Breaking Capacity | Industrial plants, data centers | Industry Standard: 6kA (IEC 60947) Our Base: 10kA▲ (IEC 60947) Our Advanced: 15kA▲▲ (UL 489) | Handles severe fault currents (e.g., short circuits) Reduces equipment damage | Higher capacity increases cost and size compared to standard breakers |
Number of Poles | Residential/commercial wiring | Industry Standard: Up to 3P Our Base: 1P-4P▲ Our Advanced: 4P+ modular stacking▲▲ | Supports multi-phase systems (e.g., 3-phase motors) Scalable for complex setups | Requires professional installation for multi-pole configurations |
Protection Rating | Outdoor installations, dusty environments | Industry Standard: IP20 Our Base: IP40▲ (IEC 60529) Our Advanced: IP54▲▲ (NEMA 3R) | Guards against dust ingress (IP40) and water jets (IP54) | Advanced versions may have reduced thermal dissipation due to sealed design |
Rated Current | High-power appliances, EV charging | Industry Standard: Up to 63A Our Base: 6A–63A▲ Our Advanced: 6A–100A▲▲ (IEC 60947-2) | Flexible for low (e.g., lighting) to high (e.g., industrial machinery) loads | Higher-rated breakers require thicker wiring and robust infrastructure |
Voltage Compatibility | Solar systems, DC grids | Industry Standard: Up to 400V AC/DC Our Base: 230V/400V▲ Our Advanced: 1000V DC▲▲ (UL 1077) | Supports high-voltage DC applications (e.g., solar inverters) | Advanced versions may need specialized mounting brackets for high-voltage safety |
Trip Mechanism | Sensitive equipment protection | Industry Standard: Magnetic-only Our Base: Magnetic▲ Our Advanced: Hybrid (magnetic + electronic)▲▲ | Advanced version offers adjustable trip thresholds for precise overload protection | Electronic mechanisms require periodic calibration and are costlier |