808-H-3A

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Circuit breakers are an essential part of modern electrical systems, used to protect both equipment and people from the dangers of electrical current. The 808-H-3A is one example of a circuit breaker, with a specific application and a unique working principle.

This circuit breaker is designed for a variety of applications, ranging from controlling motors to protecting lighting systems and other equipment from overload. It is appropriate for light industrial, commercial and domestic electrical installations, and is useful in a range of situations from single and multi-phase supplies to higher safety class locations.

The 808-H-3A features a robust design, and is also environmentally friendly, with a long life cycle and low operating temperature. In terms of safety, it is fully tested and certified to ensure total compliance with industry standards, and is capable of carrying out a wide range of self-test functions.

But the most important aspect of the 808-H-3A is its working principle. This circuit breaker operates on the basis of an instantaneous current limit, which is calculated based on the maximum load of the equipment or system being protected. When the current passing through the circuit exceeds the limit, the 808-H-3A trips out and cuts off the power, protecting the equipment and people from harm.

The precise operation of the circuit breaker will depend on the specific requirements of the application. For example, in a system with a higher load, the 808-H-3A can be set to a higher current limit, whereas a lower load would require a lower limit. This flexibility makes the 808-H-3A an ideal choice for a range of applications.

The 808-H-3A is an excellent example of a modern circuit breaker, designed to protect both people and equipment. It is suitable for a variety of applications and operates on the basis of an instantaneous current limit, to prevent overloads and other potential hazards. Overall, it is a safe and reliable option for a range of residential, commercial and industrial electrical systems.

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