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Low-pressure filter
compressed airparticulatedust

Low-pressure filter - G&AS - compressed air / particulate / dust
Low-pressure filter - G&AS - compressed air / particulate / dust
Low-pressure filter - G&AS - compressed air / particulate / dust - image - 2
Low-pressure filter - G&AS - compressed air / particulate / dust - image - 3
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Characteristics

Designed for
compressed air, particulate, dust
Filtration element
sleeve
Filtration method
cyclone
Applications
dust, low-pressure
Cleaning
easy cleaning
Other characteristics
cylindrical, adjustable, for powders, tangential
Operating pressure

Max.: 0.8 bar
(11.603 psi)

Min.: -0.5 bar
(-7.252 psi)

Description

The low-pressure filter is used in all those machines operating with air in their system, therefore needing cleaning systems to filter the air before reinserting it in the ambience. For this reason, it is mainly used for pneumatic conveying systems or aspiration systems. G&AS filters employ cyclonic settling through the tangential inlet in the first place; then the air passes through a group of filtering sleeves, going from the outside to the inside, thus dropping the dust off on their external surface. A temporised upstream jet of air cleans cyclically the filtering fabric. The low-pressure jet filter uses compressed air at 0,5 – 0,6 bars. The air enters the head filter, which serves also as reservoir, then goes inside each filtering sleeve through pneumatic valves. The steering electrovalves are placed outside the filter and are controlled by an electronic programmable sequencer. The low-pressure filter is composed of cylindric elements made of metal sheet, joined together through bolts. It can be flat bottomed, equipped with a motorised extracting impeller or with a discharge cone. The powder is discharged through a star valve that prevents the air from entering the system. The air goes inside the filter to be processed: the heavy particles of dust go down towards the outlets while the light ones, carried in suspension, are deposited on the external surface of the sleeves, letting only the depurated air pass through. An electrical adjustable temporiser controls the emission of compressed air inside the sleeves, thus causing them to expand, while dust detaches and fall to the bottom of the filter and is therefore discharged through the rotating valve.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.