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Electromagnetic compatibility

Mara Hofacker,

ebm-papst completes laboratory center

ebm-papst is underlining the importance of its research and development with the completion of a new test center in Mulfingen. The manufacturer of fans and drives has created new laboratory space for analyses and functional tests in the field of electromagnetic compatibility (EMC) on over 5,000m2.

Markus Mettler, Technical Operations Manager at ebm-papst and responsible for the construction (left), and Martin Schmitt, Head of Electronics Development, in the new building. © ebm-papst

ebm-papst invested 12 million euros during the 14-month construction period and focused on the regional construction industry. "Thanks to our selection of local companies, we were able to keep to the schedule despite Covid-19," says Dr. Stephan Arnold, ebm-papst Group Managing Director Research and Development. "This means we can start measuring operations as planned in the first quarter of 2021 and provide analytical support for the growing use of electronics in our products."

Martin Schmitt, head of the electronics development department at ebm-papst, explains: "In future, 50 employees from our electronics service areas will work in the new EMC test center. The shielding and absorber halls required for EMC measurement technology will take up a large part of the space. This enables shielding from external sources of interference on the one hand and the simulation of a free field on the other. "This makes it possible to carry out standard-compliant immunity and emission tests on test specimens with a size of up to 60 m³ and a weight of up to 3.5 tons," reports Schmitt proudly.

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The new ebm-papst laboratory center worth 12 million euros was completed. © ebm-papst

Thinking and acting sustainably is a high priority for the Mulfingen-based company. Under the guiding principle of "GreenIntelligence", this is reflected in its products, processes and corporate culture as well as in its new buildings. The new laboratories are heated and cooled using a combined heat, power and cooling system. Surplus heat, especially in the summer months, is used to drive absorption chillers. The rooms are heated and cooled largely via combined heating and cooling ceilings, which are characterized by high cold water temperatures and very moderate heating water temperatures.

"Thanks to a special interconnection of the air circulation systems and a highly complex measurement, control and regulation technology, we are able to save a total air volume of approx. 140,000 m³/h across all processes," says Markus Mettler, responsible for the construction at ebm-papst Mulfingen. "This has a positive effect on the consumption of the air conveying equipment as well as on the thermal treatment of the recirculated air and significantly minimizes the energy requirement."

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