Blue Plastic Electric UPVC Ball Valve with Three-Wire Control, Valve Accessories for Water Treatment Equipment

Product Selling Points

1. Material Advantages

• Strong Corrosion Resistance: Made of Unplasticized Polyvinyl Chloride (UPVC), this material exhibits excellent resistance to a variety of chemicals. It is especially suitable for corrosive media such as acids, alkalis, and salts that may be encountered during water treatment. Whether facing the erosion of strong acids and alkalis in industrial wastewater treatment or withstanding the impact of chemical agents like disinfectants in drinking water treatment, the UPVC material ensures the long - term stable operation of the valve, effectively extending its service life and reducing maintenance costs.
• Hygienic and Environment - friendly: The UPVC material is non - toxic and odorless, causing no pollution to water and meeting the hygiene standards for drinking water. This makes the valve particularly suitable for drinking water treatment equipment, safeguarding people's drinking water safety. At the same time, with the increasing awareness of environmental protection, its eco - friendly characteristics also meet the requirements of sustainable development.
• Lightweight: Compared with valves made of metal materials, valves made of UPVC material are significantly lighter in weight. This not only reduces the labor intensity of operators during installation and improves installation efficiency but also saves costs during transportation. In addition, the relatively light weight requires a relatively lower support structure for the equipment, which helps to simplify the overall design of the water treatment equipment.

2. Blue Appearance Design

• Easy to Identify: The unique blue appearance design makes it easy to identify among the many components of water treatment equipment. In a complex water treatment system, operators can quickly locate and recognize the valve, which is convenient for operation, maintenance, and repair work, improving work efficiency and reducing the risk of accidents caused by misoperation.
• Visual Warning: Blue is often used as a warning color in the industrial field. The blue appearance of the valve can serve as a visual warning, reminding operators to pay attention to the presence of the valve and its related operations, enhancing the safety and standardization of the operation process.

3. Three - wire Control Function

• Precise Control: The three - wire control provides an accurate control method for the valve. Through three wires, it is convenient to control the opening, closing, and opening degree adjustment of the valve. In water treatment equipment, this precise control is crucial. For example, in adjusting water flow and controlling the dosage of chemicals, the valve opening can be accurately adjusted according to actual needs, ensuring the stability and accuracy of the water treatment process, thus improving the water treatment effect.
• Strong Compatibility: The three - wire control method is compatible with most common automation control systems. Whether it is a simple local control or a complex remote automation monitoring system, it can be easily integrated. This enables the valve to seamlessly integrate into water treatment equipment of different scales and complexities, providing users with flexible control solutions to meet diverse application requirements.

4. Characteristics of Valve Accessories

• Good Adaptability: As a valve accessory for water treatment equipment, it is carefully designed and manufactured to have good adaptability to various water treatment equipment. Whether it is the complex equipment of a large - scale industrial water treatment plant or the water purification device of a small community, the valve can be perfectly adapted to ensure the efficient operation of the entire water treatment system.
• Modular Design: Adopting the modular design concept, the various components of the valve are easy to disassemble and replace. During long - term use, if a certain component is worn or damaged, the corresponding module can be quickly replaced without replacing the entire valve, reducing maintenance costs and time costs, improving the maintainability of the equipment, and ensuring the continuous and stable operation of the water treatment equipment.

Application Fields

1. Drinking Water Treatment

• Water Source Intake: Installed on the pipeline of the water source intake, through precise three - wire control, the valve opening can be accurately adjusted according to factors such as water level changes and water intake requirements, ensuring a stable water intake. At the same time, the hygienic and environment - friendly characteristics of the UPVC material ensure that the raw water is not polluted during the water intake process.
• Filtration System: In processes such as sand filtration and activated carbon filtration, it is used to control the on - off and flow rate of water. Through three - wire control, the valve opening can be adjusted in real - time according to the operating status of the filtration equipment and water quality test results, optimizing the filtration effect and ensuring that the effluent water quality meets the hygiene standards.
• Disinfection Process: On the chemical dosing pipeline of the disinfection equipment, the valve accurately controls the flow rate of disinfectant, ensuring that the dosage of disinfectant is accurate during the disinfection process, effectively killing bacteria and viruses in the water and safeguarding the safety and hygiene of drinking water.

2. Industrial Wastewater Treatment

• Regulating Tank: Located on the inlet and outlet pipelines of the regulating tank, through three - wire control, the flow rate and water level of the wastewater are monitored and adjusted in real - time. The UPVC material can resist the erosion of various corrosive substances in the wastewater, ensuring the long - term stable operation of the valve in harsh environments and ensuring that the regulating tank plays a role in balancing the water quality and quantity.
• Chemical Reaction Tank: On the feed and discharge pipelines of the chemical reaction tank, the three - wire control is used to precisely adjust the flow rates of various chemical agents and wastewater, controlling the progress and effect of the chemical reaction. At the same time, its corrosion resistance ensures that the valve will not be damaged when in contact with strong acid, strong alkali and other corrosive media, guaranteeing the smooth progress of the reaction process.
• Discharge Outlet: Installed at the industrial wastewater discharge outlet, it is used to control the discharge of wastewater. Through the linkage between the three - wire control and the water quality monitoring system, the valve will only open for discharge when the wastewater meets the standards, effectively preventing the discharge of sub - standard wastewater into the environment and playing an important role in environmental protection.

3. Sewage Treatment Plant

• Primary Sedimentation Tank: Used to control the inlet and outlet of the primary sedimentation tank, through three - wire control, the flow velocity and flow rate of the water are precisely adjusted, so that the suspended solids in the sewage can be effectively precipitated in the primary sedimentation tank. The UPVC - made valve is lightweight and convenient for installation and maintenance in the large - scale equipment of the sewage treatment plant.
• Aeration Tank: On the air supply pipeline of the aeration tank, the valve precisely adjusts the aeration volume through three - wire control, meeting the oxygen demand of microorganisms at different treatment stages and optimizing the sewage treatment effect. At the same time, the blue appearance design facilitates operators to quickly identify and operate the valve in the complex aeration tank equipment.
• Sludge Treatment System: In the processes of sludge transportation and dewatering, it is used to control the flow and direction of sludge. The UPVC material has good tolerance to various components in the sludge, and the three - wire control ensures that the valve can act accurately according to the operating conditions of the sludge treatment equipment, ensuring the smooth progress of the sludge treatment process.