IMLBXK1-1RLS4-52-30.0-A-M3-V

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Circuit breakers are generally used to cut off or reduce the overload or short circuit current of a power system. If the current in the power system exceeds certain limits, the circuit breaker automatically operates to protect the power system from overload or damage.

The IMLBXK1-1RLS4-52-30.0-A-M3-V is a circuit breaker with digital technology. It is mainly used for installation in photovoltaic systems with small loads (max. 10A). This circuit breaker can be integrated in the control system so that it can be monitored through control devices and can also be adjusted for protective functions.

The working principle of the IMLBXK1-1RLS4-52-30.0-A-M3-V circuit breaker is based on the overcurrent principle. It tripping mechanisms are designed to safely protect photovoltaic circuits in a very short time. Its unique compact design has a variety of functions including overcurrent, overload, short circuit and temperature protection.

The circuit breaker is also equipped with a magnetic core, which can sense and detect current flow. When the current exceeds a certain limit, the magnetic core is triggered, causing a relay to switch off the power supply and thus preventing any further damage to the circuit.

The IMLBXK1-1RLS4-52-30.0-A-M3-V circuit breaker has a wide range of applications. It is mainly used for residential and industrial photovoltaic systems. The improved design ensures that it is not only highly efficient and reliable, but also less noisy and more economical. It also provides safe and reliable protection from overcurrent, overload and short circuit.

In conclusion, the IMLBXK1-1RLS4-52-30.0-A-M3-V circuit breaker is a reliable and efficient device for the protection of photovoltaic systems with small loads. It is able to detect and cut off power supply in case of an overcurrent, overload or short circuit. This makes it an ideal choice for residential and industrial photovoltaic systems.

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