A device for distributing granular material to a variable number of lines, comprising: - a housing, which extends along a longitudinal axis and which accommodates a housing interior having at least one rotationally symmetrical part, having at least one inlet opening and a first outlet opening, which is arranged distanced from the inlet opening along the longitudinal axis and to which there is connected a first number of lines, and having at least one second outlet opening, which is arranged between the inlet opening and the first outlet opening and to which there is connected a second number of lines, wherein at least the second outlet opening is located within the rotationally symmetrical part extending with its axis of symmetry along the longitudinal axis, - a rotor arranged in the housing interior, extending with at least partial engagement within part of the rotationally symmetrical part along the longitudinal axis and arranged rotatably about same, said rotor having at least one pushing wall directed radially inwardly towards the longitudinal axis and/or protruding radially from the longitudinal axis, which pushing wall pushes the granular material in a rotary movement about the longitudinal axis by means of one of its two opposite sides (41, 42) respectively in each of the opposite directions of rotation of the rotor, - at least one portion (05, 51), arranged on one side of the pushing wall protruding in the circumferential direction, of a lateral surface emulating the rotationally symmetrical part of the housing interior at least in the region of an outlet opening, on which portion (05, 51) the granular material is transported past the at least one outlet opening as it is pushed in a direction of rotation of the rotor, and - in the region of the same outlet opening, the opposite side of the pushing wall, and in the region of another outlet opening, the same side of the pushing wall are free from corresponding portions (05, 51, 52) of a lateral surface emulating the rotationally symmetrical part of the housing interior at least in the region of the outlet openings (117, 118). - a housing, which extends along a longitudinal axis and which accommodates a housing interior having at least one rotationally symmetrical part, having at least one inlet opening and a first outlet opening, which is arranged distanced from the inlet opening along the longitudinal axis and to which there is connected a first number of lines, and having at least one second outlet opening, which is arranged between the inlet opening and the first outlet opening and to which there is connected a second number of lines, wherein at least the second outlet opening is located within the rotationally symmetrical part extending with its axis of symmetry along the longitudinal axis, - a rotor arranged in the housing interior, extending with at least partial engagement within part of the rotationally symmetrical part along the longitudinal axis and arranged rotatably about same, said rotor having at least one pushing wall directed radially inwardly towards the longitudinal axis and/or protruding radially from the longitudinal axis, which pushing wall pushes the granular material in a rotary movement about the longitudinal axis by means of one of its two opposite sides (41, 42) respectively in each of the opposite directions of rotation of the rotor, - at least one portion (05, 51), arranged on one side of the pushing wall protruding in the circumferential direction, of a lateral surface emulating the rotationally symmetrical part of the housing interior at least in the region of an outlet opening, on which portion (05, 51) the granular material is transported past the at least one outlet opening as it is pushed in a direction of rotation of the rotor, and - in the region of the same outlet opening, the opposite side of the pushing wall, and in the region of another outlet opening, the same side of the pushing wall are free from corresponding portions (05, 51, 52) of a lateral surface emulating the rotationally symmetrical part of the housing interior at least in the region of the outlet openings (117, 118).