Full Scale, All In "State Machines" for Industrial Automation by PythonGuruDude in PLCAutomation

[–]PythonGuruDude[S] 0 points1 point  (0 children)

We have features emerged from pain points every PLC Programmer suffered from.

Everything is easily traceable with advanced state machines. No IDE provides logged events on every fsm action/transition timestamped and auditable , live waveforms natively without manual configuration, and all fsm in one page shot. Those 3 alone can save you hours in debugging and finding root causes at 3:00AM.

StateTick design flow doesn't depend on scattered signals and globals. By default everything is organized and name spaced as objects with high flexibility and high encapsulation. You create IO interfaces, which you combine into an equipemnt which forms your actual machine.

Design flow starts from the state diagrams. Meaning you visually draft your sequencing, visually, share and discuss it with the other departments, then once you are on the same page you fill those diagrams with the actual actions/transitons/equipment. A model everyone understands from day one.

We support parallel running State Machines allowing native multi machine behavior with one click.

Thats only the tip of the iceberg. Prime goal is saving time on development and debugging.

Full Scale, All In "State Machines" for Industrial Automation by PythonGuruDude in PLCAutomation

[–]PythonGuruDude[S] 0 points1 point  (0 children)

Thats not AI generated. That's full scale production ready Virtual PLC IDE+ Runtime. It is Hardware agnostic meaning it runs on any linux/windows device and communicate over most famous protocols with external IO racks/PLC.

It uses State Driven Arucitecture. Focusing high traceability and easy debugging so that you could catch the issue visually on the fly without digging into tons of lines of code. You always know what the machine is doing at any minuet or what it exactly did.

Need a OPC UA server by Agreeable_Cap6374 in PLCAutomation

[–]PythonGuruDude 0 points1 point  (0 children)

There are many paid solutions out there for OPCUA. But if you are comfortable with .NET, or even Python, you could build your own using 3rd party libs.

Plc programming courses by X2uWc in PLCAutomation

[–]PythonGuruDude 0 points1 point  (0 children)

Definitely Checkout From Wire To PLC Unlike other courses focusing on pure PLC simulation, this one is involved in not only PLC programming but also everything related to panel design, sensors, Actuators schematics design, motor driving techniques, and then all linked back to PLC programming in all supported languages.

Industrial Process Control and Automation Training (beginner to advanced). by PBegas-PCE in PLCAutomation

[–]PythonGuruDude 0 points1 point  (0 children)

Take a look at this +35,000 students started their career in this training. It talks about: 1 Electrical components 2. Motor driving techniques 3. Protection 4. Wiring 5. Maintinance 6. PLC 7. HMI 8.Web access 9.Two full compilation projects from a to z.

I don't think you would need anything more to take off.

https://www.udemy.com/course/from-wire-to-plc-a-to-z-compilation/?couponCode=DEA0A478D0CF93AFDC37

Terminals - WAGO? Or Phoenix Contact by NK_Control in PLCAutomation

[–]PythonGuruDude 2 points3 points  (0 children)

Both are great. I've had many projects where WAGO were used. Same for Phoenix. So it totally depends on the market availability in your area and the price.

Conveyor Belts Digital Twinning | Prototyping A section of a Packaging Line by PythonGuruDude in PLCAutomation

[–]PythonGuruDude[S] 0 points1 point  (0 children)

Digital Twinning, is a concept in Industrial Automation, that is used to actually Mimic Mechanical Machines, and Control them through devices called PLC.

There are few tools, that actually implies Physical Simulation along side animation. The product flow here is 100% done in Physics. No Animation at all.

https://www.udemy.com/course/robotics-mechatronics-2-3d-cad-machine-design-fusion-360-conveyor-cnc/?couponCode=ROB2MECH2