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The TwinCAT Hydraulic software library (TF5810) provides all the software functions required for valve- and pump-controlled axes or servo pumps. As a rule, the solution is vendor-independent, so machine manufacturers are free to choose their preferred hydraulics equipment providers. The integration of motion control technology into the PLC makes separate hardware controllers unnecessary and eliminates additional communication effort. At the same time, the software-based architecture offers maximum flexibility for peak motion control performance. The Hydraulics library uses standardized PLCopen interfaces, which reduces engineering effort. Any hydraulic axes can be optimally operated through adapted set value generators, automatic characteristic curve identification, segmented movements and freely programmable switching between force, pressure and position control. The Hydraulic library concept enables advanced motion control for any number of axes with matching CPU performance. Hydraulic axes can be operated in interpolating mode when TwinCAT NC I or TwinCAT CNC is used. Hydraulic drive systems need different interfaces for sensors and hydraulic components. Therefore, the TwinCAT Hydraulic library supports all common interfaces in conjunction with Beckhoff I/O systems.
Electric drive concepts for plastics machines can be realized with TwinCAT NC. In combination with the TwinCAT Application Plastic Components, the NC is ideally suited for alternating control concepts, such as position and pressure control. Setpoint generators with jerk limitation reduce mechanical excitation and increase the service life and accuracy of the machine.
Plastics machines often still use hydraulic drive concepts. The TwinCAT Hydraulic Positioning software library provides all the necessary functions for this. Various hydraulic concepts are supported, such as valve or pump-controlled axes or servo pumps. Any hydraulic axes can be optimally operated through adapted setpoint generators, automatic characteristic curve identification, segmented movements and freely programmable switching between force, pressure and position control.
In this respect, the fieldbus and I/O components are not only available in protection rating IP20, for DIN rail installation, but also in IP65, for installation directly on the machine. This allows the I/Os to be positioned in the control cabinet as required or directly on the sensors and actuators, such as on the gear unit, on the generator or in subsystems like a hydraulic unit.
Round bending machines with three or four rollers are ideal candidates for automation with Beckhoff components. During pipe production, the rollers constantly have to follow new setpoints. Using high-resolution CAM tables in conjunction with external setpoint generator, any tube geometries can be produced using the Motion Control solution from Beckhoff. In addition, there is the option to obtain setpoints from a higher-level NC I. Regardless of whether you are dealing with small electric or hybrid machines or large, fully hydraulically driven machines with a sheet width of 24 m and a sheet thickness of more than 300 mm, PC-based control from Beckhoff offers a comprehensive, well-coordinated and scalable component portfolio:
The TwinCAT Hydraulic Positioning library (TF5810) provides all the software functions required for valve- and pump-controlled axes or servo pumps. As a rule, the solution is vendor-independent, so machine manufacturers are free to choose their preferred hydraulics equipment providers. The integration of motion control technology into the PLC makes additional hardware controllers unnecessary and eliminates additional communication effort. At the same time, the software-based architecture offers maximum flexibility for peak motion control performance. The Hydraulics Library uses standardized PLCopen interfaces, which reduces engineering effort. Any hydraulic axes can be optimally operated through adapted set value generators, automatic characteristic curve identification, segmented movements and freely programmable switching between force, pressure and position control. The Hydraulic Positioning Library concept enables advanced motion control for any number of axes with matching CPU performance. Hydraulic axes can be operated in interpolating mode when TwinCAT NC I or TwinCAT CNC is used. Of course, hydraulic drive systems need different interfaces for sensors and hydraulic components. Therefore, the TwinCAT Hydraulic Positioning Library supports all common interfaces in conjunction with Beckhoff I/O systems. 153554b96e
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