- parameters and characteristics of valves and actuators in power, the order of selection and calculation methods of analysis gears and other mechanical gears composed of actuators, the effect parameters pipelines and properties of liquids and gases to the hydraulic characteristics of the actuators;
- analysis of facility management for application and selection actuator his expense description, calculation and choice of the control valves body, the calculation and actuator selection, calculation and choice of connections actuators and control valves.

Prerequisites:
- Fundamentals of Automatics and Automation;
- Fluid Dynamics;
- Electronics and Circuits Engineering;
- Electrical Engineering and Electromechanics;
- Automatic Control Theory.

Co-requisites:
- Automation Devices;
- Identification and Simulation of Technological Objects of Power Engineering.

Appointment valves, main types and characteristics. Place actuator system automation power. General concepts and classification actuators. General requirements for executive devices, their installation and operation. Key Features actuators. Purpose and basic types of regulators. The structure and principle of the regulatory authorities. The main parameters and characteristics of the throttle regulators. The problem of calculation and choice of control valves. The control valves body as part of hydraulic units of automation, critical phenomena flow. Access characteristics control valves: linear, rivnoprotsentna and special. The choice of bandwidth and expenditure characteristics depending on the characteristics of automation. Profiling closures control valves. Purpose and main types of actuators. Selection and calculation of pneumatic, hydraulic and electric actuators. Additional power actuators. Schemes Control actuators. Selection and calculation of mechanical connections actuators and regulators. Pump and special actuators.

1. Кравченко В.П., Сімкін О.І. Виконавчі механізми та регулюючі органи: навчальний посібник. – Маріуполь: ПДТУ, 2014.
2. Сокольчик П.Ю. Исполнительные устройства систем управления технологическими процесами. – Пермь: Изд-во ПГТУ, 2010.
3. Бабіченко А.К., Тошинський В.І., Михайлов В.С., та ін.. Промислові засоби автоматизації. Ч.2. Регулювальні і виконавчі пристрої. – Харків, 2001.

- written reports on laboratory works, oral questioning (40%)
- final control (control measure - test): control and calculation work (60%)