ELECTRIC.IE • The Magazine & Website for the Irish Electrical Industry • 41 Industry News example: adding shelf numbers to components within the Eplan article management system, allowing this information to be automatically included in project designs. Eaton also prioritised employee training to build a strong foundation. Designers now work from standardised template projects tailored to Eaton’s needs, selecting only the relevant elements for each case—saving time and improving consistency. Following Eplan’s recommendation, the first projects were “re-engineered” to align with the new methodology. Standardisation Sets the Standard From the outset, standardisation was key. As a pioneer in switchgear manufacturing, Hengelo not only develops new processes, but also shares them across other sites—while at times producing systems originally developed elsewhere. This bidirectional workflow makes standardised processes essential. That’s why Eaton implemented global engineering standards in cooperation with Eplan consultants and trainers. By using templates from the Eplan Data Portal and storing reusable subcircuits as macros, the company ensures consistent, error-free design output and avoids unnecessary rework. Automated, Connected Manufacturing Eaton has moved steadily toward its goal of standardised, automated engineering. The Hengelo plant now exemplifies efficient engineering, with a focus on using engineering data to power machines. Investments in Rittal machinery, such as copper busbar processors and a wire terminal capable of assembling up to 1,000 wires per day, are helping Eaton close the loop from design to production. In short, a clear vision, structured implementation, and strong collaboration have enabled Eaton to realise its ambition. For the Hengelo team, it all adds up to one powerful formula: Efficient Engineering with Eplan. www.eplan.co.uk Screenshots from the Eplan software used by Eaton.
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