The Power Transmission and Motion Control Systems Training Program teaches technologies like motors, gears, brakes, and hydraulic systems. It equips participants with essential skills for efficient industrial system operation.
The training is for professional development purposes, and the certificate obtained does not replace the MYK authorization certificate in trainings where the MYK authorization certificate is mandatory.
1. Introduction to Power Transmission Systems
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Definition and importance of power transmission systems
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Power transmission components: motors, shafts, gears
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Materials and technologies used in power transmission
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Role of power transmission systems in industrial applications
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Achieving energy efficiency with power transmission systems
2. Motor Technologies
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Working principles of electric motors, AC and DC motors
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Types and characteristics of motors
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Motor selection criteria and application areas
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Motor efficiency analysis and energy conservation
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Motor maintenance and repair
3. Gear Systems and Power Transmission Components
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Types of gears and working principles: helical, spur gears, worm gears
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Gearboxes and transmission systems
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Lubrication and wear control in gear systems
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Maintenance techniques for efficient gear system operation
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Role of gear systems in industrial applications
4. Hydraulic Systems and Applications
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Basic principles and components of hydraulic systems
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Pumps, valves, cylinders, and actuators
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Design and installation of hydraulic systems
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Industrial applications of hydraulic systems
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Energy efficiency and maintenance of hydraulic systems
5. Motion Control Systems
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Definition and importance of motion control
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Servo motors and drive systems
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Sensors and feedback systems used in industrial motion control systems
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Programming and optimization of motion control systems
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Integration and application areas of motion control systems
6. Brake Systems and Safety Technologies
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Types of brake systems: mechanical, electrical, hydraulic
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Working principles of industrial brakes
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Efficient use and maintenance of brake systems
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Safety standards and the role of brakes in motion control
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Safety management and the use of brakes in motion control systems
7. Industrial Automation and Control Systems
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Basics and benefits of industrial automation
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Components of automated control systems
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Use of PLC, SCADA, and HMI systems
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Integration of industrial motion control systems
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Efficiency and performance optimization in automation systems
8. Advanced Technologies in Power Transmission and Motion Control
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Industrial IoT (Internet of Things) and smart power transmission systems
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The role of AI and machine learning in motion control systems
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Innovative motion control technologies and trends
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The place of power transmission systems in Industry 4.0 and digital transformation
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The future of power transmission and motion control systems
The training is open to corporate partnerships (institution/company legal entities) and individual applications are not accepted. The training content can be re-planned according to the corporate participant profile and your needs. After mutual discussions, the scope and method of the training (In-person, Online) will be determined, and the relevant processes will be completed. If an agreement is reached, suitable dates and times for your institution’s participants and our instructors will be set, along with the location of the training.