AC Drives

For low voltage applications

With the AC drives of the FDD 3000 series you can optimize your production process. Economical asynchronous motors can be precisely controlled with the low voltage AC drives. Thus, your motion application becomes more efficient and you save energy at the same time. The compact devices are available in 7 sizes. The 1- or 3-phase AC drives cover a power range from 0.37 to 90 kW. With an overload capacity of up to 180 %, the FDD 3000s are ideally suited for applications with short-term high torque requirements.

FDD 3000 – 200/240 V AC

With the AC drives of the FDD 3000 series economical asynchronous motors can be precisely controlled. Thus, your motion application becomes more efficient and you save energy at the same time. The 1- or 3-phase AC drives for 200/240 V AC supply voltage cover a power range from 0.37 to 4 kW. With an overload capacity of up to 180 %, the FDD 3000s are ideally suited for applications with short-term high torque requirements.

FDD 3000 – 380/480 V AC

With the AC drives of the FDD 3000 series economical asynchronous motors can be precisely controlled. Thus, your motion application becomes more efficient and you save energy at the same time. The 1- or 3-phase AC drives for 380/480 V AC voltage supply cover a power range from 0.37 to 90 kW. With an overload capacity of up to 180 %, the FDD 3000s are ideally suited for applications with short-term high torque requirements.

FDD 3000 – Interfaces

The FDD 3000 AC Drives can be integrated into the network and communicate with the controller via CANopen, EtherCAT or VARAN interfaces. Parameters and motion commands are comfortably sent from the control unit to the AC drive - complex parameterization with an input device is unnecessary.

AC Drives FDD 3000 – Hot Facts

With our AC drives you can control and regulate your application reliably, efficiently and energy-saving. Due to their compact design, the FDD 3000s are your ideal partner in mechanical engineering - several devices can be connected in a space-saving way in the control cabinet.

Parameters and motion commands are comfortably sent from the control to the AC drive
2 Safety STO inputs (SIL 3/PL e) for safe shutdown
2 analog inputs, 2 analog outputs, 4 digital inputs, 1 digital in/output, 1 relay output (brake control)
Communication with the control via CANopen, EtherCAT or VARAN interfaces
Integrated power filter for industry class A (optional power filter for class B)
Motor switchover “on the fly”
Dynamic V/f control and standby mode reduce energy consumption