In this face-to-face course you will learn how to implement the diversity of engineering possibilities with new process control system SIMATIC PCS neo in a structured and efficient way. With the help of descriptive course documentation 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 the automation hardware including the distributed I/O with digital and analog signals in PCS neo and test the function with a real training device or in a virtual environment. In so doing, you will become familiar with the functionality for processing digital and analog signals in PCS neo.
After completing the training, you will be able to create, operate and test a simple yet technically correct and functional SIMATIC PCS neo project.
Objetivos
After this course you will be able to ...
operate the "PCS neo" engineering platform safely
configure the automation hardware including the distributed I/O (analog and digital)
understand how digital and analog signals are processed in "PCS neo"
to perform the engineering of blocks in CFC and sequencers in SFC
the handling of equipment engineering and libraries APL (Advanced Process Library)
set up and create the visualization for monitoring and control in WinCC
integrate user and rights management into PCS neo
gain initial experience of commissioning the model plant with real hardware
Modalidad
Curso presencial
Duración
5 días
Idioma
en
Dirigido a
Project manager, Configuring engineers
Programmers
Commissioning engineers
Technologists
Contenido
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
Included in the course price:
This course includes a 4-week Learning Membership for our digital learning platform SITRAIN access. With the Learning Membership, you can deepen or repeat the content of this Learning Event as well as continue your education on other interesting topics. As an introduction to the digital learning platform, we recommend the following learning path:
Basic knowledge of electrical engineering, open-loop and closed-loop control as well as process control technology.
Nota
The Learning Membership starts 7 days before the start of the course and ends 14 days after the end of the course. During this period, you have access to all of the more than 480 web-based trainings available.
