Triconex 9750-210 32-Point Current Input Terminal Board - Image 1
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Triconex 9750-210 32-Point Current Input Terminal Board
Triconex 9750-210 32-Point Current Input Terminal Board - Image 2
Triconex 9662-610 Standard Termination Panel
Triconex 9662-610 Standard Termination Panel
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Triconex 9853-610 Analog Input Terminal Block
Triconex 9853-610 Analog Input Terminal Block

Triconex 9750-210 32-Point Current Input Terminal Board

Technical Specifications

  • Electrical Parameters
    • It supports active analog current output with ranges of 4 to 20 mA and 0 to 1 mA, and the accuracy of the 4 to 20 mA range reaches ±1% of full scale.
    • The maximum load for the 4 to 20 mA range is 1200 ohms, while the maximum load for the 0 to 1 mA range is 10 k ohms. It achieves 36 Vpk isolation from RTDs and analog inputs to avoid signal interference.
    • It is equipped with 4 assignable outputs that can be configured for parameters such as phase currents, phase voltages, three – phase average power, and motor load torque as required.
  • Physical Parameters
    • Its overall dimensions are 45 cm × 20 cm × 15 cm, and it weighs 3 kg, which is suitable for installation in standard industrial control cabinets.
    • It adopts a modular structural design that conforms to the installation standards of Triconex series modules, facilitating quick assembly with the system chassis and later disassembly for maintenance.
Category:
Description
    • Environmental Parameters
      • It inherits the Triconex series’ ability to withstand harsh industrial environments and can operate stably in environments with large temperature fluctuations and dust.
      • It maintains stable performance in environments with common industrial electromagnetic interference, relying on its excellent anti – interference design to prevent signal distortion during transmission.
  • Functional Features
    • Multi – point Current Collection and High – Precision Signal Transmission
      • It is designed with 32 current input points, which can connect to 32 current sensors simultaneously. This enables comprehensive monitoring of current levels in different parts of the industrial system and provides comprehensive data for the central control system.
      • With its ±1% full – scale accuracy and effective electrical isolation design, it minimizes signal errors and interference during transmission, ensuring that the safety instrumented system receives accurate and reliable current data.
    • Strong Compatibility and Flexible Configuration
      • It is highly compatible with a wide range of current sensors in the market, eliminating limitations on the selection of field equipment for industrial projects. It also integrates seamlessly with Triconex safety instrumented systems without the need for additional adapter modules.
      • Its 4 assignable outputs support flexible configuration for various electrical parameters. It can meet the customized monitoring needs of different industrial processes and adapt to diverse control scenarios such as motor operation and power distribution monitoring.
    • Convenient Maintenance and High Operational Reliability
      • It supports on-site module – level installation and maintenance without disrupting on-site wiring or stopping the entire control process. This greatly shortens maintenance downtime and improves the continuity of industrial production.
      • It adopts high – quality structural materials and electronic components. The rugged construction ensures long-term reliable operation in harsh industrial environments, reducing the frequency of failures and the associated maintenance costs.
  • Application Scenarios
    • Oil and Gas Industry
      • In offshore drilling platforms, it connects to current sensors on oil pumping units and gas transmission pipelines. It collects real – time current data of key equipment and transmits it to the safety system, enabling timely detection of abnormal current fluctuations caused by equipment wear or pipeline blockages.
      • In onshore refineries, it is applied in the current monitoring of distillation and catalytic reaction equipment. It ensures that the electrical components of the equipment operate within the standard current range and prevents safety hazards such as equipment burnout due to overcurrent.
    • Power Industry
      • In thermal power plants, it is used in boiler and steam turbine control systems. It collects current signals of water supply pumps, induced draft fans and other auxiliary equipment. It helps the central control system adjust the operating status of the equipment in real time and maintains stable power generation efficiency.
      • In nuclear power facilities, it monitors the current parameters of reactor cooling system equipment. It provides continuous and accurate current data to the safety system, ensuring the stable operation of the cooling system and avoiding risks related to reactor overheating.
    • Chemical Industry
      • In chemical synthesis workshops, it connects to current sensors on reaction kettle agitators and temperature control electrical heaters. It monitors the operating current of the equipment in real time. The system adjusts the working power according to the current data to keep the chemical reaction conditions stable.
      • In hazardous chemical storage areas, it is integrated into the current monitoring system of leakage detection equipment. It ensures that the detection equipment works normally through stable current signal collection and transmits alarm signals promptly when leakage occurs.
    • Manufacturing Industry
      • In automobile manufacturing plants, it is used in the current monitoring of robotic arms and automated assembly lines. It collects current data during the operation of the equipment, helping technicians detect equipment jams or component failures in advance and ensuring the smooth progress of the assembly process.
      • In electronic component production workshops, it monitors the current of precision processing equipment. It avoids product quality defects caused by unstable equipment operation due to abnormal current and ensures the qualification rate of electronic components.
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