Triconex 3900064-003 I/O Bus Termination Kit

Description

• • Environmental Parameters
    • Operating Temperature: It maintains stable performance within the range of -40°C to 70°C, which can adapt to the low – temperature outdoor installation environment and the high – temperature working environment inside industrial control cabinets.
    • Anti – Interference Capability: It has inherent electromagnetic interference shielding performance. It can work normally in the complex electromagnetic environment of industrial sites with multiple electrical equipment running simultaneously without being affected by external electromagnetic signals.
• Functional Features
  • Signal Stabilization and Interference Prevention: Its core function is to terminate the I/O bus. By matching the impedance of the bus, it stops signal reflection at the end of the transmission line. This avoids signal overlap and distortion caused by reflection, ensuring the accuracy of data transmission between I/O modules and the main processor.
  • Seamless Compatibility with Triconex Systems: It is fully compatible with Triconex’s I/O baseplates, MP baseplates, and I/O extender modules. It can be directly integrated into existing Triconex safety systems without modifying the system configuration or replacing other components, reducing the difficulty of system assembly and upgrading.
  • Durable and Reliable Industrial Design: The industrial – grade materials used in the kit can withstand the harsh conditions of industrial sites, such as temperature changes, humidity, and chemical corrosion. The metal contacts have high wear resistance, which can maintain stable electrical connections even after multiple disassembly and assembly operations.
  • Simplified System Maintenance: It follows the unified component replacement standard of Triconex. When a fault occurs, maintenance personnel can quickly replace the kit without professional debugging tools. This shortens the troubleshooting time and ensures the rapid recovery of the system.
  • Supports Redundant System Operation: It can cooperate with the triple modular redundancy architecture of the Triconex system. When used in redundant I/O bus configurations, it can ensure that each bus branch has stable signal termination performance, which lays a foundation for the fault – tolerant operation of the entire safety system.
• Application Scenarios
  • Oil and Gas Industry: It is deployed in the Triconex safety control systems of offshore drilling platforms and onshore oil pipelines. It is installed in the I/O bus of the emergency shutdown system and high – integrity pressure protection system. It ensures the accurate transmission of signals between pressure sensors, flow meters and controllers. When abnormal conditions occur, the system can receive and process alarm signals in a timely manner to trigger emergency shutdown operations.
  • Chemical Industry: It is applied to the Triconex control systems of chemical reactors and material mixing lines. It stabilizes the I/O bus signals that transmit temperature, pressure and raw material flow data. It ensures that the controller can accurately send control commands to actuators such as regulating valves and pumps, maintaining the stability of chemical reaction conditions and avoiding dangerous accidents caused by signal errors.
  • Power Industry: It is used in the Triconex auxiliary control systems of thermal power plants and nuclear power plants. In thermal power plants, it is installed in the I/O bus of the boiler combustion control system to ensure the stable transmission of signals between fuel supply equipment and the controller. In nuclear power plants, it is used in the I/O system of the reactor auxiliary equipment, which helps to maintain the safe operation of the coolant circulation system and other equipment by ensuring signal integrity.
  • Pharmaceutical Industry: It is integrated into the Triconex control systems of pharmaceutical production lines such as drug sterilization and filling. It stabilizes the signals of the I/O bus that connects the temperature sensors, pressure transmitters and the control system on the production line. It ensures that parameters such as sterilization temperature and filling speed are accurately controlled, so that the production process meets GMP standards and guarantees the consistency of drug quality.
  • Metallurgical Industry: It is applied to the Triconex control systems of steelmaking blast furnaces and aluminum smelting equipment. It is used in the I/O bus of the temperature and smelting speed control system. It ensures the accurate transmission of signals between the furnace temperature detection equipment and the hydraulic valve control module. It helps to precisely control the smelting process, improve the quality of metal products and prevent equipment damage caused by incorrect control signals.