Motor Control

Implements advanced vector control algorithms (DTC – Direct Torque Control / FOC – Field-Oriented Control) to precisely regulate motor speed and torque.
The control system generates PWM signals to drive IGBT modules, ensuring efficient and dynamic motor operation under various load conditions.

Communication Interface

Supports multiple industrial communication protocols, including:

PROFIBUS DP

Modbus RTU/TCP

(Some protocol availability may depend on the specific model.)
Optional extensions such as CANopen and DeviceNet enable seamless data exchange and integration with higher-level control systems and other field devices.

Protection Functions

Equipped with comprehensive protection features, including:

Overcurrent protection

Overvoltage protection

Overtemperature protection

These safeguards effectively protect both the inverter and motor from abnormal operating conditions.
Additionally, built-in motor stall detection and fault recording functions simplify diagnostics and maintenance.

Input/Output Extension

Integrated digital inputs/outputs (DI/DO) allow for external control commands and status feedback.
Analog inputs (AI) are provided for speed and torque reference signals, enabling precise adjustment of motor performance based on process requirements.

Firmware and Parameter Storage

Includes built-in flash memory for storing inverter parameters and firmware programs.
This non-volatile memory ensures that all settings and configurations are retained after power loss, facilitating system commissioning, operation, and parameter backup.