0387398285

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Terminal blocks - barrier blocks serve a variety of application fields, from connecting electric components to complex automation systems. The most common type of terminal block is the barrier block, which consists of a set of rigid metal plates that separate the contact area from the main body of the device. Additionally, there are also spring-loaded terminal blocks for applications with higher current ratings.Barrier blocks are typically used in applications that require a direct electrical connection between two points. In this type of connection, the device must be capable of carrying multiple electrical current flows without any interference. Commonly, barrier blocks are used for the interconnection between a power source and a component, or the interconnection between wires and other electrical components. In cases where high current is necessary, barrier blocks are often used because of their superior electrical characteristics.Barrier blocks are also often used in industrial applications due to their resistance to high temperatures and their ability to carry higher current flows without burning out prematurely. For these reasons, they are a common choice in the automotive industry and other environments where high temperature and high power are required.The working principle of a barrier block is relatively simple. A sheet metal plate is used to separate two electrical contact points. This plate is then connected to the base of the block which serves as the electrical conductive element. When an electrical current is passed through the block, it creates an electrical field between the two points. This field is then used to bridge the gap between the two contact points and transmit the electrical signals.Barrier blocks are typically used in a variety of applications, including the interconnection between a power source and a component, or the interconnection of multiple wires and other electrical components. Their ability to handle high current without burning out makes them ideal for use in the automotive industry, as well as other high temperature areas. Additionally, their tight-fitting design makes them able to resist the effects of vibrations or shocks, which makes them highly reliable in critical applications.

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