AC Servo Motor (Industry Standard) | Industrial automation, robotics, general precision machinery | Efficiency: IE2 (▲1 to IE3 in Our Base), Torque: 350 Nm (▲1 to 400 Nm in Base), RPM: 1800 (▲1 to 1500 in Base), Material: Steel (ASTM A36) | Moderate efficiency, reliable performance, standard torque for most applications | Lower energy efficiency (▲1), higher operational costs over time, limited torque capacity |
AC Servo Motor (Our Base) | Cost-sensitive industrial automation, light-duty robotics | Efficiency: IE3 (▲1 from Industry Standard), Torque: 400 Nm (▲1), RPM: 1500 (▲1), Control Box: IEC 60034-30 compliant variable speed | Improved efficiency (▲1), precise speed/torque control, better torque than industry standard | Higher RPM than Our Advanced, moderate torque for heavy loads, requires robust mounting |
AC Servo Motor (Our Advanced) | Heavy-duty machinery, high-precision robotics, corrosive environments | Efficiency: IE3+ (exceeds IE3 by 10%), Torque: 500 Nm (▲1 from Base), RPM: 1200 (▲1), Material: Stainless Steel (ASTM A240) | Highest efficiency (▲1), peak torque (▲1), lowest RPM for heavy loads, corrosion resistance (ASTM F1580) | Higher cost, heavier, requires specialized installation, less flexibility in RPM adjustments |
Asynchronous Motor (Industry Standard) | General industrial machinery, pumps, fans, conveyor systems | Efficiency: IE2, Power: 55 kW, RPM: 3000 (fixed), Open design for heat dissipation (ISO 14694) | Lower cost, simple design, high RPM for general applications | Less precise control, higher energy consumption (▲1 vs servo), not suited for low RPM/high torque |
Synchronous Motor (Industry Standard) | Fixed-speed applications (e.g., elevators, compressors) | Efficiency: IE3, Power: 55 kW, RPM: 1500 (fixed), Permanent magnet design (IEC 60034-27) | High efficiency (▲1 vs asynchronous), stable speed, reliable performance | Fixed speed operation, limited flexibility, higher cost than asynchronous motors |
DC Motor (Industry Standard) | Battery-powered equipment, portable tools, low-voltage systems | Efficiency: 85% (IEC 60034-28), Power: 55 kW, Variable RPM via voltage control (IEC 60034-1) | Excellent speed control, lower initial cost, compact design | Requires DC power supply, shorter lifespan (▲1), less energy-efficient than AC motors |