How to select the type of industrial dehumidifier in different industries, and what aspects should be paid attention to?

Industrial dehumidifiers for workshops are widely used in various production environments, such as food, pharmaceuticals, electronics, textiles and other industries. These enterprises need to control humidity to ensure production quality and product stability. So what do we need to consider about the selection of dehumidifier in the workshop?

1. Workshop space size: Select the dehumidifier with appropriate capacity according to the workshop size. Generally speaking, the larger the area, the stronger the dehumidification capacity is required.

2. Humidity demand: Understand the required humidity level in the workshop, so as to select the appropriate dehumidifier. Different industries and processes have different requirements for humidity.

3. Temperature range: The performance of dehumidifier will also be affected by the workshop temperature, so it is necessary to choose a dehumidifier suitable for the workshop temperature range.

4. Dehumidification methods: Common dehumidification methods include compression, adsorption and condensation. Select the dehumidification method suitable for workshop environment and demand.

5. Dehumidification capacity: the humidity in the workshop is high, so it is necessary to choose a model with high dehumidification capacity, which is generally more than 20-40 liters/hour. The greater the dehumidification capacity, the better the dehumidification effect.

6. Operating noise: The noise in the workshop may affect the working environment, so choose a dehumidifier with low noise.

7. Safety: There may be flammable and explosive environment in the workshop, so it is necessary to choose a model with high safety. Generally, components without open flame are adopted, and the motor and other components adopt explosion-proof structure.

8. Operating cost: The operating cost of dehumidifier mainly depends on its energy consumption, so it is necessary to choose a model with lower energy consumption to reduce the operating cost.

9. Model size: Choose the appropriate model size according to the area of the workshop. The larger the size, the greater the dehumidification capacity, but the larger the floor space. You can also choose dehumidifiers with different structures as needed, such as pipeline type or hoisting type.

10. Brand and quality: Choose dehumidifiers with well-known brands and reliable quality to ensure the stability and service life of the equipment.

11. Maintenance and cleaning: The dehumidifier needs regular maintenance and cleaning, so it is necessary to choose a dehumidifier that is easy to maintain and clean.

12. After-sales service: Understand the maintenance requirements of the equipment and the after-sales service provided by the manufacturer to ensure that the equipment can be maintained and supported in time during use.

13. Additional functions: Some dehumidifiers have additional functions, such as air purification, heating, cooling, humidification, anti-corrosion, etc., which can be selected as needed.

To sum up, the selection of dehumidifier for workshop needs to weigh all factors, select the model with strong dehumidification capacity, low noise, high safety and low energy consumption, and determine the appropriate model size, which can maximize the dehumidification effect and control the operating cost and environmental impact.

Principle introduction of freezing dehumidifier

Freezing dehumidifier is a kind of equipment that is often used to improve humid environment. Freezing dehumidifier can remove moisture from the air and make the indoor environment comfortable and healthy. This article will introduce you to the principle of freezing dehumidifier and discuss how to remove moisture from humid air.

The interior of the freezing dehumidifier consists of main parts, including compressor, evaporator, condenser, expansion valve, electronic components and air filter. When air flows into the machine, the machine filters out dust and other fine particulate matter through the air filter to keep the air fresh.

Subsequently, the machine introduces air into the machine, and when the air passes through the evaporator, it will come into contact with low-temperature refrigerant, which will cause moisture to condense and form dry air. The water passes through another filtration system and is led to the water tank, and then discharged outside through the drainage pipe.

Next, the machine needs to turn the refrigerant into a gas state, which requires the use of electric energy to supply high power to the machine. The compressor of the machine compresses the refrigerant to a high pressure state, which makes the refrigerant become liquid and the temperature becomes higher. Subsequently, the machine passes the refrigerant through the condenser and forms a vaporizer inside the machine. Through this process, the refrigerant can be formed into a gaseous state.

When the refrigerant becomes gaseous, the expansion valve guides the refrigerant back to the evaporator. In the evaporator, the refrigerant cools, contacts the air and absorbs the moisture in it. Moisture condenses into water, which is filtered out inside the machine and collected in the water tank. Recycling this principle, the machine takes out moisture from the indoor air, making the indoor environment dry and comfortable.

In a word, the refrigerated dehumidifier can provide users with a dry, healthy and comfortable indoor environment, which is expected by many people. Based on the principle of refrigerant, it absorbs moisture from the air and finally achieves the effect of dehumidification. If you need to improve the humid indoor environment, the frozen dehumidifier is a good choice.

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