SE Announces 3 Intelligent Enclosures
Reduce cabinet engineering design and documentation time
You can achieve a 30~50% reduction in marshalling cabinets.


On the 7th, Schneider Electric announced the intelligent enclosures for the EcoStruxure Triconex and EcoStruxure Foxboro distributed control systems.

Designed for companies in high-risk industries such as oil, gas, and chemicals, the new intelligent enclosure accelerates project execution and reduces start-up costs.

It is pre-designed and tested, and supports Schneider Electric's engineering programs to shorten project schedules and increase project execution flexibility.

Schneider Electric's new intelligent enclosure products consist of a total of three types.

The EcoStruxure Triconex safety field-mounted intelligent enclosure provides the flexibility to distribute I/O according to where and when it is needed and is designed for outdoor use, including hazardous areas. />
The EcoStruxure Foxboro DCS equipment room intelligent enclosure is designed for installation in equipment room environments that provide heating, cooling, and humidity control without hazardous conditions.

The EcoStruxure Foxboro DCS field-mounted intelligent enclosure is designed for outdoor use, providing the flexibility to distribute I/O according to where and when it is needed.

In traditional project design, time is wasted waiting to finalize the configuration for specific I/O modules because most projects undergo multiple revision iterations.

Customers using the new intelligent enclosure can achieve a 25% reduction in cabinet engineering design and documentation time, a 30% reduction in project schedule, and a 30–50% reduction in traditional marshalling cabinets.

Intelligent enclosures are required for intelligent system designs to enable rapid commissioning across the plant. Schneider Electric’s engineering program reduces schedule-related risks because hardware is separated from software, eliminating the need for full staging and Factory Acceptance Tests (FAT) and allowing process data to be available earlier. Industrial engineers can reduce design errors and increase operational readiness by utilizing optimal application cases, templates, and tests in virtual engineering environments.

In addition, intelligent enclosures and application programming are consistently managed and tested at the plant, shortening commissioning cycle times, and most FAT requirements are eliminated or reduced through new pre-designed intelligent enclosures.

The new intelligent enclosure product family is suitable for high-risk industries and can connect numerous field devices. Each cabinet is pre-certified and includes a universal I/O module with an adaptive field termination panel, redundant power, comprehensive enclosure documentation, and standard installation and commissioning guides.