Analysis of the Possibility of Using Indirect Methods for Measuring the Weight of the Load on the Lifting Drive

Analyzing Models for Indirect Load Weight Measurements in Electric Cranes. The primary objective of this study is to comprehensively examine and evaluate existing models utilized for indirect load weight measurements in electric cranes. In this pursuit, a thorough analysis of various approaches has been conducted to understand their effectiveness and limitations. The findings of this analysis illuminate a significant gap in the current body of knowledge surrounding this particular issue. It becomes evident that the problem of indirect load weight measurements in electric cranes remains inadequately addressed and underexplored within the academic and industrial realms. Interestingly, the proposed methodology for measuring cargo mass, while promising, has not yet been implemented in practical production environments. Despite its potential to enhance the reliability of cargo mass measurement systems, it has yet to be adopted by industry practitioners. In conclusion, this research underscores the need for further investigation and advancement in the domain of load weight measurements for electric cranes. By bridging the existing gap and overcoming the current limitations, it is possible to usher in more robust and accurate measurement systems, contributing to improved operational efficiency and enhanced safety standards.