CC4/2C Connectors, Interconnects

CC4/2C Application Field and Working Principle

CC4/2C is a jumper that is used for extending connections between two adjacent screw clamps. In particular, it is widely employed where a connection needs to be longer than the two-pole terminal blocks. The CC4/2C features improved performance and effective protection against short circuits, electrical surges, and unexpected contact disruptions.

Application Fields of CC4/2C

The CC4/2C has wide usage in various applications and in many situation where connections need to be extended. It can be used wherever the connection needs to be more flexible or there is a need of stronger contacts.

• It is great for use in control boxes, distribution and motor control systems.
• It is employed in electric installations where two branch circuits are connected.
• CC4/2C is commonly used to connect sensors and controllers.
• It is also utilized to connect multiple control circuits which are subject to frequent changes.

Working Principle of CC4/2C

The working process of CC4/2C can be simplified into three stages:

1. The jumper’s two clamps and two connectors are first connected to two adjacent screw clamps of the terminal blocks.
2. The connection is completed then the two special ground clamps are secured onto the surface of the terminal blocks.
3. The connection is further reinforced with the help of the cables and flexible tubes.

The structure of the CC4/2C is quite simple, and it is made of several layers. At the bottom layer, there is a clamp that is soldered on one of the two terminal blocks. At the top layer, the other clamp is connected with the two terminal blocks and the jumpers.

The advantages of using the CC4/2C connection can be explained in terms of its resistance to heat, moisture, electrical impulses, voltage shocks, and fluctuation. It is able to with stand these environmental factors and still maintain the electrical flow, keeping the current from being dispersed.

The CC4/2C connection is also known for its high mechanical stability. The connections are able to maintain their physical properties for a long time. Furthermore, it is easy to install because the clamps can be easily adjusted depending on the required connection.

Conclusion

The CC4/2C jumper is extremely versatile and is employed in various contexts where connection between two adjacent screw clamps need to be extended. Its working process is quite simple as well, and it offers superior performance in terms of resistance to heat, moisture, electrical impulses and voltage shocks. Thus, the CC4/2C jumper allows a solid connection between two screw clamps, allowing electrical flow to be uninterrupted.