What are the four factors driving Industry 4.0 and the Internet of Things? These are primarily networking, adaptability, energy efficiency and new business models. With the IoT gateway CPX-IoT, Festo is paving the way for a secure cloud solution which will enable machine and system builders as well as end customers to significantly improve their overall equipment effectiveness.
Fully networked “things” will simplify business life in the future. If the principle of the Internet of Things is applied to road traffic, improved networking would have a whole host of advantages. For example, vehicles with optimal braking performance would be more energy-efficient. Processing traffic data means that a navigation system would steer vehicles around diversions, proving its adaptability. Networking all the traffic lights together allows them to react to changing flows of traffic. This leads to brand new business models, at the heart of which is the question: how much would a driver be willing to pay for a wave of green lights?
Preparing the ground for Industry 4.0
As this vision of modern road traffic shows, the factors of networking, adaptability, energy efficiency and new business models are crucial for the era of Industry 4.0. Festo is shaping this era through six key measures. These are created through continuous research and development – within the company, in research networks and in the Bionic Learning Network. Optimising the supply chain makes production processes more efficient. However, Industry 4.0 could fail if the people affected by digitalisation are not prepared for it or for their role in it. It therefore makes sense to launch “Training 4.0” and “Working Environment 4.0” as well.
IoT gateway to data analysis
Festo can already present the first turnkey solution for IoT-ready components and dashboards. The IoT gateway CPX-IoT connects components and modules from the field level, such as the Festo Motion Terminal, the energy monitoring module MSE6-E2M or handling systems, to the Festo Cloud via their OPC UA interface. The data can be prepared and monitored using the cloud. This enables trend analyses to be determined, and to set up early warning systems and automatic notifications in the event of incidents. The IoT gateway provides the cloud interface to a controller, and ensures that the relevant information is communicated in the right format at the right time.
With the IoT gateway CPX-IoT, it is possible to have preconfigured dashboards for each Festo component – with additional customisation. The dashboard is viewed in the web browser and shows diagrams and traffic light indicators. Specific widgets, i.e. components of a user interface, and diagrams for energy monitoring, preventive maintenance as well as performance figures for the process and for overall equipment effectiveness improvement, provide clarity. The condition monitoring solution improves error diagnostics and fault identification, creates transparency about energy consumption, delivers clear information in graph form and makes historical data available.
IoT-ready modular positioning platform
Festo already has a marketable system solution for the Compact Handling System YXMx. It comprises the actual kinematics with controller, the corresponding software packages for motion tasks and condition monitoring, and now also an app for cloud-based visualisation.
The Compact Handling System allows precise curved travel paths to be created for moving workpieces or tools, for example. It is particularly suitable for electronics and small parts assembly as well as for laboratory automation. Machine and system builders can significantly reduce their engineering costs with these system kits. Moreover, predefined function elements from the software library and intuitive application programming with the sequencer simplify programming and commissioning. This type of kit opens up entirely new potential for savings. They enable machine and system builders to concentrate fully on their core business.
Ready to use and reliable
The system kit from Festo forms the basic platform for a wide variety of applications. It is ready to use and can be easily integrated into the application environment of a machine builder thanks to the open interfaces. The perfectly matched components and functions of the kinematics, the controller and software guarantee operational reliability. The solution is also attractively priced thanks to the use of standard components.