Can the Triven fresh air system turn off electrostatic precipitator?

But in this case, the effect of purifying the air and cleaning the air will be a little worse, because it cannot effectively remove dust.

Triven Fresh Air System can turn off electrostatic precipitator. After turning this off, it can only play a good role in ventilation, but not in dust removal.

No. The patented technology of electrostatic precipitator Yuanda fresh air undertakes most of the filtration tasks, and continuously releases 6000V high-voltage static electricity, which can not only filter infinitely small dust, but also instantly kill bacteria Bing poison.

The ozone content of Triven Fresh Air Static Dust Removal is very low, and this has a test report, which can basically be ignored, although it is boldly used.

It is not possible to turn off electrostatic precipitator, because electrostatic precipitator is prone to ozone.

It is not possible to turn off the electrostatic precipitator, because we all know that there is dust in the air, so when it enters the fresh air system for filtration, it must be removed from this part of the dust.

Fresh air system with electrostatic precipitator technology Mr. Chen, who lives in Xingheyuan Community in Beijing, also has a fresh air system installed at home. Because he was afraid of a lot of dust in the north, Mr. Chen purchased a fresh air system for electrostatic precipitator. But after installing the fresh air system, Mr. Chen saw on the Internet that this electrostatic precipitator fresh air system may produce ozone.

Electrostatic precipitator is easy to produce ozone and has an aging effect on the world, so at present, the industry has a great controversy about this dust removal method, and it is best to connect a separate control line to control it separately.

Of course, it is useful, the pre-electrostatic precipitator filter of the Guojinlang fresh air system can effectively improve the comprehensive filtration, and the filtration can reach more than 98% of the leakage, which can improve the comprehensive dust holding capacity and extend the replacement cycle of the filter element.

Put the filter cotton first, and then electrostatic precipitator. Filter cotton is mainly primary filtration, mainly the tiny substances in the air that sell celery. However, in addition to the tiny substances in the air, there are some smaller harmful substances, which are dismantled by electrostatic precipitation.

When the air passes through the filter cotton, due to the frictional electricity, the particles in the air will be charged, and when these particles pass through the electrostatic area, they will be separated from the air under the action of the electrostatic field and stay in the electrostatic field, so as to achieve the purpose of electrostatic precipitation.

Whether it is suitable or not, it mainly depends on the ozone content released by electrostatic precipitation, as long as it is within the standard, it can be used, if it exceeds the standard, it is also harmful to the human body. The suggestion of Schmaibo household fresh air system is to choose the appropriate fresh air system equipment compared with the physical filter purification.

This is a matter of opinion, the Icon Nier fresh air system not only has electrostatic precipitator equipment, but also has medium electrostatic precipitator technology, you can learn about it.

Pure electrostatic precipitator is not considered, and it will generally be physically filtered before, so it is actually the difference between adding or not adding electrostatic precipitator.

I can't say which one is good and which one is not, in the final analysis, it still depends on the filtration effect. As a general rule, if the grade of the physical filter is high enough (and real), then static electricity is dispensable and will make no difference. If there is moisture on the front filter, static electricity is the last line of defense.

PS: At present, the mainstream fresh air is H13 level filter element, although it is debatable whether the effect can reach this level after the air volume increases, but the static electricity under the same conditions will not be much better.

It can be said that ozone is everywhere in our lives. Ozone is not terrible, the right concentration of ozone is beneficial, ozone can eliminate planktonic bacteria in the air and water, and can neutralize and decompose various toxic substances, remove all odors, and can bleach and clarify the pollution impurities in the water. The feeling of fresh air after a thunderstorm is largely due to ozone.

Excess ozone can have health effects on people. Our country's "Indoor Air Quality Standards" safety limit value for ozone concentration is: , and when the ozone concentration in the air is reached, people can smell it.

Therefore, smelling ozone does not necessarily mean that it is unsafe.

Therefore, how to make good use of the characteristics of ozone is the key, rather than completely rejecting ozone. Ozone disinfection, ozone ** tumors, ozone air purification and other ozone applications are more and more appearing in our lives.

At present, there are two common forms of air purification in the fresh air system: electrostatic adsorption dust removal and media filtration.

