DCS migration and upgrade
Migrating control of critical functions to the EcoStruxure™ Foxboro™ DCS is one of the most far-reaching and economical modernisation steps you can take. It is an efficient route to protecting your plant’s operational integrity while also providing enhanced operational insight that easily adapts to change.
Benefits
- Maximum return on DCS upgrade with minimum operational disruption and risk, enabled by our 100+ years of control system experience.
- Smooth progression through the design, build, and operate phases enabled by our unparalleled global execution capabilities and real-world experience.
- Maximum utilisation of existing assets thanks to scalable plug-in migration solutions for many leading DCS systems.
- Increased process safety, cybersecurity, and operational integrity through safety technology, consulting teams, and proven reliable technology.
See how our solutions can help you succeed
Reduce downtime
A DCS upgrade can lower a plant’s costs by half and reduce downtime from weeks to just days.
Read moreImprove plant performance
Upgrading to a reliable and accurate process automation system can help minimise human error, improve worker safety, and enhance product quality.
Explore moreIncrease productivity
Drive for maximum performance and productivity after modernising your control and safety systems.
Discover moreReduce costs and optimise business operations
A DCS migration can provide a clear path to increased plant profitability and cost savings.
Find out more
EcoStruxure Foxboro card migrations are a unique DCS migration solution by Schneider Electric based on the latest technology. It allows migrating control of critical functions smoothly and economically.
Retain all field wiring connections to a new modern controller by simple one-on-one I/O card swap and migrate safely to a more capable system without any complex rewiring, expenses, difficulties, shutdowns, or delays. The process only takes minutes.
Benefit from DCS upgrades and optimise the use of existing assets. It’s a reliable way to adapt conveniently to change while protecting the plant’s operational integrity.