Core Functions and System Capabilities

The module is designed for high-performance control of medium-voltage AC motors, providing advanced functions such as speed regulation, torque management, drive system optimization, and precise speed and position control. Through accurate control algorithms and stable signal processing, it supports reliable motor operation under varying load and process conditions.

Equipped with multiple analog input and output interfaces, the module enables flexible integration with field devices such as motors, pumps, valves, and auxiliary actuators. Its modular architecture supports system expansion and functional upgrades, allowing adaptation to diverse and evolving industrial control requirements.

Compatibility and Application Scenarios

The module is fully compatible with PowerFlex 7000 series medium-voltage variable frequency drives (VFDs). Typical application scenarios span a wide range of industries, including industrial automation, power generation and distribution, new energy, transportation, and heavy industry.

Representative applications include:

Large motors used in metallurgical and mining plants

Transformers and auxiliary drives in power systems

Wind power generation equipment

Subway and rail traction motors

In these scenarios, the control board contributes to stable operation, precise regulation, and high system reliability, even in demanding operating environments.

Core Electrical Parameters and Performance

Applicable Drive Input Voltage Range: 2.4–6.6 kV AC

Supported Motor Power Range: Approximately 200 to 34,000 horsepower

This wide voltage and power coverage enables the module to meet the control demands of medium- and large-scale industrial equipment, making it suitable for a broad range of medium-voltage drive systems.

By incorporating advanced control algorithms and high-precision analog signal processing, the module ensures high control accuracy, minimizes speed and torque deviation, and improves the overall efficiency and stability of the motor drive system.