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Bag filter Pulco Air
€0.00
The baghouse filter Pulco Air is a dry filtration system used to purify the air from suspended solid particles.
Advantages
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
How it works
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
Data sheet
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- Standard equipment
- Collection bin under the hopper, Filtration chamber, Maintenance door, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Pressure regulator, Staircase and walkway to access the maintenance door, Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground) , Control panel cover, Tank cover, Deflector in hopper, Electrical panel
- Standard equipment
- Collection bin under the hopper, Filtration chamber, Pre-filtration chamber, Maintenance door, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Pressure regulator, Staircase and walkway to access the maintenance door, Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground) , Control panel cover, Tank cover, Electrical panel
- Standard equipment
- Filtration chamber, Pre-filtration chamber, Maintenance door, Inspection door in hopper, Cleaning pneumatic system of the bags controlled by differential pressure switch, Hopper with support legs, Rotary valve for continuous dust discharge
- Optional equipment
- Electrical panel, Pressure regulator, Staircase and walkway to access the maintenance door, Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground) , Control panel cover, Tank cover
- Standard equipment
- Combined action of rotary valve and cochlea for dust discharge, Filtration chamber, Pre-filtration chamber, Maintenance door, Inspection door in hopper, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Electrical panel, Pressure regulator, Staircase and walkway to access the maintenance door, Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground) , Control panel cover, Tank cover
- Standard equipment
- Combined action of rotary valve and cochlea for dust discharge, Filtration chamber, Pre-filtration chamber, Inspection door in hopper, Staircase and railings for filter elements extraction from the roof, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Deflector in hopper, Maintenance door, Electrical panel, Pressure regulator, Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground) , Control panel cover, Tank cover
- Standard equipment
- Combined action of rotary valve and cochlea for dust discharge, Filtration chamber, Pre-filtration chamber, Inspection door in hopper, Staircase and railings for filter elements extraction from the roof, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Maintenance door, Electrical panel, Pressure regulator, Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground) , Control panel cover, Tank cover
- Standard equipment
- Filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Maintenance door, Inspection door in hopper, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs, Rotary valve for continuous dust discharge
- Optional equipment
- Control panel cover, Tank cover, Electrical panel, Pressure regulator, Staircase and walkway to access the maintenance door, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
- Standard equipment
- Hopper with support legs, Combined action of rotary valve and cochlea for dust discharge, Filtration chamber, Pre-filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Maintenance door, Inspection door in hopper, Cleaning pneumatic system of the cartridges controlled by differential pressure switch
- Optional equipment
- Control panel cover, Tank cover, Electrical panel, Pressure regulator, Staircase and walkway to access the maintenance door, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
- Standard equipment
- Filtration chamber, Pre-filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Inspection door in hopper, Staircase and railings for filter elements extraction from the roof, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Control panel cover, Tank cover, Deflector in hopper, Electrical panel, Pressure regulator, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
- Standard equipment
- Rotary valve for continuous dust discharge, Filtration chamber, Pre-filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Inspection door in hopper, Staircase and railings for filter elements extraction from the roof, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Control panel cover, Tank cover, Electrical panel, Pressure regulator, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
- Standard equipment
- Hopper with support legs, Combined action of rotary valve and cochlea for dust discharge, Filtration chamber, Pre-filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Inspection door in hopper, Staircase and railings for filter elements extraction from the roof, Cleaning pneumatic system of the cartridges controlled by differential pressure switch
- Optional equipment
- Control panel cover, Tank cover, Electrical panel, Pressure regulator, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
- Standard equipment
- Filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Maintenance door, Inspection door in hopper, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs, Rotary valve for continuous dust discharge
- Optional equipment
- Control panel cover, Tank cover, Deflector in hopper, Electrical panel, Pressure regulator, Staircase and walkway to access the maintenance door, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
- Standard equipment
- Rotary valve for continuous dust discharge, Filtration chamber, Pre-filtration chamber, ATEX- components, Antistatic bags, Venting panels for explosion outlet installed in a raised sector between the filtration chamber and hopper , Maintenance door, Inspection door in hopper, Cleaning pneumatic system of the cartridges controlled by differential pressure switch, Hopper with support legs
- Optional equipment
- Control panel cover, Tank cover, Electrical panel, Pressure regulator, Staircase and walkway to access the maintenance door, Fire prevention system with tubes sprayer nozzles and temperature probe , Level probe, Fan + soundproof box to lower the noise produced by the engine (on the top or on the ground)
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
Guide to possible configurations:
|
LETTER 1 Air inlet |
LETTER 2 Frontal extraction system |
LETTER 3 Dust extraction |
LETTER 4 Explosion-proof panels (only for ATEX/NFPA filters) |
|---|---|---|---|
|
N Inlect into the hopper |
S Standard (frontal extraction system without ladder, hand railings and without the box) |
B Bin |
A Frontal explosion-proof panels |
|
C Pre-filtration chamber |
T Extraction system from the top with ladder and hand railings |
C Screw conveyor (Cochlea) |
X Roof explosion-proof panels |
|
F Fan |
V Rotary valve |
The baghouse filter Pulco Air NSB is configured with a dirty air inlet directly into the hopper, frontal extraction system of the filtering elements, and dust discharge in a special bin placed under the hopper.
