Advanced servo underlying architecture: Adopts an optimized hardware and software architecture to flexibly support control algorithms for multiple motor structures, delivering outstanding motor control performance.

Dual-loop PID control: Ensures superior performance of the hydraulic pressure system, with pressure fluctuation controlled within 1%, and provides stable and precise pressure output.

Unique field weakening control: Significantly enhances overload capacity and improves the adaptability and stability of the system under high-speed and high-pressure operating conditions.

Full-range STO function: Provides the STO function as standard to enhance system safety and uses a simplified design to eliminate the need for input AC contactors.

Real-time monitoring and protection: Monitors the temperature of the drive and the motor in real time to prevent overheating, ensure long-term stable operation of the devices, and prolong their service life.

Wide voltage adaptability: Supports a wide-voltage design (380 V to 480 V) to adapt to different voltage ranges and reduce the risks of faults caused by voltage fluctuations.

Multi-protocol support: Integrates multiple control interfaces including EtherCAT, CANopen, and RS485 to meet diverse bus control requirements and improve system compatibility.

Intelligent multi-pump control: Uses simplified wiring processes to implement convergent or distributed control of multiple pumps.

Oil pump protection mechanism: Effectively reduces oil pump failures caused by reverse rotation or prolonged reverse rotation.

System inertia auto-tuning: Adapts to application scenarios with different oil pressure performance requirements.