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Scale-inhibiting and sterilizing PLC system circulating water dosing device is an efficient dosing device designed for circulating water system. It is equipped with a PLC automatic control system, which can monitor water quality changes in real time and automatically adjust the dosage of the agent. The device effectively prevents the formation of scale and the growth of microorganisms in the water by accurately adding scale inhibitors and bactericides, thereby improving the use efficiency of circulating water and the operating life of the equipment. This device is usually used in circulating water systems that require regular water quality adjustment to ensure its long-term efficient and stable operation.
The equipment is equipped with a PLC automatic control system, which can automatically adjust the dosage of scale inhibitors and bactericides according to water quality changes, ensure stable water quality and simplify operation. Through a high-precision dosing pump, accurate dosing is achieved, reducing agent waste and improving treatment effects. Use scale inhibitors to prevent scale deposition, and bactericides to inhibit microorganisms in the water to ensure water quality safety. The real-time water quality monitoring system can automatically adjust the dosage of agents to ensure treatment effects. The equipment uses corrosion-resistant materials, such as stainless steel, to adapt to harsh environments and extend service life. At the same time, optimizing water quality improves heat exchange efficiency, reduces energy consumption, saves operating costs, and the equipment is simple in design, easy to operate and maintain.
The equipment is widely used in industrial circulating water treatment, building air conditioning systems, and environmental water treatment. In the circulating cooling water systems of chemical, electric power, metallurgical and other industries, it effectively prevents scale and microbial contamination to ensure efficient operation of equipment; in large buildings and air conditioning systems, it regulates water quality to prevent scale and corrosion and ensure system stability; in sewage treatment or water reuse systems, it optimizes water quality to ensure compliance with environmental emission standards. At the same time, by improving heat exchange efficiency, reducing energy consumption, and reducing operating costs, it is suitable for electronics, electroplating, papermaking and other industries to ensure stable water quality and prevent pollution.
