XLP-A type cyclone dust collector, buy it with confidence and use it for a long time, choose Xinda brand

Copy of type cyclone dust collector

Type cyclone dust collector
is divided into suction type and press-in type. Type and type are divided into type (left-hand rotation) and type according to the different rotation directions of the volute. type (right rotation).
1. Introduction
The cyclone dust collector is a high-efficiency cyclone dust collector with a bypass channel on the outside of the cyclone cylinder. It can allow a part of the dust-laden gas near the inner wall of the cylinder to enter through the bypass. The lower part of the cyclone tube is used to reduce the chance of dust escaping from the exhaust port, especially for dust that is larger than the size of the cyclone, and has a high dust removal efficiency. Used to remove dense non-fibrous and adhesive dust contained in industrial waste gas. It can effectively separate tobacco ash, talc powder, quartz powder, limestone powder, slag cement, cement raw materials, etc. It has the characteristics of simple structure, easy operation, high temperature resistance, low resistance and high dust removal efficiency. It is suitable for mining, metallurgy, refractory Gas purification in industrial sectors such as materials, coal, chemicals, building materials and electric power.
2. Working Principle of Type Cyclone Dust Collector
After the dust gas enters tangentially from the inlet, while the gas obtains rotational motion, the airflow is divided into upper and lower parts, forming a double vortex motion, and the dust moves in the exhaust A strong separation occurs at the bottom, which is the boundary between the double vortices. The finer and lighter dust particles are carried upward by the vortex airflow from the upper part, forming a strongly rotating dust ring under the top cover, resulting in the accumulation of dust particles, and are led out from the upper hole of the specially designed bypass separation chamber, and separated through the bypass The spiral groove in the lower part of the chamber is tangentially introduced from the return air outlet on the outer wall of the dust collector to the lower part of the dust collector cylinder and merges with the internal air flow. The dust is separated and falls into the ash hopper. The other part of the heavier dust particles is driven by the lower vortex airflow and passes through a similar process of the upper vortex airflow along the lower section of the dust collector, where the dust is separated and enters the ash hopper.
3. Classification
The air inlet of the type bypass cyclone dust collector is lower than that of the general cyclone dust collector, so that there is sufficient space at the top of the dust collector to form an upper vortex and form a dust ring, which is separated from the bypass The chamber is led to the cone part, so that the secondary airflow that is harmful to the dust removal efficiency turns into an upper vortex airflow with dust accumulation effect. The bypass separation chamber is designed in a spiral shape so that the incoming dust-laden airflow enters the cone tangentially to avoid disturbance. The airflow on the inner wall of the cone prevents dusting again.
① Classification according to the air outlet mode of bypass cyclone dust collector. Type (horizontal air outlet, suction-type dust collector is located on the suction side of the fan, and has an outlet volute), generally used for negative pressure operation type (upper air outlet, pressure-type dust collector is located on the pressure-in side of the fan), generally used Positive or negative pressure operation.
② According to the direction of rotation, it can be divided into two types: right-hand rotation type and left-hand rotation type. The two types of dust collectors have four combination types (type, type).
③Classified by spiral bypass separation chamber. /Has a semi-spiral shape with a double cone shape/Has a full spiral shape with a single cone with a smaller cone angle and a longer cone. Tests have proved that under the same conditions, the efficiency of the mold is higher than that of the mold, and at the same time, the resistance of the mold is greater than that of the mold. The mold has a simpler structure and smaller mass than the mold.
4. Technical performance
Model specifications
Processing air volume (m/h)
Resistance (kg/m)
Efficiency (%)
Overall dimensions ( Length, width and height)
Weight (kg)
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Company name Hebei Xinda Dust Removal Equipment Co., Ltd.
Contact person Ms. Zhao
Telephone
Mobile phone
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Address Hebei Fuzhuang Development Zone, Nanpi County, Cangzhou City, Province