Triconex 4000093-320 I/O Cable Assembly

Description

• • Environmental Parameters
    • Operating Temperature Range: It can work stably within the range of -20°C to +60°C. This temperature range covers the temperature changes of most industrial on-site and control cabinet internal environments, including low-temperature outdoor installation occasions and high-temperature working conditions near industrial equipment.
    • Environmental Adaptability: It meets the environmental adaptation requirements of harsh industrial sites. It can resist the influence of humidity, dust and slight chemical corrosion in the air, and maintain normal performance without being affected in common harsh industrial environments.
• Functional Features
  • Stable and Reliable I/O Data Transmission: The combination of high-purity copper conductors and electromagnetic shielding design maximizes the reduction of signal attenuation and interference during transmission. It ensures that I/O data between Triconex main modules and expansion modules is transmitted efficiently and accurately, laying a foundation for the precise operation of the entire control system.
  • Dual Support for Redundant and Modular Systems: It supports redundant communication paths. When one communication path fails, it can switch to the backup path in time to avoid system downtime caused by communication interruption. Its modular design is consistent with the design concept of Triconex systems, which facilitates system expansion and later maintenance.
  • Compliance with Multiple Strict Safety Certifications: It has passed CE, RoHS and ISO9001 standards. It also obtains the certification from the US Nuclear Regulatory Commission, which fully meets the safety and environmental protection requirements of various industries. It can be directly put into use in scenarios with strict regulatory restrictions without additional certification procedures.
  • Easy Installation and Maintenance: It adopts a standardized interface design that perfectly matches the interface of Triconex main modules and expansion modules. It can be quickly plugged and connected during installation without complex adjustment operations. When maintenance is required, it can be disassembled and replaced quickly, which shortens the maintenance time and improves the operational availability of the system.
• Application Scenarios
  • Nuclear Energy Industry: It is applicable to the nuclear energy 1E environment. It is used to connect key modules in the control systems of nuclear power plants such as coolant circulation control systems and nuclear reactor auxiliary systems. Its certified safety performance and stable data transmission ensure the safe operation of nuclear power-related equipment and prevent safety accidents caused by communication failures.
  • Oil and Gas Industry: It is widely used in offshore drilling platforms and onshore refineries. It is installed in Triconex-based emergency shutdown systems and fire and gas detection systems. It is responsible for transmitting signals between on-site detection equipment modules and central control modules, ensuring that the system can receive abnormal signals in time and trigger corresponding emergency measures to avoid oil leakage and explosion accidents.
  • Chemical Industry: It is integrated into the Triconex control systems of chemical reactors and raw material conveying lines. It connects modules such as raw material level detection and reaction temperature monitoring with the central controller. It ensures the accurate transmission of process data, so that the system can adjust production parameters in real time and avoid dangerous situations such as chemical reaction out of control caused by data transmission errors.
  • Power Industry: It is deployed in the Triconex auxiliary control systems of thermal power plants and gas turbine power generation facilities. It is used to connect the I/O modules of boiler combustion control systems and steam turbine operation monitoring systems with the main control modules. It guarantees the stable transmission of key operation data, helps maintain the stable operation of power generation equipment and improves the efficiency of power generation.
  • Pharmaceutical Industry: It is applied to Triconex control systems of pharmaceutical sterilization and filling production lines. It connects the detection modules of process parameters such as sterilization temperature and filling volume with the central control system. It ensures that the data of each production link is accurately fed back to the controller, so that the production process meets GMP standards and guarantees the consistency and safety of drug quality.