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Application of air coolers in various fields
Industrial sector: escorting production

In the industrial field, various factory workshops are important application places for air coolers.

Textile factory

Textile factories need to maintain certain temperature and humidity conditions to ensure the quality of yarn and the smooth progress of the textile process. Air coolers can effectively reduce workshop temperatures and avoid the impact of high temperatures on textile equipment and raw materials. For example, high temperatures may cause yarn to become brittle and increase the rate of breakage, while air coolers maintain the temperature within a suitable range, ensuring efficient and stable textile production. At the same time, its good ventilation performance can also reduce the accumulation of flying flowers and dust in the workshop, improve the working environment, and protect the respiratory health of workers.

electronics factory

Electronic factories have stricter requirements for the production environment, not only to control temperature, but also to prevent static electricity generation. The air cooler reduces the possibility of static electricity generation by adjusting the temperature and increasing air humidity. A stable temperature and humidity environment is crucial for ensuring product quality in processes such as chip manufacturing and circuit board assembly. The use of air coolers can effectively reduce the heat generated by equipment operation and personnel activities in the workshop, creating ideal conditions for the production of precision electronic equipment.

a machinery plant

In a mechanical factory, a large amount of mechanical equipment generates a large amount of heat during operation, causing the workshop temperature to rise. The powerful cooling ability of air coolers can provide workers with a comfortable working environment and improve labor efficiency. Moreover, the ventilation function of the air cooler helps to dispel the oil stains, odors, and metal dust in the workshop, ensuring the health of workers and the normal operation of mechanical equipment.

Business field: Enhancing customer experience

Commercial places have extremely high requirements for environmental comfort, and air coolers play an important role in this regard.

Shopping malls and supermarkets


Shopping malls and supermarkets are densely populated places that require a cool and comfortable shopping environment. Air coolers can provide sufficient air conditioning for large business areas without taking up too much space. Its fresh air function can also effectively reduce odors, making customers feel physically and mentally happy during the shopping process. In addition, the relatively low energy consumption of air coolers also saves operating costs for businesses.

Restaurants and internet cafes

In restaurants, air coolers can create a comfortable dining environment. Diners will not feel uncomfortable due to high temperatures while enjoying delicious food. For places like internet cafes where people stay for long periods of time, air coolers can not only lower indoor temperatures, but also increase the oxygen content in the air, alleviate customer fatigue caused by prolonged use of computers, and enhance customer satisfaction and loyalty.

In the field of agriculture: supporting the growth of animals and plants

The application of air coolers in the agricultural field is also very extensive, creating favorable conditions for agricultural production.

Greenhouse

The temperature and humidity inside the greenhouse have a crucial impact on the growth and development of crops. Air coolers can lower the temperature inside greenhouses during high temperature periods during the day, preventing excessive temperature from causing damage to crops such as burning leaves and affecting flower bud differentiation. At the same time, it can also regulate the humidity inside the greenhouse, reduce the occurrence of pests and diseases, and improve the yield and quality of crops.

farm

In breeding farms, air coolers are of great significance for the healthy growth of livestock and poultry. High temperature environments can easily lead to heat stroke, decreased feed intake, and slow growth in livestock and poultry. Air coolers can effectively reduce the temperature inside the breeding house and improve the comfort of livestock and poultry. Moreover, the ventilation function of the air cooler can reduce the concentration of harmful gases such as ammonia and hydrogen sulfide in the house, lower the incidence of respiratory diseases in livestock and poultry, and ensure the efficiency of breeding.

Family Domain: Affordable Cooling Options

The application of air coolers in households is also becoming increasingly popular.

In living rooms or bedrooms, air coolers can be used as auxiliary cooling devices. Especially in some well ventilated houses or areas where the summer is not too hot, air coolers can meet people's need for coolness. It can adjust wind speed and temperature according to different usage scenarios, with simple and convenient operation. At the same time, the air cooler has the characteristic of increasing air humidity during operation, which can improve the indoor dry environment for households in dry areas and make residents feel more comfortable.

In short, with its unique advantages, air coolers have been widely used in various fields such as industry, commerce, agriculture, and households, becoming a powerful assistant in creating cool and comfortable environments.
Knowledge

Various advantages of negative pressure fans

The negative pressure fan is a device that utilizes the principle of natural air convection and combines its unique structural design to accelerate and transform any air in parallel direction into a vertical flow of air from bottom to top to improve the ventilation effect of the indoor ventilation. It does not require electricity, no noise, can operate for a long time, and discharges hot air, smoke, odor, water vapor, etc. in the room. The specific advantages are as follows:

   
    1. Free of electricity, use the temperature difference and natural wind to make the negative pressure fan rotate. It can easily drive the turbine blades to rotate continuously for 365 days in a row without the breeze or the indoor and outdoor temperature difference. No electricity is needed at all. High sensitivity and saving a large amount of running cost;
    2, the negative pressure fan has a long service life, at least for more than ten years, and benefits for more than ten years;
   3, easy to install, negative pressure fan without motor, no power consumption, no noise, small size, light weight, high exhaust efficiency, easy to install. Save you a lot of labor and materials:
    4, maintenance-free maintenance-free, the negative pressure fan uses a complete set of fully sealed high-grade bearings, no lubrication, sturdy and durable.
    5, high efficiency, negative pressure fan requires only a small amount of wind, it is very effective to improve the working environment of the factory and improve work efficiency. It can bring you fresh air convection, remove hot air, exhaust gas or smelly air.
    6, wide-ranging, negative pressure fan is widely used in agriculture, animal husbandry, industry, public places and other industries, making important contributions to improving the environment.

