The author is the founder of Fluidsys Training Centre, Bangalore and an ace trainer at sharing his expertise in the field of Pneumatics and Hydraulics. He designed and developed the following courses for the Training centre and independently handles all the courses.

1 Course: Professional in Pneumatics and Hydraulics – Advanced Level with TUV Rheinland Certified Qualification

Course coverage includes Basic Pneumatics, Basic Hydraulics, Basic Electro-pneumatics & Electro-hydraulics, Advanced Pneumatics, Advanced Electro-pneumatics, Advanced Hydraulics, PLC, Design of pneumatic systems, Design of hydraulic systems, and Soft skills.

2. Course: Industrial Hydraulics– Basic Level

Course coverage includes Hydraulic safety, Hydraulic fundamentals, Hydraulic fluids, Filters, Power packs (Reservoir, Pumps, and PRVs), Actuators (Cylinders and Motors), Directional control valves, Symbols, Check valves, Flow control valves, Pressure control valves, Seals, Accumulators, Fluid conductors, and Maintenance & troubleshooting aspects.

3. Course: Pneumatic controls – Basic Level

Course coverage includes Generation and conditioning of compressed air, Actuators (Cylinders & rotary actuators), Directional control valves, Symbols as per ISO 1219, Flow control valves, Concepts of automation, Implementation of semi-automation and complete automation, Logic controls, Pneumatic timers, Pneumatic counters, Pressure sequence valve, Fluid conductors, and Maintenance, troubleshooting and safety aspects of pneumatic systems.

4. Course: Electro-pneumatics and Automation – Basic Level

The course deals with the functions, types, and symbols of the following components of electro-pneumatic systems: Single and double solenoid valves, Electro-magnetic relays, Momentary/Maintained contact PBs, Limit switches, Proximity sensors, Reed switches, Timers, Counters, Pressure switch. The following electro-pneumatic control circuits are developed and simulated and implemented on trainer boards: Direct/Indirect controls, Logic controls, Latching circuits, memory circuits using double solenoids, Semi-automatic and fully automatic controls, Circuits for timing and counting functions, and Circuits with pressure switch.

5. Course: Design of Industrial Hydraulic Systems

The course covers the sizing of hydraulic actuators, pumps, reservoirs, valves, accumulators, and fluid conductors. Simple hydraulic systems are designed with the help of Excel sheets templates.

6. Course: Design of Pneumatic Systems

The course covers the sizing of compressors, pneumatic actuators, and valves. Simple pneumatic systems will be designed.

7. Course: Programmable Logic Controllers with Pneumatic (or Hydraulic) Applications

The course covers the following topics: Hardware and software aspects of PLC, Ladder programs for the control of single and multiple actuator pneumatic (or hydraulic) systems using programming elements like NO, NC, Coil, Timer, Set, Reset, and Counter. The implementation of the programs is carried out on the pneumatic or hydraulic trainer boards.

8. Course: Human Machine Interface (HMI)

[Using OMRON NB Designer]

For more details:

https://fluidsys.org

joji books

Pneumatic & Hydraulic Books

Textbook – Hydraulic Circuits -Identification of Components and Analysis by Joji Parambath – Sample Pages

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