UNIT 1:
Introduction to Fluid Power-Advantages and Applications
Fluid power systems– Types & Properties of fluids-Basics of Hydraulics–Pascal’s Law
Principles of flow– Friction loss- Work, Power and Torque
Problems Sources of Hydraulic power
Pumping Theory–Pump Classification
Pump Construction, working, Design, Advantages, Disadvantages, Performance
Selection criterion of Rotary- Fixed and Variable displacement Pumps
Problems based on Fluid Power System
UNIT 2:
Actuators: Cylinders– Types and construction, Application
Hydraulic cushioning- Hydraulic motors
Control Components: Direction control
Types, Construction and Operation - Flow control valves
Types, Construction and Operation - Pressure control valves
Servo and Proportional valves -Applications
Accessories: Reservoirs, Pressure Switches – Applications - Fluid Power ANSI Symbols
Problems based on Fluid Power System
UNIT 3:
CBS - Automation in Industrial Material Handling
Accumulators and Intensifiers
Industrial hydraulic circuits - Regenerative, Pump Unloading, Double- pump
Industrial hydraulic circuits – Pressure Intensifier and Reciprocation
Industrial hydraulic circuits - Synchronization
Fail-safe and Speed control
Electro hydraulic circuits
Mechanical Hydraulic servo systems
Hydro-Pneumo Circuit simulation in Fluidsim
UNIT 4:
Introduction to Internet of Things
IoT Promises and Definition
Sensors for IoT Applications
CBS – Actuation of motor using remote applications
UNIT 5:
Fluid powered Metalworking application with IoT.
Fluid powered Feeding working application with IoT.
Fluid powered Plastics working application with IoT.
Fluid powered Materials handling application with IoT.
Press and Fork lift control using IoT
