Industrial vacuum cleaners in use, especially high-power vacuum cleaners (such as my company's SL-1100D, power 18.5KW, suction sand, stack state 3 tons per hour) have a higher material recovery efficiency, and a larger suction Dust. However, due to the mobile equipment, it is not possible to design large hoppers (such as SL-1100D industrial vacuum cleaners, with a hopper volume of 80 liters, with an effective capacity of 70 litres, and with a suction specific gravity of 1 dust, ie 70 kg, artificial It has been very difficult to clear and it is meaningless to have a large volume. However, continuous use can not always stop the discharge of ash, affecting work efficiency.
An effective way to solve this problem is to continuously discharge the equipment without stopping the machine. My company's SL-1200sz industrial vacuum cleaner effectively solves this problem. The specific method is to install a secondary dust removal device on the basis of the original vacuum cleaner and a gas separation and separation drum on the device. It can effectively separate gas and material. At the lower end of the barrel, the 80-liter dust collection tube is usually used. When continuous discharge is required, the ash collection tube is unloaded and replaced with a discharge valve to achieve continuous discharge. Due to the addition of the gas separation tube, the inlet concentration of the main cylinder dust is greatly reduced, and the emission effect is greatly improved. For 5μ dust (2500 mesh), the dust removal efficiency is up to 99%, and the filter bag is coated with a filter material to prevent water and oil. Therefore, it also has excellent cleaning effect on high concentration ultra-fine dust and oil-water mixture.
However, in order to solve a large number of continuous vacuuming, continuous unloading must be preceded by an air separation drum and an industrial vacuum cleaner, and the air separation drum has a certain position from the ground to facilitate the ash handling of the trolley.
An effective way to solve this problem is to continuously discharge the equipment without stopping the machine. My company's SL-1200sz industrial vacuum cleaner effectively solves this problem. The specific method is to install a secondary dust removal device on the basis of the original vacuum cleaner and a gas separation and separation drum on the device. It can effectively separate gas and material. At the lower end of the barrel, the 80-liter dust collection tube is usually used. When continuous discharge is required, the ash collection tube is unloaded and replaced with a discharge valve to achieve continuous discharge. Due to the addition of the gas separation tube, the inlet concentration of the main cylinder dust is greatly reduced, and the emission effect is greatly improved. For 5μ dust (2500 mesh), the dust removal efficiency is up to 99%, and the filter bag is coated with a filter material to prevent water and oil. Therefore, it also has excellent cleaning effect on high concentration ultra-fine dust and oil-water mixture.
However, in order to solve a large number of continuous vacuuming, continuous unloading must be preceded by an air separation drum and an industrial vacuum cleaner, and the air separation drum has a certain position from the ground to facilitate the ash handling of the trolley.
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