International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 04 | Apr -2017
p-ISSN: 2395-0072
www.irjet.net
Industrial Automation for Quality Control by SCADA Mr. Mohammad Hassan1, Mr. M.W.Khanooni2, Mr. Naseeruddin Ali3, Ms. Madiha Quazi4 1Research
Scholar, Dept. of ETC Engineering, S.B.J.I.T.M., Maharashtra, India Dept. of ETC Engineering, S.B.J.I.T.M., Maharashtra, India 3Research Scholar, Department of CSE, Nuva College, Maharashtra, India 1Research Scholar, Dept. of EC Engineering, Nuva College, Maharashtra, India 2Professor,
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Abstract - SCADA is distributed systems provides to control
equipment disappear assets, they scattered over thousands of kilometers, the centralized data acquisition and control are critical to system operation. They used in distribution systems like as water distribution, waste water collection systems, oil and gas pipelines, electrical power grids, and railway transportation systems etc. The SCADA control executes pivotal monitoring and control for several field sites over larger distance communications networks, including monitoring alarms and processing data. The information received from remote stations, opera to driven supervisory commands can be pushed to remote station control devices, referred to as field devices. The devices control local procedure like opening and shutting valves and breakers, collecting data from sensor systems, and monitoring the environment for alarm conditions.
machines are capable of achieving greater precision and speed, We cannot expect person with magnifying glasses to sit and assemble the integrated circuit in innumerable chips manufactured every time . It is also important known the influence of the increasingly nature of supply chains today, on automation. The manufacturing process has to flex in an on various fashion depending on various factors from fluctuations in the industries demand to customized larger orders from clients. Supply management software, resource management software and so on automatically sync with the control mechanism, to the manufacturing process as required right from the quantity of production to the important of parts. The production line itself is changed as required as per condition. In a market, such flexibility is crucial, and has been one of the key reasons boosting the importance of industrial automation.
Key Words: SCADA, distributed, data acquisition monitoring alarms.
2. LITERATURE SURVEY Hongchao Ji 1Oliver Lenord Dieter Schramm Bosch Rexroth AG, Germany A Model Driven Approach for Requirements Engineering of Industrial Automation Systems Model driven requirements engineering (MDRE) is proposed to deal with here increasing complexity of technical systems in the sense of providing requirement specifications as formal models that are correct, complete, consistent, unambiguous and as you read and easy to maintain. A critical issue in this area is the lack of a universal and standardized modelling language which covers the whole requirements engineering process room requirement specification, allocation to verification. Sys ML is being proposed to meet these requirements. Davi Felipe Schultz Wagner Moreira Lupinacci Francisco José Gomes, D. Sc. Bringing, Industrial Automation Environment into Classroom: A Didactic Three-Tank and Heat Exchanger Module. The present work is concerned with a more realistic industrial process control and automation course for engineering. It comprises a heat exchanger coupled to a three tank system, with several possibilities of control and interaction among the loops. The planned goal is to bring to the classroom problems and difficulties usually found only in practical industry, as well as techniques and solution to those problems, generally not accessible to engineering students. The plant is designed in such a way that allows several combinations in the loops topology, as well in the control solutions. The process variables include
1. INTRODUCTION Automation is a word that means “self-dictated”. In modern terminology, it means quite the same, and in the instrument of industries, it refers to a setup of machines, motors and motor drives, information, computers and software which can function autonomously, without human interaction, under any circumstances. The important is that the aim of automation is to tap the predictability and dependability of system to do something and it will do it in exactly the same way. Therefore the basic goals of automation are to get precision and uniformity, removes errors and improve the whole process.
1.1 Processes Detection In normal condition, the error rate of 1 to 1.5 per-cent found in manual working can be reducing down to 0.0001 per-cent with automation. The investor have the demand certain quality standards, automation has also become a main part of today’s manufacturing company. Automation is the main in all types of manufacturing. It used to increase productivity and reduce cost; automation has a vital role to increasing product quality. Further, in certain fields like manufacturing semiconductor chip where miniaturization is main key,
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