HR5130800000G

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Terminal blocks are a type of wiring makeup used in many electrical applications, ranging from industrial to residential. A terminal block, also referred to as a terminal board or terminal strip, is a device that consists of two or more electrical conductors that connect with one another to provide power and control to other electrical components. The HR5130800000G is a specific type of terminal block that is designed for wire to board connections. This article will discuss the application field and working principle of the HR5130800000G.

Application Field

The HR5130800000G is mainly used for applications that require high current, such as medical and industrial applications. It is also used in automotive and commercial applications. This terminal block offers a wide range of features, including an adjustable screw direction, high current capability, a center plunger that provides additional contact, and a snap-on panel. It is also vibration and shock resistant. Additionally, it is UL 94V-0-certified, which ensures that it is safe for use in a variety of applications.

Working Principle

The working principle of the HR5130800000G terminal block begins with a wire being connected to the terminal block and a mating connector to form a connection. This is done with the use of a screw, which secures the wire to the terminal block. The screw is then tightened to ensure that the connection is secure and that there is no damage to the wire. Once the connection is made, the current is supplied to the connected device. The terminal block is designed to keep the connection secure and prevent any damage to the connected device due to fluctuating currents or voltages.

The HR5130800000G is a wire to board terminal block that is designed for high current applications. This terminal block offers a variety of features that make it suitable for a variety of applications, such as medical, industrial, automotive, and commercial. Furthermore, its working principle begins with a wire being connected to a mating connector and then secured with a screw. Once the connection is made and secured by the screw, current is supplied to the connected device, which keeps the connection secure and minimizes any damage to the connected device.

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