IELK1-1-62-10.0-AKL-01-V

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IELK1-1-62-10.0-AKL-01-V is a type of circuit breaker designed for small to mid-sized electrical circuits. It is designed to protect electrical systems, appliances and components from damage due to over current or short circuit loads.

The primary function of the IELK1-1-62-10.0-AKL-01-V breaker is to provide protection against accidental short circuits and over current events in an electrical circuit. It prevents further damage to the circuit and its components by disconnecting the power source from the circuit when a fault is detected. The breaker also measures the current consumption of the load in the circuit and cut off power if the current reaching its breaking capacity. This prevents an overload or a short circuit from occurring in its circuits.

The IELK1-1-62-10.0-AKL-01-V breaker is designed for indoor application and has a current range of 10A to 62A. It features an anti-jamming device and has a voltage rate of 230/400V AC. The design also includes an indicator light that indicates the breaker has tripped or is turned off, allowing users to quickly and easily identify the origin of the fault. The breaker itself has a UL 1077 certification and is compliant with the safety standards of CE, VDE and ISO 9001.

The working principle of the IELK1-1-62-10.0-AKL-01-V breaker is based on electromagnetism. When the current overload is beyond its threshold, it will trigger and produce a trip system. This system consists of an operating arm and a reset button. The arm is connected to the grounding rod, and when the load exceeds the breaker\'s capacity, the arm will be disconnected from the grounding rod, thus breaking the power supply and turning off the circuit. The reset button is pressed to reset the breaker, restoring power to the circuit.

The IELK1-1-62-10.0-AKL-01-V circuit breaker is designed primarily for residential and commercial applications such as motor control, power supplies, industrial control, and electronics equipment. It is ideal for applications where reliable protection against overload and short circuit conditions is required. The breaker is cost-effective and highly reliable, making it an ideal choice for small to mid-sized electrical circuits.

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