hello I explore grated pressure in the hydraulic distributor.

In the laboratory received results

<span lang="en" style="font-size: 12pt;"><strong>description chart</strong> <span __jive_emoticon_name="happy" __jive_macro_name="emoticon" class="jive_emote jive_macro" data-renderedposition="373_142.234375_16_16" src=https://3dswym.3dexperience.3ds.com/media?id=Fz7-XZYUQoCnMN6aBye1Vw&v=eb33f8c715ccb31aef9c4590310e612d62470f886eb60c458ae763c32b3c9973 src="/2015.3.0.971481a/images/emoticons/happy.png"></span></span> <span style="font-size: 12pt;">left side: pressure [bar], bootom: <span lang="en">percent open <span style="color: #212121; font-family: arial, sans-serif;">distributor</span>  and <span lang="en">rights</span>  Volume flow rate  [L/min]<br><span style="color: #212121; font-family: arial, sans-serif; font-size: 12pt;"><span lang="en">showing that 20% of the pressure is:<br></span>intlet: 95 [bar]<br>outlet: 1[bar]<br><span lang="en">the new configuration of fluid in FlowSimulation:<br></span>Density: 900 kg/m^3<br>Dynamic viscosity 0.046 Pa*s<br><br>In the simulation my results with <span style="font-size: 12pt;"><span lang="en">Volume flow rate 16 [L/min] and static pressure outlet 1 [bar] and 20% opening</span></span>:<br>intlet 6 [bar]<br>outlet 1[bar]<br><img data-media-type="picture" data-position="center" data-size="large" data-media-id="Amm1GvOFTxe_4RJ7DX5uAg" style="width: 740px; height: 370px;"><br><br><span lang="en">You have any idea? <span __jive_emoticon_name="wink" __jive_macro_name="emoticon" class="jive_emote jive_macro" data-renderedposition="1272_153.890625_16_16" src=https://3dswym.3dexperience.3ds.com/media?id=Amm1GvOFTxe_4RJ7DX5uAg&v=bbc3888d99079f233bbca11002e9d2fd7b051eaa65bfdc5be82afb8447d5888b src="/2015.3.0.971481a/images/emoticons/wink.png"></span></span><br></span><br></span></span>