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  1. SITRAIN Canada
  2. Process Control Systems - PCS 7 and PCS NEO
  3. NEO-BASIC - Description

SIMATIC PCS neo System Training for Beginners (NEO-BASIC)

  • With the help of descriptive course documentation and in combination with accompanying e-learning offers, you will become familiar with the system concept and the general system structure of SIMATIC PCS neo.
also available as Online-Training

Objectives

  • With the help of descriptive course documentation and in combination with accompanying e-learning offers, you will become familiar with the system concept and the general system structure of SIMATIC PCS neo.
  • You will configure the automation hardware including the distributed I/O with digital and analog signals in PCS neo and test the function in a real training device. In so doing, you will become familiar with the functionality for processing digital and analog signals in PCS neo.
  • In addition, you will configure an imaginary model system step-by-step and commission it virtually. You will learn how to handle the PCS neo engineering tools including SIMIT and the virtual controller on the basis of examples and practical exercises.
  • After completing the training, you will be able to create, operate and test a simple yet technically correct and functional SIMATIC PCS neo project.
Type Face-to-face training
Duration 5 days
Language en

Target Group

  • Project managers, project team members
  • Technologists
  • Configuration engineers, programmers
  • Commissioning engineers

Content

  •  
    • Basics: System overview, new concepts, installation, certificates
    • Hardware engineering with AS CPU 410-5H, distributed I/O and PROFINET, engineering station
    • The first process object: Engineering in CFC with blocks, display in the Monitoring & Control view with block icons and faceplates, downloading the program
    • Basic automation: Equipment engineering with equipment hierarchy, process objects of the APL, including spreadsheet engineering with queries and Excel
    • Use of the virtual controller and SIMIT for integrated testing and virtual commissioning
    • Use of Control Module templates: Templates and template variants
    • Configuration of sequencers: Elements, interconnections for basic automation
    • Visualization in Monitoring & Control: Engineering of process displays
    • User/rights management: User management, access rights for Engineering and Monitoring & Control views
    • Multiuser engineering with session model: Synchronizing changes, locking objects and areas

Prerequisites

  • Knowledge of the basics of process control engineering

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