With the preview of the calculation output, STUDIO supports you in customising the calculation output.
In the Filter area, select the pressure levels and flow paths to be displayed in the output in the Drinking water section. In the Heating section, select the RV data and flow paths to be displayed in the output.
You can select the flow paths to be listed in the output in various ways.
The 3D view window displays a 3D overview of the currently captured or calculated drawing. The bidirectional link with the drawing ensures that the currently selected object is always visible in the drawing and in the view window.
The component Wastewater lifting unit is used to integrate components that are drained via the wastewater lifting unit in the drawing.
Drawing-specific settings relating to your calculation are set in the Design options dialogue.
You can divide a drawing into construction stages so that you can later create a material extract according to construction stages.
In the Edit and Calculate work perspective, your selection in the drawing is highlighted in colour. Section properties and component properties can be displayed and edited differently from the global project settings.
The component filter allows you to quickly filter the selected components in the drawing.
The predefined labelling features can be configured in the text field {Platzhalter} for features and constant text.
The CAD Performance Tool is a tool for the automated revision of plans to improve performance.
The Drainage areas window in the Drainage section is divided into two tabs.
STUDIO has a parameterised search function that supports you when searching for drawn sections and components in the drawing, when selecting smart blocks to insert and when selecting products.
You can configure the contents of the calculation output yourself in the print composition.
The pressure zones are selected by entering them in the text field or by selecting them from the drop-down menu. The pressure zones function is only available in the drinking water section.
By entering the flow path number(s) in the Flow paths field in the Filter area of the calculation output, the calculation output is limited to these flow paths.
You can use the drop-down menu to select three options for selecting flow paths.
If you call up the Select flow paths from table or drawing option in the drop-down menu, the Select flow paths dialogue opens. By activating the individual checkboxes in the tabular overview, you select the flow paths for the calculation output.
You can select the RV data (available raw friction pressure gradient) for individual flow paths to be listed in the output in various ways. The RV data function is only available in the Heating trade.
You can export or print the calculation output.
With the preview of the mass statement, STUDIO supports you in customising the printout of the masses.
STUDIO ’s Material Editor helps you to calculate your quantities quickly and easily.
The drawing of a diaphragm expansion vessel is a prerequisite for its design.
The options wizard guides you through the settings for the design.
Starts the plot wizard
The Project data dialogue contains project information for the current project, for example for the project cover sheet or to determine the rainfall donations.
In the Product sequence or Product selection dialogue, select the product sequence or a product for components.
Cross-project application settings are defined in the project and application settings.
The Room-based drawing window in the Drinking water and waste water section allows you to configure and display all rooms and room combinations within the drawing.
The Schematic Generator makes it possible to design a complete wiring diagram without any CAD experience. In a floor plan drawing, the Schematic Generator is not active.
The simulation is divided into a circulation simulation for hot and cold water and a water withdrawal simulation.
The Insert drawing reference function guides you through the settings for inserting a drawing reference.
The drawing of a water softening system is a prerequisite for its design.
