For Personal Use For Industry UseNovember 3, 2011
Troubleshooting PLC Circuits 1 Now Available! more
October 5, 2011
New PLC Troubleshooting Software Available November 2011 more
June 28, 2011
Simutech Multimedia Exhibiting at NTI 2011 more
June 1, 2011
New Office Location for Simutech Multimedia! more
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A proven learning process, lots of hands on practice, real simulations, performace based evaluation...
The Troubleshooting Skills programs have been updated and improved to give you more flexibility and control!
Troubleshoot actual faultsSolve realisitc system defects on an advanced control system simulation.
New troubleshooting techniquesLearn new troubleshooting techniques and processes for solving faults.
More than 50 faultsFrom basic to advanced, over 50 challenging fault scenarios to solve.
Printable resourcesResources such as circuit diagrams, part lists, flowcharts, and worksheets.
Detailed feedback, comprehensive evaluationYour students get detailed feedback on their troubleshooting process and you get comprehensive evaluation tools to track their development.
Guided troubleshootingYour students will benefit by learning from the experience of an expert troubleshooter.
Instructor ResourcesInstructor Guides and Course Management software help you integrate the program into your course.
Troubleshooting Industrial Controls includes a realistic simulation of an industrial
process for mixing and processing liquids.
The simulated system uses 480 volts AC 3 phase for its power portion consisting of:
With over 50 faults to solve, that simulate both electrical and mechanical failures, your students will be able to interact with the simulation just like a real system. They will be able to:
Simulation FeaturesThe fluid processing system simulation is realistic and accurate, and has many features that make it an excellent tool for developing advanced troubleshooting skills.
European Standards OptionCustomizable regional settings offer the flexibility of two advanced industrial control system simulations.
You can choose to operate the system with either North American or European standards.
This option affects the design standards used for the simulation, the system voltage levels, and the circuit drawings found throughout the program.
With many types of defects your students will get practice troubleshooting
a wide range of potential problems.
The typical types of failures your students will encounter include:
Monitoring and FeedbackAs faults are attempted, each step a student makes is monitored for safety reasons.
Safety Error messages appear when students perform unsafe actions that could cause personal injury, break a safety rule, or break safe work practices.
The program also monitors testing procedures, and provides tips or warnings as required.
Track the development of each student's troubleshooting skills with comprehensive
evaluation for each fault and the entire program.
