(V2.8) LOOP-PRO TUNER v2.6.7508 (Released 7/27/2020)

(V2.8) LOOP-PRO TUNER v2.6.7508 (Released 7/27/2020)

Feature Enhancements

LOOP-PRO TUNER

  • Added Tooltips around slider bar to match LOOP-PRO DEVELOPER            

  • Fix an issue where carriage returns were not allowed in the notes text on the TUNE Tab. 

  • Enabled Support for FIPS Compliant Encryption for Activating Licenses

  • Fix an issue that would incorrectly show that 100% of server space has been scanned after hitting the refresh button in the Loop Scan tab

  • Improve the Setpoint Response Simulation Code to handle large PV and CO Ranges

  • Fixed an Issue where some tuning sessions were unable to be restored.

  • Added support for PID with Filter Tuning Calculations in LOOP-PRO TUNER

  • Adding a Legend to the LOOP-PRO TUNER Statistics - Power Spectrum Trend and fixed an issue with the check box selector

  • Fixed an issue where the LOOP-PRO TUNER trend history would get Reset back to 5 minutes when moving back and forth between tabs

  • Fixed an issue where modifying a loop on the Saved Loops Tab would automatically expand all the folders

  • Fixed an issue with D3 Loop Optimizer where the PID controller settings were not being written to the UDB

  • Improved Support for 200+% Font Sizing Scaling in the LOOP-PRO TUNER Configuration Tool

  • Fixed an issue where a offline TUNER saved session did not correctly restore the controller form or existing tuning values

  • Added Axis Labels to the PID Response Trend on the Tune Tab of LOOP-PRO TUNER

Case Studies Module

  • Case Studies – Added the Controller ID to the Adjust PID Controller Dialog

  • TRAINER Product – Updated Licensing to Support Academic and Commercial Training Offerings

  • Added Discrete, Decoupler and Smith Predictors to the Case Study’s Controller Library

  • Fixed an out of memory exception that would occur when multiple simulations were running at the same time

  • Fixed the Axis Label and Pens on the Multi-Tank Process Simulations

  • Fixed an issue where the PID with Filter Simulation Code was not applying enough derivative filtering

  • Fixed an issue where the Filter Time on Sensor wasn’t saving it’s value.

  • Fixed an issue where the plot options setting for changing the line thickness was not getting properly applied.