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This equipment mainly consists of the following parts:
Housing: Includes the bag chamber, pre-dust collection chamber, clean air chamber, perforated plate, filter bags, and bag cages. The housing is designed to withstand a pressure of 9000 Pa.
Pulse Jet System: Comprises the main air pipe, blowpipe, and pulse valve.
Dust Hopper and Discharge Section: There are two forms – one where the dust hopper is directly connected, and another where the dust hopper is connected to the discharge unit via a conveying device.
Dust-laden air enters the dust collector and first undergoes preliminary dust collection in the expanded hopper. It is then evenly distributed among the filter bags through the guide plates. Dust is retained on the surface of the filter bags. To ensure the equipment resistance does not exceed 1200 Pa, high-pressure gas is used to perform pulse jet cleaning. The electromagnetic pulse valve releases compressed air (0.5–0.7 MPa) from the air reservoir through the nozzle openings of the blowpipe (known as the primary air). This air, passing through a Venturi tube, induces several times its volume of surrounding air (known as secondary air) into the filter bags. This causes the bags to expand suddenly and shake off the dust due to the reverse air flow, achieving dust cleaning.
A microcomputer automatic control device is used to adjust the cleaning cycle and pulse duration based on dust concentration, allowing the dust collector to operate within a specified resistance range.
Provides excellent classification efficiency for fine micron-sized dust, suitable for various applications.
Saves compressed air consumption and offers lower operating cost compared to conventional pulse dust collectors.
Integrated filter cartridge design ensures good sealing and makes installation and replacement convenient.
For customization, please contact our online customer service. We will provide a quotation as soon as possible.
