Simple PID tuning Generator (BETA)

A simple Ziegler-Nichols PID tuning generator that helps you find optimal P, PI, PD, or PID controller values based on the closed-loop oscillation method. Enter your system's ultimate gain and period to get recommended tuning parameters quickly and easily.

How to use the Ziegler-Nichols method to tune your PID controller

In your controller, start by setting I (integral gain) and D (derivative gain) to zero.
Then, slowly increase P (proportional gain) until the system reaches a stable oscillation.
This P value is your ultimate gain, K_u.
Next, measure the period of the oscillation, T_u. Finally, use the Ziegler-Nichols method to find the optimal P/PI/PD/PID tuning parameters.

MEASUREMENTS

Method

Regulator

Ultimate Gain, K_u

Oscillation Period, T_u

RESULT

Gain Type	Value
K_p (Proportional Gain)

Parameter Table

Regulator	$K_p$	$T_i$	$T_d$	$K_i$	$K_d$
P	$0.5K_u$	-	-
PI	$0.45K_u$	$0.8\bar{3}T_u$	-	$0.54K_u/T_u$	-
PD	$0.8K_u$	-	$0.125T_u$	-	$0.10K_uT_u$
PID	$0.6K_u$	$0.5T_u$	$0.125T_u$	$1.2K_u/T_u$	$0.075K_uT_u$

NOTE: These values are only recommendations. You may need to adjust them based on your specific system requirements.

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