Current Capacity | Industrial machinery, residential circuits | Industry: 50A (IEC 60947-3) Base: 63A▲ (IEC 60947-3) Advanced: 63A + 20% overload▲ (IEC 60947-3) | Base exceeds industry standard; Advanced handles peak loads (e.g., motor startups). | Industry standard may underperform in high-draw scenarios. |
Pole Configuration | Commercial lighting, HVAC systems | Industry: 2P standard Base: 2P/3P▲ Advanced: 2P/3P/4P▲ | Base supports both single/dual-phase systems; Advanced adds 4P for complex setups. | Industry lacks 3P option; Advanced may be overkill for small installations. |
Switching Time | Data centers, hospitals | Industry: 20ms (IEC 60850) Base: 10ms▲ (IEC 60850) Advanced: 5ms▲ (IEC 60850 Class A) | Base cuts downtime by 50%; Advanced ensures near-instant recovery (responds in 1/100th of a second). | Slow industry standard causes prolonged outages. |
Safety Features | Industrial plants, high-risk areas | Industry: Basic circuit breaker Base: Emergency stop▲ (UL 94 V-0) Advanced: +Arc Fault Detection▲ (IEC 61439) | Base adds emergency stop; Advanced prevents arc faults (critical for flammable environments). | Industry lacks critical safety features; Advanced adds cost. |
Customization | Custom installations | Industry: Fixed settings Base: DIP switches▲ (adjustable delay) Advanced: Digital interface▲ (0-20s delay) | Base allows basic adjustments; Advanced offers full programmability (e.g., sync with smart grids). | Industry inflexible; Advanced requires technical setup. |
Material Compliance | Harsh environments, marine use | Industry: Standard plastic▲ (UL 94 HB) Base: UL 94 V-2▲ Advanced: UL 94 V-0▲ (flame retardant) | Base resists flames better; Advanced meets highest safety standards (e.g., marine certifications). | Industry materials degrade faster; Advanced increases cost. |