Triconex 5382 Analog Output High-Current TriPak 1

Description

• • Environmental Parameters
    • Operating Temperature: It can operate stably within the temperature range of -40°C to 70°C, adapting to extreme temperature conditions from cold outdoor industrial sites to high-temperature chemical workshops.
    • Compatibility: It is backward compatible with Triconex Series 2 systems, which helps enterprises reduce upgrade costs when updating their existing control systems.
    • Safety Certification: It meets the IEC 61508 standard and achieves SIL 3 certification, fully complying with the safety requirements of critical industrial safety instrumented systems.
• Functional Features
  • Triple Modular Redundancy for Stable Operation: Its triple modular redundancy structure consists of three identical sub-circuits that independently process and output signals. Each sub-circuit is equipped with a dedicated microprocessor. The system performs voting on the output signals of the three sub-circuits, ensuring that the module can still output accurate signals to maintain the normal operation of the system even if one sub-circuit fails.
  • Hot-Swap Support for Efficient Maintenance: It supports hot-swap operation. Maintenance personnel can replace the faulty module online without shutting down the entire Triconex safety instrumented system. This function avoids production interruptions caused by system shutdowns during maintenance and significantly shortens the maintenance cycle.
  • Comprehensive Online Self-Diagnosis: The module is equipped with a full-featured online self-diagnosis function. Each output channel has an independent current loopback circuit, and the loopback information is used for hardware voting and fault diagnosis. It can promptly detect faults such as output line open circuits, short circuits and abnormal current, and feed the fault information back to the main controller in real time.
  • Modular Design for Easy Expansion: It adopts a modular design that allows for easy system expansion. The system can support up to 118 I/O modules including this module. It can also be used in combination with various Triconex I/O modules such as analog input and digital input modules, which can be flexibly configured according to different industrial control requirements.
• Application Scenarios
  • Oil and Gas Industry: It is installed in the safety control system of offshore drilling platforms and onshore oil transmission pipelines. It outputs high-current analog signals to drive large valves and pumps in the oil and gas transmission process, and cooperates with the emergency shutdown system to respond quickly to abnormal pressure and flow, ensuring the safety of oil and gas extraction and transportation.
  • Petrochemical Industry: It is integrated into the control system of petrochemical reactors and refining equipment. It provides high-current control signals for the actuators of reaction vessels and pipeline control valves, precisely regulating the opening and closing of valves and the operation of pumps to ensure the stability of high-temperature and high-pressure chemical reaction processes.
  • Power Generation Industry: It is applied to the control system of thermal power plants and nuclear power auxiliary equipment. It drives the actuators of boiler combustion systems and steam turbine control systems, and its stable high-current output ensures the precise control of fuel supply and steam pressure, which is crucial for the stable operation of generator sets.
  • Chemical Industry: It is used in the control system of chemical material mixing and conveying equipment. It controls the operation of high-power conveying pumps and mixing tank actuators through high-current analog output, ensuring the accuracy of material proportioning and conveying speed, and avoiding safety accidents caused by uneven mixing or material accumulation.
  • Heavy Industry Manufacturing: It is deployed in the control system of large-scale steelmaking and non-ferrous metal smelting equipment. It provides high-current drive signals for the actuators of smelting furnace temperature adjustment valves and material conveying mechanisms, ensuring the stability of smelting temperature and the continuity of the production process.