Voltage Compatibility | Global industrial facilities | - Industry: 230V (IEC 60038, common in many countries) - Base: 380V (▲) (IEC 60038, Europe) - Advanced: 400-480V (▲▲) (IEC 60038, global applications) | Base handles European standards; Advanced supports North America and heavy-industry voltages | Base incompatible with 230V regions; Advanced requires higher voltage infrastructure |
Efficiency Class | Energy-sensitive manufacturing plants | - Industry: IE1 (IEC 60034-30, base efficiency) - Base: IE2 (▲) (EU standard since 2011) - Advanced: IE3 (▲▲) (high efficiency, 15% energy savings) | Base meets EU norms; Advanced reduces energy costs by 15% | Base has higher energy use; Advanced has higher upfront cost |
Housing Material | Harsh environments with corrosion risks | - Industry: Aluminum (ISO 9001, lightweight but less durable) - Base: Cast Iron (ASTM A48 Class 20) (▲) (durable, resists impacts) - Advanced: Reinforced Cast Iron + Epoxy (ASTM D3359) (▲▲) (corrosion-resistant) | Base withstands heavy impacts; Advanced resists chemicals and corrosion | Base heavier than aluminum; Advanced adds weight and cost |
Power Output | High-load machinery (conveyors, pumps) | - Industry: 10kW (IEC 60034-1, light machinery) - Base: 15kW (▲) (moderate loads) - Advanced: 55kW (▲▲) (heavy-duty equipment) | Base handles moderate loads; Advanced drives heavy machinery | Base insufficient for heavy-duty; Advanced requires stronger mounting |
Safety Certifications | International manufacturing facilities | - Industry: CE (EN 60034-1, EU compliance) - Base: CE + RoHS (▲) (EN 50581, EU environmental norms) - Advanced: CE + RoHS + UL (▲▲) (UL 1004-1, US qualification) | Base meets EU standards; Advanced qualifies for US markets | Base limited to EU; Advanced adds certification costs |
Cooling Efficiency | High-temperature industrial environments | - Industry: Basic Finned Housing (ISO 14313, standard cooling) - Base: Optimized Fins (▲) (improved heat dissipation) - Advanced: Active Cooling Fan + Fins (▲▲) (stable temps under load) | Base reduces heat buildup; Advanced maintains stable temps | Base may overheat in extreme heat; Advanced adds maintenance needs |