Function: when the circuit breaker disconnects the circuit, quickly extinguish the arc generated between the contacts to prevent the arc from continuing to burn and causing equipment damage or circuit failure
We are deeply involved in the evolution of international electrical standards, and our technological contributions have been recognized by multiple authoritative organizations. We continuously transform cutting-edge research results into mass-producible industrial-grade solutions.
The 14-plate gradient layout creates a six-level arc segmentation zone, increasing magnetic blowout efficiency by 35% compared to a 12-plate structure.
✅
The steel-insulated paper support system utilizes a double-layer steel sandwich structure, achieving an insulation strength of ≥18kV/mm.
Applications:
Widely used in wind turbine converter overload protection, semiconductor device power modules, smart grid sectionalizers, and other applications.
We are deeply involved in the evolution of international electrical standards, and our technological contributions have been recognized by multiple authoritative organizations. We continuously transform cutting-edge research results into mass-producible industrial-grade solutions.
The 14-plate gradient layout creates a six-level arc segmentation zone, increasing magnetic blowout efficiency by 35% compared to a 12-plate structure.
✅
The steel-insulated paper support system utilizes a double-layer steel sandwich structure, achieving an insulation strength of ≥18kV/mm.
Applications:
Widely used in wind turbine converter overload protection, semiconductor device power modules, smart grid sectionalizers, and other applications.
