0387701122

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Terminal Blocks - Barrier Blocks

Barrier blocks, also known as rail mounted terminal blocks, are commonly used in industrial electrical circuits, and provide a convenient and easy means to connect multiple conductors in an organized and safe manner. The essential features of barrier blocks include a sturdy metal construction which supports large diameter conductor sizes so as to accommodate high currents, a variety of features such as color and material coding for easier identification, insulated contacts for higher safety, and modular pluggable systems which can be customized to the specific application and environment.

0387701122 Application Field and Working Principle

Barrier blocks offer a versatile and safe solution when it comes to connecting multiple conductors in industrial electrical circuits. With a variety of features such as high current capacity, color and material coding for easier identification, insulation protection, and modular design for customized applications, they are ideal for a range of applications in almost any industry.In a typical application, barrier blocks are used to divide and organize electrical circuits in a system. This is achieved by providing a variety of insulation protection levels, while allowing customization of the connection modules in order to accommodate the number of circuits and their particular current loads or voltage ratings. The essential components of a barrier block system include metal blocks, a flat cover to secure the individual blocks, terminals for connecting the conductors, and an insulating cover to minimize accidental contact with an energy source. Each terminal block generally has two or more pairs of opposing connection points which allow for the connection of two conductors at a time. In addition, the modular design of barrier blocks allows them to be customized to varying sizes and shapes to suit the needs of the application. Barrier blocks provide a safe and secure connection between multiple conductors and isolated sections of an electrical system. As a result, these types of blocks are often used in a variety of hazardous environments where the likelihood of an electrical accident is high. For instance, barrier blocks are often used in power distribution systems, motor control centers, and other industrial applications where they provide a certified degree of safety against shock and other risks.Barrier blocks are also often used in applications where environmental protection is essential, such as in outdoor control installations, radio and telecom panels, and others where exposed conductors are expected. In these cases, the blocks provide an added level of protection from shorting out, dust and debris, and other external elements which may adversely affect the integrity of the circuits. In summary, barrier blocks play an important role in many electric circuits and systems. By providing both high current capabilities, as well as insulation protection across multiple paths, they make it easy to divide circuits and connect more than one conductor in a safe and secure manner. Furthermore, their modular design allows for easily customizable configurations, making them the ideal solution for a variety of applications.

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