Аңдатпа
This paper analyses the methods of fault diagnosis of induction motor in agriculture. The analysis covers modern technologies for measuring electrical parameters and fault detection, including stator winding insulation diagnostics. Particular attention is paid to the comparison of existing diagnostic methods in order to identify the most effective approaches adapted for use in agricultural motors where conventional methods may be ineffective. Internal and external factors of IM failures are considered, as well as opportunities to improve equipment reliability, reduce downtime and optimise production processes in agriculture. The conclusion emphasises the need for further research and development of new diagnostic methods that will contribute to improving the economic efficiency, reliability and environmental sustainability of agricultural equipment, which, in turn, will improve production processes and quality of life in rural areas.