Working principle and equipment characteristic advantage of garbage air drum separator

1).Introduction of Air drum separator:

"Air drum separator" usually refers to airflow separator, also known as wind separator, particle separator, etc. It is a device that uses airflow as a separation medium, and is used to separate materials according to their density, shape, size and other characteristics. Airflow separators are widely used in agriculture, food processing, waste treatment and other fields.

2).The internal structure and working principle of the Air drum separator are as follows:

Internal structure:

1.Feeding system: The material enters the separator through the feeding system, usually through conveyor belts, vibrators and other devices to evenly feed the material into the separation area.

2.Separation area: This is the core part of the separator, which includes components such as airflow generator and separation channel. The airflow in the separation area will change at different speeds and directions, so that the materials can be separated according to their characteristics.

3.Airflow generator: This is the key component for generating airflow. It is usually composed of fans, compressors and other devices, which can generate sufficient airflow and airflow speed differences.

4.Separation channel: These channels are the paths along which the air flows in the sorting area. Depending on the chaacteristics of the material, the sorting channels can be designed at different angles and shapes to achieve a specific sorting effect.

5.Discharge system: After sorting, the material is divided into different parts according to its characteristics. The discharge system collects and discharges these different parts of the material separately.

3).Working principle of Air drum separator:

1.Feeding: The material is fed into the feed system of the sorter and enters the sorting area.

2.Airflow generation: The airflow generator generates airflow and guides the airflow through the sorting channel to flow in the sorting area. The speed and direction of the airflow will change in different channels.

3.Sorting process: Under the action of the airflow, the material will be affected by the resistance of the airflow, and will produce different degrees of force according to the density, shape, size and other characteristics of the material. This will cause the movement trajectory of the material in the airflow to be different, thereby achieving the separation of the material. For example, lighter materials may be lifted by the airflow, while heavier materials may settle.

4.Separation and discharge: During the sorting process, the material is divided into different parts according to its characteristics. These parts will be guided to different discharge channels and finally discharged separately.

The advantages of Air drum separator:

The air drum separator has the advantages of simple structure, convenient operation, easy maintenance, low energy consumption and good separation effect. Especially when dealing with a large number of materials, the air separator can efficiently separate substances of different particle sizes and improve production efficiency.

In short, the airflow separator generated by the airflow in the material to sort according to the characteristics of the material, thereby achieving the classification and separation of the material. Different sorting channels and airflow parameters can be adjusted according to the required sorting effect.