popularity of terminal blocks means that jumpers have become an essential part of electronic wiring and cabling, especially in high-density configurations. Understanding the mechanisms of the jumper, its applications, and its working principles is essential for a successful wiring project.

Applications of the Jumpers

Jumpers are most commonly used to connect multiple screws in an electrical distribution box or on terminal blocks. This is because multiple terminals on a terminal block can be linked quickly and conveniently with a single, universal jumper. Additionally, a jumper may be used to link between two distinct terminal blocks as well as two screws located in different parts of an electrical junction box.

Jumpers are also employed in distributed control systems (DCSs), multiplexers, microprocessor-controlled industrial systems, and various other industrial applications. The ability of the jumper to route a low-voltage signal across a terminal block makes it an excellent choice for such industrial uses. In short, wherever there is an electrical connection that needs to be made quickly and securely, jumpers can do the job.

Working Principles of the Jumper

In general, a jumper is a plastic clip that contains two metal strips. The advantage of using a jumper lies in the fact that it eliminates the need to use multiple individual wire connections to link two points. Rather than using several screws, nuts, and washers, a single jumper can be used to bridge the gap between two points.

When the jumper is placed across two terminal blocks, it creates an electrical connection by creating a bridge between the two contacts. As current flows from one contact to the other through the bridge, electrons are exchanged and an electrical signal is created across the two terminals.

The working principle of the jumper in an electrical junction box is similar. When two terminal screw-type connections are to be linked, the jumper is placed between the two screws and fixed in place using the provided screws. When the screws are tightened, the metal strips inside the jumper create an electrical connection between the two screws.

Conclusion

The 1693860000 or a jumper is one of the most crucial elements of an electronic wiring project. Installing a jumper correctly is essential for a successful electrical connection. Jumpers are most commonly used to connect multiple terminals on a terminal block or two screws on an electrical junction box. They are also widely employed in distributed control systems, multiplexers, and various other industrial applications. Finally, the working principle of the jumper involves making an electrical connection by creating a bridge between two contacts.

The specific data is subject to PDF, and the above content is for reference