Counting and diagnostics system for wheelsets of railway rolling stock

Background. Upgrade of wheelsets counting and diagnostic systems at high speeds. Aim. Improvement of precision and quality of wheelsets diagnostics. Materials and Methods. A combination of new designs of the Shtanke magnetoinduction sensor with a microprocessor signal generation unit is proposed. The work employed mathematical modeling using Fourier series and delta-Dirac function. Results. Software algorithms for calculating and assessing the mechanical condition of wheelsets of rolling stock at high speeds are developed. Conclusion. A new system for counting and assessing the mechanical condition of wheelsets improves the quality of diagnostics of rolling stock at high speeds.