|Sucking Head:||1/2||Hose Length:||2-3M|
|Wind Volume:||3000 M3/h||Hose Dia.:||φ120mm|
portable fume extractor,
welding smoke eater
Through the gravitational effect of the fan, the welding smoke exhaust gas is sucked into the air inlet of the welding smoke purifier through the universal dust hood. There is a flame arrester at the air inlet of the welding smoke purifier. With the upward airflow, the first coarse dust is directly reduced to the ash hopper. The particulate smoke is captured on the outer surface by the filter element. After the clean gas is filtered and purified by the filter element, it flows into the clean room from the center of the filter element, and the clean air passes through the activated carbon filter After further purification by adsorption, it is discharged through the air outlet to reach the standard.
It can meet the comprehensive management of welding workshops of various areas. A central system can simultaneously handle the fume purification of multiple welding stations. The main purification method is to install a purification system outside the workshops of large comprehensive workshops and workshops. Air ducts are installed in the workshops to lead the indoor flue gas to the pipeline system for processing and discharge. The freely moving suction arm purifies the flue gas for scattered welding points. . Working principle Through the gravitational action of the fan, the welding smoke exhaust gas is sucked into the galvanized spiral pipe through the universal dust suction arm or the suction port, and then enters the equipment air inlet. The equipment inlet is equipped with a flame arrester, and the spark is blocked by the flame arrester, soot The gas enters the filter chamber of the filter element, using gravity and upward airflow, first of all, the coarse dust is directly reduced to the ash hopper, and the particulate smoke is collected by the filter element on the outer surface. The clean gas is filtered and purified by the filter element and then flows into the clean room. Unless the odor is discharged through the air outlet. The replacement and cleaning of the filter element is prompted by the pressure display. The dust-removing capacity adopts compressed air pulse automatic dust-removal, which stabilizes the resistance of the equipment at a level conducive to work and makes the equipment a high-efficiency dust-removal equipment for long-term mass welding operations.
1 Welding smoke purifier purifies the host: the product is produced using seamless molds to ensure the sealing of the host and good noise control
2 Filter element: Adopt "American Dow" membrane anti-static filter cartridge, with low dust adhesion, convenient cleaning, good ventilation efficiency, and increased filtration area
3 Suction arm: adopt universal universal hovering suction arm to ensure that smoke and dust can smoothly enter the dust collecting hood under various working conditions, improve purification efficiency and ensure purification effect
4 Mobility: The universal wheel is equipped with a locking function, which is convenient for any movement to ensure the point-to-point purification of welding fumes
5 Dedusting method: The equipment has a backflushing function, and regular use of a gas source to clean the high-efficiency purification cabin in the equipment can increase the service life of the equipment and improve the purification efficiency (optional)
6 Operability: The welding fume purifier adopts PLC integrated control system, which can realize one-key operation. The studio only needs to open the electrical button of the host computer to directly use it for customers to operate
7 Maintenance of accessories: There are no wearing parts in the welding fume purifier, and the filter element in the high-efficiency purification cabin is regularly cleaned and can be used normally for 10,000 hours
8 Convenience: The welding fume purifier is a vertical stand-alone purifier with a small footprint, easy to move and can be fixedly used at any place, which is convenient for workers to operate
|Wind volume||2400 M3/h||3000M3/h|