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Advanced tools for interactive PID design and tuningAdvanced tools for interactive PID design and tuningAdvanced control schemesAdvanced control schemesMature PID autotuners ready for industrial transferMature PID autotuners ready for industrial transfer
  • PIDlab
  • Virtual labs

Virtual labs

Try now the advanced function blocks and schemes without any installing. You need only a web browser. Virtual labs are totally free of charge. Presented blocks and schemes can be used immediatelly on real application. We are ready to create custom virtual labs for your specific plant or machine (suitable for demonstration, web based education or trainee purposes). If you are interested feel free to contact us.

  • PID controller tuning
    • PID Control Lab 3.1
  • Function blocks demos
    • PIDMA - PID controller with pulse autotuner
    • PIDAT - PID controller with relay autotuner
    • PSMPC - Pulse step predictive controller
    • ZV4IS - Zero vibration input shaper
    • ZV4IS - Zero vibration input shaper
    • SC2FA - selftuning controller for oscillating systems
    • SMHCCA - Heating cooling temperature controller
  • Advanced control schemes
    • Smith predictor for dead-time dominant processes
    • Pulse width modulation simulation
    • Bumpless transfer demo
    • Stepping controller
    • Split range control
    • Floating control
    • Center seeking control
    • Cascade control with bumpless mode transfer
  • Robotic 3D models
    • Furuta pendulum
  • Step-by-step: Running the virtual laboratories

Virtual labs

  • PID controller tuning
    • PID Control Lab 3.1
  • Function blocks demos
    • PIDMA - PID pulse autotuner
    • PIDAT - PID relay autotuner
    • PSMPC - Predictive controller
    • ZV4IS - Zero vibration input shaper
    • ZV4IS - Zero vibration input shaper
    • SC2FA - selftuning controller for oscillating systems
    • SMHCCA - Sliding mode controller
  • Advanced control schemes
    • Smith predictor
    • Pulse width modulation
    • Bumpless transfer demo
    • Stepping controller
    • Split range control
    • Floating control
    • Center seeking control
    • Cascade control with bumpless mode transfer
  • Robotic 3D models
    • Furuta pendulum
  • Running the virtual laboratories
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