Triconex MP3101 Trident Redundant Processor Module

Description

Functional Characteristics

• Super High Safety and Fault Tolerance
  • The triple modular redundancy architecture and two-out-of-three voting mechanism form the core safety guarantee of the module. It completely avoids system downtime caused by single-point or two-point faults, and maintains the continuous and stable operation of the system to meet the highest safety integrity level requirements of industrial sites.
  • It conforms to strict industrial safety and network security standards. The certified design enables it to effectively prevent catastrophic accidents in high-risk industrial fields and provides reliable safety barriers for industrial production.
• Strong Data Processing and Compatibility
  • The 900 MHz high-speed PowerPC processor gives the module strong data processing capabilities, which can quickly respond to on-site events and ensure that the emergency shutdown system and safety interlock can execute safety actions in a timely manner.
  • It can be seamlessly compatible with all types of Triconex I/O modules. It can also realize efficient data exchange with distributed control systems, human-machine interfaces and data acquisition and monitoring systems, which is convenient for integrating into various existing automation architectures.
• Convenient Diagnosis and Maintenance
  • It is equipped with comprehensive self-test and online diagnosis functions, which can actively detect faults inside the module and problems in external connection links, and quickly isolate the faulty parts to help technicians locate and solve problems efficiently.
  • It supports the hot-swappable function. Under the premise of not shutting down the entire production system, maintenance personnel can replace the module online, which greatly shortens the maintenance downtime and reduces production losses.

Application Scenarios

• Oil and Gas Industry
  • It is installed in offshore drilling platforms and onshore oil extraction sites. It monitors the pressure, flow rate and other parameters of oil and gas extraction equipment in real time. When abnormal data is detected, it triggers the emergency shutdown system to avoid leakage and explosion accidents.
  • It is applied to the safety control system of long-distance oil and gas pipelines. It links with sensors along the pipeline to control the opening and closing of valves in real time and ensure the safe and stable transportation of oil and gas media.
• Chemical and Petrochemical Industry
  • It is deployed in the reactor control system of chemical plants. It precisely controls the temperature, pressure and raw material ratio in the chemical reaction process. When parameters exceed the safe threshold, it cuts off the feeding system in time to prevent dangerous chemical reactions.
  • It is used in the burner management system of refineries. It monitors the ignition state and flame stability of the burner, and quickly cuts off the fuel supply when abnormal conditions such as flameout occur.
• Power Industry
  • In nuclear power plants, it is integrated into the reactor protection system. It monitors key operating parameters of the reactor around the clock and executes preset safety measures immediately when abnormalities are found to avoid nuclear safety accidents.
  • In thermal power plants and hydropower stations, it is used in the overspeed protection of turbines and the safety interlock system of boilers to ensure the stable operation of power generation equipment and prevent major equipment damage caused by parameter anomalies.
• Metallurgical and Water Treatment Industry
  • It is applied to the control system of blast furnaces, converters and continuous casting machines in steel mills. It monitors the temperature and air pressure of smelting equipment in real time to improve the stability of the smelting process and the quality of metal products.
  • It is used in the automatic control system of water treatment plants. It manages the operation of water purification equipment such as aerators and filters to ensure that the water treatment process meets environmental protection and quality standards.