Media filtration, at least the cost of consumables is high. Moreover, the wind resistance is very large, which will cause a loss of fresh air volume;

The electrostatic adsorption dust removal can be free of consumables, no consumables cost, and the wind resistance is small, and the impact on the fresh air system is minimal (its wind resistance is only 1/10 of the media filtration).

Therefore, electrostatic adsorption and dust removal is a good choice, but the air will inevitably produce ozone after electric shock, how to control the generation of ozone within the safe value range is the direction of various manufacturers, unfortunately there are not many such manufacturers, Honeywell is one of them.

Honeywell invented two-stage electrostatic precipitation filtration technology in 1956 and has long maintained its position as a leader in this technology. Honeywell's patented technology ensures that ozone generation is suppressed while electrostatic precipitators are used. According to the ozone concentration test, the ozone emission concentration of Honeywell products is less than or equal to that of the People's Republic of China's "Indoor Air Quality Standard".

Having said all this, let's sum up: the ozone concentration can ensure that it is lower than the national standard safety value, and the single ventilation and purification efficiency is greater than 90%. You can use it with confidence.

The problems that should be paid attention to in the use of electrostatic precipitator are as follows:

1. It should be cleaned regularly, generally ten days and half a month, up to 30 days, it must be cleaned, otherwise it will lose the purification effect.

2. In addition to cleaning during use, do not stop the machine, otherwise the secondary dust will easily cause secondary pollution.

3. If the electrostatic precipitator is equipped with a formaldehyde removal module, this module is generally activated carbon and should be replaced regularly.

If you do the above two points, the electrostatic precipitator can be used with confidence.

Low concentrations are beneficial, high concentrations are harmful.

1.Safe concentrations: The concentration of ozone to which people are allowed to be exposed is not greater than.

2.The ozone concentration produced by the general fresh air system and purifier has a national standard limit, and the ozone concentration (at 5cm of the air outlet) is less than or equal to mg m

3.Fresh air is also a circulating airflow, and the purifier needs a confined space, so the ozone concentration in the room of the purifier using electrostatic precipitator will accumulate, that is, it will be higher and higher. Exceeding the safe concentration is bound to be harmful to health, and it is not recommended to use this type of purifier for babies in the house.

Excessive ozone is harmful. Ozone is mainly used for disinfection and sterilization.

The production of ozone is generally produced by negative ions. In other words, the negative ions produced at high pressure will be accompanied by ozone, which is the product of high voltage discharge. Therefore, when buying a negative ion instrument, the more concerned is the ozone release, because once the emission is high, it means that the voltage is very high!

Generally, the fresh air system and air purifier are negative ion fresh air and negative ion purifiers, and if you want 0 ozone, you have to buy air purification products with Tsinghua University's negative ion technology.

Electrostatic precipitator or high-voltage electrostatic precipitator, its principle is: the gas containing dust particles, when the high-voltage electric field formed between the cathode wire (also known as the corona electrode) connected to the high-voltage DC power supply and the grounded anode plate passes, due to the corona discharge point of the cathode and the gas is ionized, at this time, the negatively charged gas ions, under the action of the electric field force, move to the anode, and collide with the dust particles in the movement, then the dust particles are charged with negative electricity, and the charged dust particles also move to the anode under the action of the electric field force and reach the anode, the electrons are released, and the dust particles are deposited on the anode plate. In layman's terms, it is the electric field magnetically formed by high-voltage static electricity to adsorb dust in the air, reduce dust and purify the air.

Electrostatic precipitator can capture as small as fine dust, and at the same time, harmful microorganisms (bacteria, viruses, molds, etc.) will also die due to the expansion of cell pores under high-voltage ionization and high-voltage electrostatic voltage, which plays a bactericidal role. The electrostatic board for electrostatic precipitator can be cleaned with clean water and dried before repeated use. The traditional electrostatic precipitator has a one-time dust removal efficiency of about 85%, and the dust collection efficiency will change with the change of temperature and humidity, resulting in the instability of the dust collection efficiency.

However, due to the principle of electrostatic precipitation, ozone will inevitably be generated during operation. Excess ozone concentrations in the air can cause damage to the body's respiratory system and lead to a variety of respiratory diseases.