Triconex HD-8311 High-Performance Safety Control and High-Density Power Supply Integrated Module

Description

• Dual Core Capabilities of Power Supply and Control
  • It integrates stable power supply and high-safety control functions, which can reduce the number of modules required in the industrial control system, simplify the system structure, and reduce the hidden troubles of system faults caused by too many connecting links.
  • The stable power output ensures the continuous operation of on-site instruments and actuators, while the reliable control performance can accurately respond to system instructions and realize precise regulation of industrial processes.
• Strong Fault Tolerance and Protection Performance
  • The triple modular redundancy architecture adopts a synchronous operation mode. When one or two modules have faults, the normal modules can immediately take over the work, avoiding the interruption of the power supply and control links.
  • The multi-level electrical protection functions such as over-voltage, over-current and short-circuit can quickly cut off the abnormal circuit when the power supply or signal is abnormal, which protects the module itself and the connected peripheral equipment from damage.
• Efficient and Convenient Installation and Maintenance
  • It supports hot-swappable operation. When the module breaks down, it can be replaced online without shutting down the entire industrial control system, which minimizes the production downtime caused by equipment maintenance.
  • The module’s status indicators can clearly reflect the working status such as power supply, fault and operation, which helps maintenance personnel quickly locate problems and shorten the troubleshooting time.
• Excellent Environmental Adaptability
  • The module is coated with a protective layer, which can resist the erosion of harsh industrial environments such as humidity and dust, and ensure long-term stable operation in harsh conditions.
  • It can maintain stable performance within a wide temperature range and under vibration and shock conditions, which expands its application scope in different geographical and environmental industrial sites.

• Oil and Gas Industry
  • It provides stable power and safety control support for offshore drilling platforms and onshore oil production equipment, powers pressure transmitters, flow meters and valve actuators, and ensures the safe operation of oil and gas exploitation and transportation links.
  • In natural gas processing plants, it is integrated into the control system of gas compression and purification equipment, and adjusts the operation parameters of the equipment through precise control signals to avoid leakage and explosion accidents.
• Power Industry
  • In thermal power plants, it supplies power to the control components of boilers, steam turbines and other key equipment, and cooperates with the system to control fuel supply and steam pressure, ensuring the stable output of electric energy.
  • In nuclear power plants, it is applied to the reactor protection system and cooling system, providing reliable power for the sensors and actuators of the system, and triggering emergency control measures in time when parameters are abnormal to ensure nuclear safety.
• Chemical Industry
  • In large chemical plants, it serves the control system of chemical reactors, provides power for temperature, pressure and concentration sensors around the reactor, and transmits control signals to adjust the feeding speed and reaction conditions.
  • In the storage and transportation system of chemical dangerous goods, it controls the switch of storage tank isolation valves and the operation of delivery pumps, ensuring the safe transfer of dangerous chemicals.
• Metallurgical Industry
  • In steelmaking plants, it supplies power to the temperature and pressure detection equipment of blast furnaces and converters, and controls the operation of oxygen supply valves and slag discharge devices to stabilize the steelmaking process and improve the quality of molten steel.
  • In non-ferrous metal smelting enterprises, it is used in the control system of smelting furnaces, maintains the stability of the smelting temperature through continuous power supply and precise control, and ensures the efficiency of non-ferrous metal extraction.
• Manufacturing and Pulp and Paper Industry
  • In the automated production lines of automobile and auto parts, it provides power for robotic arms, conveying belt controllers and detection instruments, ensuring the continuity and accuracy of the assembly process.
  • In pulp and paper mills, it controls the operation of pulp mixing equipment and papermaking rollers, and supplies power to the humidity and thickness detection instruments on the production line, ensuring the stability of product quality.