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Course Title: |
PRORAMMABLE LOGIC CONTROLLERS |
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Course Code: |
EMEZ202 |
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Type of Course: |
Compulsory |
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Level of Course: |
Short Cycle |
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Year of Study: |
2 |
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Semester: |
4 |
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ECTS Credits Allocated: |
4 |
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Theoretical (hour/week): |
2 |
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Practice (hour/week) : |
0 |
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Laboratory (hour/week) : |
2 |
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Prerequisites: |
None |
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Recommended optional programme components: |
None |
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Language: |
Turkish |
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Mode of Delivery: |
Face to face |
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Course Coordinator: |
Öğr. Gör. Dr. HASAN BAYAZİT |
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Course Lecturers: |
Öğr.Gör. Ömer Eriş
Öğr.Gör. Özcan Temel
Öğr.Gör. Hasan Bayazit |
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Contactinformation of the Course Coordinator: |
hashan@uludag.edu.tr
Tel: 2942345
Adres: U.Ü Teknik Bilimler MYO Görükle |
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Website: |
|
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Objective of the Course: |
To do PLC programming with ladder diagram and function blocks. To gain knowledge and skills in control applications. |
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Contribution of the Course to Professional Development |
To teach essentials of pragrammable logic controllers and its applications. |
| Week |
Theoretical |
Practical |
| 1 |
Basic Technology of PLC
1. History of PLC
2. Structure of PLC
3. Difference between relay and PLC
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1.Connecting input units to PLC
2.Connecting output units to PLC
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PLC UNITS
1. Numerical data concept
1.1. Data system
1.2. 16 and 32-bit data management
2. Devices used with PLC
2.1. Word device
2.2. Bit device
2.3. Data transportation
2.4. Moving by changing of data codes
2.5. Increase / decrease
2.6. Comparison
2.7. Adding and removing
2.8. Multiplication and Division
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1.Commisioning by connecting input units to PLC.
2. Commisioning by connecting output units to PLC.
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PLC Interface program
1. Establishment of PLC interface program
1.1. Establishment of PLC interface program
1.2. Establishing a connection with PLC from interface program
2. Using of PLC interface program
2.1. Interface program toolbars
2.2. Interface program menus
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1.Using PLC interface program |
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PLC Programming
1. Writing PLC program using ladder diagram
2.Time control commands
2.1. Timer operations
2.2. To determine pre value indirectly
2.3. Example of timer circuit
3. Counter function
3.1. 16 bit up counter
3.2. 32 bit up / down counter
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1.To design PLC program using ladder diagram.
2.To make PLC program using time control commands.
3.To make PLC program using counter functions.
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Sequential function blocks
1. Sequential function blocks (SFC)
1.1.Function block objects
1.2.Condition expressions.
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. Using the function blocks.
2. Connecting function blocks with conditions
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PLC Program with Sequential function blocks.
1. To write single branched program with sequential function blocks.
2. To write multi branched program with sequential function blocks.
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1. To develop single branched program using function blocks.
2. To develop multi branched program using |
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Touch Panels
1. What is the touch panel ?
2. Types of touch panel
3. Touch panel programming
3.1. Panel design program
3.2. Panel pages
3.3. Panel objects input, output etc.
3.4. Layers in the panel
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1. Connecting touch panel to computer
2. To design touch panel 3. Sending program to the touch panel.
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Midterm Exam |
1. Making PLC program suitable with touch panel
2. Working together PLC and touch panel
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Panel Programming
1. Connection PLC with touch panel
1.1. PLC program for panel
1.2. Connection PLC with panel
1.3. Control of assistant relay on PLC program by panel
1.4. Monitoring and changing of PLC recorders on panel
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1. Making PLC program suitable with touch panel
2. Working together PLC and touch panel
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Panel Programming
1. Connection PLC with touch panel
1.1. PLC program for panel
1.2. Connection PLC with panel
1.3. Control of assistant relay on PLC program by panel
1.4. Monitoring and changing of PLC recorders on panel
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To control Pneumatic systems using PLC |
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Pneumatic systems
1. Pneumatic circuit elements
1.1. Types
1.2. Operation principles
1.3. Areas of application
2.Peripheral units of PLC and pneumatic
2.1. Connection units
2.2. Operation features
2.3. Failure and maintenance operations
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To control Pneumatic systems using PLC |
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Pneumatic systems
1. Pneumatic circuit elements
1.1. Types
1.2. Operation principles
1.3. Areas of application
2.Peripheral units of PLC and pneumatic
2.1. Connection units
2.2. Operation features
2.3. Failure and maintenance operations
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To control Pneumatic systems using PLC |
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Electro-hydraulic circuits
1. Hydraulic circuit elements
1.1. Description
1.2. Types
1.3. Operation principles
1.4. Failure and maintenance operations
2. PLC-Hydraulic circuit relations
3. PC-PLC-Elektrohydraulic system relations
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1. Making motor control using PLC
a. Step motor control
b. Servo motor control
c. Lineer motor control
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PLC controlled electric motors
1. Step Motors
1.1. Driven by Plc
1.2. Areas of application
2. Servo motors
2.1. Driven by Plc
2.2. Areas of application
3. Lineer motors
3.1. Driven by Plc
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