Solid Edge Electrical Design
Why choose Solid Edge Electrical Design?
Thanks to the seamless integration with Solid Edge, MCAD and ECAD engineers can work with a unique connected mode that enables them to them collaborate very effectively when required. Electrical routing of cables in 3D has never been so easy.
Solid Edge Electrical Design includes key electrical simulation capabilities. Functional verification and electrical sizing features result in reliable, optimized products that are 100% functional.
Harness Design and Manufacturing
Automates wire harness engineering to create designs that are 100% manufacturable. You can validate wire harnesses before the output of manufacturing data in industry-standard formats.
Electrical Panel Design
An intelligent control panel layout tools work at both the schematic and 3D model level, allowing you to switch seamlessly between the schematic and the physical representation of your electrical panel.
How Solid Edge Electrical Design enables collaboration across domains
A tightly integrated electromechanical solution, such as Solid Edge Wiring and Harness Design, enables collaboration across domains, freeing engineers from having to attend meetings to discuss changes introduced by manual errors. Using an intelligent design methodology, the impact of a change in both domains can be assessed in a collaborative environment, allowing engineers to do what they do best: innovate.
Solid Edge Wiring Design
A graphical design environment for creating wiring diagrams and service documentation. Features unique integrated electrical analysis and simulation that allow you to overcome electromechanical design challenges earlier in the design cycle.
Solid Edge Harness Design
A 2D graphical design environment for the harness and formboard design. Automates the complete design-to-production flow, significantly reducing production lead times and preventing manufacturing errors.
Solid Edge Electrical Routing
A dedicated, process-driven environment for the efficient creation, routing and organization of wires, cables and bundles in a 3D mechanical assembly. Enables the transfer of harness topology data between MCAD-ECAD environments, reducing time-to-market.
Tools for Electrical System Design
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