Triconex 8312 Redundant Power Supply Module

  • Technical Specifications
    • Power Electrical Parameters
      • The input voltage range is 185 – 285 VAC with a frequency range of 47 – 63 Hz, and the nominal input voltage is 230 VAC.
      • It outputs 24 VDC voltage, the output current reaches 10 A, the total power output is 240 watts, and the minimum output hold time is 20 ms.
      • It is equipped with a 2.5 – amp time – delay safety fuse to achieve overcurrent protection and avoid damage to connected equipment due to excessive current.
    • Physical Parameters
      • There are slight differences in dimensions among different batches. A common size is 200mm × 130mm × 40mm, and another specification is approximately 160mm × 100mm × 40mm.
      • The weight also varies by model, with common weights of 1.1 kg, 2.85 kg and 1.13 kg, and its compact structure facilitates installation in standard control cabinets.
    • Environmental Parameters
      • It has a wide operating temperature range of -40°C to 70°C, which can adapt to extreme temperature conditions in industrial sites such as cold high – altitude areas and high – temperature workshops.
      • The shell uses high – strength engineering plastics with an IP20 protection level, which can prevent solid foreign objects larger than 12.5mm from entering the interior and protect the internal electronic components from damage.
Category:
Description
  • Functional Features
    • Redundant Design Ensures Uninterrupted Power Supply
      • It provides redundant power supply for the Triconex safety system. Usually, two such modules are configured in a Triconex chassis. Either module can independently drive the entire chassis to operate at full load under rated temperature conditions. When one module malfunctions, the other immediately takes over the power supply task to avoid power interruption.
      • The built-in advanced circuit design minimizes power loss, and the efficient heat dissipation structure optimizes the operating state of the module. This design not only improves power supply efficiency but also extends the service life of the module in long-term operation.
    • Hot – swap Function Reduces Maintenance Downtime
      • It supports hot – swap operation. When a module malfunctions or needs routine maintenance, maintenance personnel can replace the module online without shutting down the entire Triconex system.
      • This function greatly shortens the maintenance time, avoids production losses caused by system shutdown, and improves the overall operational efficiency of the industrial production line.
    • Sturdy Structure Enhances Environmental Adaptability
      • The shell is made of high – quality engineering plastics, which has good insulation, corrosion resistance and mechanical strength. It can withstand certain external impacts and vibrations in complex industrial environments.
      • Its internal circuit is designed with anti – interference performance, which can stably operate in the electrical noise environment of industrial sites and ensure the stability of power output.
  • Application Scenarios
    • Oil and Gas Industry
      • In onshore refineries and offshore drilling platforms, it provides continuous power for the Triconex emergency shutdown system. When there are dangerous situations such as oil and gas leakage, it ensures that the emergency shutdown system can obtain stable power to execute shutdown instructions in a timely manner and prevent the expansion of accidents.
      • In natural gas compression stations and processing plants, it supplies power to the gas concentration monitoring and pipeline pressure control modules. It maintains the normal operation of these modules, ensuring the safe and stable transportation and processing of natural gas.
    • Power and Nuclear Industry
      • In thermal power and hydropower plants, it powers the Triconex turbine control system. It ensures that the modules monitoring turbine speed, pressure and other parameters work stably, avoiding equipment damage caused by abnormal operation of the turbine.
      • In nuclear power plants, it is applied to the power supply system of the reactor auxiliary safety control module. It provides reliable power support for the monitoring equipment of coolant temperature and pressure, and lays a foundation for the safe operation of nuclear power units.
    • Chemical and Other Manufacturing Industries
      • In chemical plants, it provides power for the combustion management system and chemical reaction kettle control module. It ensures that the combustion state of equipment and the parameters of chemical reactions are continuously monitored and adjusted, preventing fire or dangerous chemical reactions caused by power failure.
      • In large – scale pharmaceutical and food and beverage factories, it supplies power for the production process control and quality monitoring modules in the Triconex system. It ensures the continuous and stable operation of the production line, and maintains the consistency of product quality.
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