High-Efficiency IE3 Motor | Manufacturing, Energy-Sensitive Industries | IE3 Efficiency (IEC 60034-30, 92% efficiency) ▲ Cast Iron Housing (EN 10277 compliant) | 8-12% energy savings vs IE2 ▲ Robust durability ▲ 4kW Power (IEC 60034-1) | Higher upfront cost ▲ Fixed speed (1500rpm) limits flexibility |
Standard IE2 Motor | General Industrial Use, Cost-Conscious Applications | IE2 Efficiency (IEC 60034-30, 88% efficiency) ▼ Steel Housing (lower cost) | Lower initial cost ▼ Compatible with basic machinery ▼ | 15-20% higher energy consumption ▼ Less durable in harsh environments ▼ |
Premium IE4 Motor | High-Energy-Cost Industries, Sustainability Projects | IE4 Efficiency (IEC 60034-30, 94% efficiency) ▲▲ Advanced Cooling (TEFC with 45 dBA noise) | 15-20% energy savings vs IE3 ▲▲ Low Noise (quieter than office appliances) | 30-40% premium pricing ▲▲ Complex installation requirements ▲▲ |
Totally Enclosed Fan-Cooled (TEFC) | Dusty/Moisture-Prone Environments (e.g., Food Processing) | TEFC Cooling (IP55 protection per IEC 60034-5) 1500rpm Speed (fixed for stable load) | Full environmental protection ▲ Low Maintenance (sealed design) | Slightly heavier ▲ Higher thermal resistance ▲ |
Open Drip Proof (ODP) Motor | Indoor Non-Hazardous Areas (e.g., HVAC Systems) | ODP Design (IP23 protection) Lightweight Aluminum Housing (reduced weight by 20%) | Cost-effective cooling ▼ Easy access for maintenance ▼ | Vulnerable to dust ingress ▼ Not suitable for wet environments ▼ |
Customizable Industrial Motor | Specialized Machinery (e.g., Robotics, Heavy Equipment) | Adjustable Torque/Speed (via VFD) Material Customization (e.g., stainless steel for corrosive settings) | Tailored performance for niche applications ▲ Longer Lifespan in extreme conditions | Extended lead times ▲ Higher engineering costs ▲ |