Cyclone dust collector is a common industrial dust removal equipment, and its structure is mainly composed of the following parts:
1.Air Inlet: The air inlet of cyclone dust collectors is usually designed in an inverted cone shape, which allows for a more even distribution of incoming airflow, reducing vortex and drag.
2.Separation chamber: The separation chamber is the main part of the cyclone dust collector, its interior is in a spiral shape, and the air flow rotates downward along the spiral line in the separation chamber. During the rotation, the dust particles are thrown against the wall of the vessel due to centrifugal force, and move upwards along the wall of the instrument, and finally fall into the ash hopper.
3.Exhaust pipe: The exhaust pipe is located on the top of the cyclone dust collector, which can exhaust the gas that has been purified from the equipment. The design of the exhaust pipe also needs to take into account issues such as uniform distribution of airflow and reduction of vortex.
4.Hopper: The hopper is located at the bottom of the cyclone and is used to collect the dust particles that are separated. The hopper is usually equipped with an outlet, which can be used to remove the dust manually or automatically.
5.Bracket and housing: The bracket and housing are the supporting and protective structures of the cyclone dust collector, which are used to fix and support the various components mentioned above, while preventing the influence of the external environment on the equipment.
In addition, according to the actual needs, the cyclone dust collector can also be equipped with other auxiliary components, such as control valves, pressure gauges, thermometers, etc., to achieve more accurate control and monitoring.
In general, the structural design of the cyclone dust collector needs to fully consider the movement law of the air flow, the physical properties of dust particles and the actual use environment and other factors to ensure the dust removal effect and service life of the equipment.