Single-unit dust collectors should be installed near the dust-generating machinery. Users can configure metal or plastic suction pipes and hoods according to the inlet size of the dust collector.
The control box cover of the single-unit dust collector should not be opened arbitrarily during operation. If it is necessary to adjust the cleaning time or check the circuit, the machine should be stopped and the power disconnected before proceeding.
The single-unit dust collector should be vibrated regularly for cleaning, depending on the nature and volume of the dust. Generally, it should be vibrated three to four times per shift to ensure normal operation.
The single-unit dust collector should be cleaned periodically as needed. To clean the dust collector, simply open the sealed ash discharge door and pull out the drawer after the fan and cleaning mechanism have stopped operating.
To ensure the dust collection equipment operates at its best, it should be installed as close as possible to the dust source, ideally 1.5 to 2.0 meters away. Connecting pipes should be as short as possible and have as few bends as possible to avoid increasing resistance loss.
The dust collection hood is a key component for ensuring the single-unit dust collector operates at its optimal condition. Users should design and manufacture an ideal dust collection hood based on the shape and dimensions of the processed parts and the nature of the dust, adhering to the principles of unobstructed flow, proximity, smooth operation, and sealing.
Before operation, the inspection door, ash discharge door, and duct connection system of the single-unit dust collector should be checked for leaks to prevent reduced dust collection efficiency.
This single-unit dust collector operates on three-phase AC 380V. It can be used immediately after connecting the power supply to the external wiring on the dust collector. Upon initial operation, check if the fan is rotating in the correct direction (if it rotates in reverse, the airflow will be very small, requiring a power supply rewiring).
