420g Ozone Generators
The equipment carries out advanced PLC automatic control and realizes the integration of ozone generation system, air source system, cooling system and control system.
Optimized mechanical design, compact structure, low maintenance workload.
Low harmonic pollution, low power consumption, silent design.
Effective balancing of ejector suction obstruction.
400g low power consumption adjustable ozone output water-cooled groundwater treatment ozone generator
In modern water treatment technology, ozone generators have become indispensable purification equipment in many fields with their high efficiency and environmental protection characteristics. Especially in groundwater treatment, ozone can not only effectively remove organic matter, microorganisms and some inorganic pollutants in water, but also improve the taste of water quality and ensure the safety of drinking water. This article will introduce in detail a 400g low power consumption adjustable ozone output water-cooled ozone generator designed for groundwater treatment, and discuss its technical characteristics, working principles, application advantages and precautions in actual operation.
1. Product Overview
This 400g low power consumption adjustable ozone output water-cooled ozone generator is a high-end water treatment equipment that combines modern ozone generation technology with an efficient cooling system. Its core lies in its powerful ozone generation capability, which can stably output up to 400 grams of ozone in low power consumption mode, and the ozone output can be flexibly adjusted according to actual needs. By adopting advanced water cooling technology, the overheating problem that is prone to occur in traditional air-cooled ozone generators when running at high load is effectively solved, ensuring the long-term stable operation and high-efficiency output of the equipment.
2. Working principle
The working principle of the ozone generator is based on the high-voltage discharge method, that is, the high-voltage electric field is used to ionize the oxygen molecules in the air, and then decompose them into atomic oxygen, and then combine with the undecomposed oxygen molecules to form ozone (O₃). The specific process includes:
1. Air pretreatment: First, impurities such as dust and particulate matter in the air are removed through a precision air filter to ensure the quality of air entering the ozone generation unit.
2. Ozone generation: The pretreated pure air enters the ozone generation chamber. Under the action of the high-voltage electric field, the oxygen molecules are excited and decomposed into oxygen atoms, and then combine with the unionized oxygen molecules to generate ozone.
3. Output regulation: By controlling the input voltage, current or changing the width of the discharge gap, the ozone output can be accurately adjusted to meet different treatment scales and water quality requirements.
4. Water cooling: The generated heat is quickly taken away by the built-in water cooling circulation system to maintain the appropriate working temperature in the ozone generating room, avoiding efficiency loss and equipment damage caused by overheating.
III. Application advantages
1. Efficient purification: The ozone output of 400g is enough to meet most groundwater treatment needs, quickly kill bacteria and viruses in the water, decompose organic pollutants, and improve water quality.
2. Low power consumption operation: Compared with traditional ozone generators, this product pays more attention to energy efficiency in design, and can still ensure high ozone output in low power consumption mode, reducing operating costs.
3. Flexible adjustment: The ozone output can be adjusted in real time according to the water quality monitoring results, which not only avoids resource waste, but also ensures the optimization of treatment effect.
4. Stable and reliable: The water cooling system effectively solves the heat dissipation problem, and can maintain stable performance even under long-term continuous operation, extending the service life of the equipment.
5. Environmental protection and energy saving: Using air as raw material, no chemical agents are required, reducing secondary pollution to the environment, in line with the development trend of green water treatment.
IV. Operation and Maintenance
1. Before operation, ensure that the power supply is stable and connect the equipment correctly according to the instructions to avoid misoperation.
2. Check the air filter regularly and replace the blocked filter element in time to ensure the quality of the air intake.
3. Monitor the operation of the water cooling system, keep the cooling water clean and unobstructed, and prevent scale from forming and affecting the heat dissipation effect.
4. According to the usage, regularly detect the ozone concentration and adjust the output setting to ensure the treatment effect.
5. After the equipment is shut down, the cooling time should be appropriately extended to avoid thermal stress damage caused by sudden stop.
In summary, the 400g low-power adjustable ozone output water-cooled groundwater treatment ozone generator has become a shining pearl in the field of water treatment with its excellent performance, efficient purification capacity, flexible adjustment and stable operation performance.
