When we talk of software SCADA it is with reference to process control. This can be done in different ways and usually has different applications in factories and manufacturing setups. The aim of the systems is to ensure that the manufacturing or production process follows a certain pattern to produce a certain outcome. Hence, process control refers to uniform output. These systems are usually operated by software SCADA. The purposes of these systems are varied and include sequence controllers, statistical quality control, data acquisition and supervisory control. It also includes control of distribution systems.
Control of mechanical processes
The SCADA software is used for controlling mechanical equipments. Some systems are designed to control different electronic components. Others include assisting in different startup processes, for instance, starting a production cycle after a shutdown. For instance, if a company is into production of breakfast cereals, there would be periodic instances when a complete shutdown of the system is required in order to conduct housekeeping or maintenance processes. Process control systems can also include measuring and gauging systems which help to move products along an assembly line.
Uses in different industries
The process control systems have varied uses in different setups. For instance, soft drinks production involves assessing the right temperature of the product, ensuring that the ingredients are measured out, checking cans or bottles for defects and so forth. With process control systems that are supervised all these systems and processes can be automated with checks installed in different stages. These are the ways these systems allow automated processes to run smoothly and in a minimal time span without needing manual intervention.
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One can understand the different uses of process control systems from this article. The benefits of these systems are explained by the author and the different applications.
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