#United States #Chicago #Schneider Electric #TeSys Deca #motor management

Schneider Electric Launches TeSys Deca Advanced at ProMat 2025

On March 17, 2025, Schneider Electric, a prominent player in the realm of digital transformation for energy management and automation, revealed the TeSys Deca Advanced contactor at ProMat 2025 in Chicago. The introduction of this advanced motor management solution signifies a groundbreaking shift towards greater reliability, energy efficiency, and operational simplicity, catering to the evolving needs of the Industry 4.0 landscape.

Enhanced Performance with Innovative Design

The TeSys Deca Advanced is not just another product on the market; it redefines motor control performance with its enhanced capabilities. Designed for a myriad of industrial applications, it features a streamlined wiring system and wide-band coil technology that accommodates control voltage inputs ranging from 24V to 500V AC/DC. This significant flexibility not only ensures the device can manage voltage fluctuations effectively but also contributes to lower energy consumption and reduced CO2 emissions.

Antonio Di Vaira, Senior Vice President of Power Products at Schneider Electric, emphasized the importance of innovation, stating, "Material handling, packaging, and logistics machinery must adapt quickly to the industry's rapid changes. With the TeSys Deca Advanced, we facilitate machine builders in optimizing their solutions while minimizing space and energy needs. This is about fusing advanced digital capabilities with operational simplicity."

Simplified Installation and Maintenance

Efficiency doesn't stop at performance; it extends to the installation and maintenance processes as well. The ergonomically designed TeSys Deca Advanced features a three-layer setup that organizes wiring for maximum visibility and accessibility. Users will discover that maintenance and troubleshooting are more straightforward than ever. Moreover, its one-click connection technology drastically reduces installation time by up to 75%, making it quick and effective for deployment in scenarios where uptime is crucial.

Reliability Engineered Through Testing

Reliability is a cornerstone of Schneider Electric's offerings, and the TeSys Deca Advanced is no exception. With a robust 100 kA short-circuit current rating, it provides machine builders the flexibility they require in their designs. Through extensive testing, the product ensures optimal performance across various sectors—including manufacturing, HVAC, and industrial facilities.

By integrating pioneering technology with a commitment to sustainability, Schneider Electric aims to maximize operational efficiency and deliver unparalleled value to its customers.

Visit Us at ProMat 2025

To learn more about the TeSys Deca Advanced and its myriad benefits, visitors are encouraged to stop by Schneider Electric's booth (#S659) at ProMat 2025, taking place from March 17 to March 20, 2025, in Chicago. There, they can engage with product experts to gain deeper insights and see the product in action.

About Schneider Electric

Schneider Electric is dedicated to fostering sustainable progress through innovative energy management and automation solutions. The company focuses on bridging sustainability and progress for all, encapsulating their ethos in the phrase Life Is On. As a global leader, Schneider Electric provides efficient solutions for smart industries, resilient infrastructures, future-proof data centers, and more, supported by a diverse workforce of 150,000 employees across over 100 countries.

For additional information about Schneider Electric and their offerings, visit www.se.com. Follow their journey and updates on Twitter, Facebook, LinkedIn, YouTube, and Instagram.

Conclusion

The TeSys Deca Advanced marks a significant leap forward in motor management technology, combining innovation with sustainability while ensuring high reliability and operational efficiency. With Schneider Electric's dedication to excellence, the industry can expect a transformation in how motor solutions are developed and implemented.