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Schneider Electric has introduced its new TeSys Deca Advanced contactors, delivering faster installation, broader voltage compatibility, and improved operational reliability for motor control, industrial automation, and HVAC systems. Designed to reduce maintenance requirements, lower energy consumption, and simplify panel integration, the latest contactor range offers machine builders and industrial operators an efficient solution for demanding applications. Businesses seeking Schneider automation technologies can also explore Schneider Electric solutions at https://www.maxwellplc.com/collections/schneider-electric and variable-speed drive products at https://www.maxwellplc.com/collections/all/variable-speed-drive.

Schneider Electric has expanded its industrial control portfolio with the release of the TeSys Deca Advanced contactor series, officially showcased during ProMat 2025. Built to simplify installation while improving electrical performance, the new contactors are engineered to support modern industrial automation, motor management, and energy-efficient manufacturing across a broad range of industries.

Although contactors remain one of the most common components inside motor control panels, Schneider Electric has redesigned several core elements of the TeSys Deca Advanced platform to address practical challenges faced by machine builders, system integrators, and maintenance teams.

One of the most notable improvements is the one-click installation mechanism, which significantly reduces assembly time during electrical panel construction. Schneider Electric estimates that installation can be completed up to 75% faster compared to conventional connection methods. Clearly marked terminals and ergonomic wiring layouts further simplify commissioning while reducing wiring errors during deployment.

The contactors also feature wideband coil technology, supporting input voltages ranging from 24 V to 500 V AC/DC. This broader operating range improves compatibility across international electrical standards while providing increased tolerance against voltage fluctuations, switching transients, and power disturbances frequently encountered in industrial environments.

Designed for demanding production facilities, the TeSys Deca Advanced series provides short-circuit protection ratings up to 100 kA, helping improve system resilience and operational safety. Schneider Electric currently offers 13 contactor sizes, covering motor applications up to 100 horsepower at 480 V as well as non-motor loads reaching 160 A. Both reversing and non-reversing configurations are available, allowing engineers greater flexibility when designing new control systems or upgrading existing installations.

To simplify product selection, Schneider Electric also supports the product family through its EcoStruxure Motor Control Configurator, enabling engineers to configure suitable motor starters and control architectures based on specific application requirements.

Beyond technical specifications, Schneider Electric highlighted several real-world deployments demonstrating measurable operational improvements.

Within HVAC automation, the TeSys Deca Advanced contactors have helped optimize compressor control, ventilation systems, electric furnaces, and air handling equipment. By combining compact mechanical construction with energy-efficient operation, installed systems achieved up to 20% space savings inside electrical cabinets while substantially lowering maintenance demands. Schneider Electric also reports that optimized designs using the new contactors contributed to carbon footprint reductions approaching 69%, supporting sustainability objectives alongside improved fire safety and lower operating costs.

Another application highlighted during the launch involves steel manufacturing and coil-handling crane systems. These heavy-duty cranes operate continuously throughout rolling mills, where precise positioning directly affects production quality. Thanks to the stability of the wideband coil design, TeSys Deca Advanced contactors support higher switching frequencies while minimizing electrical transients. In one implementation, crane systems successfully completed approximately 2,400 operating cycles per hour, improving handling precision and reducing the likelihood of damage to finished steel coils during transport.

The product family is intended for a wide variety of industries beyond HVAC and steel processing, including material handling, food and beverage manufacturing, packaging machinery, logistics automation, water treatment, and general factory automation. As manufacturers continue investing in digital manufacturing, predictive maintenance, and energy-efficient motor control, reliable switching devices remain essential building blocks within modern control architectures.

With the introduction of the TeSys Deca Advanced platform, Schneider Electric continues to focus on reducing installation complexity while increasing equipment reliability, electrical efficiency, and long-term operational performance. For OEMs and industrial operators seeking to modernize motor control infrastructure, the latest contactor series offers a practical combination of simplified engineering, robust electrical protection, and sustainability-focused design.

Written by: Daniel Foster

Daniel Foster is an industrial automation journalist and control systems analyst with more than 14 years of experience covering PLCs, motor control technologies, process automation, industrial networking, and smart manufacturing trends. His reporting focuses on translating complex engineering developments into practical insights for OEMs, system integrators, and industrial decision-makers.