| SI.Length | diameter (from PartialPump) | diameter_nominal | Impeller diameter |
| SI.Density | d_start (from PartialPump) | Medium.density_phX(p_b_start, h_start, Medium.X_default) | |
| Real | etaMech (from PartialPump) | 0.98 | Mechanical Efficiency |
| SI.Time | T_inertia (from PartialPump) | 5 | Equivalent hydraulic time constant |
| SI.Acceleration | g_n (from PartialPump) | Modelica.Constants.g_n | |
| SI.Power | W_eps (from PartialPump) | 1e-8 | Small coefficient to avoid numerical singularities |
| SI.Conversions.NonSIunits.AngularVelocity_rpm | N_eps (from PartialPump) | 1e-8 | Small coefficient to avoid numerical singularities |
| Real | nParallel (from PartialPump) | 1 | Number of pumps in parallel |
| Boolean | use_N_input | false | Get the rotational speed from the input connector |
| Modelica.SIunits.Conversions.NonSIunits.AngularVelocity_rpm | N_constant | N_nominal | Constant rotational speed |
| Characteristics: Based on single pump nominal conditions |
| Boolean | use_EfficiencyChar (from PartialPump) | true | =true then use efficiency characteristic else power |
| Nominal Conditions for Affinity Laws: Single pump basis |
| SI.Length | diameter_nominal (from PartialPump) | 0.1 | Impeller diameter |
| SI.MassFlowRate | m_flow_nominal (from PartialPump) | | Mass flow rate |
| Geometry |
| SI.Volume | V (from PartialPump) | | Pump internal volume |
| Initialization |
| SI.MassFlowRate | m_flow_start (from PartialPump) | 1 | Mass flowrate start value (single pump) |
| SI.Pressure | p_a_start (from PartialPump) | | Inlet Pressure Start Value |
| SI.Pressure | p_b_start (from PartialPump) | | Outlet Pressure Start Value |
| SI.SpecificEnthalpy | h_start (from PartialPump) | 1e5 | Fluid Specific Enthalpy Start Value |
| Initialization › Start Value: Specific Enthalpy |
| SI.Temperature | T_start (from PartialPump) | Medium.temperature_phX(p_a_start, h_start, Medium.X_default) | Specific enthalpy |
| Initialization › Dynamics |
| Dynamics | energyDynamics (from PartialPump) | Dynamics.DynamicFreeInitial | Formulation of energy balances |
| Dynamics | massDynamics (from PartialPump) | energyDynamics | Formulation of mass balances |
| Nominal operating point |
| SI.Density | d_nominal (from PartialPump) | 1000 | Nominal Liquid Density |
| SI.Conversions.NonSIunits.AngularVelocity_rpm | N_nominal (from PartialPump) | 1500 | Nominal rotational speed |
| Nominal pump characteristic |
| SI.VolumeFlowRate[:] | V_flow_curve (from PartialPump) | {0.0, 0.001, 0.0015} | Volume flow rate for given operating points (single pump) |
| SI.Height[size(V_flow_curve, 1)] | head_curve (from PartialPump) | {60, 30, 0} | Pump head for given operating points |
| SI.Power[size(V_flow_curve, 1)] | W_curve (from PartialPump) | {800, 1800, 2000} | Power consumption for given operating points (single pump) |
| Advanced |
| Boolean | checkValve (from PartialPump) | true | Reverse flow stopped |
