APGH14-683-20

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Circuit breakers are integral components of today’s power generation and distribution systems. They are used to protect electrical equipment and prevent fires from occurring due to faulty wiring or other electrical faults. The APGH14-683-20 is a type of circuit breaker specifically designed for high voltage applications. This article will discuss its application field and working principle.

The APGH14-683-20 circuit breaker has been designed to be used in high voltage power distribution systems. It is rated for up to 14,000 volts of power and is ideal for use in applications such as commercial buildings, industrial facilities, and power plants. The breaker is also rated for continuous current ratings up to 20A, making it suitable for use in high power applications such as motors and transformers.

The APGH14-683-20 operates using a simple yet reliable operating principle; magnetic forces. When the breaker is not in use, an armature is held in place by electromagnets. This armature is attached to the breaker\'s contact points via a link rod. When a fault occurs in the circuit, an electric current is generated which causes the electromagnets to become energized. The increased magnetic force causes the armature to move, breaking the contact points and breaking the circuit.

The APGH14-683-20 also features a fast make–and–break mechanism. This allows the breaker to quickly interrupt the circuit and shut down the power before significant damage or injury can occur. This mechanism also helps to reduce wear and tear on the breaker components, ensuring reliable operation and long life.

The APGH14-683-20 circuit breaker is the ideal choice for high-current, high-voltage applications. Its reliable, fast make–and–break operation ensures safe and efficient operation. Additionally, its simple operating principle makes it extremely easy to install and service. When used in combination with other circuit protection devices, the APGH14-683-20 can help to provide peace of mind in even the toughest power distribution environments.

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