The FDK-XC Series Permanent Magnet Synchronous Controller is a newly developed rotary encoder feedback drive system specifically engineered for heavy-duty electric vehicles. It incorporates an embedded permanent magnet synchronous motor, offering high efficiency, high power density, compact size, and superior protection rating. The newly upgraded MPTA algorithm delivers smoother torque, more linear acceleration, and a relatively higher efficiency point. Employing a speed control mode ensures a comfortable driving experience, while the proprietary thermal management system prevents system instability, enhancing safety performance.

• High Reliability: Adopting the same resolver rotary encoder as premium electric cars, ensuring durability against overheating or water ingress.
• Thermal Management: Built-in reliable temperature sensors with an industry-leading overheating protection algorithm.
• Advanced Safety: Supports anti-skidding function for heavy loads on slopes and downhill electronic speed limits.
• Performance: Vehicle speeds can reach 40-55km/h with high output torque (climb 30° slopes with 1-ton load).
• Efficiency: Up to 94% overall efficiency to maximize vehicle mileage.
• Driving Comfort: Soft start algorithm for smooth acceleration and advanced anti-tooth breaking for gear box longevity.
• Intelligence: Supports CAN communication protocol and 3-speed gear flux-weakening algorithm.
• Energy Recovery: Support regenerative braking function to increase range effectively.

Permanent Magnet Synchronous Motor Controllers: Energy-efficient, responsive, and compatible with diverse electric equipment.
AC Induction Motor Controllers: Wide voltage input range, overload protection, suitable for heavy-duty applications.
High-Precision Servo Controllers: Precisely regulate position, speed, and torque for automated precision control.

• Comprehensive Technology: Covers mainstream motor control technologies for diverse industrial needs.
• Scenario Adaptability: Engineered for specialized operating conditions with strong compatibility.
• High Reliability: Rigorous testing ensures stable operation in complex environments.
• Innovation Driven: Striving to be the intelligent "control hub" for motors and equipment.