In Revit 2013, both ducts and pipes have introduced enhanced routing configuration features, significantly improving the efficiency of designing complex pipeline systems. Let’s use pipelines as an example to explore this new functionality.
First, let’s examine the interface changes:
As shown in the image below, when you click Edit Type, you will notice noticeable differences in the dialog boxes between Revit 2012 and Revit 2013:
In the 2013 version, under the Pipes and Fittings group, a new section called Configuration of Piping System has appeared. Meanwhile, the parameters previously found under the Pipe Fittings family category are no longer present.
Additionally, the Mechanical group has been removed.
When you click Edit in the 2013 version, a new dialog box appears, as illustrated below:
This dialog reveals an additional hierarchical level within the previous Pipeline Type, called Pipe Section. This allows multiple pipe segments to be defined within a single pipeline type.
This feature addresses common challenges encountered during pipeline design, such as variations in pipe size, materials, connection methods, and fitting selections. Through the Configuration of Piping System, multiple pipeline segments can be configured within the same pipeline type. As a result, when selecting this pipeline type for drawing, the pipeline is created efficiently based on these configuration rules—eliminating the need to switch between pipeline types constantly.
For example, when designing fire protection piping, different connection methods may be required depending on pipe size: smaller pipes might use threaded connections, while larger pipes utilize flange connections. You can configure the piping system accordingly—using steel-plastic composite pipes with threaded connections for sizes ranging from 15 to 100 mm, and cast iron pipes with flange connections for sizes from 100 to 400 mm.
Once the configuration is complete, simply select the Firefighting pipeline type. This allows you to draw pipelines of various types effortlessly to achieve the desired design.
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