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Triconex 3009 Enhanced Main Processor (UMP) Module
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Triconex 3008N Tricon V10 Main Processor Module
Triconex 3008N Tricon V10 Main Processor Module
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Triconex 3101 Tricon Main Processor Module
Triconex 3101 Tricon Main Processor Module

Triconex 3009 Enhanced Main Processor (UMP) Module

Technical Specifications

  • Processor and Memory Parameters
    • It is equipped with an Intel Core i7 – 4790 or PowerPC 604e processor, with a main frequency of up to 1.3 GHz, which can efficiently support the operation of complex control algorithms and large – scale system data processing.
    • It supports a maximum of 16GB DDR3L RAM, and is configured with a 2GB SSD for storage, which can stably store a large number of control programs, configuration parameters and real-time operation data of the system.
  • Power and Environmental Parameters
    • The input voltage is 24V DC, the output voltage is 5V DC, and the maximum power consumption is 22W, which meets the power supply standards of industrial control systems.
    • The operating temperature range is -40°C to +70°C, and the storage temperature range is -40°C to +85°C. It can adapt to the extreme temperature changes of most industrial sites.
    • It can work normally in an environment with a humidity of 5% to 95% non-condensing, has an anti – shock capacity of 30g (11ms) and an anti – vibration capacity of 5g (10 – 150Hz).
Category:
Description
    • Interface and Certification Parameters
      • It is equipped with multiple interfaces such as RS – 232 serial ports, Gigabit Ethernet ports and USB interfaces to meet the communication needs with different external devices and upper – level systems.
      • It supports multiple communication protocols including Modbus, Profibus and TCP/IP, which realizes convenient data interaction and integration with other industrial automation equipment.
      • It has obtained relevant certifications that meet industrial safety standards, which can meet the compliance requirements of safety control in various countries and regions.
  • Functional Features
    • High Fault Tolerance Based on Triple Modular Redundancy
      • The three parallel processors execute the same safety control logic at the same time, and conduct real-time comparison of the calculation results. When one processor breaks down, the other two processors can still maintain the normal operation of the system through the voting mechanism. This design fundamentally eliminates the risk of system downtime caused by single – component failure.
    • Enhanced Performance and Comprehensive Diagnostics
      • Compared with the previous generation modules, its processing capacity has been significantly improved, which can handle more complex industrial control processes and achieve faster safety response speed, effectively shortening the system’s response time to dangerous conditions.
      • It is equipped with advanced real-time online diagnostic functions, which can continuously monitor the operating status of its own hardware, communication links and connected I/O channels, and quickly detect and locate abnormalities such as component damage and communication interruption.
    • Strong Compatibility and Easy Maintenance
      • It adopts a modular design and can be flexibly combined and expanded with various Triconex series modules according to actual application requirements, which is convenient for system integration and customization.
      • The modular structure also facilitates the installation and maintenance of the module. Relevant personnel can quickly replace the faulty module without overhauling the entire system, which reduces maintenance difficulty and maintenance time costs.
  • Application Scenarios
    • Oil and Gas Industry
      • It is the core component of emergency shutdown systems, fire and gas detection systems and wellhead safety control systems on offshore oil platforms and long-distance oil and gas transmission pipelines. It monitors parameters such as pipeline pressure and gas concentration in real time, and quickly triggers shutdown procedures when dangerous conditions such as leakage and overpressure are detected.
      • It is also used in oil refineries’ process control systems, which coordinates and controls the operation of various refining equipment, ensures the safety of processes such as oil distillation and catalytic cracking, and prevents fire and explosion accidents.
    • Chemical and Petrochemical Industry
      • It is widely used in reactor protection systems and burner management systems of chemical plants. It precisely controls parameters such as feeding speed, reaction temperature and pressure of reactors. When parameters exceed the safety threshold, it immediately cuts off the feeding system to avoid dangerous chemical reactions.
      • It provides safety guarantee for the storage and treatment facilities of toxic and harmful chemicals. It monitors the environmental parameters of the storage area in real time and activates the corresponding emergency treatment equipment once an abnormal situation is found.
    • Power Generation Industry
      • In nuclear power plants, it is used in systems that monitor reactor conditions and coolant flow. It can send out emergency shutdown signals in time when abnormal parameters occur to prevent nuclear leakage accidents.
      • In large thermal power plants, it is integrated into turbine overspeed protection and boiler safety interlock systems. It monitors the operating speed of turbines and the combustion state of boilers, and takes emergency measures quickly when faults occur to ensure the stable operation of the power generation system.
    • Other Industrial Fields
      • In the wind power industry, it is used for the key control of wind turbines, monitoring the operating state of turbines and adjusting their working parameters in real time to ensure the safe and efficient operation of wind power equipment.
      • In the metallurgical and mining industries, it is applied to the safety control systems of smelting equipment and mining machinery. It monitors equipment load, temperature and other indicators, and stops the equipment in time when abnormalities are detected to avoid equipment damage and personal safety accidents.
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