Closed Loop Integral Gain

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• Proportional, Integral and Derivative Gain

  These tables allow mapping of the PID system, which controls the responsiveness of the Closed Loop Idle Control system. For information on how to tune PID systems, see the PID User's Guide. Proportional Gain In simple terms the Proportional Gain ...

• Closed Loop Tuning

  Basic Closed Loop Setup Procedure See Boost Control on how to get some basic parameters in place to allow the closed loop boost controller to operate. It is assumed that all the target boost levels are above the wastegate spring pressure. The ...

• Base - Closed Loop

  In Closed loop mode, the ECU can make adjustments to the idle control motor duty based on RPM feedback. This table should still be set so that the amount of Base Output results in your actual engine RPM matching your Target RPM. However, when it is ...

• Closed Loop Target Pressure

  Only available when Boost Control Mode is set to Closed Loop. ​ This table sets the boost pressure that the tuner would like to reach. The axes are user configurable and up to 4D mapping is available. For this example, a Haltech Trim Module is used ...

• Closed Loop Derivative Gain

  Boost Control Derivative Gain controls how the closed-loop system reacts to overshooting of the target. Typically not used or very low values are used for general boost control use.