Testing the wear of wheelsets of EN97 series vehicles in terms of geometrical parameters of the wheel profile in two-year operation

Author:

Sawczuk WojciechORCID,Rilo Cañás Armando MiguelORCID,Kołodziejski SławomirORCID

Abstract

The article presents the results of wheel wear tests of selected EN97 series electric multiple units. In the tests carried out on the 14 vehicles mentioned above, which were driven on the same route, geometrical parameters of the profile of all wheels were recorded during periodic inspections. The analyzed data concerned the period of over two years of use, when the vehicles were delivered from the manufacturer to the carrier as new. In the form of graphs, cases of exceeding a given parameter in relation to the requirements set in the Maintenance System Documentation are presented, broken down into individual wheelsets. The article presents the results of operational tests, which show which wheel set parameters (wheel diameter, rim steepness, rim thickness, rim height, etc.) are most often exceeded and which are least. The analyzes of the geometric parameters of the wheel profile on the tested group of vehicles, which were used on the same route in the same period, clearly prove that the parameters most often exceeded are wheel diameter and rim steepness. These two exceeded parameters were the basis for turning the wheelsets.

Publisher

Lukasiewicz Research Network - Poznan Technology Institute

Reference21 articles.

1. Adamiec P, Witaszek M, Witaszek K. Wear intensity of tyre steels (in Polish). Scientific Journals of the Silesian University of Technology. Series: Transport. 1998;30:71-78. http://delibra.bg.polsl.pl/Content/50419/BCPS-54956_1998_Intensywnosc-zuzycia.pdf.

2. Documentation of the 33WE electric traction unit maintenance system (in Polish). Bydgoszcz, 04.2013.

3. Documentation (Technical and Operating) of the Electric Multiple Unit Type 33WE. PESA, Bydgoszcz 2011.

4. Far M. Technical characteristics of the electric multiple unit type 33WE (in Polish). Institute of Rail Vehicles. Poznań 2011.

5. Firlik B, Staśkiewicz T. Challenges and opportunities of tram wheel profile design. Proceedings of the Fifth International Conference on Railway Technology: Research, Development and Maintenance. Montpellier 2022.08.22-25. https://www.ctresources.info/ccc/paper.html?id=9652.

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