LEG11-1-61-10.0-AZ-01-V Circuit Protection

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Circuit breakers are the most fundamental component of industrial electrical systems. They are responsible for protecting the system from potential overloads or short circuits that could cause a fire, shock, or other catastrophic failure. For this reason, they are a key part of any electrical safety system. The LEG11-1-61-10.0-AZ-01-V is a type of circuit breaker designed for industrial applications.

The LEG11-1-61-10.0-AZ-01-V is a voltage-controlled, non-grounded type circuit breaker. It is designed for use in high-voltage electrical systems, such as those used in factories and other industrial production facilities. Its key features include its ability to trip quickly in the event of an overload or short circuit, and its ability to break a circuit under various overcurrents. It is also UL-approved and meets all applicable safety standards.

The LEG11-1-61-10.0-AZ-01-V is a two-pole, three-phase circuit breaker. It is designed to work in a particular voltage range, usually between 600 - 5000 volts. The breaker has two different shunt trip control options, a standard shunt trip and a thermal trip. It also has a number of trip thresholds that can be configured for different applications. This allows the breaker to be used in different applications, depending on the current and voltage ratings.

The working principle of the LEG11-1-61-10.0-AZ-01-V is fairly straightforward. When an excessive current or voltage is applied to the circuit, the breaker trips, interrupting the flow of current. It does this by using a contactor, an insulated bimetal strip, and a set of switching elements. When the current or voltage exceeds the set trip threshold, the bimetal strip expands, initiating the contactor to open up the circuit and break the connection. The current then stops and the circuit breaker is reset.

The LEG11-1-61-10.0-AZ-01-V is a highly reliable circuit breaker, and is suitable for use in a wide range of industrial applications. It is designed for use in high voltage circuits, and has been thoroughly tested to ensure that it provides optimal safety. Its trip thresholds can be configured for different applications, and its UL approval ensures that it meets all applicable safety standards. Its reliable performance and safety make it a great choice for any industrial setting.

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