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CADA systems which stand for Supervisory Control and Data Acquisition are a network of monitoring and controlling systems which can be found at remote sites like factories or plants. They are part of the industrial process which is critical to maintaining efficiency by collecting and processing real-time data.<br><br>SCADA Software are used in a variety of industries to control and monitor equipment and machinery. From industrial plants to power distribution, water control, and even transportation, SCADA software is everywhere.
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INDEX Introduction SCADA 01 Application of SCADA 02 Screen development 03 SCADA Software 04 Benefits of SCADA Systems 05 Functions of SCADA 06 Alarms 07 Trends 08 09 Communication with PLC
SCADA Supervisory Control And Data Acquisition
Introduction SCADA SCADA systems which stand for Supervisory Control and Data Acquisition are a network of monitoring and controlling systems which can be found at remote sites like factories or plants. They are part of the industrial process which is critical to maintaining efficiency by collecting and processing real-time data. SCADA Software are used in a variety of industries to control and monitor equipment and machinery. From industrial plants to power distribution, water control, and even transportation, SCADA software is everywhere. www.asteamtechno.com
Application of SCADA Controlling pumps, valves, and chemical dosing in water treatment plants. Monitoring water levels, flow rates, and pressures in distribution networks. Automating processes like aeration, filtration, and sludge processing.
Benefits of SCADA Systems www.asteamtechno.com Real-Time Monitoring Remote Accessibility Provides real-time data and alerts for immediate action. Allows operators to monitor and control systems from remote locations. Data Analysis Scalability Collects and analyzes data for better decision- making and process improvement. Easily scalable to accommodate growing operations and new technologies. Reese Miller Reese Miller
Functions of SCADA 01 Data acquisition 02 Networked data communication 03 Data presentation 04 Control
SCADA Alarm SCADA Alarm Configuration
SCADA Test and Run
SCADA Trends Displays live data from sensors and control systems in graphical formats like line charts, bar charts, and histograms. Highlights critical alarms and events in the data, enabling quick response to potential issues. Supports multiple users with different access levels to ensure security and efficient collaboration. www.asteamtechno.com
Communication with PLC SCADA systems collect real-time data from PLCs through these communication protocols. PLCs send data from sensors and other field devices to the SCADA system. SCADA systems can send control commands back to the PLCs to adjust processes or machinery settings. The HMI is part of the SCADA system, allowing operators to interact with the system.
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