Edge-Collaborative Control

Quad-core processing combined with real-time virtualization enables control tasks and edge analytics to run in parallel. Support for Predix cloud connectivity allows seamless integration with smart factory platforms, enabling data-driven optimization and intelligent decision-making.

High-Availability Redundancy

Built-in native hot-standby redundancy ensures fast, seamless switchover, making the system ideal for non-stop operations such as power generation and chemical processing. OPC UA redundant servers maintain continuous and reliable communications during fault conditions.

Multi-Protocol, High-Speed Communication

Equipped with four Gigabit Ethernet ports with clearly defined roles, and powered by independent communication cores, the system supports:

Up to 48 SRTP connections

Up to 255 EGD data exchanges

High-performance PROFINET with industry-leading I/O update rates
This architecture delivers high throughput, deterministic performance, and parallel network operation.

Flexible Deployment and Programming

Supports stand-alone DIN-rail mounting, enabling flexible installation in compact or distributed control cabinets. Programming is supported in Ladder Diagram (LD), Structured Text (ST), Function Block Diagram (FBD), and C, using Proficy Machine Edition (PME) for unified configuration and development.

Typical Application Scenarios
Large Chemical and Refinery Plants

Edge analytics enable real-time optimization of reaction parameters, while redundant system architecture ensures uninterrupted and continuous process operation.

Intelligent Automotive Production Lines

Supports multi-axis synchronized control combined with high-speed edge data acquisition to increase production throughput and enhance quality traceability.

Power Grid Substation Automation

Compatible with the IEC 61850 communication standard. Redundant control architecture ensures stable monitoring, protection, and operation of power grid infrastructure.

Large-Scale Water and Wastewater Treatment

Edge computing optimizes energy consumption and process efficiency, while redundant control ensures compliance with water quality and discharge standards.