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Terminal blocks have become an indispensable component in every industry today. They are used for connecting electrical wirings, facilitating communication between electronic circuits, distributing power, and grounding. They are a crucial element when it comes to powering and controlling electronic equipment.

Terminal blocks are classified according to different criteria. This article will discuss one particular type of terminal block, which is specialized for certain applications and offers specialized working principles.

Application Field

Specialized terminal blocks can be used in a variety of applications. They are typically used in power generation systems, such as wind turbines, power plants, and photovoltaic plants. These specialized terminal blocks are also employed in electrical installations, like mid- and low voltage power distribution systems, electrical substations, and process control facilities. Also, they are used in the telecommunications sector, in cable networks, and in laboratory equipment.

Some specialized terminal blocks even come with specific features. For instance, some are designed for use in hazardous areas where high degree of safety, reliability and performance is needed. Additionally, there are terminal blocks that are made specifically for railway-oriented applications, such as for signal, point, traction and transmission applications, and for DC traction and transmission applications.

Working Principle

As opposed to a conventional terminal block, which offers connections using screws, jumpers and cable tie downs, a specialized terminal block requires a unique process to connect and disconnect wires. This process is called clamping.

In a specialized terminal block, a clamping connector is placed between two conductors. The connector\'s U-shape allows the wire to fit in it without the need of screws or other types of fasteners. The connector is tightened and then the conductor is able to move to the correct position inside the block, where the electric current flows without any interruption. This process ensures that the connection or disconnection of the wire can be performed safely and without any problems.

The advantage of a specialized terminal block is that the connection can be established or removed easily, and that it can be done without the need of any special tools. Additionally, the connection ensures that electricity flows safely and without any leakage or interruption, providing the best possible efficiency.

Conclusion

Specialized terminal blocks are basically characterized by their unique working principle, which involves clamping to provide the connection or disconnection of a conductor. They are used in a variety of applications, such as power generation, electrical installations, telecommunications, and even in the railway industry. Thanks to specialized terminal blocks, connections can be established or removed rapidly without the need of any special tools.

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