IAG6-1-52-20.0-Q-11

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Circuit Breakers are electrical switches that protect electrical circuits from damage caused by over-current and short-circuiting. They have been used in electrical systems for more than a century and are becoming increasingly popular as they are more reliable and less expensive than fuses. The IAG6-1-52-20.0-Q-11 is a circuit breaker that is designed for both residential and commercial applications.

This circuit breaker has a 2-pole design, meaning two hot wires and two neutral wires are connected to the breaker. It also has a trip rating of 20.0 amperes, meaning it will trip when the current reaches 20 amperes, protecting the circuit from overloads and potentially dangerous short circuits. When the current reaches this level, the switch will automatically turn off, cutting the power to the circuit it is protecting.

The IAG6-1-52-20.0-Q-11 also features a common trip mechanism, which allows all connected breakers to trip should one of the breakers in the system trip. This is especially helpful in large, high voltage systems as it will prevent a single breaker from failing due to excessive current flow. The breaker also features a feature known as a "Q" mechanism, which ensures that the circuit is restarted in a controlled manner, preventing the breaker from being damaged by high inrush currents.

In terms of applications, the IAG6-1-52-20.0-Q-11 is commonly used in residential, commercial, and industrial applications. In residential settings, it is used to protect outlets, lighting circuits, electric motors, and other large appliances. In commercial settings, it is often used in elevator shafts, electric panels, and power distribution systems. In industrial applications, it is used in high voltage systems such as substations, nuclear power plants, and transformer protection systems.

The working principle behind the IAG6-1-52-20.0-Q-11 is relatively simple. When current passes through the circuit, a magnetic field is created that is detected by the breaker\'s sensing coils. When the current reaches the set trip point, the switch turns off and cuts the power to the circuit. The breaker will then reset once the current is turned off and the voltage has returned to a safe level.

In conclusion, the IAG6-1-52-20.0-Q-11 circuit breaker is a reliable and cost-effective way to protect electrical circuits from damage due to overloading and short-circuiting. It is suitable for both residential and commercial applications, and can be used in high voltage systems in industrial settings. Its working principle is based on detecting a magnetic field created by passing current, and it will automatically turn off when the current reaches its set trip point, protecting the circuit from damage.

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