ANALYSIS OF AUTOMATION THROUGH MOISTURE MONITORING DEVICES IN INDUSTRIAL AND AGRICULTURAL FIELDS

This article explores the pivotal role of moisture monitoring device in the automation of industrial and agricultural practices. It provides an in-depth analysis of three primary types of Moisture monitoring device - Capacitive, Resistive, and Time Domain Reflectometry (TDR) - and discusses their respective principles, benefits, and limitations. Moisture monitoring device are integral to the automation of agricultural and industrial processes, offering significant benefits in resource management and productivity. Capacitive, Resistive, and TDR sensors each serve specific needs, from cost-effective solutions to high-precision applications. As technology advances, these sensors will increasingly drive sustainable and efficient practices in various fields, making them essential tools for future automation strategies. In addition, we will explore the different aspects of moisture monitoring device using software to analyze and manage the upcoming changes. It is important to analyze the role of such sensors in industrial and agricultural areas and to study solutions. In today's automated processes, it is necessary to ensure that all sensors and systems work without problems.