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
Over 200,000 products safeguard the global power grid every day, a responsibility we take seriously. From workshop workers to engineers, everyone strives for excellence towards our simple mission of "making electricity safer."
Why Choose HAIPART Arc Chambers?
✅
Substrate Yield Strength ≥ 195MPa
✅
The 13-plate spiral layout creates a six-level arc energy gradient dissipation zone, increasing magnetic blowout efficiency by 42% compared to a linear layout.
✅
The dual DuPont paper support structure is resistant to high temperatures and arcing.
Applications:
Widely used in wind turbine converter overload protection, semiconductor device power modules, smart grid sectionalizers, and other applications.
Over 200,000 products safeguard the global power grid every day, a responsibility we take seriously. From workshop workers to engineers, everyone strives for excellence towards our simple mission of "making electricity safer."
Why Choose HAIPART Arc Chambers?
✅
Substrate Yield Strength ≥ 195MPa
✅
The 13-plate spiral layout creates a six-level arc energy gradient dissipation zone, increasing magnetic blowout efficiency by 42% compared to a linear layout.
✅
The dual DuPont paper support structure is resistant to high temperatures and arcing.
Applications:
Widely used in wind turbine converter overload protection, semiconductor device power modules, smart grid sectionalizers, and other applications.
