Our Frequency Drives (VFDs) deliver precise motor speed control, improved energy efficiency, and stable performance for a wide range of industrial applications. Sourced from leading European and Chinese manufacturers, these drives are engineered to provide high dynamic response, superior overload capacity, and intelligent monitoring for demanding environments.
ELECTROSERVICE offers complete supply, configuration, and technical support for low-voltage and medium-voltage VFDs designed for modern industrial automation.
VFDs regulate the speed and torque of electric motors by varying input frequency and voltage. This enhances operational efficiency, reduces energy consumption, and extends equipment life. Built on advanced motor control theory, our drives incorporate vector control, PG card compatibility, and robust software features to deliver smooth, stable, and precise motor operation.
These drives are suitable for simple applications such as pumps and fans, as well as heavy-duty industrial processes requiring high starting torque and continuous reliability.
High-performance vector control for accurate motor regulation
Excellent dynamic response and stability
Superior overload capacity for heavy-duty applications
Advanced programmable functions
Support for PG cards and multiple communication protocols
Built-in diagnostic and protection features
Background monitoring software available
Reliable operation under industrial electrical conditions
Compact design with easy installation and integration
Energy-saving performance for continuous operation
| Feature | Description |
|---|---|
| Voltage Range | Low-voltage & medium-voltage models |
| Control Method | Vector control / Torque control |
| Drive Functionality | Programmable, configurable, intelligent |
| PG Card Support | Yes, for precision motor feedback |
| Monitoring | Software-based monitoring & data logging |
| Overload Capacity | High overload tolerance for industrial loads |
| Applications | Pumps, fans, compressors, conveyors, grinding units & more |
Stable operation even under varying load conditions
Smooth acceleration and deceleration control
Reduced mechanical stress on motors and equipment
Enhanced energy conservation and reduced operational costs
Intelligent fault prevention and self-diagnostics
Suitable for both simple and complex industrial processes
Water pumps and motor-driven fluid systems
Industrial fans and exhaust systems
Heavy-duty grinding and crushing units
Conveyor belts and material handling systems
HVAC electrical drive systems
Production lines and processing plants
Robotics and automated machinery
Manufacturing and utility sectors
