![]() ![]() ![]() Select a path pointing to your custom library/folder for the block and image file.Then select Done from the Symbol Builder tab.After selecting objects and picking an insertion point, be sure to choose a CHILD category and then select OK.Create the graphics for the child symbol.Then select a path pointing to your custom library/folder for the block and image file.After selecting objects and picking an insertion point, be sure to choose a PARENT category and then select OK.From the Schematic Tab, go to the Symbol Builder command.Create the graphics for the parent symbol.Here is a quick guide to creating the relationship between “Parent/Child” or “Sibling” symbols. But how do you set these symbols up? Some are set up for you "out of the box." Coils and contacts, for example. They are, in reality, one component with the same device ID (typically) and should be counted once in the BoM.Ī few examples might be part of your current designs.Īre you getting the idea? Make a change to one, and the other will update. A proximity switch shown on a PLC is also placed on a fluid power schematic. Why? To save you a bunch of work, both in the design and build/debug phases. If symbols are represented in multiple drawings, you can set them up to be tied together. Others include hydraulics, pneumatics, single line diagrams, wiring diagrams, etc. Examples include a switch in a P&ID drawing to an input on a PLC. ![]() So, how is AutoCAD Electrical allow for "families." Besides Parent/Child relationships, you can tie any symbols together with "Sibling" symbols. That is a perfect example of parent/child symbols. You have the coil and associated contacts shown on multiple pages of your schematic package. Who would have thought that AutoCAD Electrical is a “family” of sorts? Part of the power of AutoCAD Electrical is the ability to tie together various symbols that represent one component. ![]()
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