Material Composition | Automotive, Industrial | Industry: PA6 (ISO 1043, -40°C to 100°C) Base: PA66 (▲ Thermal stability up to 120°C) Advanced: Alloy-reinforced PA66 (▲▲ Thermal up to 150°C) | Enhanced durability in high-temperature environments (e.g., engine bays). | Base may degrade above 120°C; Advanced version has higher cost. |
Water Resistance | Marine, Automotive | Industry: IP65 (spray resistance) Base: IP67 (▲ Immersion 1m/30min) Advanced: IP68 (▲▲ Immersion 1m/60min) | Advanced handles prolonged submersion (e.g., marine applications). | Base may fail in prolonged water exposure (e.g., heavy rain). |
Contact Material | High-current Systems | Industry: Brass (ASTM B111, 10A max) Base: Brass (▲ 15A rated) Advanced: Silver-plated brass (▲▲ 20A rated) | Advanced reduces overheating in high-current setups (e.g., industrial machinery). | Base may overheat at 15A; Advanced requires precise installation. |
Mechanical Durability | Heavy Machinery, Vibration-Prone | Industry: 500 insertion cycles (IEC 60068) Base: 1000 cycles (▲ Double durability) Advanced: 2000 cycles (▲▲ Four times industry) | Advanced ensures longevity in harsh environments (e.g., construction equipment). | Base may wear out after 1000 cycles in high-vibration scenarios. |
Temperature Range | Extreme Environments | Industry: -40°C to 100°C (PA6) Base: -40°C to 120°C (▲ PA66) Advanced: -40°C to 150°C (▲▲ Alloy-reinforced) | Advanced operates in extreme heat (e.g., engine compartments). | Base may degrade above 120°C; Advanced requires specialized storage. |
Electrical Performance | High-current Applications | Industry: 10A max (standard connectors) Base: 15A (▲ 50% higher) Advanced: 20A (▲▲ 100% higher) | Advanced supports heavy-duty systems (e.g., EV charging stations). | Base may underperform in peak loads (e.g., during startup surges). |