The baghouse filter Pulco Air CSB is configured with a dirty air inlet consisting of a pre-filtration chamber, frontal extraction system of the filtering elements, and dust discharge in a special bin located under the hopper.
The baghouse filter Pulco Air CSV is configured with a dirty air inlet consisting of a pre-filtration chamber, frontal extraction system of the filtering elements, and dust discharge through the action of the rotary valve.
The baghouse filter Pulco Air CSC is configurated with dirty air inlet consisting of a pre-filtration chamber, frontal extraction system of the filtering elements, dust discharge through the combined action of rotary valve and screw conveyor.
The baghouse filter Pulco Air NTC is configuated with dirty air inlet directly into the hopper, extraction system from the top of the filtering elements, dust discharge through the combined action of a rotary valve and screw conveyor.
The baghouse filter Pulco Air CTC is configured with a dirty air inlet consisting of a pre-filtration chamber, extraction system from the top of the filtering elements, and dust discharge through the combined action of rotary valve and cochlea.
The baghouse filter Pulco Air NSVA is configured with dirty air entering directly into the hopper, frontal extraction system of the filtering elements, dust discharge through the action of the rotary valve, and components suitable for the ATEX zone.
The baghouse filter Pulco Air CSCA is configured with a dirty air inlet consisting of a pre-filtration chamber, frontal extraction of the filtering elements, dust discharge through the combined action of a rotary valve and a cochlea, and components suitable for the ATEX zone.
The baghouse filter Pulco Air NTVA is configuated with dirty air entering directly into the hopper, extraction system from the top of the filtering elements, dust discharge through the action of the star valve, components suitable for the ATEX zone.
The baghouse filter Pulco Air CTVA is configuated with dirty air inlet consisting of a pre-filtration chamber, extraction system from the top of the filtering elements, dust discharge through the action of the rotary valve, components suitable for the ATEX zone.
The baghouse filter Pulco Air CTCA is configuated with dirty air inlet consisting of a pre-filtration chamber, extraction system from the top of the filtering elements, dust discharge through the combined action of a rotary valve and cochlea, components suitable for the ATEX zone.
The baghouse filter Pulco Air NSVX is configuated with dirty air entering directly into the hopper, frontal extraction system of the filtering elements, dust discharge through the action of the rotary valve, components suitable for the ATEX zone with explosion-proof panels installed on the roof.
The baghouse filter Pulco Air CSVA is configuated with dirty air inlet consisting of a pre-filtration chamber, frontal extraction system of the filtering elements, dust discharge through the action of the rotary valve, components suitable for the ATEX zone.
Strengths
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Thanks to the installation of the baghouse dust collector Pulco Air it is possible to treat a wide range of pollutants, even in the presence of high temperatures or humidity, by ensuring the quality of the filtered air in the production environment and protection for workers. Filter elements cleaning is managed by pressure drop reading, favouring a lower compressed air consumption and an increased life for bags.
Principle of operation
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
The dusty air is conveyed to the filter bags from the outside to the inside, depositing the impurities on the external part of the filter elements and in the collecting hopper. A compressed air jet, stored in a special tank, is injected cyclically in the bags, creating a wave of shaking able to detach and topple the particles deposited on the external part of the bags
