Integration Open Automation IOA
The adoption of the open industrial automation strategy is transforming the way industries operate. This approach promotes interoperability and open collaboration between different automated systems, allowing for the seamless integration of diverse technologies. By removing traditional barriers and facilitating communication between platforms, companies can streamline their processes, improving operational efficiency by enabling the integration of devices and systems regardless of the vendor or protocol used.
Industrial Open Automation offers a more flexible and adaptive environment, thus boosting growth and competitiveness in the industrial market.
OEE (Overall Equipment Effectiveness)
With the stored data, you can calculate the OEE to evaluate the efficiency of the equipment. By analyzing factors such as Availability, Performance and Quality, you can identify areas for improvement, reduce downtime, optimize production and reduce operational costs. This is achieved by using tools such as our Historian I4 and Grafana, you can make data-driven decisions. More info. A Plant Information System based on an Industrial Process Historian stores, analyzes and visualizes real-time data from equipment and processes in the plant. It collects information from sensors and control systems, allows analyzing historical data to identify trends and problems, and optimizes processes. In addition, it helps in predictive maintenance, improving efficiency, reducing costs and increasing equipment reliability.
With the stored data, you can calculate the OEE to evaluate the efficiency of the equipment. By analyzing factors such as Availability, Performance and Quality, you can identify areas for improvement, reduce downtime, optimize production and reduce operational costs. This is achieved by using tools such as our Historian I4 and Grafana, you can make data-driven decisions. More info. A Plant Information System based on an Industrial Process Historian stores, analyzes and visualizes real-time data from equipment and processes in the plant. It collects information from sensors and control systems, allows analyzing historical data to identify trends and problems, and optimizes processes. In addition, it helps in predictive maintenance, improving efficiency, reducing costs and increasing equipment reliability.
Some of our clients: