PROBLEM TO BE SOLVED: To provide a fluid distribution apparatus that has a simple structure and an inexpensive installation cost, rotates a flow channel selection body to distribute fluid, and can efficiently supply fluid to a plurality of pipes sequentially without reducing pressure.SOLUTION: Flow distribution ports 4a to 4d are respectively formed on end parts on inflow sides of elbows 3a to 3d connected to a plurality of outflow tubes through which fluid flows, the distribution ports are arranged on the same circumference inside a cylindrical body 2, a flow channel selection body 9 in which an opening 8 having an area corresponding to the single flow distribution port 4a is formed is connected to a geared motor 11, the flow channel selection body 9 is freely rotatably attached in the cylindrical body 2 such that the opening 8 of the flow channel selection body 9 sequentially communicates with the plurality of flow distribution ports 4a to 4d, an inflow part is formed on the opposite side of the flow channel selection body 9 opposing the flow distribution port 4a inside the cylindrical body 2, and the inflow part is connected to a fluid supply source provided outside.SELECTED DRAWING: Figure 2【課題】簡単な構造で設備費も安く、流路選択体を回転させて流体を分配して、複数本のパイプに順次流体を圧力を低下させることなく効率よく供給することができる流体分配装置を提供する。【解決手段】流体が流れる複数本の流出管に接続したエルボ３ａ～３ｄ流入側端部にそれぞれ分流口４ａ～４ｄを形成して、円筒体２の内部の同一円周上に配置し、この１個の分流口４ａに対応する面積の開口部８を形成した流路選択体９をギアードモータ１１に接続して、流路選択体９の開口部８が前記複数の分流口４ａ～４ｄを順次連通するように円筒体２内に流路選択体９を回転自在に取付け、円筒体２の内側の分流口４ａと対向する流路選択体９の反対側に流入部を形成して、ここを外部に設けた流体供給源に接続したものである。【選択図】図２
