Simulation of a synchronous hydrodynamic system based on a throttle flow divider of a non-valve type

Hydraulic drives, which for the most part is multi-circuit and branched, are widely used in hydraulic drives of modern mobile equipment and technological equipment. To synchronize the operation of mechanisms driven by a single power mechanism, throttle flow dividers are used. The article discusses various options for the functioning of the hydrodynamic system, as well as the device of the throttle flow divider. The dynamics of the synchronous hydraulic system based on throttle dividers is presented and the design scheme is described. The time integration of pressure values at various points, the values of movement and position of the moving element in space, the speed of movement in space and the values of velocities in real time and scale is carried out. The conclusion is made about the influence of system parameters on the selection of parameters of a suitable throttle flow divider