Triconex MP3101 Redundant Main Processor Module

Description

• Strong Processing and Communication Capabilities
  • The 32-bit high-performance processor enables the module to respond to on-site abnormal signals in real time. It can immediately execute safety interlock logic such as emergency shutdown when abnormal parameters are detected.
  • The rich communication interfaces allow it to seamlessly integrate with distributed control systems, human-machine interfaces and SCADA systems, realizing efficient and secure data sharing in the entire industrial automation architecture.
• Convenient Maintenance and Expansion
  • It adopts a hot-swappable design. Maintenance personnel can replace the module online during the operation of the system without shutting down the entire production line, which greatly shortens the maintenance downtime.
  • The modular structure is compatible with other Triconex I/O modules and communication modules. Users can expand the system scale by adding related modules according to the project scale, which has strong scalability.

Application Scenarios

• Oil and Gas Industry
  • It is installed in offshore drilling platforms and onshore oil transmission stations, integrated into the emergency shutdown system. It collects pressure and flow signals of oil and gas pipelines and triggers the closing of emergency shut-off valves immediately when leakage or overpressure is detected to avoid explosion accidents.
  • It is used in natural gas compression stations to control the operation logic of compressors. It adjusts the operating parameters of equipment in real time according to the gas pressure and flow data, ensuring the stable transportation of natural gas.
• Chemical and Pharmaceutical Industry
  • In large chemical plants, it is applied to the burner management system. It monitors the ignition status and flame temperature of burners, and cuts off the fuel supply immediately when flameout or abnormal combustion occurs to prevent fire and explosion.
  • In pharmaceutical production workshops with strict safety requirements, it controls the reaction process of reactors. It collects temperature, pressure and raw material concentration signals in the reactor and adjusts the feeding speed according to the preset logic to ensure the safety and stability of the pharmaceutical production process.
• Power Industry
  • It is used in the turbine control and protection system of thermal power plants. It monitors the rotating speed, temperature and vibration parameters of the turbine, and initiates a shutdown procedure in time when parameters exceed the safe threshold to avoid severe equipment damage.
  • In nuclear power plants, it is integrated into the safety protection system of nuclear reactors. It strictly executes the pre-set safety logic and responds quickly to various abnormal conditions to ensure the safe operation of nuclear power equipment.
• Other Critical Industrial Fields
  • It is applied to the high-integrity pressure protection system in coal chemical plants, which prevents equipment damage and material leakage caused by excessive pressure in the production pipeline.
  • It is used in the safety control system of petrochemical storage tanks. It monitors the liquid level and temperature of the storage tanks and triggers alarm and pressure relief measures when the liquid level is too high or the temperature is abnormal.