IELBXK111-35970-3R5-V

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Circuit Breakers are an integral part of any electrical system. They are used to protect against hazardously high currents, as well as provide for switching during normal operation of the system. As such, they are designed to provide a margin of safety for both workers and the equipment.

When it comes to circuit breakers, the IELBXK111-35970-3R5-V application field refers to any residential or commercial setting. Common application fields include, but are not limited to, homes, office buildings, retail stores, warehouses, educational institutions, factories, and so forth.

The working principle of the IELBXK111-35970-3R5-V circuit breaker is relatively straightforward. It uses a thermal magnetic tripping mechanism in combination with a thermal overload protector. The thermal magnetic portion of the circuit breaker is intended to trip when the current flowing through the circuit exceeds the predetermined levels set by the user. After a certain current limit is reached, the magnetic field generated by the current causes a metal bar to move. This bar then contacts the breaker\'s mechanical trip lever and the breaker opens.

The thermal overload protector works in two distinct ways. The first is to detect and prevent short-circuiting. If the current flowing through the breaker exceeds a predetermined level, the temperature of the metal bars inside the breaker will increase and the thermal overload protector will open the breaker. The second is to protect against overloading. If the current flowing through the breaker exceeds a certain level for an extended period of time, the thermal overload protector will open the breaker to stop the flow of current and prevent further damage.

Together, the IELBXK111-35970-3R5-V circuit breaker provides a reliable and effective way to protect electrical systems from damage due to overloading or short-circuiting while providing a margin of safety to both workers and the equipment.

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