All the wells, mines, platforms, refineries, plants, columns, pipelines, sensors, analyzers and instruments are still chugging away as usual. Everything else is changing. Everything, that is, related to data acquisition, monitoring, process control, analytics, modeling, simulation and optimization, which are quickly moving into software, Ethernet-based, Internet protocol IP networking, and server-based data processing. This storm surge of digital transformation, driven by the Industrial Internet of Things IIoT , cloud computing, advanced analytics and the push to managed services, continues to transform how the Top 50 biggest worldwide and North American automation suppliers do business. The software business has been growing and expanding for most automation and control suppliers during the past two decades, but the past couple of years have really accelerated this trend.
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IEEE ETFA 2018VIDEO ON THE TOPIC: PLC Basics - Programmable Logic Controller
Factory automation , or industrial automation, is the connecting up of factory equipment to improve the efficiency and reliability of process control systems. This in turn leads to lower costs, improved quality, increased flexibility and less environmental impact.
Semiconductors are a key enabler for Smart Industry applications. With over 30 years of experience in the design and manufacture of products for factory automation and industrial applications, ST can help build the factories of tomorrow with solutions that aid developers in addressing design challenges.
Smart industry is centred around industrial sensors added to equipment with both wired and wireless connectivity technologies, as well as more efficient power conversion technologies. Adding new power control systems can dramatically reduce the energy consumption of manufacturing systems, reducing costs and carbon emissions.
Updating programmable logic controllers PLCs to become part of the real-time systems is providing more visibility of the performance of the manufacturing systems. While PLCs have been a constant part of an industrial process control system, they have reduced in size and added connectivity to improve the real-time performance of industrial automation systems.
This is leading to the development of the smart factory that can be monitored in real-time and quickly reconfigured to meet the changing production requirements.
Industry 4. Being able to monitor and control the equipment from the cloud adds intelligence to the process without having to update the equipment. New equipment such as industrial robots can be added to the production facilities to enhance the efficiency of the process control.
Data from all the equipment, including robots, is collected and delivered to a database in the cloud for processing. This can provide a higher level of supervisory control via a data dashboard with a real-time display of the performance of the factory automation system , with alarms triggered if thresholds are exceeded.
But it goes further than that. Collecting data from the wireless sensor network and building a data model of the process not only provides opportunities for optimization and continuous improvement , but also allows for predictive maintenance.
Applying machine learning algorithms to the data models allows trends to be identified, highlighting the changes to the machine health. This data can be used to identify systems that may fail earlier than expected, allowing preventive maintenance to be planned in.
This avoids failures that stop the production line, which can be expensive. Industrial robots increase the flexibility of factory automation systems. Two and three axis systems can be used to increase productivity.
Accuracy and repeatability are key measures for industrial robots. Repeatability is often the most important factor, ensuring that the same operations are delivered each time as part of the production system.
Industrial robotics uses different levels of motion control. Simple pick-and-place assembly requires repeatably in a limited number of pre-taught positions, while applications such as welding and finishing require continuous control with accurate orientation and speed. Industrial robots can work closely with machine vision systems and machine learning to identify the correct positioning for the robot arms without the need for training.
The machine learning algorithms can help improve the accuracy and repeatability of the process, boosting efficiency. Some industrial robots use direct drive systems, connecting directly to an electric motor rather than using a system of gears. Direct drive motors with the latest power control systems can increase the efficiency of the system by reducing the energy consumption and providing more precise control in 2 or 3 dimensions.
Robot arms with precise motors can deliver a wide range of flexible operations, replacing multiple pieces of equipment. This increases the reliability and efficiency of the production systems and can be linked to the industrial wireless sensor network. ST has a long-standing cooperation with leaders in the field of industrial robotics. That's why we can offer products and solutions across the entire Bill of Materials BOM for robotics applications, including:.
And many other devices and ICs, such as precision amplifiers, power transistors and battery management systems. Adding sensors to industrial equipment is a key part of data acquisition in Industrial IoT, and is often achieved via a wireless sensor network. A number of different wireless communication technologies can be used to deliver data from the sensor on the equipment back to a sensor gateway.
