CELBXPK11-1-52-200.-N6-V

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Circuit breakers are an integral part of electrical power systems. They are responsible for controlling and routing the flow of electricity, protecting the system from overloads and short circuits, and ensuring that the system is running efficiently and safely. The CELBXPK11-1-52-200.-N6-V is specifically designed for industrial applications and its operating principles and design differs accordingly.

The CELBXPK11 is able to support an operating current that is up to 52kA at 400V. It is a type of SF6 atmospheric-pressure circuit breaker. SF6 is sulfur hexafluoride and is a type of insulating gas that is used in these types of medium-voltage applications. The design is triple-pole and utilizes a compression mechanism to break the circuit.

When this type of circuit breaker is in use, it is able to quickly identify short circuits in the electrical system and interrupt the flow of electricity. The tripping mechanism works by sensing a fault or short, and by using magnetic force, it trips the mechanism and the contact gap opens, breaking the circuit.

The CELBXPK11 is designed as a fixed-mount and has an enclosed front, allowing the breaker to be easily and safely installed. It is also equipped with an optional overcurrent protective device for added safety.

The working principle is relatively simple and can be broken down into several steps. When the contacts are closed, the circuit is armed. When a short circuit or fault occurs, the magnetic force trips the mechanism, and the contact gap opens up. This then allows the current to immediately stop, preventing any damage. Finally, the contact springs are used to reopen the contacts and resume the flow of electricity.

Overall, the CELBXPK11-1-52-200.-N6-V is an effective and reliable circuit breaker that is suitable for industrial applications. It is designed to quickly detect and break short circuits in the system, protecting the equipment from any damage. Additionally, it is designed as a fixed-mount and has an enclosed front, making it easy and safe to install. The working principle is relatively simple and reliable, ensuring the effective operation of the circuit.

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