This content was written and submitted by the supplier. It has only been modified to comply with this publication’s space and style.
Beckhoff is expanding automation and operating system possibilities with TwinCAT for Linux, enabling resource-efficient, virtualized distribution of TwinCAT software applications. Now, both the TwinCAT PLC runtime and TwinCAT functions packaged as containers can operate locally on the controller, or in a data center. With the help of the EK1000 EtherCAT Coupler, decentralized I/Os stay fully connected to ensure that communication remains seamless across the entire system.
Modular, containerized, connected
TwinCAT for Linux not only brings TwinCAT automation software to the Linux operating system, it also enables TwinCAT to be distributed and operated in the form of containers. Thanks to TwinCAT’s modular structure, individual applications can be distributed across multiple containers for smarter deployment strategies. And with the availability of proven ADS-over-MQTT technology, virtualized engineering system integration can even be done via cross-network communication.
Virtual PLC brings control to the data center
The introduction of a virtual PLC expands application opportunities beyond the machine to the local data center, permitting the outsourcing of certain control, simulation, and test tasks. Ideal for applications with lower real-time requirements, this approach frees up resources and streamlines workflows while still ensuring reliable connectivity. The EK1000 EtherCAT Coupler supports communication with decentralized I/Os, allowing users to integrate them via a switched and routed IP network. This simplifies the distribution of various TwinCAT applications and enables the central integration of I/O stations installed at different points via a company’s IT system.
Advantages of virtual control with TwinCAT and Beckhoff hardware:
Flexibility: Easily scale and adapt virtual control systems to meet evolving requirements.
Increased savings: Minimize the physical hardware used in the field, cutting associated costs and complexity.
Streamlined maintenance: Update and upgrade software without affecting physical hardware.