This is then linked back to the cloud to update the central database and provide a dashboard to a user anywhere in the world, with sophisticated data analysis and management tools. All of this provides the increased productivity and efficiency of the manufacturing systems and allows for preventative maintenance and increased availability of the factory automation system as part of Industry 4. Visit the ST Community to tell us what you think about this website.
This browser is out of date and not supported by st. As a result, you may be unable to access certain features. Consider that modern browsers:. So why not taking the opportunity to update your browser and see this site correctly? Factory Automation Factory Automation. Save to MyST. HW Evaluation Tools. Tools and Software. Key Products. Get Started. Quick links. Watch the video. Industrial sensors, connectivity and PLCs Smart industry is centred around industrial sensors added to equipment with both wired and wireless connectivity technologies, as well as more efficient power conversion technologies.
Industrial Communication In today's world, where manufacturing schedules and resources are often changed on the fly, it is important Industrial Robots Robots and manipulators are key to help increase productivity and relieve humans from heavy, repetitive or dangerous Industrial Safety In addition to providing the standard functions of a programmable logic controller PLC , a safety PLC fulfills additional functional safety Industrial Sensors Sensors of all kinds are essential in any manufacturing processes as they capture physical variables and convert them Programmable Logic Controllers PLC Programmable logic controllers gather and process data from sensors and control actuators.
They could be Tracking In global manufacturing and commerce, raw materials, components and final goods travel long distances before Featured Products Galvanic isolated high-side smart power switch with SPI features rich diagnostic, safety, and protection features. Your download will start shortly. Products and solutions for IO-Link transceivers. Products and solutions for Smart industry.
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Factory automation , or industrial automation, is the connecting up of factory equipment to improve the efficiency and reliability of process control systems. This in turn leads to lower costs, improved quality, increased flexibility and less environmental impact. Semiconductors are a key enabler for Smart Industry applications. With over 30 years of experience in the design and manufacture of products for factory automation and industrial applications, ST can help build the factories of tomorrow with solutions that aid developers in addressing design challenges. Smart industry is centred around industrial sensors added to equipment with both wired and wireless connectivity technologies, as well as more efficient power conversion technologies.
Setting internal automation standards
Industrial Ethernet networks; Industrial wireless networks; Fieldbus networks; Factory and process automation Networks; Automotive, train, and avionic networks; Home and building automation networks; Power-system automation networks; Smart grids and power-line communications; IP-based and web-based industrial communications; Integration and interoperability of automation networks; Middleware for industrial communications and decentralized control; Software-Defined Networks and cognitive radio networks; Wireless instrumentation and wireless sensor networks; Mesh, relay, and multi-hop industrial networks; Wireless coexistence, spectrum-sharing and radio resource management in industrial environments; Information security and functional safety in industrial communications; Industrial Internet of Things IIoT ; Machine-to-machine M2M communications; Communication technologies for Industry 4. Quality of Service QoS and performance. Verification and Validation Methods. Networked Sensing: Novel components, devices and architectures; Devices and protocols for the Internet of Things IoT ; Energy harvesting in sensor networks; Network and system architectures; Machine-to-Machine M2M communication; Security analysis and protocols; Communication protocols for sensor networks; Information Processing: Detection, classification, tracking, reasoning and decision making; Machine learning and AI, sensor data processing, data mining; Distributed Signal processing and data analytics; Sensor network modeling, simulation, measurements, and analysis; Network health monitoring, QoS management and dependability; Sensor tasking and actuation, wireless control and automation systems; Applications: Sensor network applications, deployment and case studies; Smart systems for production, optimization and green energy; home and building automation, smart factories, smart grid, healthcare.
