QXYTH-3000L Integrated Polymer Dosing Variable Frequency Dosing Device is an integrated, high-performance dosing device, especially suitable for large-flow water treatment and industrial wastewater treatment. Its main function is to quantitatively add polymer agents (such as polymers, flocculants, etc.) at an adjustable frequency and flow rate to ensure the stability and efficiency of the treatment effect.
This device has the function of frequency conversion speed regulation, which can flexibly adjust the dosage of agents according to actual needs to ensure the accuracy and effect of agent delivery. At the same time, the device has a built-in intelligent control system that can monitor the operating status in real time and perform fault self-diagnosis, further improving the convenience and safety of operation.
Technical Features
Frequency conversion speed regulation technology: QXYTH-3000L adopts advanced frequency conversion control technology, which can automatically adjust the dosing flow according to different working environments and needs to ensure accurate dosing of agents.
Adaptability to polymer agents: The equipment is specially designed for dosing various polymer agents, such as polyacrylamide (PAM), etc., which ensures the smoothness and stability of the agent dosing process.
Intelligent control system: Equipped with an intelligent PLC control system, it can realize remote monitoring and operation of the equipment, real-time data transmission, and the operator can grasp the operation of the equipment at any time.
Efficient mixing system: The device is equipped with an advanced mixing system, which can quickly and evenly mix the agent with the water body, improve the utilization efficiency of the agent, and reduce waste.
Energy saving and environmental protection: Variable frequency speed regulation technology can not only improve the accuracy of dosing, but also effectively reduce energy consumption and reduce the operating cost of the equipment.
Strong durability: QXYTH-3000L uses high-quality materials, has strong corrosion resistance and high temperature resistance, and adapts to various harsh working environments.
Application field
Water treatment industry: In urban sewage treatment plants, industrial wastewater treatment, river management and other fields, QXYTH-3000L is used to accurately dosing various agents to help water quality meet discharge standards.
Chemical industry: In the chemical production process, it is often necessary to add a variety of chemical agents. QXYTH-3000L can accurately control the amount of agents added to ensure the stability and safety of the production process.
Environmental protection industry: In the construction and operation of environmental protection facilities, QXYTH-3000L can effectively adjust the amount of agents added to help improve the operating efficiency of environmental protection equipment.
Agricultural field: QXYTH-3000L can also be used in agricultural irrigation systems for accurate addition of pesticides and fertilizers to improve agricultural production efficiency.
Advantages of use
Improve treatment efficiency: Through precise agent addition control, it can effectively improve the treatment effect and reaction speed, and reduce the problem of incomplete treatment caused by uneven agent addition.
Reduce operating costs: The frequency conversion speed regulation function enables the dosing device to flexibly adjust the agent flow rate according to demand, avoid agent waste, and reduce the cost of use.
Easy operation: The intelligent control system provides a simple and intuitive operation interface. Whether it is manual or automatic control, it can be quickly used to reduce the workload of operators.
High reliability: The stability of the equipment has been strictly verified, and the use of high-quality components and materials enables the equipment to operate stably for a long time in harsh environments.
Environmental protection and energy saving: QXYTH-3000L effectively reduces energy waste, not only reducing electricity consumption, but also reducing the use of chemical agents through precise dosing, which is more environmentally friendly.