“FAULHABER Motion Manager” for Microsoft Windows can be downloaded here. The graphical user interface makes uniform and intuitive procedures possible, independent of the device family and interface used. Depending on the connected device, it may, however, be necessary to use an interface adapter, for example, during the configuration of a Motion Control System via USB. Motion Manager generally supports interfaces RS232, USB and CANopen. The powerful 'FAULHABER Motion Manager' software is available for commissioning and configuring drive systems with motion and Speed Controllers. FAULHABER Motion Manager – for an optimum Motion Control The control setpoints can be preset via the communication interface and the analogue input or a PWM input or can come from internally stored sequential programs. Furthermore, limit switches and reference switches can be connected directly to the Motion Controllers.

The actual values for speed and position can be ascertained here using a number of supported sensor systems. In addition to use as a servo drive with controlled position, the speed or current can also be controlled. The motor type can be configured during commissioning using the FAULHABER Motion Manager in version 6.0 and higher. Simple start-up with Motion Manager beginning with version 6.0įAULHABER V3.0 generation Motion Controllers are highly dynamic, optimally tuned positioning controllers for use in combination with DC-micromotors as well as BL and LM DC-servomotors.Sequence programs are programmable in BASIC, for simple and local automation in all interface technologies.The following software is currently supported: Sim Motion (inoff. Flexible use of the I/O for setpoints and actual values Universal controller suitable for all motion simulators.One controller for all motor types and encoder systems.More power, faster control and new operating modes.In the following, you will find a list of the key points of what characterizes generation 3.0 in the area of motion control: The feature- and performance scope of the new V3.0 controller generation exceeds that of the V2.5 controller series. In addition to operation on a PC, the Motion Controller can also be operated on all common industrial controls. Through the integrated interfaces, these can also be incorporated in networks. Via the integrated current control, the torque is limited and the electronics and the connected motor protected against an overload. In addition to use as a servo drive with a controlled position, the speed can also be controlled by means of the Motion Controllers. MCLM 300x: LM-motors with analogue Hall signals.MCBL 300x: BL-motors with analogue Hall signals.MCDC 300x: DC-motors with incremental encoder.In the following, you will find a list of the various Motion Controllers for the different motor types: The Motion Controllers of generation V2.5 are available for highly dynamic positioning systems for actuating different motors and sensor systems. The Motion Controllers are used successfully in a wide range of industries, such as medical and laboratory technology, equipment manufacturing and automation. In spite of the simple configuration, the Motion Controllers offer diverse configuration options and are available in the smallest of sizes. Motion control is a sub-field of automation, encompassing the systems or sub-systems involved in moving parts of machines in a controlled manner. The position controllers from FAULHABER of generation V2.5 offer proven technology in the area of motion control combined with simple configuration and commissioning. A motion control system comprises of a control, a drive, a motor and a load.

Motion control is also referred to as Servo Control or Robotics and is implemented in industrial processes to move specific loads in a controlled way.

After basic commissioning with the Motion Manager software, controllers can alternatively also be operated without communication interface. Motion control encompasses every technology related to the movement of objects. Master functionality for actuating other axes is not provided. The Motion Controllers operate in the network as a slave. In smaller setups, networking to Motion Control can also be performed via the RS232 interface. The drives can be operated in the network via the CANopen or EtherCAT fieldbus interface (only included in V3.0 Motion Controllers). The Motion Controllers are configured here via the FAULHABER Motion Manager software. FAULHABER Motion Controllers, available in housed and unhoused variants, are highly dynamic positioning systems and control DC, LM or BL motors.

Motion control system