![]() In any case, the family will be built the same, but “push/pull” options are slightly different once the family is placed into the model. Wall based or other options can be used here, so pick what works for to maintain company standards. This will add the ability to move the plan symbol away from the hosting wall or entity.Ĭreate a third family using the Generic Face Based or the Generic Model template. Add an instance parameter to the dimension and name it “Offset From Wall”. Add a dimension from the reference line to the horizontal reference plane in “Family_AA”. Using an aligned dimension or the Align tool, lock the nested receptacle family to the reference line. ![]() Draw a horizontal reference line under the symbology, and make it a weak reference. Place the nested symbology above the horizontal reference plane in Family_AA, but centered on the vertical plane. Load “Family_A” into “Family_AA” to create a nested family. Use the generic annotation family template again. Using detail lines draw the plan symbol at the size it would be on a plotted sheet.Ĭreate another generic family. Use the generic annotation family template provided with Revit. Using a receptacle family as an example, this article will demonstrate how to do just that.īegin by creating the symbolic annotation family of the plan symbol. That is unless the symbolic part of the family can be independently moved from the modeled component. Because it is oversized placing receptacles close together in the model causes the plan symbols to overlap. It has to be to effectively convey the receptacle type and still be readable at an 1/8th scale. The symbolic representation on a receptacle, for example is larger than the actual 3 dimensional modeled receptacle used for elevations and interference detection. ![]() #5 Scott Brisk has listed everything about connectors on his Blog Revit MEPĮlectrical construction documents depend upon the use of symbolic representations of devices in plan view. #3 Shawn Zirbes wrote ab article for AEC BytesĬreating Parametric Families in Revit MEP, This is a great first family for young MEP types. Getting into the Flow: Understanding Connectors in Revit MEP Content ![]() Thanks to the Building Coder for posting it online. #1 Martin Schmid's AU class back in 2008 is still very valid and incredibly comprehensive. To help provide the best information I am providing links to the places I have gone over the years to figure it out. ![]() They can also be really confusing and have a ton of data behind them. They collect and pass information about system types and flows of air, fluid, and electricity. Connectors is what makes Revit MEP different than all the other flavors of Revit. ![]()
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