IELR11-1-72-10.0-01-V

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Circuit breakers are essential electrical components that protect a circuit from high-voltage/other dangerous currents. They are a form of switch that “breaks” or interrupts an electrical circuit, usually to prevent further current from flowing when a fault or overload is detected.

The IELR 11-1-72-10.0-01-V is a type of circuit breaker designed specifically for higher voltage applications. It is a robust design with a special insulator to protect against high voltage sparks and an associated coil winding to increase reliability. The IELR 11-1-72-10.0-01-V is commonly used in electrical generating plants, substations, industrial motor control centers, and other heavy duty applications.

The IELR 11-1-72-10.0-01-V circuit breaker operates using a thermal-magnetic mechanism. The thermal portion of the circuit breaker uses heat to detect and adjust to the current flowing through the circuit. This is done by cleverly utilizing an electromagnet. When the current increases, the electromagnet’s force pushes against the spring and closes the breaker contacts. This closes the circuit and allows current to flow until the current becomes too high and trips the breaker, opening the circuit and stopping the flow of electricity.

The magnetic portion of the circuit breaker responds to high levels of magnetic flux generated by high current surges. The breaker is built with an internal mechanism to sense the magnetic flux when the current flow increases, and trips the breaker to open the circuit and stop the flow of current.

The IELR 11-1-72-10.0-01-V is a reliable and efficient circuit breaker, suitable for use in high-voltage applications. It uses a combination of thermal and magnetic mechanisms to sense and adjust to high currents and protect the circuit from dangerous overloads. The IELR 11-1-72-10.0-01-V comes with a special insulator to protect against high voltage sparks and a coil winding to increase reliability. This circuit breaker is ideal for high-voltage applications such as electrical generating plants, substations, and industrial motor control centers.

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