It integrates process control and logic control capabilities. It can stably regulate continuous parameters such as temperature, pressure and flow in industrial production processes, and also implement discrete control functions such as switch control and sequential operation for on-site equipment. This dual-mode control eliminates the need for configuring multiple separate controllers, simplifying the system structure and reducing integration costs.
It supports IEC 61131 – 3 programming languages and is programmed through GE Fanuc’s PAC System Workbench software. The software provides a graphical operation interface that allows engineers to create, edit and debug control logic conveniently. Users can customize control algorithms and logic according to specific production requirements to adapt to diverse industrial control scenarios.
It adopts a rugged field-mountable structure made of high-quality industrial-grade materials. The component selection and manufacturing process strictly comply with industrial reliability standards, which enables it to resist the impact of vibration, electromagnetic interference and other harsh factors in industrial sites. The stable hardware foundation and mature system design ensure long-term continuous operation of the controller without frequent failures.
It supports Modbus TCP/IP protocol, which breaks communication barriers with devices from different manufacturers and can be smoothly integrated into existing industrial automation systems without large-scale modifications to the original system. It is equipped with complete development tools and detailed user manuals. Meanwhile, its standardized modular design facilitates quick installation, disassembly and replacement, which reduces the difficulty of later maintenance and shortens troubleshooting time.
It is widely used in thermal power plants, hydropower stations and other power generation facilities. It controls equipment such as boiler combustion systems, water circulation pumps and power transmission and distribution components. It monitors parameters such as steam temperature and pressure in real time and adjusts operation parameters through logic control to ensure stable power generation and safe operation of the power grid.
It is applied to chemical reaction kettles, oil pipelines and storage tank monitoring systems. It regulates the feeding speed, reaction temperature and pressure in continuous chemical production processes. It also controls the on-off of valves and the operation of transfer pumps through sequential logic, preventing production accidents caused by parameter deviations or equipment malfunctions.
It plays a key role in urban water supply systems and sewage treatment plants. It connects water quality sensors, dosing equipment and water pumps. It adjusts the dosing amount according to real-time water quality data and controls the operation of water supply and drainage pumps, ensuring the stability of water purification and sewage treatment processes and meeting environmental discharge standards.
In steelmaking blast furnaces and aluminum smelting equipment, it controls the feeding speed and smelting temperature to ensure the quality of metal products. In papermaking factories, it regulates the pulp concentration, papermaking speed and drying temperature in the production line, realizing the automated control of the entire papermaking process and improving production efficiency and product consistency.
It is integrated into port loading and unloading equipment and mine hoisting systems. It coordinates the sequential operation of conveyor belts, gantry cranes and hoisting machinery. It controls the start-stop, speed and positioning of the equipment through logic instructions, ensuring the safety and efficiency of material transportation and loading and unloading operations.
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