Software Review: Software Fosters Mechatronic Research

Dec. 1, 2008
We use Eplan Electric P8, a system architecture that supports the philosophy of object-oriented engineering across disciplines.

Dr. Dirk Schaefer, Asst. Professor, George W. Woodruff School of Mechanical Engineering, Georgia Institute of Technology, Savannah, GA,  [email protected]

At Georgia Tech Savannah, our research group studies the best way to smooth the flow of information between electrical and mechanical design in the context of control design and plant engineering. As part of this goal, we conduct cutting-edge research in the integration of ECAD and MCAD. To support our activities, we use Eplan Electric P8, a system architecture that supports the philosophy of object-oriented engineering across disciplines.

Software plays a part in our research on cross-disciplinary collaborative design and the manufacture of mechatronic products. We currently focus on bridging electrical and mechanical design methods on a conceptual level. In particular, we seek to establish synchronous bidirectional communication between ECAD and MCAD systems in distributed CAE settings. Key research questions include: How can mechatronic products be designed in an integrated way as opposed to using domain-specific design approaches? And, how can separate mechanical and electrical information models be unified into an integrated mechatronic product model? Lastly, how can the unified model be used in global CAE environments to design mechatronic products more efficiently?

Notably, Eplan makes our work easier by providing a wizard that walks users through all the steps necessary to get started on a new project. In addition, the software includes a number of predefined templates for projects, pages, and macros. Users can also define their own templates, either from scratch or based on previous projects, a feature we find quite helpful.

Many of our experiments involve directly linking Eplan to different MCAD systems. The point is to automate the updating of the electrical or mechanical data model of a mechatronic product based on a design change made on either side. To do this, it takes the capability to develop our own functions and features through the API. The Eplan API is modular and supports VB, C++, and Java .NET, all high-level standard programming languages.

Eplan communicates with external software through an API and by Eplan’s use of Microsoft Access for database management. This simplifies cross referencing between information categories and makes references easy to see. Also useful is the capability to create custom variants of components, to set up option lists for alternative system configurations, and customize database attribute categories.

Because many collaborative ECAD and MCAD environments are global, it also helps that Eplan provides built-in symbol libraries covering ANSI, JIC, NFPA, IEC, and DIN standards. A highlight for our diverse group of international researchers is the capability to change between the JIC and IEC electrical standards, a feature which significantly makes us more productive. Along the same lines, we appreciate that the interface is easily customized whether it’s in English, German, Chinese, or one of many other languages.

Also helpful in a global environment, Eplan’s modules readily exchange electrical, fluid, instrumentation, measurement control, and enclosure design information. The elegantly linked databases effectively handle the data. Graphical components link to specific devices as well as to internal and external industry part numbers. And, as to be expected from an object-oriented system, changes in components inherit previous part information, and changes in part information propagate to associated components. Furthermore, links between multiple instances of a component provide valuable information from any instance of that component such as related drawings. With an option to define new categories for part information, the software lets users store information for electromechanical parts to supplement MCAD models.

Eplan targets professional engineers in industry who can quickly become familiar with using the high-end system. Novice users, on the other hand, would face quite a steep learning curve. In basic design activities, we have not encountered any significant issues. Occasionally, the odd message box pops up in finest German, but that problem can be considered negligible.

Overall, we are satisfied with Eplan because it provides a modern and innovative CAE environment in which to conduct research. The developer’s service is excellent and provides advice on the best system configuration, system installation, and training. As researchers, we especially appreciate the service because we definitely are not the standard industrial customer.

Sponsored Recommendations

From concept to consumption: Optimizing success in food and beverage

April 9, 2024
Identifying opportunities and solutions for plant floor optimization has never been easier. Download our visual guide to quickly and efficiently pinpoint areas for operational...

A closer look at modern design considerations for food and beverage

April 9, 2024
With new and changing safety and hygiene regulations at top of mind, its easy to understand how other crucial aspects of machine design can get pushed aside. Our whitepaper explores...

Cybersecurity and the Medical Manufacturing Industry

April 9, 2024
Learn about medical manufacturing cybersecurity risks, costs, and threats as well as effective cybersecurity strategies and essential solutions.

Condition Monitoring for Energy and Utilities Assets

April 9, 2024
Condition monitoring is an essential element of asset management in the energy and utilities industry. The American oil and gas, water and wastewater, and electrical grid sectors...

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!