39351-0013

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Terminal blocks are a kind of electrical connection device that is used for making contact between two electrical circuits. Terminal blocks are also known as panel-mounted connecting blocks, which are used to carry out power and signal connections in a panel. The 39351-0013 terminal block is a single-level terminal block that is widely used in various industries due to its established benefits. This article discusses the application fields and working principle of the 39351-0013 terminal block.

Application Fields of 39351-0013 Terminal Blocks

The 39351-0013 terminal block is mainly used for power and signal connecting. It comes in DIN rail mounted design, which helps in making connection with two circuits quickly and easily. The 39351-0013 terminal block is also widely used in a wide range of industrial and commercial applications. Some of the most common applications of the 39351-0013 terminal block include:

• It is often used in electrical control panels as a means of providing secure grounding and wiring connections.
• It is an ideal choice for making reliable connections in applications such as motor control centers, generators, lighting systems, and other electrical circuits.
• It is used in various circuits for terminating wires, in both insulated and non-insulated wire variants.
• The 39351-0013 terminal block is used in the manufacturing industry to provide a secure connection between the power source and control systems.
• It is commonly used in the railway industry for controlling the high loads involved in the production of rail networks.
• This terminal block is also used in aerospace, military, and automotive industries.

Working Principle of 39351-0013 Terminal Blocks

The 39351-0013 terminal block is designed in a manner where two terminals are joined together to allow the transmission of the current. The terminal block is constructed using two metal plates that have a spring-loaded, contact-bearing surface in the middle. This contact-bearing surface is spring-loaded to ensure that the two plates fit tightly together when the terminal blocks are screwed together. This process of tightening and loosening the two plates, in turn, forms an electrical contact between them and allows for the connection of power and signal.

The current flow through the terminal block is subjected to the flow of electrons, where the negative electrons (the valence electrons) form the current flow. As the current flow is generated, the electrical contacts on the terminal make contact, and the current moves through the wire into the electrical circuit. As more current is loaded on the circuit, the current flow increases, thereby increasing the resistance in the electron flow.

Additionally, the 39351-0013 terminal blocks are also equipped with surge protection features that are designed to absorb the surge of current and protect the circuit from any damage. The surge protection features are applied in cases where there is an excessive load or voltage, which can cause damage to the components of the circuit.

The 39351-0013 terminal block is also equipped with modular designs and with an added terminal alignment feature that ensure that the terminals make the correct alignment with the other contacts on the other side of the terminal. This makes the connections easier and more secure, and allows for better current and signal transfer.

Conclusion

The 39351-0013 terminal block is a popular choice amongst many businesses as it provides reliable power and signal connections. Additionally, the terminal block is also available with various features such as surge protection, modular designs, and added alignment features, which make them even more ideal for use in industrial and commercial applications. This article has discussed the application fields and working principle of the 39351-0013 terminal block.

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