Topics of lectures:
New trends in control engineering. Programmable controllers, distributed control systems, direct process control by PCs.
Interrupt system of programmable controllers and their use.
Using of special functions of programmable logic controllers, develoment of control applications.
Implementation of control and fuzzy algorithms in programmable controllers.
Intelligent Modules. Communication processors. Multiprocessor systems.
Basic concepts of functional safety of machinery.
International Standards for Functional Safety. Risk analysis.
Safety related control systems.
Examples of procedures for designing safety related control systems.
Approaches and tools for simulation of technological processes.
The concept Industry 4.0.
The concept of the digital twin and its usage.
Virtual design and commissioning of control system.
Virtual design and commissioning of control system - continued.
Topics of laboratory exercises:
Repeat work with PLC Simatic S7 1500 and with STEP 7. Creation of control application for PLC Simatic S7 1500. Demonstration of Simatic S7 1500 simulator utilization.
Programming a control task using hardware and time interrupts.
Creation of a control application for PLC Simatic S7 1500 demonstrating the use of high-speed counters.
Creating an application for temperature control in the system. Demonstration of the use of integrated PID controller, temperature PID regulator and self-tuning algorithm.
Design of safety related control systems according to ISO 13849.
Design of safety related control systems according to IEC 62061.
Working with a programmable controllers for safety applications.
Working with a programmable controllers for safety applications.
Working with tools for simulation of technological processes.
Working with tools for simulation of technological processes.
Virtual commissioning.
Solution of semestral project.
Solution of semestral project.
Solution of semestral project. Assignment of credits.
New trends in control engineering. Programmable controllers, distributed control systems, direct process control by PCs.
Interrupt system of programmable controllers and their use.
Using of special functions of programmable logic controllers, develoment of control applications.
Implementation of control and fuzzy algorithms in programmable controllers.
Intelligent Modules. Communication processors. Multiprocessor systems.
Basic concepts of functional safety of machinery.
International Standards for Functional Safety. Risk analysis.
Safety related control systems.
Examples of procedures for designing safety related control systems.
Approaches and tools for simulation of technological processes.
The concept Industry 4.0.
The concept of the digital twin and its usage.
Virtual design and commissioning of control system.
Virtual design and commissioning of control system - continued.
Topics of laboratory exercises:
Repeat work with PLC Simatic S7 1500 and with STEP 7. Creation of control application for PLC Simatic S7 1500. Demonstration of Simatic S7 1500 simulator utilization.
Programming a control task using hardware and time interrupts.
Creation of a control application for PLC Simatic S7 1500 demonstrating the use of high-speed counters.
Creating an application for temperature control in the system. Demonstration of the use of integrated PID controller, temperature PID regulator and self-tuning algorithm.
Design of safety related control systems according to ISO 13849.
Design of safety related control systems according to IEC 62061.
Working with a programmable controllers for safety applications.
Working with a programmable controllers for safety applications.
Working with tools for simulation of technological processes.
Working with tools for simulation of technological processes.
Virtual commissioning.
Solution of semestral project.
Solution of semestral project.
Solution of semestral project. Assignment of credits.