dll_inputs and dll_output_correction changes. Old value is in parenthesis, then the new value.property_selector_type and other tables from shared-xxx schemas.insert_components are now evaluated continously, not only when the component is added to the unit. This means that if the dll_component_calculator changes from a single flow section (inlet => outlet) to for example MixingBox (inlet + additional => outlet) or a SplitBox (inlet => outlet + split), the new air streams are automatically added to the graph using insert_components. When switching back to single flow calculator the extra air streams are removed.field_formats table.design_fanSizeWheelDepth) for calculating discharge area (used for theoretical dynamic pressure drop and installation losses).#1656 Added design_shaftPower to fan. We now have the following specifications for fans:
design_inputPower Power supplied from mains to the motordesign_motorEfficiency Efficiency of the motordesign_shaftPower = design_inputPower * design_motorEfficiencydesign_staticImpellerEfficiency = (design_staticPressureWithLosses * design_inletVolumeFlow) / design_shaftPowerdesign_totalImpellerEfficiency = (design_totalPressure * design_inletVolumeFlow) / design_shaftPowerdesign_staticEfficiency = (design_staticPressureWithLosses * design_inletVolumeFlow) / design_inputPowerdesign_totalEfficiency = (design_totalPressure * design_inletVolumeFlow) / design_inputPowerbom_itemforceHygromatikHPHHygromatik_HPS,Hygromatik_LPSHygromatik_DefaultPolybloc_StainlessSteelV4A,Polybloc_PolymerABS,Polybloc_StainlessSteelV2APolybloc_Counter_14HygromatikSteamHygromatic_Heater,Hygromatik_Electrode,Hygromatik_SLE,Hygromatik_SLH,Hygromatik_FLE,Hygromatik_FLH...Hygromatik_Vortexforceforceforce