Fluid Power Training

• Understand the principles and concepts of fluid power systems, including hydraulics and pneumatics. Gain knowledge of fluid power components, such as pumps, actuators, valves, and control systems. Learn to design and analyze fluid power circuits and systems. Develop skills in reading and interpreting fluid power diagrams and schematics. Understand the properties and characteristics of hydraulic fluids and compressed air.

• Recorded Videos After Training
• Digital Learning Material
• Course Completion Certificate
• 24x7 After Training Support

• Engineers
• Technicians
• Operators System
• Integrators Technical
• Managers

• Basic Knowledge of Physics: Familiarity with fundamental concepts such as force, pressure, flow, and energy transfer will provide a foundation for understanding fluid power principles.
• Basic Mathematics Skills: Proficiency in algebra, geometry, and trigonometry can be helpful for calculations and problem-solving related to fluid power systems.
• Understanding of Mechanical Systems: Prior knowledge of mechanical systems, including mechanical components, mechanisms, and principles of motion, will aid in comprehending the functioning of fluid power systems.
• Basic Knowledge of Fluid Mechanics: An understanding of fluid properties, such as viscosity and density, as well as concepts like flow rates and pressure drop, will be beneficial for grasping fluid power concepts.

• Multisoft Systems provides a globally recognized training certificate after successful completion of Fluid Power Certification Training Course.

Module 1: Introduction to Fluid Power

• Definition of fluid power
• Advantages and applications of fluid power systems

Module 2: Basics of Fluid Power

• Properties of fluids (liquids and gases)
• Pascal's law and its significance in fluid power
• Comparison between hydraulic and pneumatic systems

Module 3: Hydraulic Systems

• Working principles of hydraulic systems
• Components of a hydraulic system (pumps, actuators, control valves, fluid lines)
• Hydraulic fluid selection and properties
• Hydraulic system maintenance and troubleshooting

Module 4: Pneumatic Systems

• Working principles of pneumatic systems
• Components of a pneumatic system (compressors, actuators, control valves, air lines)
• Compressed air quality and treatment
• Pneumatic system maintenance and troubleshooting

Module 5: Fluid Power Actuators

• Hydraulic cylinders: types, construction, and applications
• Hydraulic motors: types, principles of operation, and applications
• Pneumatic cylinders: types, construction, and applications
• Rotary actuators: hydraulic and pneumatic

Module 6: Fluid Power Control

• Control valves: types, symbols, and functions
• Directional control valves and their operation
• Pressure control valves: relief valves, sequence valves, and pressure reducing valves
• Flow control valves: throttle valves and flow control regulators

Module 7: Fluid Power Circuit Design

• Basic hydraulic and pneumatic circuit design principles
• Sizing of components (pumps, actuators, valves)
• Circuit symbols and diagrams
• Safety considerations in fluid power systems

Module 8: Applications of Fluid Power

• Industrial machinery and automation
• Mobile equipment (construction, agriculture, mining)
• Automotive systems (brakes, suspension, power steering)
• Aerospace and aviation applications

Module 9: Emerging Trends in Fluid Power

• Electro-hydraulic and electro-pneumatic systems
• Smart and intelligent fluid power systems
• Energy-efficient fluid power technologies

Module 10: Conclusion

• Recap of fluid power principles and applications
• Future prospects of fluid power technology