UNATTENDED FLUID TANK PUMP CONTROL SYSTEM USING PID CONTROLLER WITH ADAPTABLE USER-DEFINED SETUPS

Abstract

Utilizing LabVIEW coding and fluid dynamic principles, this research proposes a novel approach for power controlling and monitoring the fluid tank pump system. The system integrates a Proportional Integral and Derivative (PID) controller to power adjust the pump, achieving specific fluid level heights within user-defined time intervals. The system is designed to operate in both manual and automatic modes and is available for domestic purposes with unattended human monitoring. Furthermore, the proposed system can adapt to a wide range of user-defined setups of fluid level heights and time durations.