![]() ![]() Adding the control schematics that actually show the wiring for these motor starters will have to wait. ![]() The panel is a long lead-time purchase… you’ve got to get this thing on order and the panel design needs to show the motor starters. This assumes that you’ve created a first cut of your controls schematics first before you begin to do the panel layout design.īut what about the reverse work-flow? Let’s say you need to quickly add a couple motor starters to your custom enclosure design. We ended the previous tutorial with showing how AutoCAD Electrical can make it easy to pick and place panel footprint representations by simply picking from a “Schematic list”. Tutorial – Basics of ‘Smart’ Panel Layout (Part 2) Tutorial – Basics of ‘Smart’ Panel Layout (Part 1) Note: links to the summaries of the first and second parts of the webcast are here: It might serve as a simple overview / tutorial of this AutoCAD Electrical feature. This posting is a brief summary of what Dustin covered in the middle part of the hour-long webcast. ![]() I helped put the demo together and was responsible for real-time Q & A support while Dustin was “on stage”. Reverse work-flow: design panel layout first, then drive schematics from the list of panel layout components.Īutodesk’s Dustin Clark hosted a webcast earlier this month that focused on AutoCAD Electrical’s ‘smart’ panel layout feature. ![]()
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