Defrosting method of cold air blower and treatment of overcurrent protection

One of the important website products and key keywords of chillers should be treated seriously in their learning attitudes. In terms of learning requirements, it is necessary to achieve this level so that they can be used correctly and reasonably. Cooling fans, and at the same time, to get good results. Therefore, based on this, the next step will be to explain the knowledge in this area so that everyone can master and apply it in time.

1. The chiller in the cold storage, if it is frosted, is it necessary to carry out defrosting work?
If the chiller in the cold storage has frost formation, then it is necessary to perform defrosting work. Otherwise, the chiller cannot work normally. Moreover, in the defrosting method, it can be either a manual defrosting or a mechanical defrosting. As for which one to use, it depends on the actual situation, and it is determined by it.

2. Air coolers, how can they be classified in a big way?
In terms of the large aspect, the air cooler can be divided into two types: a domestic air cooler and an industrial air cooler. If it is a domestic air cooler, it is mainly used to reduce the indoor temperature in summer, and industrial cooling fans, which are generally used in refrigeration equipment, are an important part of the refrigeration equipment. For example, it can be used as a cold storage machine. .
3. The over-flow protection of the air cooler, how should it be handled?
The over-current protection of the air cooler is a protection mechanism of the air cooler, indicating that the current in the equipment exceeds the specified limit, and the equipment has a fault problem. At this time, the operation of the air cooler should be stopped immediately. Check the work to identify the problem and resolve it in time to avoid adverse effects or consequences.
All of the above problems are related to the air cooler, and at the same time, it is also related to the website products. Therefore, I hope that everyone can take it seriously and carry it out so that it can be mastered in time. In this way, it can be applied to the actual work, and at the same time, to improve the use of the product, so that you can benefit from it.

Three major energy-saving tips for air coolers

The energy saving of the air cooler system is mainly achieved through the following three aspects: the conversion efficiency of the equipment itself, the scientific design scheme, and the normative construction.

The conversion efficiency of the device itself is higher
Compressor: The compressor uses electric energy as a “porter”. The refrigerant is used as a medium to extract the energy in the air and convert it into cold/heat in the room.

The better the performance of the compressor, the higher the energy conversion efficiency, which means that the less the amount of electricity, the more cold the “handling”. When the amount of cooling required in the room is certain, the better the compressor performance, the less power consumption!
 
The inverter's own variable frequency control technology: The variable frequency control technology of the compressor means that the running speed of the DC inverter compressor motor can be continuously and freely adjusted according to the system capacity change. The adjustable range and higher precision mean lower power consumption. .

For example, the external fan of the chiller is full, and it takes three copies of electricity to convert six pieces of cooling capacity to six rooms. When it is only necessary to provide two cold rooms in two rooms, the compressor's frequency conversion technology can control the speed of the motor operation, and realize one electric power to provide two room cooling, instead of continuing to spend three times to provide two cold the amount.

The more scientific the design
Don't underestimate the design of the chiller. It is very simple to look at the designed system, but it involves many design points and design techniques. The more scientific design, the more efficient the operation, the more energy efficient!

In the design, we must first design the pipeline direction, equipment location, air supply mode, return air mode, and inspection port position in combination with the actual apartment structure and decoration scheme. These are affecting the appearance, noise, and effect. For example, the design does not take into account the uniformity of the airflow. It just looks at the location where it is placed, or just guesses it, rather than careful airflow analysis. It is easy to cause the feeling of not being cool when using, or the unevenness of the cold. At this time, in order to cool enough to reduce the air outlet temperature of the air conditioner, the operating speed of the air conditioner compressor motor is increased, and finally, the electricity fee is increased to obtain sufficient cooling capacity. This is one of the power consumption factors.

In addition to these, the design also selects different devices in combination with the type of room type, and configures according to the ratio of the ratio specified by the manufacturer.
The more standardized the construction
Many people have a misunderstanding. They choose products that are very expensive and have a good reputation, but they ignore the quality of construction.

In fact, the standardization of the construction of the chiller is the premise guarantee for the energy-saving operation of the chiller! For a simple example, a person who does not understand the computer assembly has a good computer component. You think this person uses these computers. Will the computer assembled with the components be the best performing computer? The Maxima should also have Bole to be able to make a thousand miles. The same reason, no matter how good the equipment, it is no good to run into a second-class engineering installation team.