Triconex AIH 3723X High-Precision Multi-Functional Analog Input and Communication Integration Module

Description

• • Physical Parameters
    • Dimensions: Measures 130mm × 110mm × 22mm, with a compact size that facilitates flexible installation in control cabinets.
    • Weight: Weighs 0.5 kilograms, and the aluminum alloy material of the housing balances structural strength and light weight.
    • Protection Level: Reaches IP67, which can effectively prevent dust intrusion and damage from immersion in shallow water.
    • Installation Method: Adopts a guide rail – type installation design for quick and convenient assembly into industrial control systems.
  • Environmental Parameters
    • Operating Temperature: Ranges from -40°C to +85°C, enabling normal operation in extreme cold outdoor environments and high-temperature industrial workshops.
    • Storage Temperature: Spans from -55°C to +85°C, ensuring performance stability during long-term storage and transportation.
    • Operating Humidity: Functions stably in 5% – 95% non-condensing humidity, adapting to humid environments such as water treatment plants and coastal industrial areas.
• Functional Features
  • High-Precision and High-Speed Signal Acquisition: The 16-bit resolution and ±0.05% full-scale accuracy ensure the authenticity and reliability of collected field signals. The 100 ks/s sampling rate allows the module to capture transient changes in signals, which is crucial for industrial processes requiring rapid response to parameter fluctuations.
  • Strong Anti-Interference and Isolation Capabilities: It is equipped with advanced signal processing algorithms to filter out industrial electromagnetic noise effectively. Input/output, power supply, and rack – to – rack isolation are all implemented, avoiding mutual interference between various signals and ensuring the stability of data transmission even in complex electromagnetic environments.
  • Diversified Communication and High Compatibility: Support for multiple mainstream industrial communication protocols and multiple communication interfaces allows seamless connection with Triconex safety controllers, as well as integration with SCADA, ERP, and MES systems. This compatibility greatly reduces the difficulty of system integration and realizes efficient sharing of operational data.
  • Triple Modular Redundancy and High Reliability: Adopting a triple redundancy design, the module can maintain normal operation even if a single component fails. This design eliminates the impact of single-point faults on the system and provides a solid guarantee for the continuous operation of safety – critical systems such as emergency shutdown systems.
  • Comprehensive Diagnostic and Easy Maintenance: It has rich self-diagnostic functions that can continuously monitor the operating status of channels and communication links. When a fault occurs, it can quickly send fault signals to facilitate maintenance personnel to locate problems. Its compact and modular structure, combined with guide rail – type installation, simplifies disassembly and assembly, reducing maintenance time and costs.
• Application Scenarios
  • Oil and Gas Industry: Deployed on offshore drilling platforms and onshore natural gas processing plants, it collects real-time signals such as pressure and flow of oil and gas pipelines. It transmits accurate data to the emergency shutdown system, which can trigger rapid shutdown procedures when pipeline leakage or abnormal pressure is detected to avoid explosion and leakage accidents.
  • Nuclear Power and Thermal Power Industry: Used in nuclear power auxiliary systems and thermal power plant boiler control systems, it monitors temperature and pressure signals of key equipment such as reactors and steam turbines. It ensures that the control system adjusts operating parameters in a timely manner to prevent equipment damage due to extreme parameters and maintain stable power generation.
  • Petrochemical Industry: Installed on chemical reactors and distillation towers, it collects analog signals such as reaction temperature and material concentration during the production process. It provides data support for the control system to adjust the feeding speed and reaction conditions, preventing dangerous reactions caused by parameter deviations and ensuring product quality stability.
  • Water Treatment and Pharmaceutical Industry: In water treatment plants, it monitors signals such as water quality turbidity and chemical reagent concentration to ensure that the treated water meets discharge or reuse standards. In pharmaceutical factories, it collects temperature and pressure data in processes such as drug sterilization and crystallization, helping to comply with GMP standards and avoid batch drug quality problems.
  • Metallurgical and Papermaking Industry: Applied in blast furnaces and steelmaking converters in the metallurgical industry, it monitors smelting temperature and furnace pressure to optimize smelting efficiency and protect furnace lining. In papermaking factories, it tracks the concentration of pulp and the temperature of drying cylinders, ensuring the uniformity of paper thickness and texture during the papermaking process.