PLC Controlled Electro Pneumatic Training

Product Description

Nvis 3021 PLC controlled Electro Pneumatic Training platform is designed to demonstrate the design, construction and application of Pneumatic components and circuits. It integrates PLC technology to build Hybrid Industrial Automation systems with Pneumatic components and modules. Pneumatic is a key technology that 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 aircraft, operate heavy dump trucks, excavators, operate the brakes in our cars and even power lifts in our tall buildings. PLC provides the flexibility to design and build numerous systems using software and I/O interfaces without changes to the hard wired connections.

Product Features

PLC operated Electro Pneumatic platform

12 Digital Input, 8 Digital Output

Open platform to explore wide PLC and Pneumatic applications

Industrial feel & look

DIN rail mounting for PLC

Function and identification of Pneumatic components and their symbols

Powerful instruction sets

High execution speed

Extremely easy and student friendly software

Several sample Ladder programs

Practice troubleshooting skills

Compact tabletop ergonomic design

Ready experimental details

Robust construction

Toggle Switches, LED`s, Buzzer, Double acting cylinder, 5/2 solenoid valve, Flow control valve, Manifold,5/2 hand lever valve.

Mounting panel for Pneumatic Components

Sequential & Linear Pneumatic Control

Understanding of Industrial Pneumatic Components

Pneumatic Safety awareness

Exhaustive course material & references

`One Touch Push in Fittings` for easy fitting of PU tubes - which are provided for fast & leak-proof connections

Online Product Tutorials

Scope of Learning

Study and use of Ladder programming
Study and use of Normally Open bit (NO) and Normally Close bit (NC) instruction by PLC
Study and use of memory bit
Study and use of Set Reset instruction
Study and use of Timer instruction
Study and use of Cumulative Timer instruction
Study and use of Special Memory bits
Study and use of Counter instruction
Study and use of UDCTR instruction
Study and use of PWM instruction
Study and use of Compare instruction
Study and use of arithmetic function (addition)
Study and use of Trigonometric (Sin instruction )
Study and use of Move instruction
Study and use of Conversion (BCD to Binary instruction )
Study and use of master control loop
Study and use of skip control loop
Study and use of Jump & Label instruction
Study and use of Subroutine
Study and implementation of NOT gate using PLC
Study and implementation of AND gate using PLC
Study and implementation of OR gate using PLC
Study and implementation of NAND gate using PLC
Study and implementation of NOR gate using PLC
Study and implementation of XOR gate using PLC
Study and implementation of XNOR gate using PLC
Study of Sensors like Proximity Sensor and Limit Switch

More Instrumentation / Control Lab