Breaking Capacity | High-fault industrial environments (e.g., factories, data centers) | Industry Standard: 4kA (IEC 60947-2 baseline) Our Base: 6kA (▲150% vs Std) Our Advanced: 10kA (▲250% vs Std) | Handles extreme fault currents, prevents equipment damage. | Advanced versions may require larger installation space and higher cost. |
Voltage Rating | High-voltage DC systems (e.g., solar power, EV charging stations) | Industry Standard: 440V AC (common for residential/commercial) Our: 1000V DC (▲113% vs Std) Our Advanced: 1200V AC (▲173% vs Std) | Supports modern DC infrastructure and high-power applications. | Higher voltage may necessitate thicker insulation, increasing weight. |
Number of Poles | Multi-circuit control (e.g., three-phase systems, split-phase residential) | Industry Standard: 1P (basic) Our Base: 2P (▲100% vs Std) Our Advanced: 4P (▲300% vs Std) | Efficient space utilization for complex electrical setups. | Multi-pole versions may complicate wiring and increase cost. |
Certifications | Global projects requiring compliance (e.g., EU, North America, Australia) | Industry Standard: CE, CB Our: CE, TÜV, UL, SAA Our Advanced: UL, SAA, IECEx (explosive environments) | Wider market access and safety assurance for international use. | Compliance testing adds to development costs. |
Rated Current | High-load circuits (e.g., HVAC systems, industrial machinery) | Industry Standard: 32A (common) Our: 63A (▲97% vs Std) Our Advanced: 80A (▲150% vs Std) | Supports heavy-duty equipment without frequent tripping. | Higher-rated models may require thicker wiring and robust installation. |
Overload Protection | Motors, compressors, or inductive loads (e.g., pumps, transformers) | Industry Standard: B-curve (resistive loads) Our: C-curve (▲50% delay for inductive spikes) Our Advanced: D-curve (▲100% delay for motor startups) | Minimizes nuisance tripping in variable load scenarios. | May allow prolonged overloads, risking long-term damage if misconfigured. |