The most rational choice for your electrical design needs could probably be AutoCAD Electrical. Here, you’ll find out why many bold claims such as this one, can be read on different online CAD software reviews. AutoCAD Electrical is an Autodesk software specially made for Electrical, Instrumentation and Control System Designers. Its main purpose is to create and modify electrical control systems. Pre-programmed tasks and comprehensive symbol libraries promote design automation, better productivity, reduced errors, and more accurate information for your project designs.
For instances wherein Design Engineers produce electrical control systems using soft wares which are not deliberately designed for electrical design chores, they often end up doing most of the work manually just to get the job done. These will result to wasting valuable design and drafting time which means less productive work days. For an engineering design practitioner, any halts or delays during the design phase will create a domino effect on the entire project.
Since AutoCAD Electrical is a software which is specially designed to electrical control designers, it has built-in features and benefits that will let the users to intensely increase the efficiency during the project’s design phase while maintaining a smooth integration with the conventional AutoCAD environment. Based on a study, it was revealed that an increase in productivity of up to 80% can be achieved by shifting from AutoCAD to AutoCAD Electrical. AutoCAD Electrical helps manufacturers to market their products, consultants to finish their designs, and contractors to build the projects, ahead of time.
The generic CAD software tools being used by design engineers for their electrical controls design make them more prone to errors and design discrepancies. A software’s ability to eliminate errors before they even reach the fabrication floor can definitely be a significant advantage. AutoCAD Electrical includes automatic electrical-auditing capabilities that help designers to perform real-time analytics to identify problems before the project’s construction phase.
Aside from the strategic error-checking capability of AutoCAD Electrical, it also helps design firms to compete in the global marketplace by offering support both for regional and international standards (IEC, JIC, IEEE, NEC, AS/NZ, etc.). You can also use your client’s own standards. There are around 350,000 components from the industry’s leading vendors and more that 3,000 intelligent PLC I/O modules. A comprehensive library containing popular manufacturer components is available on AutoCAD Electrical, enabling users to produce a standard-based, consistent designs.
Upon design’s completion. It is necessary to share accurate design and parts information with the panel builder. Creating sophisticated parts lists, bill of materials and cable schedules using software that is not built specifically for these tasks can use up a lot of valuable time and resources. AutoCAD Electrical includes vigorous automated reporting tools in order for the design data being shared with subsequent users to be correct and up to date. In addition, AutoCAD Electrical is firmly integrated with AutoDesk Data Management applications, which enables efficient secure exchange of design data and promotes earlier collaboration between design and manufacturing workgroups.
AutoCAD Electrical allows both the Mechanical and Electrical teams to work together as a team by enabling easier sharing of electrical design intended for cables and conductors directly with other team members using Autodesk Inventor® software. This adds valuable electrical controls design information to the digital model.
Users can also publish DWF files directly from AutoCAD Electrical and securely coordinate on 2D and 3D designs with customers, suppliers, and external users. Different workgroups can manage and track all components of a digital prototype with the free Autodesk® Design Review software, the fully digital way to review, measure, mark up, and track changes to designs enabling better reuse of critical design data, management of BOMs, and collaboration with other teams and partners.
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