Triconex 9573-110F Analog Input Communication Module

Technical Specifications

  • Signal Processing Parameters
    • It can convert small signals based on high common – mode voltage into single – ended signals relative to the system chassis ground, which effectively solves the interference problem of high common – mode voltage on signal transmission.
    • The built – in isolation amplifier can amplify weak analog input signals. The signal filtering function can filter out external noise, and the measurement resolution and accuracy of analog signals are significantly improved after processing.
    • It supports 8 PI points and 16 PTI points, which can meet the collection and processing needs of multiple groups of analog signals at the same time.
  • Physical Parameters
    • It adopts a standard industrial control card design, which is consistent with the installation size of Triconex series module slots. It can be directly inserted into the dedicated position of the Triconex system chassis for installation.
    • The module uses a hard metal shell, which has good physical protection performance. The wiring interface adopts a standard terminal design, which facilitates firm connection with field sensors and internal system lines.
Category:
Description
    • Environmental Parameters
      • It follows the environmental adaptation standard of Triconex safety modules. The operating temperature range is -40°C to 70°C, which can adapt to the harsh temperature environment of both indoor control rooms and outdoor industrial sites.
      • It has strong anti – electromagnetic interference ability, and can maintain stable signal conversion and transmission in the field environment with dense electrical equipment such as motors and inverters.
      • It can work normally in an environment with a relative humidity of 5% – 95% without condensation, and is not affected by general humid industrial workshop environments.
  • Functional Features
    • High – Precision Signal Conversion and Optimization
      • The module solves the problem that high common – mode voltage interferes with signal collection. By converting the signal format, it ensures that the weak analog signals from pressure, temperature and other sensors can be effectively extracted.
      • The integrated isolation amplifier and filter unit not only enhance the strength of the input signal, but also eliminate the interference of irrelevant noise signals. This double – processing mode ensures that the signal transmitted to the logic solver is accurate and reliable.
    • Strong System Compatibility and Plug – and – Play
      • It is perfectly matched with Triconex Tricon series safety systems. There is no need to modify the system program or add additional adapter components during installation. It can be put into use after being inserted into the corresponding slot, which greatly simplifies the system deployment process.
      • It can be seamlessly connected with E/M series data acquisition equipment, expanding the scope of signal transmission and application, and meeting the diverse collocation needs of different industrial control equipment.
    • Stable Operation and Easy Fault Location
      • The module adopts high – quality electronic components and a rugged structural design, which can maintain long – term stable operation in complex industrial environments. It reduces the failure rate during long – term operation.
      • It is equipped with a special status indicator light. The light can display the working state such as normal operation, signal conversion and fault. Maintenance personnel can quickly judge whether the module is working normally through the indicator light, which shortens the fault troubleshooting time.
  • Application Scenarios
    • Oil and Gas Industry
      • In onshore refineries, it connects with the pressure and flow sensors of distillation towers and catalytic reactors. It converts the collected weak analog signals of oil product pressure and flow into standard signals and transmits them to the central control system, helping to adjust process parameters in real time.
      • In offshore drilling platforms, it is used in the gas detection system. It processes the analog signals of combustible gas concentration sensors, ensuring that the platform can timely receive accurate concentration data and trigger alarm and emergency shutdown measures when the gas concentration exceeds the standard.
    • Chemical Industry
      • In chemical synthesis workshops, it matches with the temperature sensors of chemical reaction kettles. It converts the temperature analog signals in the reaction process into signals recognizable by the safety system, ensuring that the system can accurately control the heating or cooling equipment to maintain the reaction temperature stable.
      • In the storage area of hazardous chemicals, it is connected with the liquid level sensors of storage tanks. It processes the analog signals of the liquid level and transmits them to the monitoring terminal, realizing real – time monitoring of the storage volume of hazardous chemicals.
    • Power Industry
      • In thermal power plants, it is applied to the boiler water level and steam pressure monitoring system. It processes the analog signals from the water level gauge and pressure gauge, enabling the control system to adjust the water supply and fuel supply volume, ensuring the stable output of the boiler.
      • In nuclear power plants, it is used in the cooling system of nuclear reactors. It processes the temperature and pressure signals of the coolant, and transmits the processed accurate data to the safety control system to ensure the safe operation of the reactor’s cooling system.
    • Pharmaceutical and Chemical Industry
      • In pharmaceutical production lines, it connects with the temperature and pH value sensors in the drug crystallization and purification process. It converts the weak analog signals of these parameters into standard signals, ensuring that the drug production process is carried out under the set parameters and improving the stability of drug quality.
      • In biochemical laboratories and pilot production workshops, it matches with small – scale reaction equipment sensors. It realizes the accurate collection and conversion of small – batch reaction process signals, meeting the strict requirements of experimental data and small – batch production control.
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