CC16/2

Terminal Blocks - Accessories - Jumpers

CC16/2 jumpers are a type of accessory designed for use with terminal blocks, typically used to make a link or bridge between two or more terminals. They come in a variety of shapes, lengths, colours and materials, but they all serve the same purpose - to create a conductive electrical connection in a safe and efficient manner.

Application Field

CC16/2 jumpers are used for making a connection between two or more conductive paths on a terminal block. This is commonly used in the electronics industry, where an electrical connection needs to be made in a reliable and secure way. For example, a jumper is often used to interconnect power supplies, circuits, sensors, etc. The use of a jumper also increases flexibility, because it allows connections to easily be moved or changed over time.

CC16/2 jumpers are not limited to the electronics industry, however. They can also be used for other purposes, such as for routing cable bundles and creating a reliable electrical connection on machinery. In any case, CC16/2 jumpers are essential for making secure and reliable electrical connections in a safe and efficient manner.

Working Principle

CC16/2 jumpers are made up of three components – a conductor, an insulation material and a device (usually a screw or clip) for creating a connection between two or more conductors. The conductor connects the terminal block to the target components, and is designed to have low electrical resistance and high mechanical strength. The insulation material provides additional protection against electrical currents, and the connector is used to securely fix the jumper into place.

When the jumper is installed, an electrical connection is created between the conductors of the terminal block and the target components. The conductor creates a low-resistance path for electrical current to flow, and the insulation material reduces the chances of the current being shorted out. The connector ensures that the jumper is firmly attached to the terminal block, reducing any stress or strain on the connection point.

Once installed, the CC16/2 jumper will remain in place, maintaining a secure electrical connection between the target components and the terminal block. This ensures a reliable and consistent connection, and helps to reduce the risk of electrical faults.

Conclusion

CC16/2 jumpers are essential for making a secure and reliable connection between components and terminal blocks. They come in a variety of shapes, sizes, and materials, and are designed to provide a secure and durable electrical connection. The conductor provides a low-resistance path for electrical current, the insulation material prevents short circuits, and the connector ensures the jumper is firmly attached to the terminal block. When installed properly, a CC16/2 jumper offers a reliable and secure electrical connection for a wide range of applications.