This course provides a basic knowledge for the SIMOTION system and enables commissioning engineers, design engineers and programmers to start
up, configure and program the SIMOTION control
system. The course is designed with practical exercises that aid in quickly familiarizing attendees with the
handling of SIMOTION control.
The SIMOTION platform is designed to be supported by either a D435, P350 computer or a C230-2 motion
control module. This course will utilize the D435 motion control module and the SINAMICS servo drive controller for all exercises. Any differences between the P350 and the C230-2 motion control module hardware and
functionality will be discussed.
Computers with pre-loaded SIMOTION software will be provided for the exercises.
This course is 65% hands-on exercises which are
targeted at developing an understanding of SIMOTION functionality and programming concepts.
Objetivos
Upon completion of this course, the student shall be able to:
Navigate the SIMOTION TIA SCOUT desktop.
Commission the SINAMICS servo controller for use with SIMOTION.
Create, document, test, and troubleshoot a
SIMOTION program.
Properly utilize the various types of SIMOTION tasks, such as the background task, interrupt tasks, cyclic tasks, fault tasks and motion tasks.
Create and monitor system variables.
Interpret diagnostic codes and messages.
Modalidad
Curso presencial
Duración
4,5 días
Idioma
en
Dirigido a
This course is for SIMOTION system developers and users who are responsible for creating, commissioning, or maintaining SIMOTION based motion control
systems.
Contenido
Overview of the SIMOTION system.
Overview of the software/hardware release dates.
Hardware components of SIMOTION
Starting up the SIMOTION control
TIA SCOUT engineering system
Configuring axes - Drive optimization and SCOUT configuration
Programming in MCC and ladder and testing simple user programs
Example of ST programming
Communication and HMI - Connecting peripheral components to PROFIBUS/PROFINET via SIMOTION
Troubleshooting - trace function and monitoring variables.
