Difference between revisions of "Dp 361 en"

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[[Diplomové práce 2009]]
 
[[Diplomové práce 2009]]
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[[Image:361_dp_en.gif]]
  
 
This work deals with a possibility of an industrial Matlab model control using the
 
This work deals with a possibility of an industrial Matlab model control using the
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of a software component for communication between Matlab and PLCSim simulator,
 
of a software component for communication between Matlab and PLCSim simulator,
 
which makes it possible to control the model without need of expensive hardware.
 
which makes it possible to control the model without need of expensive hardware.
 +
 
After literature study and getting familiar with PCS7 system interface the project has
 
After literature study and getting familiar with PCS7 system interface the project has
 
been created for the model control in Matlab using the hardware PLC. Model control was
 
been created for the model control in Matlab using the hardware PLC. Model control was
 
tested using the Matlab model of “TecQuipment Coupled Tanks”.
 
tested using the Matlab model of “TecQuipment Coupled Tanks”.
 +
 
In second part of the work the Matlab environment connection and the communication
 
In second part of the work the Matlab environment connection and the communication
 
with the PLCSim environment has been tested. This solution makes the test possible without
 
with the PLCSim environment has been tested. This solution makes the test possible without
 
need of expensive hardware.
 
need of expensive hardware.
 +
 +
* '''Sochor Milan''', tel: +420 608 158 039, mailto:danahue@tiscali.cz

Revision as of 17:51, 5 May 2010

Control of Model Simulated in Matlab by PCS7

Author: Sochor Milan

Diplomové práce 2009

361 dp en.gif

This work deals with a possibility of an industrial Matlab model control using the PCS7 system and its usage in education. The work consists of two basic parts. In the first part a project in PSC7 system is created. The project is designed to use a redundant control system and implements the PLC-PC connection. The second part deals with programming of a software component for communication between Matlab and PLCSim simulator, which makes it possible to control the model without need of expensive hardware.

After literature study and getting familiar with PCS7 system interface the project has been created for the model control in Matlab using the hardware PLC. Model control was tested using the Matlab model of “TecQuipment Coupled Tanks”.

In second part of the work the Matlab environment connection and the communication with the PLCSim environment has been tested. This solution makes the test possible without need of expensive hardware.