This built-in self-cleaning disinfection unit is specifically designed for cleaning and disinfecting various types of water tanks. It produces 10g of ozone per hour, effectively killing bacteria, viruses, algae, and other microorganisms within the tank, effectively inhibiting secondary pollution and ensuring water quality safety.
Product Description
● High-efficiency Ozone Disinfection: With an ozone production of 10g per hour, it can quickly diffuse to every corner of the water tank, achieving a 99.9% kill rate against common pathogenic microorganisms such as Escherichia coli, Staphylococcus aureus, and Legionella. It also effectively decomposes organic matter and odor substances in the water, significantly improving water quality.
● Rugged and Durable Control Box: The control box is made of carbon steel with a powder-coated finish, treated with a special process to form a dense protective layer on the surface, providing excellent rust and corrosion resistance, and adapting to complex environments such as humidity and acid/alkali conditions. The high-strength carbon steel material ensures a stable structure, effectively protecting internal precision components and extending equipment lifespan.
● Convenient Maintenance Design: The front-mounted access door lock design allows for quick opening of the control box for wiring checks, component replacement, and other maintenance operations without disassembling the main unit, significantly reducing maintenance time and difficulty. Wall-mounted installation saves space and facilitates equipment installation and repositioning.
● Intelligent and Stable Operation: Equipped with an intelligent control system, supporting automatic and manual mode switching, the disinfection time and cycle can be set according to the water tank usage frequency and water quality. The equipment operates stably, featuring self-diagnosis and alarm functions, and real-time monitoring of the ozone generator, electrical control system, and other key components to ensure reliable operation.
● Energy-saving, low-consumption, and environmentally friendly: Utilizing high-efficiency ozone generation technology and optimized circuit design, energy consumption is reduced by 30% compared to traditional water tank disinfection equipment. Ozone disinfection leaves no chemical residue, decomposing to produce only oxygen, meeting environmental protection requirements and preventing secondary pollution of water quality.
● High-efficiency ozone sterilization: High-concentration ozone is generated through an ozone generator. Utilizing ozone's strong oxidizing properties, it destroys the cell membranes and genetic material of microorganisms, comprehensively killing bacteria, viruses, algae, and other microorganisms in the water tank, effectively preventing water pollution.
● Water purification treatment: Ozone not only sterilizes but also decomposes residual chlorine, organic matter, rust, and other impurities in the water, removing odors, improving taste, and making the water from the tank cleaner and safer.
● Intelligent timed control: Supports customizable disinfection time and cycle settings. Users can flexibly set the daily and weekly working hours and duration of the equipment according to the actual usage of the water tank, achieving automated and intelligent water tank disinfection management.
● Self-diagnostic alarm: The equipment has a built-in fault monitoring system that monitors the operating status of components such as the ozone generator, power circuit, and control system in real time. In case of a fault, it immediately alerts the user with an audible and visual alarm and displays the fault code on the screen, facilitating quick troubleshooting and repair.
● Multi-mode operation: It features both automatic and manual operating modes. In automatic mode, the equipment starts and stops according to a preset program. Manual mode can meet temporary disinfection needs, allowing users to turn the equipment on or off at any time, flexibly adapting to different scenarios.
● Drinking water tanks: Used for disinfecting drinking water storage equipment such as secondary water supply tanks in residential areas, school dormitories, hospitals, and office buildings, ensuring the drinking water safety of residents, teachers, students, medical staff, and office workers.
● Fire water tanks: Regularly disinfects fire water tanks to prevent the growth of microorganisms and algae, avoiding water quality deterioration that could affect fire-fighting performance and ensuring the normal operation of fire-fighting facilities.
● Industrial Water Tanks: Suitable for industrial production water use in food processing, beverage production, pharmaceuticals, electronics, and other industries. They meet the high water quality standards required by these industries, ensuring the safety of process water and improving product quality.
● Other Water Tanks: Such as swimming pool circulating water tanks and landscape pond tanks. Through disinfection and purification, they maintain water cleanliness, prevent odors and insect breeding, and create a pleasant water environment.
● Installation Requirements: Choose a dry, well-ventilated wall near the water tank for wall mounting. Ensure the electrical control box is installed at an appropriate height, with secure and sealed connections to prevent ozone leakage.
● Safety During Use: Do not open the front access door lock while the equipment is running to avoid ozone leakage and electric shock risks. Operators must wear protective gloves, masks, and other protective equipment. Regularly monitor the ozone concentration in the working environment to ensure it remains within safe limits (not exceeding 0.16 mg/m³). Regular Maintenance: Check the equipment's operating status weekly, verifying the display data and indicator lights are normal; clean the surface of the electrical control box monthly, checking for secure wiring connections; perform deep maintenance on the ozone generator every six months, replacing vulnerable parts to ensure stable performance; regularly test the water quality in the tank and adjust operating parameters accordingly.
