Triconex 2351 Analog Input Module Baseplate

Description

• • Safety and Certification

    It complies with the IEC 61508 standard and meets the SIL 3 safety level requirements. It also conforms to the IEC 61801 – 7 standard, which fully meets the strict safety and electromagnetic compatibility standards in industrial control fields.

  • Data Performance

    The data refresh rate is 2 milliseconds, which supports rapid transmission of field analog signals to ensure that the upper – level system can obtain real – time process parameter data.

• Functional Features
  • Stable Signal Transmission

    It features a clear and optimized signal path design that minimizes signal attenuation and distortion during transmission. It guarantees that the analog signals from field sensors, such as temperature and pressure signals, can be transmitted to the AI2351 module in their original accurate state.

  • Strong Anti – interference Capability

    The 3000 – volt alternating current isolation voltage design effectively reduces the impact of electrical noise and electromagnetic interference from industrial on – site equipment. It ensures that the transmitted signals remain stable even in complex electromagnetic environments with multiple high – power devices operating simultaneously.

  • Seamless Module Compatibility

    It is custom – designed for the Triconex AI2351 analog input module. The structural design and interface specifications are fully matched with the module, enabling quick docking without the need for additional adaptation parts or complex adjustment operations.

  • Easy Installation and Maintenance

    It adopts a modular and standardized structural design that is consistent with the installation specifications of the Triconex Trident system chassis. The spring clip connection allows for fast assembly and disassembly, reducing the time required for equipment maintenance and module replacement, and minimizing industrial production downtime.

  • System Reliability Enhancement

    It serves as a stable connection bridge between field devices and the AI2351 module. Its robust structural and electrical design improves the overall stability of the analog input subsystem. It avoids system malfunctions caused by poor signal connection, thereby enhancing the overall reliability of the Triconex safety instrumented system.

• Application Scenarios
  • Oil and Gas Industry

    It is widely used in upstream oilfield exploitation and midstream pipeline transportation links. It cooperates with the AI2351 module to collect pressure and flow signals of oil and gas pipelines. It provides reliable data channels for the high – integrity pressure protection system and emergency shutdown system to avoid safety accidents such as pipeline leakage and overpressure.

  • Chemical Industry

    It is installed in chemical production workshops, such as those for chemical raw material synthesis and chemical product processing. It connects with sensors in reaction kettles and transmission pipelines to transmit temperature and pressure signals stably. It supports the normal operation of the process safety control system and prevents dangerous situations such as over – temperature and over – pressure reactions.

  • Power Generation Industry

    In thermal power and nuclear power plants, it is applied to the safety monitoring systems of key equipment like boilers and steam turbines. It transmits analog signals such as steam pressure and boiler temperature to the AI2351 module. It ensures that the power plant control system can monitor the operating status of equipment in real – time and avoid major equipment failures.

  • Pharmaceutical Industry

    It is used in critical production processes such as drug fermentation and crystallization. It matches with precision sensors to transmit parameters such as temperature and pH value in the reaction process stably. It ensures that all process parameters are within the preset standard range and maintains the stability and consistency of drug quality.

  • Nuclear Industry

    It is integrated into the safety control systems of nuclear facilities. It meets the strict safety and reliability requirements of the nuclear industry. It assists in collecting parameter signals of nuclear equipment operation. It provides a reliable guarantee for the safe operation of nuclear power generation and other related processes by ensuring the integrity of signal transmission.