Archive plasma ozone disinfection chamber is a device used for disinfecting and sterilizing archives, documents, books, and other items. It uses plasma technology to generate ozone, which then disinfects items. Plasma is a highly reactive state of matter composed of electrons, ions, and neutral particles, which has strong bactericidal and disinfecting abilities. This article introduces a version of the archive plasma ozone disinfection chamber that supports 8 disinfection carts. Please read on:
Components of disinfection chamber
The plasma ozone disinfection chamber for archives usually consists of a disinfection chamber body, an ozone generator, a control system, and other auxiliary equipment. The disinfection chamber is usually a closed space used to store items that need to be disinfected. The ozone generator is used to generate ozone, and the control system is used to control the operation of the ozone generator, as well as monitor and control the ozone concentration inside the disinfection chamber. Other auxiliary equipment may include ventilation systems, lighting systems, etc. When using the archive plasma ozone disinfection chamber, it is necessary to place the items that need to be disinfected into the chamber and then activate the control system to start the ozone generator. Ozone will diffuse inside the disinfection chamber, disinfecting and sterilizing items. The disinfection process usually requires a certain amount of time, which depends on the type, quantity, and disinfection requirements of the items.
Performance advantages:
1. Efficient sterilization and disinfection:The ozone generated by plasma technology has strong sterilization and disinfection capabilities, which can effectively kill various microorganisms such as bacteria, viruses, and fungi.
2. No residue:Ozone will quickly decompose into oxygen after disinfection, leaving no harmful residues and causing no damage to items.
3. Easy to operate:When using the archive plasma ozone disinfection chamber, simply place the items into the disinfection chamber and activate the control system. The operation is very simple.
4. Wide applicability:The archive plasma ozone disinfection chamber can be used to disinfect and sterilize various archives, documents, books, and other items, with a wide range of applications.
The main functions of disinfection and sterilization equipment are as follows
1. The disinfection chamber adopts an overall flat dual chamber structure, with a 32 inch operation touch screen in the middle of the overall layout, and an independent disinfection chamber on each side. Each disinfection chamber is equipped with 1-2 electric hollow transparent glass doors. The disinfection chamber adopts an aluminum alloy painted profile frame and a 5cm steel fireproof sandwich panel. Each disinfection compartment can accommodate 4 mobile disinfection vehicles, with a total capacity of 9 mobile disinfection vehicles that can be independently controlled, serving as one for use and one for backup.
2. The entire equipment can accommodate 8 mobile disinfection vehicles, with high-quality galvanized profiles on the body, electrostatic powder coating on the surface, high-strength universal wheels and anti-collision structures. The file specific trolley can adopt any shape of "flat", "L-shaped", "V-shaped", or "W-shaped". Vehicle color: white or blue.
3. Plasma disinfection function:By generating plasma through high-voltage discharge, high concentrations of reactive oxygen species are released, which can effectively kill various bacteria, viruses, fungi and other microorganisms, achieving the effect of disinfection and sterilization.
4. Ozone disinfection function:By utilizing the strong oxidizing properties of ozone, the cell walls and membranes of microorganisms are destroyed, rendering them inactive and achieving the effect of disinfection and sterilization.
5. UV disinfection function:By irradiating with ultraviolet light, the DNA structure of microorganisms is destroyed, causing them to lose their reproductive ability and achieve disinfection and sterilization effects.
6. Temperature and humidity control function:The disinfection chamber is equipped with temperature and humidity sensors that can automatically adjust the temperature and humidity inside the chamber, ensuring disinfection effectiveness and equipment safety.
7. Disinfection time control function:The disinfection cart can set the disinfection time, automatically control the disinfection time according to different disinfection needs, and improve disinfection efficiency.
8. Automatic cleaning function:The disinfection cart has an automatic cleaning function, which can remove residues generated during the disinfection process and keep the equipment clean.
9. Disinfection record function:The disinfection cart can record various data during the disinfection process, such as disinfection time, disinfection temperature, disinfection humidity, etc., which is convenient for management and monitoring.
10. Multi functional trolley:The disinfection cart can be equipped with various disinfection equipment, such as ozone generators, ultraviolet lamps, etc., to meet different disinfection needs and improve the efficiency of equipment use.
