HS6410810000G

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HS6410810000G is a kind of terminal block with wire-to-board application field, which has the advantages of high current carrying capability as well as vibration and shock resistance. It is mainly used in electrical circuits, industrial control systems, instrumentation, and so on. In addition, it can also be used in automated systems, such as automated production lines, automatic assembly machines, and even in automation equipment for data acquisition and control.

HS6410810000G is a reliable and durable terminal block with high current carrying capability. The features of this terminal block include up to 44 A current rating, up to 20% power savings, and wide temperature range. Its waterproof rating is IP67, which can effectively protect the terminal block from dust, water and other liquids. The shell material is made of copper or steel with high strength and excellent electrical insulation. Additionally, it complies with UL and VDE standards and has a long life span.

The working principle of HS6410810000G is based on the flow of electric current. It has two poles, one positive and one negative. When an electric current passes through the terminal block, it allows electricity to be conducted between the two poles. The two poles are connected by means of a copper strip, and the current passes through the two wires that are connected to the terminal block, which in turn is connected to a circuit board or electrical device.

In conclusion, HS6410810000G is an ideal choice for those looking for a reliable and durable terminal block with wire-to-board application. It has the advantages of high current carrying capacity, waterproof rating of IP67, UL and VDE certification, and long life span. The working principle of this terminal block is based on the flow of electric current, which allows electricity to be conducted easily between two poles. This terminal block is suitable for use in electrical circuits, industrial control systems, instrumentation, automated systems, and other necessary applications.

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