Rated Current Capacity | Residential circuits, Industrial machinery | Industry Standard: 32A (IEC 60898) Our Base: 25A (▲▲ lower capacity) Our Advanced: 63A (▲▲▲ for heavy loads) | Advanced supports 63A for high-power equipment (e.g., industrial motors) | Base model may underperform in commercial settings requiring 32A+ loads |
Breaking Capacity | High-risk industrial environments | Industry Standard: 6kA (IEC 60947-2) Our Base: 630A (▲▲ below standard) Our Advanced: 6kA (▲▲▲ matches industry) | Advanced model withstands 6kA faults, protecting expensive machinery | Base model risks failure in high-fault scenarios (e.g., short circuits) |
Trip Curve Type | Office lighting, IT equipment | Industry Standard: Type B (Residential) Our Base: Type C (▲ better short-circuit protection) Our Advanced: Type C + adjustable settings (▲▲) | Type C reduces nuisance tripping in commercial settings | Type D (not included) may be overkill for small installations |
Material Composition | Corrosive environments | Industry Standard: Aluminum (Cost-effective) Our Base: Copper (▲ 30% better conductivity) Our Advanced: Copper + corrosion-resistant coating (▲▲) | Copper reduces energy loss; coating extends lifespan in harsh conditions | Higher material costs than aluminum alternatives |
Leakage Current Protection | Swimming pools, Healthcare facilities | Industry Standard: 30mA (IEC 60449) Our Base: 30mA (Compliant) Our Advanced: 10mA (▲▲▲ ultra-sensitive) | 10mA sensitivity prevents shocks in critical areas (e.g., hospitals) | May trip for minor leaks in dry environments (e.g., offices) |
Protection Types | Data centers, Explosive zones | Industry Standard: Basic overcurrent Our Base: LI + LSI (▲) Our Advanced: LI + LSI + LSIG + Earth fault (▲▲▲) | Advanced offers multi-layer protection (e.g., explosion-proof zones) | Complexity increases installation difficulty and training requirements |