The cyclone dust collector can be used as a single unit or combined with multiple cylinders, connected by a common inlet and outlet main pipe, to meet the treatment of any flue gas volume. Each individual dust collector has four parts: body, volute, core tube, and a sealed dust collection device with good performance. According to different installation positions, cyclone dust collectors have four structures, namely left and right rotation according to the inlet direction of the dust collector. According to different user needs, there are two types: A-type ash hopper and B-type ash box.

Cyclone dust collectors are mainly used for machine fired layer combustion of hot water or steam boilers. Cyclone dust collectors are suitable for the needs of wood processing and other industrial dust removal. They have the characteristics of simple and novel structure, medium resistance, strong load adaptability, stable operation, low steel consumption, small footprint, convenient management and maintenance, and low cost.

Construction characteristics of cyclone dust collector:

1. The cyclone dust collector is designed with a straight through side chamber, which can handle the dust ring phenomenon and is not easily clogged.

2. The cyclone dust collector is designed with a device that can prevent the secondary flying of dust in the lower part, which is a domestically created form.

3. The cyclone dust collector is designed with a conical structure that is close to a straight cylinder shape, which forms a lower ash ring and avoids the rebound phenomenon of coarse dust particles in local wear, improving its service life and dust removal efficiency.

Instructions for using cyclone dust collector:

1. Before running the boiler, it is necessary to check whether the sealing of the ash collection device (ash box or ash hopper) is good, and then operate it after sealing. When the boiler is running at full load, the ash discharge interval can be determined according to the amount of dust collected, usually every 8 hours. Stop the induced draft fan before opening the ash discharge outlet during ash discharge; After discharging the ash, cover the ash outlet tightly and then start the induced draft fan to operate normally.

2. When the dust collector operates in negative pressure suction mode, it is required to be tight and not leak air, especially in the dust collection device, to avoid air leakage and avoid affecting the dust removal efficiency.

3. The connection method of dust collectors in the dust removal system generally adopts negative pressure suction type, which can reduce the wear of dust particles on the induced draft fan. If design requirements or other reasons are met, positive pressure extrusion type can also be used.

4. For boilers used intermittently in cold regions, insulation measures should be taken for the dust collector when it is installed outdoors. For small boilers with an evaporation capacity of less than 1 ton/hour and equipped with a preheating water tank, attention should be paid to ensuring that the exhaust temperature is not too low to prevent dust accumulation and blockage in the dust collector due to condensation.