T11-1-10.0A-01-20

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Introduction

Circuit breakers are designed to protect electrical circuits, components, and wires from over current or short circuits that can cause damage and malfunctions. The T11-1-10.0A-01-20 is a high voltage circuit breaker that is designed to provide high performance, safety and reliability. The following will discuss the application field and working principle of the T11-1-10.0A-01-20.

Application Field

T11-1-10.0A-01-20 circuit breakers are suitable for use in high voltage AC distribution systems, up to 20kV. They are typically used for residential, industrial, and commercial applications. In particular, the T11-1-10.0A-01-20 has been designed for use in industrial applications where high levels of electrical current flows, such as heavy-duty motor starters, arc furnaces, and other large industrial components. Additionally, the T11-1-10.0A-01-20 is also suitable for use in large public or commercial buildings where additional protection is needed due to the amount of electrical load present.

Working Principle

The working principle of the T11-1-10.0A-01-20 is relatively simple. The circuit breaker is designed to break an electrical circuit when a specified level of current is exceeded. This prevents the excess current from traveling to other areas and components of the electrical circuit, thus preventing damage or malfunction of the components. As soon as the over current level is detected, the circuit breaker trips and immediately stops the current from flowing through the circuit. This in turn, prevents any further damage from occurring to the components or other associated devices.

The T11-1-10.0A-01-20 circuit breakers are designed with overload protection. This overload protection prevents atypical high currents from occurring in the circuit, which could potentially cause damage to the components. Additionally, the breakers also feature a built in thermal protection system. This thermal protection system helps to prevent overheating in the system, which can occur due to excessive current or excessive load. Furthermore, the system also features a manual reset switch, which can be used to reset the breaker after it has been tripped.

In addition to the overload and thermal protection capabilities, the T11-1-10.0A-01-20 is also designed with electrical arc protection. This allows the breaker to detect potential arcs and shorts, which can lead to fire hazards. When an arc is detected, the breaker will trip and the power to the circuit will be cut off, thus preventing any further damage to the components or any further fire hazards.

Conclusion

In conclusion, the T11-1-10.0A-01-20 is a high voltage circuit breaker that is designed to provide high performance, safety, and reliability. It is suitable for use in a variety of applications, including residential, industrial, and commercial applications. Additionally, it is designed with overload, thermal, and electrical arc protection capabilities, making it one of the most reliable and durable circuit breakers available.

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