The invention relates to a hydrodynamic machine – comprising a bladed primary wheel that can be driven by a rotary shaft and a bladed secondary wheel, which together form a work chamber that can be filled or is filled with a working medium; - with a dynamic pressure pump for at least indirectly delivering working medium from the work chamber or from the hydrodynamic machine, wherein - the dynamic pressure pump has a first working medium inlet, which projects into the work chamber or an adjacent chamber that is connected in a working medium conducting manner, and has a first inlet opening which is aligned with the rotary shaft in the circumferential direction; and - the dynamic pressure pump has a second working medium inlet, which projects into the work chamber or an adjacent chamber that is connected in a working medium conducting manner, and has a second inlet opening which is aligned to the rotary shaft in the circumferential direction opposite to the first inlet opening; wherein - the first working medium inlet and the second working medium inlet are joined in a working medium conducting manner to a common working medium channel behind the two inlet openings. The hydrodynamic machine according to the invention is characterized in that the first working medium inlet and the second working medium inlet extend adjacent to each other in the same direction in the flow direction of the working medium, seen from the common working medium channel, separated by a separation wall.