APL1111-7086-6 Circuit Protection

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Circuit breakers are important apparatus utilized in electrical systems for protection against dangerous and catastrophic faults arising from overload, short-circuiting and broken connections. Among various types of circuit breakers, the APL1111-7086-6 model has become the preferred choice for household and commercial settings.

The application field of the APL1111-7086-6 is extensive and varied. It is widely used in medium- and low-voltage power supplying system, including the control and protect of electric motors, generators, lighting circuits, transformers, and power distribution systems. In addition, the APL1111-7086-6 works well in the frequent start-stop applications, such as those in elevators, pump stations, packaging machines and assembly lines.

The working principle of the APL1111-7086-6 is fairly simple. When an electrical current passes through it, the current will induce a corresponding magnetic field according to the Faraday’s Law, and the magnetic field creates a repulsive force which actuates the switch off. When the current exceeds the preset threshold level, the automatic switch will be triggered, and the current flow will be interrupted, thus protecting the system from damage.

The APL1111-7086-6 is technically advanced in many ways. Firstly, its mechanical positioning accuracy has been greatly enhanced compared to the traditional mechanism, which allows it to be maintained with much less effort. Furthermore, the isolation can achieve up to 6000V, thus ensuring excellent electrical safety. Last but not least, its mounting size is smaller than similar products, making it an ideal for various applications.

In conclusion, the APL1111-7086-6 circuit breaker is an efficient and reliable device that is suitable for a wide range of applications. It features a simple working principle while enabling improved accuracy, higher isolation levels and a smaller form factor. All of these advantages make that it is widely adopted in many commercial and household settings.

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