By attending this course, you will develop the skills needed to independently design and implement an automation system based on functional specifications.
You will deepen your understanding of software structures and advanced instructions for SIMATIC S7 controllers, while gaining familiarity with complex network architectures, including topology definition and OPC UA communication integration with external systems.
Knowledge of technological objects will enable you to effectively manage process dynamics related to PID control and Motion Control.
Advanced features of SIMATIC HMI Unified operator interface and supervision systems will also be explored, with a particular focus on process control and interactive information management.
Objectives
Leverage all the capabilities offered by TIA Portal
Design complex PROFINET network architectures
Control a SINAMICS drive using technological objects
Implement advanced functionalities on a SIMATIC HMI operator control and monitoring system
Develop basic Safety Integrated systems
Create customized diagnostics for your automation system
Type
Online-Training
Duration
24 hours
Language
it
Target Group
System integrators
Commissioning personnel
Service personnel
After-sales staff
Content
Software Units
Advanced instructions in the SCL programming language (Peek, Poke)
Advanced pointers: Variant and Reference
Network topology and PROFINET IRT communication
OPC UA communication between PLCs and between PLCs and external systems
Advanced diagnostics (software diagnostic instructions, introduction to SIMATIC PRODiag)
Advanced concepts of Fail-safe systems: software modifications, PROFISAFE communication between PLCs
SINAMICS drives (management via technological object, Trace, STO safety functionality)
Introduction to Multiuser for Team Engineering
Theoretical knowledge will be deepened through numerous practical exercises on a TIA system model. This includes a SIMATIC S7-1500 automation system, a SIMATIC ET 200SP decentralized I/O system, a SIMATIC WinCC Unified operator control and monitoring system, a SINAMICS G120 drive, and a conveyor belt model.
Prerequisites
TIA-INT2 course or equivalent basic knowledge of automation systems.