However, when designed properly, Revit can calculate flow and pressure drops in the network. This is an important step because without it, separation of primary and secondary loops will not work. In the process of design, you need to configure primary/ secondary loops and understand where to input data when defining the piping system. This is the read-only parameter and was added to the pipe parameters to indicate whether it is a boundary for the loop. The “Add Separation” Button and the Loop Boundary parameter has been added to pipes assigned to hydronic systems. The pressure drop is calculated independently for each loop. Hydraulic Separation is a continuation of the improvements added for closed-loop hydronic networks. Hydraulic Separation for Hydronic Piping Systems (Primary/Secondary) In this post we will take a look at how this hydraulic system separation feature works, how to enable visibility and how to set up parallel pump sets for these calculations. With this new version of Revit, complex networks can be separated into primary/ secondary loops using the Hydraulic Separation feature. The main improvement for mechanical engineering is in flow and pressure drop calculations for hydronic piping networks in hydraulic system loops and Parallel Pumps Sets (Duty/Standby). Vertical Text Alignment in annotation tab.Double fill for complex graphical rendering.Graphic Filters – added “or” variable in the view filters.Open Dialog Enhancement to show version of the Revit file. Revit 2019 has arrived, and with it comes a number of great new features and enhancements for different uses.
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