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I am using one of the PID vis supplied with the labview PID toolkit. The heaters are turned on and off via relays and are monitored by thermisters. The existing hardware based PID is bypassed and LabView based PID is designed12.

In this lab, students use LabVIEW to manually tune a PID controller based on the quality of the system response of the Aero plant. Proportional derivative compensator of the MD-TDOF-PID can be used to transform the the actual controlled production process such as large inertia and large delay system in industrial production or the object difficultly to control with unstable characteristics in open loop system into a first order equivalent controlled object with time delay, and the time constant of the equivalent object is much smaller than that of the actual controlled process.The simulation results show that compared with the traditional PID control and fuzzy variable parameter PID controller the MD-TDOF-PID controller has fast tracking ability and stronger robustness so that it can effectively improve the control performance of the system.Being based on the LabVIEW makes the interface more intuitive and field oriented ,and thevisa interface makes communication more compatible, and controller system can be directly applied to the scenewith simple structure and good real-time performance control. Hi, Im trying to write a PID temperature controller. LABVIEW BASED PI CONTROLLER Here for controlling level of process setup PID controller is used. Students will also be exposed to the expertise and knowledge regarding the control strategy required for qualitative tuning. In this paper,Aiming at the weakness that the commonly used traditional PID controller can not obtain good anti-interference ability and set value following performance, a two degree of freedom model driven PID controller (MD-TDOF-PID) based on Labview is designed.

Pid controller labview