Air Jet Plus Filter | KFSI

Air Jet Plus Filter | KFSI

GENERAL TECHNICAL DATA
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
Alapala

“Alapala: Where the tradition meets innovation” Founded in 1954, Alapala Machine is the eldest and well-known company of Alapala Group, and takes place among the top two companies of the world in its industry, going forward on a vision to be a...

Suitable to separate dust and other particles suspended in air of cleaning department aspirator system before being discharged to the outside with a bottom scraper.

Effective Factors

  • The size of particles, paint pigments, pneumatic system of the mill, cleaning, aspiration
  • Physical composition of dust
  • Dust concentration in the untreated air (aspiration)
  • Electrostatic charge:
  • The given filter dimensions are taken into consideration in accordance with a 2.4 meter long bag.
  • The rate of flow changes depending on the rate of filtration area for other length of filter bags.
  • The air needed for cleaning and pneumatic control purposes of the Jet Plus Filter is supplied by a blower, which produces dry air
  • The air needed for cleaning and pneumatic control is obtained directly through a connection between the filter and the blower without using an air tank
  • The Jet Plus Filter is combined with a pneumatic control unit, which is actuated by an electronic control unit, quick ventilation valves (nozzles) and venture pipes

Working Principle

N1 Filtration phases in the N1 bag: The dusty air is purified (filtrated) in the outer surface of the hose type filter bag. N2 Final cleaning phase in the N2 bag: Dust loaded outer surface of the filter bags is cleaned respectively by blowing air from inside of bags. The accumulated dust is discharged out of the air lock due a scraper.

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.
Further Accessories
Structure Fabricated cylindrical sheet-metal structure with tangential inlet and wide inspection doors
Filtering sleeves supported by metallic circular cages with quick release clamps
Pneumatic low pressure sleeve cleaning system utilizes compressed air at 0,6 bar
Distribution group with solenoid valve to control rinsing valves
Electronic equipment to position rotary manifold and program operation setting (rinsing time, pause, etc)
Flat bottom with scraper
Application fields At food industry
Flour and semolina mills
Feed mills
Biscuit and macaroni factories
Nut processing plants
Brewery factories
Other food processing plants
At chemical industry
Paint factories
Plastic factories
Detergent factories
At wooden industry
At non-metallic industries
At stone and soil quarries
At cement factories
For general use
г. Алматы
Beverage industry plant engineering

Beverage industry plant engineering