
Explore the overview of a pneumatics system and how Automation Studio 6.4 integrates tia and opc for simulation and control.
Create and manage a project via the project explorer, then use the library explorer to drag and drop parts, view compatibility errors, and simulate with OPC in Automation Studio.
Learn how to select the correct document type for a library, understand diagram compatibility between standard and electrotechnical diagrams, and manage parts across pneumatic, electrical, and power rail components.
Learn how to work with pneumatic library component properties, link driving forces via variable assignment, and customize cylinders with sensors for practical simulation in automation studio 6.4.
Explore how directional valves control pneumatic circuits, from 3/2 to 5/2 configurations, including NO/NC states, pilot and external pilot operation, manual override, and noise reduction with silencers.
Explore latched pneumatic circuits by building a simplified air-powered system, wiring electrical control, and using normally open and normally closed valves to latch a cylinder.
Explore how to configure a pneumatic cylinder for left and right motion using relays, including normally open and normally closed contacts, interlocks, and practical wiring steps in Automation Studio.
Explore how to enable automatic left and right cylinder operation in pneumatics by using manual and auto switches, sensors, and setup of home positioning for seamless transitions.
Explore semi-automatic and automatic operation of a pneumatic cylinder using a solenoid valve, 24-volt power supply, switches, and monitoring in a control circuit demonstration.
Explore automatic left and right cylinder operation using a single solenoid valve, with sensor inputs, normally open contacts, and stop control to sequence pneumatic actions.
Explore how externally piloted air valves control cylinders in a pneumatic system, demonstrating manual and mechanical pilot operation, air supply routing, and how pilot pressure directs actuation.
Explore how a mechanically piloted pilot air valve drives a cylinder in a pneumatic circuit, with air source connections, a pressure regulator, and simulation of motion.
Connect TIA Portal with Automation Studio to set up communication via OPC, configure devices, data blocks, and tags, and transfer values between Automation Studio and TIA Portal.
Learn to program and simulate a pneumatic cylinder with PLC in Automation Studio 6.4, using TIA & OPC integration, timers, and data links to control start-stop sequences.
Control a pneumatic cylinder using PLC and timer in Automation Studio 6.4. Demonstrate forward and reverse motion with delays managed by a start button.
Operate a PLC to control a proportional valve using Automation Studio, demonstrating analog long real signals, data conversion, and portal communication via OPC and TIA with live tuning and monitoring.
Explore a hydraulic/pneumatic drill system controlled by a relay-based start-stop circuit, detailing cylinder extend/retract cycles and sequencing of relays to drive drilling motion.
Explore a four-position pneumatic drill controlled by relays in Automation Studio, detailing cylinder sequencing, on/off timing, and interlocks to achieve drill down and drill on.
Hello Friends,
For beginners,
As we know Most of the Industrial Machine are build with Pneumatics System. So I bring Basic Pneumatic System Using Automation Studio 6.4 course which help you to build pneumatic system.
I have demonstrate Pneumatic system with electrical control circuits and PLC control circuit.
For PLC control execution I have used TIA Portal S7-1200 with KepserverEX OPC server which send signal to Automation Studio 6.4.
So variable from S7-1200 transferred to OPC server and OPC server transfer data to Automation Studio 6.4.
Pneumatic System used Directional Valve , Cylinders, Proportional valve ,Mechanical operation valve,Pilot valve , Pressure Guage ect. Electrical circuits use Relay, solenoid valve, Switches , Pushbutton , Slider , Sensor etc.
Automation studio has facility that it accept the data in the form of Boolean , Float , integer and many more datatype. It means it support both digital and Analog Signals.
It has very rich HMI and Control Library.
In this course I have explained two attractive application with control diagram using Relay. I have attached both application in this course. You can open it directly and Create and Practice with your own logic.
1. Drill Operation
2. 4 position Drill Operation.
With this Application you can connect with the opc server as well as S7-1200 plc so with the use of this templet you can create your own logic in TIA portal.
***If you question you can ask me.***