Factory Energy Management Solution
Supervisory control and data acquisition SCADA is a system of software and hardware elements that allows industrial organizations to:. SCADA systems are crucial for industrial organizations since they help to maintain efficiency, process data for smarter decisions, and communicate system issues to help mitigate downtime. The SCADA software processes, distributes, and displays the data, helping operators and other employees analyze the data and make important decisions. For example, the SCADA system quickly notifies an operator that a batch of product is showing a high incidence of errors. The operator reviews the data and discovers that Machine 4 was malfunctioning. SCADA systems are used by industrial organizations and companies in the public and private sectors to control and maintain efficiency, distribute data for smarter decisions, and communicate system issues to help mitigate downtime. SCADA systems work well in many different types of enterprises because they can range from simple configurations to large, complex installations.SEE VIDEO BY TOPIC: How a CPU is made
Schneider Electric automation and control products and solutions cover the breadth of the industrial, infrastructure and building sectors -- from programmable relays to motion controllers and interface modules, for applications from simple machines to complex process systems. Take advantage of top-quality support provided by our certified Industrial Automation Distributors. Combining Schneider expertise and knowledge of your local market, they offer comprehensive solutions tailored to your business. EcoStruxure Augmented Operator Advisor puts real-time information at your fingertips, whenever and wherever it is needed. The custom application improves operational efficiency with augmented reality — enabling operators to superimpose the current data and virtual objects onto a cabinet, machine, or plant. Use our complete online catalog or download our Automation and Control Essential Catalog to find the best products for your applications. Our range of control and signaling devices provide easy, reliable operations for industrial applications. Access any of the pages from our Industrial Automation and Control offer catalogs quickly and easily. Optimize the life cycle of your assets, improve performance, safety, and reduce maintenance costs with a partner you can trust. Get the best of global and local industrial expertise Take advantage of top-quality support provided by our certified Industrial Automation Distributors.
Industrial Process Automation Systems: Design and Implementation is a clear guide to the practicalities of modern industrial automation systems. Bridging the gap between theory and technician-level coverage, it offers a pragmatic approach to the subject based on industrial experience, taking in the latest technologies and professional practices. Its comprehensive coverage of concepts and applications provides engineers with the knowledge they need before referring to vendor documentation, while clear guidelines for implementing process control options and worked examples of deployments translate theory into practice with ease.
Building Automation Systems BAS are centralized, interlinked, networks of hardware and software, which monitor and control the environment in commercial, industrial, and institutional facilities. While managing various building systems, the automation system ensures the operational performance of the facility as well as the comfort and safety of building occupants. Typically, such control systems are installed in new buildings or as part of a renovation where they replace an outdated control system. Generally, building automation begins with control of mechanical, electrical, and plumbing MEP systems. For instance, the heating, ventilation, and air-conditioning HVAC system is almost always controlled, including control of its various pieces of equipment such as:. Early control systems were pneumatic or air-based and were generally restricted to controlling various aspects of the HVAC system. Common pneumatic devices include controllers, sensors, actuators, valves, positioners, and regulators. Due to their large base of installation throughout the s and s, pneumatic control systems are still in place in a majority of existing buildings, especially in established metropolitan areas. Analog electronic control devices became popular throughout the s.
Automation Meets Embedded Systems
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Today the development of technologies made it possible to introduce industry automation systems into almost all manufacturing fields. Industry automation of production processes enhances labor efficiency and allows cutting net cost and improving product quality. Moreover, it extends the equipment service life, saves consumables and raw materials, and improves production safety as a whole. Open Technologies offers the following services in the frames of construction of industry automation systems:. Automated information and measuring systems AIMS for power energy, heating energy, gas, water supply :. To ensure reliability, fail-safety and high quality of industry automation systems work we use software and hardware complexed made by the world leading manufacturers: Siemens, GEFanuc, Allen-Bradley, Honeywell, Iconics, etc. Success is ensured by Open Technologies advantages, such as wide range of certificates to implement various work complex approach , possibility to organize "turn-key" work and presence of adjacent APCS solutions. Introduction of the industry automation system will allow you to build on economic effect connected to reduction of expenses for materials and energy resources and increase of product quality.
What is SCADA?
Tan received the B. He has authored or coauthored more than journal and conference publications and has served as a program committee or organizing member for many international conferences. His current research interests include computational intelligence, evolutionary computing, intelligent control, and engineering designs optimization.
Industrial Automation & Control
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Top 50 Automation Companies of 2017: Digitalization takes over
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It all starts at the edge where manufacturing happens and scales from on-premise to cloud. Imagine supercharging your industrial environment with software that offers cutting edge design, maximizes operational efficiencies, and delivers predictive and augmented maintenance advantages. From process to batch to discrete applications, your most complex challenges are solved with the combination of award-winning Rockwell Automation software, hardware, and services.