Tuesday, May 22, 2012

Download Software Electrical Control Techniques Simulator (EKTS)

EKTS Features

  • Design and test Electromechanical circuits
  • Study working principles and analyse current flaw process through circuit
  • Design custom motor circuits using different motor types together
  • Take print out of circuit or save as image for preparing study materials
  • Supports GIF, BMP, JPEG, PNG image formats
  • Test circuits before applying them on the plant
  • List used elements to define their configuration
  • Find exact location and cause of error
  • User interface in English, Turkish, Bulgarian and Farsi languages.
    * Click here to download language pack (Bulgarian added in 13.02.2006 thanks to N.Delchev, Farsi added in 13.11.2007 thanks to Hamid Reza)

Description

Electrical Control Techniques Simulator - EKTS is a simulator for designing Electromechanical Systems. It allows you to design variety of electromechanical systems using relays, time relays, buttons, motors, switches and some basic mechanical systems. EKTS allows building custom motor circuits using different motor types in different quantities. Main usage of this simulator is aiming to teach basics of Electromechanical systems, therefore it have error pointing feature which shows exact location of error and cause of that produces error. Other useful feature is listing all used circuit elements for calculating price and defining parts that will be used. EKTS doesn't calculate current flaw and power distribution in through circuit elements therefore it doesn't guarantee having same result in real environment. We strongly recommend having approval of supervisor before applying designed circuits on real environment.

Requirements

To install and run EKTS Microsoft .NET Framework is required. Microsoft .NET Framework file dotnetfx.exe can be downloaded from Microsoft web site.
How to get .NET Framework

Future Suggestions

  • Make animated and interactive flash (swf) output of designed circuit for using in presentations and web sites
  • Calculate current flaw through connections
  • Add motor electronic specifications and load motors with some force
  • Allow to build custom systems like manufacturing robotics with variety of sensors and mechanical parts
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