Triconex 8310 High-Density Redundant Power Module

Description

• • Environmental Parameters
    • Operating Temperature: It can maintain stable operation in the temperature range of -40°C to 70°C, adapting to extreme temperature conditions such as cold outdoor equipment yards and high-temperature chemical workshops.
    • Protection Level: It achieves IP67 and NEMA 4X protection levels, which can effectively isolate dust and water, avoiding damage to internal circuits caused by harsh industrial environments.
• Functional Features
  • Dual Redundant Design Ensures Uninterrupted Power Supply: The module is equipped with dual redundant power supplies as a backup power source. When a single power supply path fails, the backup power supply can immediately take over the work. This design completely avoids system downtime caused by power supply failures and ensures the continuous operation of the safety instrumented system.
  • Strong Anti-Interference Capability Protects Equipment Operation: It is equipped with EMI/RFI filtering functions that can effectively shield electromagnetic and radio-frequency interference. It also adopts optical isolation technology to isolate interference between the controller and the load, protecting sensitive components in the system from external interference and ensuring the stability of power output and signal transmission.
  • Temperature Compensation Maintains Stable Output: It has a temperature compensation function that can adjust relevant parameters according to changes in the ambient temperature. This function ensures that the module can maintain a stable output voltage and power within a wide temperature range, and it will not affect the power supply quality due to temperature fluctuations.
  • Convenient Monitoring and Maintenance with Diagnostic Indicators: It is equipped with LED indicators for power-on, fault, alarm and temperature status. Operators can directly observe the indicators to grasp the operating status of the module in real time. The design enables quick troubleshooting and maintenance when faults occur, which greatly improves the efficiency of equipment maintenance and reduces downtime.
  • Wide Compatibility Supports System Expansion: It is compatible with multiple chassis configurations of the Triconex series. It can also support multiple communication protocols such as Modbus, HART and Profibus. It can be seamlessly integrated with Triconex system modules and some third-party devices, which provides great flexibility for system design and future expansion.
• Application Scenarios
  • Petrochemical and Refining Industry: It is installed in the emergency shutdown systems and reactor control systems of refineries and chemical plants. It provides stable power for modules that collect parameters such as reaction temperature and pipeline pressure, ensuring that the safety system can quickly respond to abnormal signals and avoid leakage and explosion accidents.
  • Nuclear Power Industry: It is deployed in the safety protection systems of nuclear power plants. It supplies power to key monitoring equipment of nuclear reactors and cooling systems. Its redundant design and high safety level meet the ultra-high safety requirements of the nuclear industry and prevent safety accidents caused by power outages of monitoring equipment.
  • Power Generation Industry: It is applied to the control systems of thermal power plants and gas power plants. It provides continuous power for boiler water level monitors, steam pressure sensors and generator set control modules. It ensures the stable operation of power generation equipment and reduces power supply interruptions caused by power module failures.
  • Natural Gas Industry: It is used in natural gas production, transportation and storage facilities. It powers the safety monitoring system modules of wellheads and pipelines. It ensures that the gas leakage detection and pipeline pressure monitoring equipment work continuously, avoiding safety hazards such as gas leakage and pipeline explosion.
  • Metallurgical Industry: It is integrated into the automation control systems of steel plants and non-ferrous metal smelters. It supplies power to the control modules of high-temperature smelting furnaces and material conveying equipment. It resists the harsh electromagnetic interference in metallurgical workshops and ensures the stable operation of the entire automation production line.