riconex 4000093-340 I/O Terminal Cable Assembly

Description

• • Packaging and Logistics Parameters
    • Packaging Standard: It is packaged in anti-static and shockproof packaging during transportation. This packaging method prevents damage to connectors and cables from static electricity and collisions during transit, ensuring the product remains intact upon delivery.
    • Supply Cycle: It is usually in stock in major regional warehouses. The standard delivery cycle is 15 to 20 working days, and expedited shipping services are available for emergency maintenance needs to shorten the waiting time.
• Functional Features
  • Stable and High-Speed Signal Transmission: The high-purity copper conductors inside the cable reduce signal attenuation, and the excellent isolation performance blocks external electromagnetic interference. It ensures rapid and accurate transmission of signals between Triconex I/O modules and terminal modules, avoiding signal delay or distortion that could affect system control decisions.
  • Perfect Compatibility with Triconex Systems: Its interface specifications are fully matched with Triconex series I/O modules and terminal modules. It can be directly plugged in and used without additional adapters or system parameter adjustments, realizing seamless connection with both active and hot-spare I/O modules of Triconex systems.
  • Durable and Harsh-Environment Resistant: The industrial-grade flame-retardant and anti-corrosion jacket allows the cable assembly to operate stably in harsh industrial environments with high humidity, dust, or chemical fumes. The oxidation-resistant connectors can maintain reliable connection performance after multiple plug-in and pull-out operations during maintenance.
  • Facilitates System Maintenance and Hot-Swapping: It supports the hot-swapping function of Triconex system modules. When I/O modules need to be replaced or maintained, the cable assembly can be disconnected and reinstalled quickly without shutting down the entire system. This greatly shortens the system downtime and improves the operational availability of the plant.
• Application Scenarios
  • Oil and Gas Industry: It is widely used in offshore drilling platforms and onshore oil transmission stations. It is applied in Triconex fire and gas detection systems and emergency shutdown systems, connecting I/O modules with terminal modules that collect signals from pressure and gas sensors. It ensures timely transmission of abnormal signals, enabling the system to trigger emergency shutdown procedures to prevent oil leaks and explosions.
  • Chemical Industry: It is integrated into Triconex control systems of chemical reactors and raw material mixing lines. It transmits signals between the terminal modules and I/O modules of the systems, which are connected to temperature and flow sensors in the production process. It guarantees that process parameters are accurately fed back to the central controller, supporting real-time adjustment of production processes and avoiding dangerous situations such as violent chemical reactions.
  • Power Industry: It is deployed in Triconex auxiliary control systems of thermal power plants and nuclear power plant auxiliary facilities. In thermal power plants, it connects I/O modules of boiler combustion control systems with terminal modules. In nuclear power plant auxiliary systems, it is used for signal transmission in coolant circulation monitoring systems, ensuring stable operation of power generation equipment.
  • Pharmaceutical Industry: It is used in Triconex control systems of pharmaceutical sterilization and filling lines. It connects the I/O modules of the control system with terminal modules linked to photoelectric switches and pressure sensors on the production line. It ensures timely transmission of signals such as bottle in-place and sterilization pressure compliance, helping the production process meet GMP standards.
  • Metallurgical Industry: It is applied to Triconex control systems of steelmaking blast furnaces and continuous casting lines. It transmits signals between terminal modules and I/O modules that are connected to temperature switches and position sensors of blast furnace equipment. It enables the control center to grasp the operating status of smelting equipment in real time, preventing equipment damage caused by abnormal parameters.