0395051018

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Terminal blocks are electrical devices that provide a convenient means for connecting a wire to a circuit board. They are typically used in industrial and commercial applications, such as production machines, locomotives, elevators, and office buildings. The 0395051018 terminal block model is a popular choice for these applications, as its versatility allows for the reliable connection of multiple circuits, resulting in minimal downtime and reduced maintenance costs. In this article, we’ll explore this model’s application field and working principle, as well as what makes it a reliable solution for a variety of wiring projects.

Application Field

The 0395051018 terminal block is versatile and can be used for a variety of different types of wiring projects. It is suitable for both commercial and industrial applications, and it is approved by IEC, UL, and CSA certifications. Many applications benefit from this model’s versatility, such as process control systems, high-voltage electrical wiring, and building wiring. Additionally, it is ideal for outdoor applications, where it can provide excellent protection from the elements. It is also suitable for hazardous locations, as it can help reduce sparking and minimize the risk of fire.

Working Principle

The 0395051018 terminal block works by using two metal connector elements to make the necessary electrical connection between two wires. The terminals are designed to provide a secure connection between wires that are of different sizes and ratings. The design of the terminal includes a ‘tabbed’ base that allows for a secure mounting onto a printed circuit board. This helps to ensure that the wires remain secure and that the connection is not compromised during installation or operation. The terminals are also fitted with a set of terminal pins that mate with the contact elements on the respective wires. This connection creates a strong electromagnetic field in the junction area, which aids in providing a reliable and secure connection. The secure connection results in minimal voltage drop and a high level of reliability.

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