The testing plant for stationary tests of railway vehicles consists of a mobile module of turning plate (101) consisting of the turning plate (102) fixed on the travel (103) and fitted with at least two adjustable wheel brackets (104) and at least one rotating hydraulic mechanism (105) and of mobile modules of twisting plant (106) and (107), where each of them consists of the main frame (108) fitted with four independent travelling wheels (109) and two vertically adjustable wheel brackets (110) connected via two lifting members (111) and setting mechanism (112) and it is furthermore fitted at least two load sensors (113) and at least two movement sensors (114), furthermore, it is fitted with at least two adapters (115) either lateral and/or longitudinal fitted to the wheel brackets (110). The mobile module of the turning table (101) consists of the travel frame (1) with radial bearing (2) installed axially on it, also with the turning table runner (3) to which at least two binders (4) are attached to which at least two wheel brackets (5) are installed, wherein the fork (8) fixed to the travel frame (1) has hydraulic cylinder (7) installed on one end and the other end has hydraulic cylinder (7) in the fork (9) attached on the turning table runner (3).
The procedure of the tests is controlled using software application installed on the control computer, where the movement is controlled using curves - pre-defined sequences that give direction of the movement and change to path or angle of rotation of the binder depending on time during which the track change and movement speed should occur, whereas the control system allows controlling of multiple modules at the same time, which is synchronized module control, and the position, path of individual wheel brackets or angle of rotation of the binder is displayed on the monitor of the control computer during their movement, whereas the curve operation starts by clicking on relevant button of the control panel shown on the control computer monitor and during the curve operation, the movement can be continuously controlled using the controls on the control panel and during the curve operation, the monitor displays also force values measured on the load gauges of the controlled module, whereas measurement data is saved in the measurement computer memory for further processing.