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702 students
Siemens Sinamics S120 Service and Commissioning
Siemens Sinamics S120 Service And Commissioning Course by Caner Sezer
Created byCaner Sezer
Last updated 11/2021
English
What you'll learn
- Fundamentals and overview
- STARTER project structure
- Control Units and additional system components
- STARTER connection to target device
- Booksize power units
- Control word, setpoint and device trace
- Topology
- Chassis power units and Cabinet modules
- Closed-loop control structure, servo mode
- Closed-loop control structure, vector mode
- Setpoint channel
- Diagnostics
- Basic positioner
- Drive-based safety functions
- Communication
- Further drive functions
- Support and training
- Exercises
- Comments And Notes
- Recommendation
Explore related topics
Course content
20 sections • 27 lectures • 9h 24m total length
Requirements
- Basic Knowledge of Siemens Product Family
- Required Siemens Programs to be Installed
- Basic Knowledge of Drives / Frequency Converters
Description
Hello everyone,
With this course from one collegue to another about Sinamics both Hardware And Software Side you will able to get information and for your future you will gain more experience during your business life. So from this point of view if you are interested with industrial automation sector, specially motion control area, Sinamics is one of the most commonly used product in industry.
From beginning step by step this course offers you complete walktrough. You will become familiar with the fundemental principle of a frequency converter, concenpt of modular sinamics s120 system, basic operating procedures of starter. You will become familiar with the other components of the sinamics s120 drive system such as Single axis devices, chassis units, cabinet modules, sensors and terminal modules, principle of line infeed operation : BLM, SLM, ALM, interconnect signals using the BICO technology.
You will know the rules of the drive-cliq topology, able to identify the firmware version of the components, know the differences between the set and actual topology, familiar with the rules for replacing modules. You will be familiar with the servo and vector operating modes, the operating principles of speed current and torque control, design of an induction motor, optimize the induction motor with stationary and turning measurement, signal characteristics in the speed setpoint channel.
You will become familiar with the various options for specifying the speed setpoint and how to influence it. You will be able to parameterize fixed setpoints, the motor potentiometer and the ramp-function generator.
You will be able to use the LEDs and the status display of the BOP20, work with fault memory and alarm history, change fault rections and trigger to faults, basics of closed-loop position control. You will be able to traverse the axis with a traversing program, parameterize and test the safety functions.
You will know the fundamental principle of data transfer between converter and Simatic S7, set up communications via Profibus on the basis of a standart telegram. You will become familiar with essential converter functions such as DC link voltage limiting and kinetic buffering, DCC programming language.
I hope you will enjoy this course.
With sincerely.
Caner Sezer.
Who this course is for:
- Target students are electrical electronic engineering with bach. deg.
- Computer Programmers
- Beginner of PLC software developers
- University students doing practice with project or lab