model HydroMotor
extends HydraulicsByFluidon.Components.Base.PartialHydroMotor;
equation
hydroMotorInt.volume = dispVolume;
annotation (
Documentation(info = "<html>\n <p>Model of a hydro motor with fixed displacement volume and losses.\n </p>\n <p>\n <center><img src=\"modelica://HydraulicsByFluidon/Resources/Images/Components/Motors/HydroMotor.png\"></center>\n </p>\n <p>\n The main parameters of the motor are its <var>Displacement volume</var> and the <var>Rotational moment of inertia</var>.\n </p>\n <p>\n The losses are parameterised by providing volumetric and mechanical efficiencies <var>Volumetric efficiency</var> and <var>Mechanical efficiency</var> for a given operating point. \n The operating point is characterised by a reference pressure difference <var>Reference pressure difference</var> and a corresponding shaft speed <var>Reference speed</var>. \n Based on the entered values, the parameters of a laminar throttle (volumetric losses) and a linear damper (representing the\n mechanical losses) are determined automatically. Unlike the efficiencies, the parameters of these two elements typically do not vary\n significantly with the operating conditions.\n </p>\n <p>\n The parameter <var>Ratio external Leakage / total Leakage</var> allows to split the leakage between internal and external leakage. A gear pump e. g. typically has no \n external leakage, <var>Ratio external Leakage / total Leakage</var> has to be set to 0. In contrast, a piston pump has a significant external leakage\n (0.5 < <var>Ratio external Leakage / total Leakage</var> <= 1).\n </p></html>"),
Icon(
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end HydroMotor;