TRICONEX 4500 Triple Redundant Processor Module

• High Reliability: Adopting TMR (Triple Modular Redundancy) microprocessor hardware technology and TRISTATION 1131 software, it has strong fault-tolerant capability, ensuring stable and reliable operation of the system and effectively avoiding system crashes caused by single component failures.
• Triple Redundant Structure: Equipped with three processing modules that operate simultaneously and back each other up. When one module fails, the other two can continue to work normally, greatly improving the availability and stability of the system.
• Support for Multiple Signal Types: Capable of receiving and processing various types of input signals, such as analog signals and digital signals, to meet the signal processing needs in different industrial scenarios.
• Easy Maintenance and Management: Supports configuration and monitoring through software, and also has remote access and diagnostic functions, facilitating engineers’ remote maintenance and management, reducing maintenance costs and improving maintenance efficiency.
• High Power Density and Small Size: In line with the trend of smarter machines, it uses small-sized controls with higher power density to drive, enabling it to provide strong control capabilities in limited space and adapt to the development needs of miniaturization and compactness of modern industrial equipment.

• Signal Processing: For input analog signals, they usually go through processing steps such as filtering, amplification, and analog-to-digital conversion to be converted into digital signals for the processor to process; for digital signals, they are directly subjected to logical judgment and processing.
• Redundant Fault-Tolerant Mechanism: The three processing modules process the input signals simultaneously, and compare and verify the results through a hardware voting mechanism. If the processing result of one module is different from the other two, the system will automatically identify and shield the faulty module, and adopt the result of the normal module to ensure the correctness and stability of the system output.

• Petrochemical and Refining Industry: Used in device interlock systems, emergency shutdown systems, etc., to ensure the safe and stable production process and prevent major accidents such as leaks and explosions.
• Oil and Gas Industry: In links such as offshore platforms and pipeline transportation, it monitors and controls various equipment to ensure the safe extraction and transportation of oil and gas resources.
• Chemical Industry: Used in the automatic control of chemical production devices to achieve precise control of process parameters such as temperature, pressure, and flow, improving product quality and production efficiency.
• Power Industry: In places such as power plants and substations, it is used for the protection and control of power systems, such as generator protection, transformer protection, and power grid dispatching.
• Rail Transit Industry: Applied in train operation control, signal systems, etc., to ensure the safe operation and efficient dispatching of trains.
• Aerospace and Nuclear Industry: In places with extremely high safety requirements such as aerospace launch sites and nuclear power plants, it is used for the control and protection of key equipment to ensure the safe operation of facilities.