Learn electro-pneumatic components, control circuits, maintenance, and industrial applications through practical laboratory sessions.

Course Information
✅Electro-pneumatics and Automation
| Level | Advanced |
| Duration | 3 Days |
| Delivery Mode | Classroom / Corporate |
| Practical sessions | Extensive Hands-on Laboratory Sessions |
| Next Batch | On request |
| Course Fee (Per trainee per course) | ₹5,000 + GST* (or “Contact for quotation”) |
| Seats Available | 08 |
| Certificate | Yes |
Note:
*GSTIN: 29AADCF0201A1ZJ
*SAC Code: 999293 (Commercial Training and Coaching Services)
Course Overview
This practical course systematically explains signal conflicts in multi-actuator electro-pneumatic circuits and the engineering methods used to eliminate them using cascade control and shift register control techniques.
This intensive three-day programme focuses on multi-actuator electro-pneumatic sequence control, combining concise theoretical sessions with extensive circuit development exercises and practical laboratory implementation. The course emphasizes the integration of electrical control with pneumatic actuation to achieve reliable, flexible, and fully automated machine operation. Participants learn how electrical input devices, sensors, timers, and counters interact with pneumatic actuators to create reliable automated machine sequences.
This course provides a strong foundation for advanced electro-pneumatic system design and industrial automation applications.
Typical Industrial Applications
Participants learn electro-pneumatic sequence control techniques widely used in:
- Automated assembly machines
- Packaging equipment
- Material handling systems
- Pick-and-place automation
- Transfer mechanisms
- Automatic drilling and machining fixtures
- Industrial automation systems
Learning Outcomes
After successfully completing this course, participants will be able to:
✔ Identify signal conflicts in multi-actuator electro-pneumatic circuits.
✔ Develop signal-conflict-free multi-actuator electro-pneumatic circuits using the cascade method.
✔ Develop signal-conflict-free multi-actuator electro-pneumatic circuits using the shift register method.
✔ Select the most appropriate control method based on the application requirements.
✔ Develop reliable multi-actuator electro-pneumatic control circuits for industrial automation applications.
✔ Apply systematic troubleshooting techniques.
✔ Build confidence in working with industrial electro-pneumatic systems with multi-actuators.
Who Should Attend
Anyone with a technical background is welcome to join our courses! That said, we especially encourage technicians, professionals, and engineers in these areas to take full advantage of what we offer.
- Maintenance Engineers
- Design Engineers
- Commissioning Engineers
- Service Engineers
- Faculty Members
- Engineering Students
- Diploma Holders
- Industrial Technicians
- Plant Managers
- Corporate Training Coordinators
Prerequisites
Knowledge of basic-level electro-pneumatics is recommended. A technical background such as engineering, diploma, ITI, industrial maintenance, or related technical experience is beneficial.
Course Content
Module 1
Overview of electro-pneumatic systems
Module 2
Signal conflicts and methods to eliminate them
Module 3
Multi-actuator electro-pneumatic circuits using Cascade controllers.
Module 4
Multi-actuator electro-pneumatic circuits using Shift Register controllers.
Module 5
Circuit Development Assignments and Practical Implementation
Extensive Hands-on Practical Training
Participants gain practical experience using:
✔ Compressors
✔ Pneumatic cylinders
✔ Pneumatic rotary actuators
✔ Solenoid-operated directional control valves
✔ Flow control valves
✔ Limit switches
✔ Reed switches
✔ Proximity sensors
✔ Electronic timers
✔ Preset counters
✔ Pressure switches
✔ Vacuum generators and suction cups
✔ Circuit development
✔ Circuit simulation
Participants gain practical experience using:
Advanced Electro-pneumatic Circuit Development Assignments
Participants complete a series of progressively challenging electro-pneumatic circuit development assignments that reinforce circuit design, electrical control logic, sequence development, and systematic troubleshooting using industrial trainer kits.
Training Methodology
Through practical training, real industrial components, modern laboratories, technical publications, and industry-oriented teaching, we help participants convert engineering concepts into practical skills that can be confidently applied in advanced industrial electro-pneumatic systems.
Electro-pneumatic Circuit Development Assignments
Participants complete four progressive advanced electro-pneumatic circuit development assignments designed to strengthen circuit design, electrical control logic, sequence development, and troubleshooting skills using real industrial trainer kits.
Why Choose This Course?
🧰 Practical Laboratory Sessions
⚙ Real Industrial Components
📚 In-depth Course Material
📖 Structured Course Notes
👨🏫 Experienced Faculty
🏆 Certificate of Completion
Frequently Asked Questions
Do I need prior experience?
Knowledge of basic electro-pneumatics is recommended.
Can organizations request customized training?
Yes. Training can be tailored to your equipment and operational requirements.
Are practical sessions included?
Yes. Practical laboratory sessions are an integral part of the course.
Are course materials provided?
Yes. Comprehensive course notes and supporting learning materials are provided to all participants.
Will I receive a certificate?
Yes. Participants receive a certificate upon successful completion of the programme.
Course Enquiry & Registration
Contact Information
📍 Training Centre
Fluidsys Training Centre Pvt Ltd
No. 7, First Floor, Near WIMAC Circle
Kammagondanahalli (K G Halli)
Jalahalli West, Bangalore
Karnataka, India – 560015
📞 Phone
(+91) 7338385505
info@fluidsys.in
(+91) 7338385505
🕒 Office Hours
Monday to Saturday
9.00 am to 5.00 pm
