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Structure
- Tangential entry and cylindrical fabricated sheet structure with large control covers
- Filter sleeves reinforced with circular metal cages featuring easily removable clamps
- Low-pressure sleeve pneumatic cleaning system using 0.6 bar compressed air
- Distribution group with solenoid valves to control rinse valves
- Electronic equipment for placing the rotary manifold and adjusting program operation (rinse time, pause, etc.)
- Scraper-equipped flat bottom
Application Areas
- Flour, semolina, and feed mills
- Brewery plants
- Food processing systems
- Cocoa and coffee processing plants
- Chemical and similar plants
- Cement factories
- Fertilizer plants
- Stone and lime plants
- Other similar industrial facilities
Features & Advantages
- The filter can be used in the pressurized and vacuum systems. The cleaning of hose type filter bags is carried out by air at 0.5 bars, which is free of oil and water
- The consumption of the cleaning air is found by this formula: 30 – 40 NLt (Newton liter) x bag x blow
- The optimal flow geometry of the cleaning air route shows as mentioned below:
- The loading capacity of filter for each product
- The max cleaning capacity for each filter bag
- The highest cleaning ratio of cleaned air
- The filter body is combined with cleaning air tank
- Therefore, there is no need for an additional air tank
- The important criterions of filter loads
- In addition to the given effective values at right, the loading of filter depends on some other factors such as, chemical reactions, drying, filtration process, etc. As an example, at wheat cleaning process, in a filter with a 2.4-meter long bag, maximum loading for aspirator would be 9 cubic meters per minute per square meter.