● Troubleshooting: If the equipment malfunctions, such as failing to start, abnormal ozone production, or alarm prompts, immediately stop use and disconnect the power supply; refer to the troubleshooting guide in the instruction manual for inspection. If the problem persists, contact after-sales service personnel immediately. Do not attempt to disassemble the equipment yourself.
| Parameter | Specification |
| Power Supply | AC220V ±10%, 50/60Hz |
| Power | 500W |
| Ozone Output | 10g/h |
| Applicable Tank Volume | 30–60m³ |
| Ozone Concentration | 2mg/L |
| Operating Environment Temperature | 0–40°C |
| Operating Environment Humidity | ≤85%RH |
Control Box Material: Carbon steel with powder coating. The carbon steel provides a high-strength support structure, and the powder coating forms a protective layer, offering excellent rust resistance, corrosion resistance, and wear resistance, while also providing a certain degree of insulation and aesthetics.
Ozone Generator Material: The outer shell is made of corrosion-resistant stainless steel to prevent ozone corrosion; the internal ozone generating tube is made of quartz glass or ceramic, offering excellent insulation and high-pressure resistance; the catalyst uses highly active nanomaterials to improve ozone generation efficiency and stability.
The company has long focused on the research and development of water treatment equipment. Early water tank disinfection products had relatively simple functions and were inconvenient to maintain. With the increasing market demands for water quality safety and the growing user demand for convenient and intelligent equipment, the company has invested heavily in technological innovation. From the initial simple ozone generator, it has gradually upgraded to a built-in self-cleaning disinfector with integrated intelligent control and convenient maintenance design. Each product iteration closely revolves around user needs, continuously improving product performance and user experience. Compared to earlier products, this product represents a qualitative leap in disinfection effect, equipment stability, and ease of maintenance. VIII.
Certification: This product has passed the National Compulsory Product Certification (3C Certification), ISO 9001 Quality Management System Certification, and ISO 14001 Environmental Management System Certification; it has obtained a water-related hygiene permit, meeting national drinking water hygiene standards; and it has also passed EU CE certification, ensuring that product quality and safety reach international advanced levels.
● Electrical Control Box Manufacturing: Carbon steel plates are processed using metal stamping technology, then bent and welded to ensure precise dimensions and a robust structure. The surface undergoes powder coating treatment, including pretreatment (degreasing, phosphating), electrostatic spraying, and high-temperature curing, forming a uniform and dense protective layer to improve rust and corrosion resistance. The internal circuitry is assembled using SMT surface mount technology, ensuring high precision and reliability of electronic component soldering. After assembly, it undergoes multiple testing processes, including functional testing and aging testing, to ensure stable circuit performance.
● Ozone Generator Manufacturing: The ozone generating tubes are manufactured using precision machining processes to ensure uniform pipe diameter and wall thickness, and precise internal electrode spacing. Automated equipment is used for ozone generator assembly, with strict control over the installation position and connection accuracy of each component. After assembly, the ozone generator undergoes high-pressure testing, ozone output testing, and stability testing to ensure its performance meets standards.
● Overall Assembly and Testing: The electrical control box, ozone generator, wall-mounted bracket, connecting pipes, and other components are precisely assembled, with strict quality control during the assembly process. After assembly, the equipment undergoes comprehensive performance testing, including ozone output testing, ozone concentration uniformity testing, intelligent control function testing, safety performance testing, and fault simulation testing. Only products that pass all tests are delivered.
Main Markets: Products have been exported to many countries and regions in Asia, Europe, and the Americas. In the Asian market, they are widely used in secondary water supply tanks in residential communities and commercial building water tanks. In Europe and the Americas, they are favored by schools, hospitals, and industrial enterprises, gaining high recognition from international customers for their efficient disinfection performance, convenient maintenance design, and reliable quality.
The company actively participates in well-known domestic and international water treatment and environmental protection exhibitions, such as the China International Water Exhibition (AQUATECH CHINA). Through these exhibitions, the company showcases its product advantages and innovative technologies to global customers, strengthens communication and cooperation with companies within the industry, and continuously enhances the international reputation and market share of its products.
Q: What is the working principle of the built-in water tank self-cleaning disinfection device?
A: The device converts oxygen in the air into ozone through an ozone generator, which is then transported to the water tank via connecting pipes. Ozone has strong oxidizing properties and can destroy the cell membranes and genetic material of bacteria, viruses, and other microorganisms in the water tank, rendering them inactive. Simultaneously, ozone can also decompose organic matter and odor substances in the water, thereby achieving disinfection and purification of the water in the tank.
Q: How is the protective performance of the carbon steel powder-coated electrical control box?
A: The carbon steel powder-coated electrical control box has good protective performance. The carbon steel construction provides high-strength structural support, and the powder-coated surface creates a protective layer that effectively resists corrosion from humid, acidic, and alkaline environments, offering excellent rust and corrosion resistance.
Q: How long can the equipment operate continuously?
A: The equipment can operate continuously according to the set program; however, to ensure equipment performance and lifespan, it is recommended that a single continuous operating time not exceed 4 hours. The equipment supports a timer control function, allowing users to set the operating time and cycle appropriately based on the actual conditions of the water tank.
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E-mail: 15131268906@163.com
Mobile: +86 139 3228 0847
Tel.: +86 312 236 0585
WeChat: A13932280847
Add.: 62 Yangzhuangzi Community Ecological Street, Xicheng District, Dingzhou City.
