V71332500000G

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Terminal Blocks – Headers, Plugs and Sockets technology has been long used to help connect electrical equipment and devices together for power, signal and data applications in various industries. The V71332500000G has many features that make it a suitable choice for many applications. This article will discuss the application field and working principle of the V71332500000G.

The V71332500000G is a three-pole terminal block, designed for maximum current rated at 40 A. It is suitable for applications with a limited installation space, such as wiring closets, computer rooms, electrical cabinets, ships and more. The body of the terminal block is made of flame-resistant ABS+PC thermoplastic and its special design makes it resistant to dust, oil and moisture. Additionally, the pins are made of tin-plated brass, making them corrosion resistant. It has an integrated, self-locking mechanism that provides optimal safety and prevents accidental disconnection.

The V71332500000G is suitable for a variety of applications within the eletrical industry, including power, lighting, industrial automation, communication and more. It can be used as a connection point for DC and AC circuits and it can also be used in grounding applications. It is also suitable for use in solar panel installations, as it offers a secure and reliable connection.

The working principle of the V71332500000G is simple: electrical current flows through one of the three poles in the terminal block and out the other pole, creating a connection. The device is designed for safe and reliable connections without the need for soldering or crimping. Additionally, the terminal block’s self-locking mechanism ensures that the connection is held firmly in place, even under the most demanding applications.

In conclusion, the V71332500000G terminal block is an excellent choice for applications with limited installation space. Its efficient design and reliable self-locking mechanism make it suitable for a variety of power, signal and data applications in many industries. Its simple working principle allows for easy and safe connections, without the need for soldering or crimping.

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