System Drives

Frequency Inverter – CFW11 Series

With high technology for control of three-phase induction motors and permanent magnets synchronous motors - Magnet, the CFW11 Series achieves the performance increase for the most complex drive systems. Design exclusive for industrial or professional use, the CFW11 presents many innovations adding significant benefits to customers, a lot for its simplicity of installation and operation, based in the Plug-and-Play philosophy also allowing simple and quick installation of its accessories.

Rectifier Unit UR11

Rectifier units play a fundamental role in the operation of modular inverters. They are responsible for converting alternating current (AC) from the electricity grid into direct current (DC). This process is essential for powering the inverter's power circuits, ensuring efficient and reliable operation in various industrial, commercial and residential applications. The UR11 G2 rectifier unit is a product that supplies DC voltage at its output, enabling it to power the inverters in the CFW-11M G2 range. The UR11 G2 can also be used to power other equipment that requires power from the DC Link.

Variable speed drive ADP200

ADP200 is the right solution for servopump control, providing precise pressure and flow control and avoiding the energy waste typical of traditional hydraulic systems. Oil flow and pressure can be set exactly as required by the machine, rather than at higher levels, without discharging oil as in conventional hydraulic machines. The ADP200 high-performance drive is perfectly in line with the innovative “green manufacturing” design of injection molding machines, creating real added value for customers in terms of energy efficiency and higher mold quality. WEG’s specific PID algorithm manages both single servopump systems and multi-pump machines and covers a wide range of applications.

Variable speed drive ADV200

The ADV200 AC drive family has been designed and engineered to provide System Integrators and OEMs with a complete solution for demanding industrial applications. Developed through WEG's passion for innovation and decades of expertise across a wide range of industries, the ADV200 delivers proven reliability and high performance. Its modular mechanical design, combined with advanced control and communication capabilities, ensures seamless integration into modern automation environments. Dedicated software applications further enhance flexibility, reducing time-to-market and enabling optimal results.

Variable speed drive ADV200-EH

ADV200 inverter with IP54 external heatsink for push through cabinet mounting. Available also in the EHR version with reduced fixing flange.

Variable speed drive ADV200-HC

ADV200-HC inverter series offers in a unique technology solution all the basic requirements demanded by the most modern industrial hoisting systems. The specific features, the robustness, the safety standards as well as the application flexibility makes ADV200 HC the ideal inverter to meet the operational needs of the most advanced systems. A smarter Drive range with high performance and advanced controls, but ,at the same time simple in programming and installation.

Variable speed drive ADV200-LC

The ADV200-LC series is used in applications that require robustness, long service life, and maximum reliability. The liquid cooling systems of electrical and mechanical drives significantly reduce the size of the drive.

Variable Speed Drive CFW11 IP55

This IP55/NEMA12 version enables the inverter to install in high humidity, rain, exposed to sun and dust, without the need for panels.The inverter cooling method ensures maximum overload and performance capacity.

Variable Speed Drive CFW900

The CFW900 is a high-tech VSD for driving and controlling three-phase induction and permanent magnet motors. It offers excellent static and dynamic performance and highly precise torque, speed and position control. It can be used in a wide range of applications due to its high overload capacity. Thanks to its technology, the CFW900 variable speed drive provides energy savings, safety, increased productivity and quality in the process network in which it is implemented.