PLCs, Power Supplies & Others

The TRICONEX 311219 functions as a triple modular redundancy (TMR) CPU module engineered for the most demanding safety-critical applications. This processor module forms the computational heart of Triconex safety systems, delivering fault-tolerant operation through its advanced TMR architecture. Engineers select the 311219 for applications where system failure poses unacceptable risks to personnel or equipment.

Advanced Processing Power and Memory Configuration

We equip the TRICONEX 311219 with a 600 MHz PowerPC 750 processor, providing substantial computational headroom for complex safety logic execution. The module incorporates 512 MB of RAM, enabling efficient handling of large control programs and data arrays. Additionally, 256 MB of flash memory stores firmware and application code securely, retaining critical data even during power cycles.

• Processor: 600 MHz PowerPC 750 for high-speed safety algorithm processing.

• RAM: 512 MB capacity supporting complex control strategies and data logging.

• Flash Memory: 256 MB for reliable program storage and firmware retention.

• Ethernet Ports: Two ports enabling redundant network communication paths.

• Redundancy: Triple modular design ensuring continuous operation despite single-point failures.

Comprehensive Protocol Support and System Integration

The TRICONEX 311219 supports multiple industrial safety protocols, including Profibus PA, HART, and WirelessHART for flexible field device integration. Two Ethernet ports facilitate network connectivity with redundant configurations, maintaining communication integrity during network disruptions. Furthermore, the module enables hot-swapping capabilities, allowing maintenance personnel to replace units without interrupting critical processes.

Physical Specifications and Environmental Durability

Measuring approximately 35.6 cm in height, 22.9 cm in width, and 3.8 cm in depth, the 311219 occupies a single slot within the Triconex chassis. The unit weighs roughly 2.3 kg and features a ruggedized construction designed to withstand vibration, temperature extremes, and corrosive atmospheres typical in oil and gas facilities. Its robust design ensures reliable performance across applications ranging from transportation infrastructure to aerospace and defense systems.

Technical Specifications Overview

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