Running work processes in parallel using integrated digitalization promises huge time gains in the development of new machines. Standardization provides the basis: You get a handle on the increasing complexity of applications, you can respond quickly to constantly changing customer demands, and you can guarantee consistent top quality in the development process. The Totally Integrated Automation Portal (TIA Portal) checks all the boxes.
Rely on an integrated engineering workflow with libraries in the TIA Portal
What does standardization in the TIA Portal mean for machine development? At the heart are libraries that you can utilize to put hardware data to use in a range of planning tools, have parts of the program code automatically generated, test the PLC code prior to commissioning, and exchange data via open interfaces.
Standardization is a basis for digitalization
The standardization process is divided into four stages: sharing hardware data, automatically generating program code, function tests based on simulation, and easy line integration using open interfaces.
Sharing Hardware Data
The Automation Markup Language (AML) enables the time-saving exchange of hardware data between the TIA Selection Tool, ECAD for electrical planning, and the TIA Portal for engineering.
Automatically Generate Program Code
By utilizing tools like the Openness Scripter or the TIA Portal Openness Configurator, you can automatically generate parts of the PLC code and display, saving you valuable engineering time.
Function Tests Based on Simulation
Using TIA Portal and S7-PLCSIM Advanced, you can simulate and test the PLC program and rectify any errors. The automation logic and behavior models of the machine can be simulated and optimized using SIMIT, NX MCD, and S7-PLCMSIM Advanced.
Easy Line Integration Using Open Interfaces
Support for industrial standards like OPC UA, OMAC PackML, and Weihenstephan makes it so much easier to integrate new machines into existing lines.
