| 1. Week |
development of computerized data acquisition and control in industry. Industrial control stages: analog control, electronic control, direct computer control, supervisory control, distributed control, schedule control and integrated control approaches. |
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| 1. Week |
development of computerized data acquisition and control in industry. Industrial control stages: analog control, electronic control, direct computer control, supervisory control, distributed control, schedule control and integrated control approaches. |
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| 2. Week |
Computer data acquisition and control of the industrial needs, the basic concepts of PLC and SCADA, Computer Data Acquisition and Control (SCADA) a description of the program, applications of SCADA software. |
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| 2. Week |
Computer data acquisition and control of the industrial needs, the basic concepts of PLC and SCADA, Computer Data Acquisition and Control (SCADA) a description of the program, applications of SCADA software. |
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| 3. Week |
basic concepts and processes of data collection by computer: analog and digital signals, data acquisition hardware and software, communication protocols (RS-232, RS-485). |
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| 3. Week |
basic concepts and processes of data collection by computer: analog and digital signals, data acquisition hardware and software, communication protocols (RS-232, RS-485). |
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| 4. Week |
Computerized Data Collection and advantages and disadvantages of control software, hardware should be between the PLC-SCADA (communication modules), the structure of the SCADA system: RTU, MTU and communication network definitions. |
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| 4. Week |
Computerized Data Collection and advantages and disadvantages of control software, hardware should be between the PLC-SCADA (communication modules), the structure of the SCADA system: RTU, MTU and communication network definitions. |
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| 5. Week |
The main elements of the SCADA system: RTU 's hardware features, function and tasks can be fulfilled with. The use of PLCs, RT, RT computed structures. MTU 's properties, tasks, software and hardware used. The central control room and components. |
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| 5. Week |
The main elements of the SCADA system: RTU 's hardware features, function and tasks can be fulfilled with. The use of PLCs, RT, RT computed structures. MTU 's properties, tasks, software and hardware used. The central control room and components. |
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| 6. Week |
Introducing the SIEMENS WinCC SCADA software demo. WinCC setup program, explaining the main screen component definition of the necessary hardware and software. |
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| 6. Week |
Introducing the SIEMENS WinCC SCADA software demo. WinCC setup program, explaining the main screen component definition of the necessary hardware and software. |
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| 7. Week |
Wincc also show an application example. The creation of a scam in the project file. Introducing the project imposed by the PLC driver. Defining the labels and groups. Grouping by creating internal and external tags in the project, the appointment of PLC address labels. |
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| 7. Week |
Wincc also show an application example. The creation of a scam in the project file. Introducing the project imposed by the PLC driver. Defining the labels and groups. Grouping by creating internal and external tags in the project, the appointment of PLC address labels. |
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| 8. Week |
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| 8. Week |
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| 9. Week |
The investigation of graphic designer to create the image process and a process for the preparation of the SCADA screen image. In SCADA monitoring screen with a button through creating different pages making the transition between these pages. |
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| 9. Week |
The investigation of graphic designer to create the image process and a process for the preparation of the SCADA screen image. In SCADA monitoring screen with a button through creating different pages making the transition between these pages. |
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| 10. Week |
Sending one button with PLC control command. follow-up of the display screen by means of SCADA and process variables assigned to animate the process of preparing the painting process. |
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| 10. Week |
Sending one button with PLC control command. follow-up of the display screen by means of SCADA and process variables assigned to animate the process of preparing the painting process. |
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| 11. Week |
Viewing the tank level applications. SCADA screen I / O area of the creation, development and use of aktfileştirl Wincc tag simulator project. |
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| 11. Week |
Viewing the tank level applications. SCADA screen I / O area of the creation, development and use of aktfileştirl Wincc tag simulator project. |
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| 12. Week |
Creating archives of the project and timer setup. |
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| 12. Week |
Creating archives of the project and timer setup. |
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| 13. Week |
the creation of real-time trend display window Scada. The creation of charts on display SCADA and recording of process variables to the table. |
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| 13. Week |
the creation of real-time trend display window Scada. The creation of charts on display SCADA and recording of process variables to the table. |
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| 14. Week |
Wincc the setting of limit value by the generation of alarm messages, and view settings. WinCC report designer and report on the process of taking, setting of print parameters. |
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| 14. Week |
Wincc the setting of limit value by the generation of alarm messages, and view settings. WinCC report designer and report on the process of taking, setting of print parameters. |
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