11. Disinfection operation mode:It can be set manually and automatically.
12. In the operation process, the gas generated by the plasma device and the gas generated by the ozone device are used for the disinfection and sterilization of double disinfection factors. In the process of disinfection and sterilization, the circulating pipeline and negative pressure purification device are used for treatment, which can reach the atmospheric emission standard and will not cause adverse effects on the atmospheric environment.
13. The disinfection chamber operation system has the ability to efficiently decompose and treat residual ozone gas. The ozone gas decomposition processing capacity is ≥ 150m ³/h, and it can decompose the ozone concentration in the disinfection chamber to ≤ 0.03mg/m ³ within 30 minutes.
14. The disinfection chamber is equipped with a humidification device for gas humidity regulation. The relative humidity inside the disinfection chamber can be adjusted by the gas convection acting on the book medium, adjusting the relative humidity to 45% -60%.
15. Each independent disinfection chamber is equipped with two sets of circulating convection disinfection gas operation modes.
Equipment Parameters
1. Power supply: 220V ± 10%; 50HZ±1HZ;
2. Input power: 3600W;
3. Environmental temperature: 5 ℃~40 ℃;
4. Ozone concentration: 0-150mg/m ³ and maintained under this condition for 60 minutes.
5. One disinfection cycle: 2 hours;
6. Work noise: ≤ 65dB (A);
7. Equipment dimensions (mm): width 3400 * length 2830 * height 2370;
8. Disinfection capacity: 2400 boxes of archives (20mm thick) can be disinfected per unit at a time;
9. The leakage of ozone gas in the disinfection chamber meets the requirement of ≤ 0.05 mg/m ³; The residual amount of ozone gas in the disinfection chamber is ≤ 0.03 mg/m ³.
10. The dedicated disinfection gas jet system of the disinfection cabin has the function of circulating and directly blowing the disinfection gas to the disinfected objects placed on each layer of the mobile disinfection vehicle. All SUS304 stainless steel disinfection gas injection pipeline has the function of directly blowing ozone on the disinfected material in a cyclic manner. Four archive disinfection carts arranged in front and back are used as a disinfection unit. There are two stainless steel nozzles perpendicular to the ground on each side of the disinfection unit. These two nozzles are assembled on a movable sliding platform and placed above the archive book cart or installed on the top of the disinfection compartment. Each nozzle is equipped with a fixed nozzle, which is continuously sprayed with disinfectant gas by a high-pressure pump during disinfection. The spraying range completely covers the book materials placed on the book disinfection cart, achieving a thorough disinfection function from the surface to the inside. This mechanism moves back and forth and is equipped with self stopping protection.
11. Disinfection and sterilization effect: The killing rate of mold is ≥ 97%.
12. The integrated configuration system control platform for archive disinfection cabin has a high degree of automation, modular operation interface, user-friendly, easy to operate, intelligent and automated system, stable and reliable.
13. System security reinforcement software is used to enhance the operational security, information security, and communication security of the disinfection chamber system, ensuring that the system can meet the normal and stable operation requirements of the disinfection chamber system in terms of safety and functionality.
14. The operation of the entire equipment is programmed by PLC, automatically monitoring the corresponding data of each sensor, and controlled automatically. Equipped with both automatic and manual operations, when the main power is turned on and enters the automatic working state, it automatically completes, locks the door, releases plasma, ozone, humidifies, replaces, cycles disinfection, purifies, and releases air. All parameters can be displayed on the touch screen, including the high and low ozone concentration PM2.5、 Temperature, humidity, equipment malfunction, material of the items to be disinfected, five parts of the disinfection process (plasma purification, ozone disinfection, ozone maintenance, ozone elimination, plasma purification) time setting, humidification time, door opening and closing buttons, total running time, start and emergency stop buttons, standby screen saver function (can display user unit information, etc.). To meet various different state needs.
We have introduced the "8 disinfection carts" version series of the archive plasma ozone disinfection chamber here. It should be noted that although the archive plasma ozone disinfection chamber has a high disinfection effect, there are still some precautions to be taken when using it. For example, it is necessary to maintain the airtightness of the disinfection chamber to avoid ozone leakage; Need to control ozone concentration to avoid harm to human body; It is necessary to follow the instructions in the user manual and operate the disinfection chamber correctly.
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