The PACSystems RX3i CPL410 is a flagship controller within Emerson’s automation portfolio. It breaks the boundaries of traditional PLCs by combining real-time deterministic control with flexible edge computing capabilities. Powered by its 1.2 GHz AMD G-Series quad-core processor and the VxWorks real-time operating system, the CPL410 not only handles complex logic and motion control tasks but also runs data analytics, web visualization, and cloud communication directly at the device side through built-in PACEdge technology, enabling a transition from pure control to production optimization.

Key Advantages

Superior Performance & High-Speed Redundancy: Equipped with a 1.2 GHz AMD G-Series quad-core processor and VxWorks RTOS, the CPL410 ensures deterministic execution of critical tasks. It supports PROFINET industrial Ethernet with I/O update rates as fast as 8 ms (for 16 devices), and offers configurable simplex or hot-standby redundancy with switchover times as low as 300 ms and a scan rate of 3 ms, guaranteeing uninterrupted operation for mission-critical applications.

Built-in Security: To address growing industrial cybersecurity threats, the CPL410 integrates a Trusted Platform Module (TPM) and secure boot functionality. This prevents unauthorized firmware updates and malicious code injection, effectively defending against man-in-the-middle and denial-of-service attacks in line with defense-in-depth security architecture.

Powerful Edge Computing (PACEdge): The controller comes pre-integrated with Linux-based PACEdge technology, allowing it to function as a Linux coprocessor. Engineers can develop data processing, predictive maintenance, or remote alert applications directly alongside the controller without additional industrial PCs, reducing system complexity and cost.

Unified Programming & Portability: A single control engine and universal programming environment allow programs to be easily ported across different hardware platforms within the PACSystems family, protecting engineering investments.

Applications

• Critical Process Control: Oil & gas, chemical, power generation (high demand for hot-standby redundancy)
• Water & Wastewater: Pump stations, pipeline monitoring (requires high reliability and remote maintenance)
• Discrete Manufacturing: Automotive production lines, high-end equipment, modular machine design (demands high-speed logic and motion control)
• Infrastructure: Subway tunnel ventilation, data center monitoring (needs compact design and environmental adaptability)