Whether in industrial production or daily life, circuit breakers will remain indispensable, silently safeguarding light and peace in every corner.
With the continuous advancement of technology, we have reason to believe that magnetically controlled circuit breakers will play an increasingly important role in ensuring the safe and stable operation of power grids.
The deep-melt element it uses has extremely high sensitivity and can produce a fusing action the moment the current exceeds the threshold, initially limiting the increase in current by opening the circuit through its own fusing.
From a system compatibility perspective, the primary and secondary deep fusion circuit breaker protection mechanism can work well with other circuit protection devices and monitoring systems.
In modern power systems, stability and reliability are key factors in ensuring continuous power supply. As an advanced electrical device, fusion circuit breakers play a vital role in improving these two aspects of power system performance.
The impact of arc extinguishing capability on system stability is also reflected in the control of transient processes in the power system.