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PLC and HMI Development with Siemens TIA Portal

PLC and HMI Development with Siemens TIA Portal

By : Liam Bee
4.6 (18)
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PLC and HMI Development with Siemens TIA Portal

PLC and HMI Development with Siemens TIA Portal

4.6 (18)
By: Liam Bee

Overview of this book

With automation requirements on the rise, Siemens’ TIA Portal development environment is almost a necessity for any automation engineer. The Totally Integrated Automation (TIA) environment helps seamlessly integrate all things automation, from PLC hardware and software design to HMI development. This book helps you understand the tools available in the TIA toolbox and shows you how to write code effectively. The book begins by introducing you to the TIA environment, covering the layout and tools available. Once you’ve got to grips with the environment, you’ll find out how to create hardware to write programs against, including adding IO modules and assigning memory for input and output. Next, you'll develop logic in all of the languages that TIA Portal offers, such as Ladder, Function Block Diagram, and Structured Text (SCL) (note that Statement List is not covered as a deprecated language), as well as the newest language, Cause and Effect (CEM). You’ll also discover how to store standard code in libraries, creating a version control system that is easy to manage and aids standard design. Finally, following the PLC design chapters, you’ll learn how to develop HMI applications in TIA Portal’s latest unified hardware. By the end of the book, you'll be well equipped to use all of the features that TIA Portal V17 offers.
Table of Contents (21 chapters)
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1
Section 1 – The TIA Portal – Project Environment
5
Section 2 – TIA Portal – Languages, Structures, and Configurations
11
Section 3 – TIA Portal – HMI Development
16
Section 4 – TIA Portal – Deployment and Best Practices

Considerations that have an impact on usability

When creating standard control objects, there are many different aspects to consider. Key items are listed here:

  • How flexible does the control object need to be?
  • How likely is it that the control object will need to be modified?
  • What does the control object interact with?

These sorts of questions can alter the approach that is taken for the control object being developed.

How flexible does the control object need to be?

A good example of a flexible control object would be an analog scaling standard control object, as illustrated in the following screenshot:

Figure 6.28 – Interface for a standard control object that controls analog scaling

The Scaling_Manager interface pictured in Figure 6.28 has many different inputs that exceed the basic requirements to scale a value. This particular control method is capable of performing the following additional methods:

  • Scaling beyond...

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