Ics Triplex T9432 16-Channel High-Integrity Analog Input Module

Description

• • Physical and Environmental Parameters
    • Size and Weight: Its dimensions are 120mm×115mm×105mm (height × width × depth) and it weighs 0.8kg, with a compact structure that is easy to install in standard control cabinets.
    • Environmental Adaptability: It can work normally in the operating temperature range of -20°C to 70°C. The IP65 protection level enables it to resist dust and water intrusion and adapt to the harsh working conditions of various industrial sites.
  • Software and Compatibility
    • Hardware and Software Builds: It supports multiple hardware and software builds including Build 152, Build 158, Build 174, Build 175, and Build 180 to adapt to different system configuration requirements.
    • HART Support: It supports HART command #03, which can perform effective field diagnostics on connected HART-enabled sensors and obtain detailed device status information.
• Function Features
  • Triple Modular Redundancy for Fault Tolerance: The triple modular redundancy architecture ensures fault-tolerant processing of input signals. When a single channel fails, the voting logic can determine valid input values, avoiding system malfunctions caused by individual channel failures and ensuring continuous operation of the system.
  • Hot-Swappable Design: It adopts a hot-swappable design that allows module replacement without interrupting the operation of the entire control system. This greatly shortens the maintenance time and reduces production losses caused by equipment maintenance.
  • Comprehensive Self-Diagnostic Capabilities: It has a built-in comprehensive diagnostic function with a self-test interval of less than 1 hour depending on the system. It can continuously monitor power status, input signal integrity, and internal circuit operation, and promptly send out fault alerts when abnormalities are detected.
  • Flexible Compatibility and Integration: It supports mainstream industrial communication protocols such as Modbus, Profibus, and Ethernet/IP, and is compatible with T9831, T9832, and T9833 termination assemblies. It can be seamlessly integrated with various industrial control systems and on-site equipment.
  • Configurable Line Monitoring: It supports configurable thresholds for fault detection and hysteresis. Users can set appropriate thresholds according to actual application needs, which can accurately identify abnormal signals and avoid false alarms caused by minor signal fluctuations.
• Application Scenarios
  • Oil and Gas Industry: It is widely used in oil drilling platforms and natural gas processing plants. It collects analog signals from pressure sensors, flow meters, and temperature detectors in pipelines. When the pressure or flow exceeds the set safety range, it transmits signals to the emergency shutdown system in time to trigger pipeline cut-off or equipment shutdown and prevent leakage and explosion accidents.
  • Power Generation Industry: It is deployed in thermal power, nuclear power, and new energy power plants. In thermal power plants, it collects parameters such as boiler steam pressure and temperature; in nuclear power plants, it monitors reactor coolant flow and temperature signals. It transmits these data to the central control system to ensure the stable operation of power generation equipment and avoid serious accidents such as boiler explosion.
  • Pharmaceutical Industry: It is applied to the production process control system of pharmaceutical factories. It collects analog signals such as temperature, humidity, and pressure in drug reaction kettles and purification workshops. It ensures that all parameters of the drug production process are within the standard range, which is essential to maintain the stability of drug quality and comply with pharmaceutical production quality management specifications.
  • Water Treatment Industry: It is used in urban sewage treatment plants and industrial wastewater treatment systems. It collects analog signals such as water level, turbidity, and chemical concentration in treatment tanks and pipelines. It cooperates with the control system to automatically adjust the dosage and aeration volume, improve treatment efficiency, and ensure that the treated water meets the discharge or reuse standards.