T21-2-10.0A-8255-3-V

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Circuit Breakers are electrical devices designed to open and close electric circuits. The T21-2-10.0A-8255-3-V is a type of circuit breaker that is designed for industrial applications with specific features. This article will discuss the application field and working principle of the T21-2-10.0A-8255-3-V.

The main application for the T21-2-10.0A-8255-3-V is for medium voltage industrial circuits. It can be used in industrial plants, factory automation, communication systems, and power distribution to protect against electrical hazards and overloads. It is able to handle large current loads and high voltage levels, making it suitable for industrial applications. It also has a long life expectancy due to its durable construction.

The working principle of the T21-2-10.0A-8255-3-V is based on a magnetic-type trip system. It consists of an electromagnet surrounded by a fixed core that consists of ferromagnetic material. When the current in the circuit exceeds a predetermined level, the magnetic field created by the electromagnet pulls the core, closing the circuit breaker. Similarly, when the current reduces to safe levels, the core releases, meaning the circuit breaker again opens.

The T21-2-10.0A-8255-3-V also has several other features, such as a manual on/off switch, thermal and short-circuit protection, and solid-state circuit elements that add to the safety of the device. Furthermore, the design of the breaker means that it has a faster response time than other circuit breakers, making it ideal for industrial applications.

In summary, the T21-2-10.0A-8255-3-V is a type of circuit breaker that is specifically designed for medium-voltage industrial applications. It has a magnetic-type trip system, manual on/off switch, thermal and short-circuit protection, and solid-state circuit elements. These features ensure that it is capable of handling large current loads and high voltage levels, as well as providing a faster response time.

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