Automation Equipment and Electromechatronic System Control

Major: Electrical Energetics, Electrical Engineering and Electromechanics
Code of subject: 7.141.11.E.116
Credits: 4.00
Department: Electromechatronics and Computerized Electromechanical Systems
Lecturer: Khai Mykhailo Vasylovich
Semester: 2 семестр
Mode of study: денна
Learning outcomes: As a result of studying the discipline, the student should be able to demonstrate the following learning outcomes: know: current state of affairs, development trends, the most important developments and the latest technologies in the production and operation of modern programmable logic controllers, multifunction displays of the MFD-Titan series and stepper motor control systems and emergency switching on of the reserve; be able: • independently plan and perform experiments, evaluate the results obtained; • apply the acquired knowledge and practical skills, adapt research results when creating new and operating existing programmable logic controllers, MFD-Titan multifunction displays and stepper motor control systems and emergency reserve switching; • search, analyze and critically evaluate information from various sources regarding the latest electronic devices; • work effectively both individually and as part of a team; • integrate theory and practice, and make decisions and develop an activity strategy to address specialization problems taking into account human values, public, state and production interests; • Critically analyze the main performance indicators of systems using electrical and electronic devices and evaluate the technical solutions and equipment used.
Required prior and related subjects: Previous courses Electric Appliances Electric machines Electric drive theory Fundamentals of Mechatronics Related and subsequent subjects Special course of electromechanical converters Electromechanics
Summary of the subject: Introduction. Overview. Classification of automated discrete-action devices. Programmable relays as discrete automated devices. Electrical connections. Functional devices of programmable EASY 500 relays. Programming of EASY relays using "EASY-SOFT" software. Features of the structure and operation of the MFD-Titan multifunction display MFD-Titan visualization using EASY-SOFT software. About the EASY-NET Information Network. Connecting to a NET working network. NET Topology, Addressing and Functioning. Automatic back-up as a system for uninterrupted power supply to consumers. General information about stepper motors. Structure and principle of operation of stepper motors. Modes of operation, parameters and characteristics of the stepper motor. Selection of stepper motors.
Assessment methods and criteria: The current control at laboratory classes, which is carried out in the form of a frontal oral interview before the beginning of classes, is intended for the diagnosis of mastering of lecture material and students' readiness for laboratory classes. The final control of knowledge is carried out in the form of control work.
Recommended books: 1. Burshtynsky MV, Hai MV Protection and control devices in low voltage electrical installations. - Tutorial. - Lviv: “Space M” Ltd., 2013. - 732 p. 2. Burshtynsky MV, Kovalchuk AI, Hai MV Programmable Electronically Controlled Relays: Tutorial. - Lviv: Prostir M Ltd., 2014. - 304 p. 2. Klimenko BV Electric Appliances. Electromechanical equipment for co-mutation, control and protection. General Course: Tutorial. - Harvard: Point, 2012. - 340 p. 3. Klimenko BV Switching equipment, control equipment, fuses. Terms, interpretations, comments. Tutorial. - Kharkiv: Talent, 2008. - 208 p. 4. Electrical and electronic apparatus: Textbook. for universities / Ed. YK Rozanova. - 2nd ed. and ext. - M .: Inform-electro, 2001. - 420 p. 5. Matvikov MD, Kohut VM, Matvikov OM Elemental base of electronic devices: Tutorial /. - 2nd kind. - Lviv: Publisher of National University “Lviv Polytechnic”, 2007. - 428 p. 6. OA Andryushchenko, VA Vodichev. Electronic programmable EASY and MFD-Titan relays. - Odessa, 2006. - 223 p. 7. Kenio T. Stepper motors and their microprocessor control systems: Trans. with English. - M.: Energoatomizdat, 1987. - 200 pp .: ill. 8. J. Frieden. Modern sensors. Directory. - Moscow: Technos Ferra, 2005. - 592 p.