Key Learning Outcomes

• Understanding different types of pneumatic valves and their applications
• Learning cylinder operation, speed control, and power factors
• Developing logic circuits using pneumatic components
• Designing semi-automatic and automatic reciprocating systems
• Creating sequential movement operations
• Implementing time delays using reservoirs
• Interpreting circuit diagrams and component symbols
• Applying safety practices when working with compressed air systems

Electro-Pneumatics Add-On Kit

This module enhances the base system by integrating electrical control elements such as solenoid valves and sensors, enabling students to build combined electro-pneumatic systems.

Learning Outcomes:

• Operation of electrically controlled pneumatic valves
• Electrical switching and control logic
• Position sensing using microswitches and reed switches
• Ladder diagram representation of control systems
• Designing electrically controlled reciprocating circuits
• Developing sequential automation systems
• Solving real-world engineering problems using integrated systems

Pneumatics Control Add-On Kit (MIAC Controller)

This advanced module introduces programmable automation using a microcontroller (MIAC), allowing students to create intelligent pneumatic systems.

Two learning paths are included:

• Pre-programmed control systems (basic level)
• Custom programming (Control Plus) using Flowcode software

Key Learning Outcomes:

• Reading sensors and input devices
• Controlling outputs such as solenoid valves
• Understanding digital vs. analogue signals
• Program flow, logic, and decision-making
• Designing automated sequences
• Using feedback for safety and reliability
• Developing control logic using flowcharts

PLC Integration Module:

The solution also supports integration with Programmable Logic Controllers (PLC) through an adaptor rail system compatible with most PLC brands.

Included Modules:

• Power distribution unit
• Input module (8 channels)
• Motor output module (8 channels)
• Relay module (4 channels)

Learning Outcomes:

• PLC programming (ladder logic or block diagrams)
• Understanding PLC inputs and outputs
• Implementing logic functions in automation systems
• Interfacing PLC with pneumatic components
• Industrial automation system design

Features: 

• Modular and expandable training platform
• Industry-relevant automation technologies
• Hands-on, experiment-based learning
• Robust components with standard mounting system
• Quick electrical connections using 4mm connectors
• Comprehensive curriculum with structured worksheets
• Suitable for technical schools, polytechnics, and engineering institutes