1758260000

Terminal Blocks - Accessories - Jumpers

Jumpers are an important part of the connection solution for terminal blocks. Jumpers are used to join two separate terminals to create a common connection between them. They provide an efficient and cost-effective option for connecting terminals. Jumpers are available in various configurations to meet different requirements. There are two main types of jumpers: solid and stranded. Each type has its own advantages and disadvantages.

1758260000 Application Field and Working Principle

Jumpers can be used in a wide variety of applications, from industrial machinery to consumer electronics. They are versatile and easy to install, making them popular in a wide range of industries. Jumpers are commonly used to bridge two different components across a gap or to bridge two terminals that have different voltages or currents.

The working principle of a jumper is relatively straightforward. When installed, two or more terminals are connected and the current flows through the jumper. This creates a common connection, allowing for a functional connection. The jumper will usually be insulated from its surroundings to ensure that an optimal connection is achieved between the two terminals. In some cases, the jumper will be soldered or crimped in place to ensure a better connection.

Jumpers come in two main types – solid and stranded. Solid jumpers are made of a single wire and are usually used in applications where there is only one connection. Stranded jumpers are constructed with multiple strands of wire and typically used in applications requiring more than one connection. The multi-stranded construction of stranded jumpers makes them more flexible and less prone to breaking due to vibration or movement.

The quality of the connection made by the jumper is determined by its specifications. The size, length, and type of wire, insulation type, and number of strands all factor into the effectiveness of the connection. Jumpers can be made of different materials, such as copper, aluminum, stainless steel, and brass. The material of the jumper is also important to determine the resistance, corrosion, and durability of the connection.

Jumpers are an essential part of connecting two separate components or terminals. By bridging two terminals, they provide a common connection for current to flow between two or more components. With the diversity in jumpers available, there is sure to be one available to meet the needs of any application.