Python PID Tuner - Makes a model of the System from a Process Reaction Curve and calculates PID Gains

Overview

PythonPID_Tuner_SOPDT

Step 1: Takes a Process Reaction Curve in csv format - assumes data at 100ms interval (column names CV and PV)

Step 2: Makes a rough estimate for a SOPDT model and calculates Tuning values

Step 3: Trys to refine the model to minimize the error between the model and the actual data, and re-calculates Tuning values

Step 4: Runs a PID Simulation with the three sets of tuning parameters against the model

Note:

Kd is turned down due to the effect the D-Term can have in a noisy system. Common IMC Tuning methods are used. Random Noise (-0.5 to 0.5) is added to the system.

Damping Factor >1 is an overdamped system.

Damping Factor =1 is an critically damped system.

Damping Factor <1 is an underdamped system.

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