Pneumatic technology is found in numerous areas of engineering. Students investigate the basic ?building blocks? of modern Pneumatics and how they are interconnected to form systems. Pneumatic systems provide the power needed to control aircrafts, operate heavy dump trucks, excavators, operate the brakes in our cars and even power lifts in tall buildings.

PLC provides flexibility to design and build numerous systems using software and I/O interfaces without changing hard wired connections.

Features

• PLC operated Electro Pneumatic platform
• 12 Digital Inputs, 8 Digital Outputs
• Toggle switches, Push to on Switch, double acting cylinder, Single Acting cylinder, solenoid valve, flow control valve, manifold, hand lever valve, limit switch, proximity sensor, palm actuator, OR valve, roller lever valve, FRL, pressure gauge, single acting cylinder, air compressor, Audio and visual indicator
• Industrial look & feel
• Function and identification of Pneumatic components and their symbols
• Powerful instruction sets
• Extremely easy and student friendly software
• Several sample Ladder programs
• Practice troubleshooting skills
• WorkStation has 4 wheels, for suitable movement and installation
• Storage drawers with locking facility, Place in drawers for patch cords, and other accessories for storage, and easy identification.
• MCB for ON/OFF control and over load protection
• Sequential & Linear Pneumatic control
• Understanding of Industrial Pneumatic Components
• Pneumatic safety awareness
• Robust construction
• 4 mm patch cord connections
• Mounting panel for Pneumatic Components
• Online product tutorials

Scope of Learning

• Normally Open (NO) and Normally Closed (NC) contact using PLC
• Types of logic gate: NOT, AND, OR, NAND, NOR, XOR & XNOR gate using PLC
• Set and Reset bit using PLC
• Memory bit using PLC
• Timer instruction using PLC
• Counter instruction using PLC
• Compare instruction using PLC
• Arithmetic (addition) instruction using PLC
• Move instruction using PLC