Fuller® Airslide™ Conveying Technology Fluidized Gravity Conveying Systems
Designed for dependability. Proven to perform.
Manufacturing Standards • Heavy-gauge steel sections with bent flanges • Airslide conveyors are shipped in standard section lengths of 3 meters • Standard widths of fluidized area is 4” up to 34” (100 to 850mm) • Bolted airtight construction • Optional media available for high temperature and highly abrasive materials • There is no conveying length limitation to the Airslide conveyor based upon availability of
Low pressure air chamber (.5 - 5.0 psi, or 35 - 345 mbar)
headroom and proper slope. Proprietary Airslide Fabric • Proprietary weave designed for air gravity conveyors • Even permeability over the entire length of fabric - requires only one air connection every 100 feet (30 meters) - no “dead” zones
Airslide™ Conveying Multiple Inlet to Multiple Outlets • Flexibility - No additional conveyors needed to change directions • Single Power Source - One blower or fan is sufficient for system • High Capacity / Long Distance - Conveying volumes up to 1,500 cubic meters (56,000 cu. ft.) and conveying distances in the 100’s of feet/meters
K M
A
I
J
L
L
N
Section
Material
Application
F
Woven 5-ply polyester
Standard up to 350°F (177°C)
FN
Needle felt non-woven
Standard non-silo bottom applications
Silicon-treated polyester
Special for static dissipation
KN
Needle kevlar fabric
Standard non-silo bottom applications up to 475°F (246°C)
K
Woven kevlar fabric
Standard including silo bottom applications up to 475°F (246°C)
GAX 19
Woven fiberglass
Size
A
A B See chart below for dimensions
High temperature up to 850°F (454°C)
Nominal capacity
Type mm (1) cu.ft./hr.
B
C
D
Weight
cu.m/hr.
(1) in.
mm
(1) in.
mm
(1) in.
mm
lb./ft.
kg./m
7.87
200
2.95
75
13
19
4
100
720
20
1.25
32
6
150
1200
34
1.25
32
7.87
200
2.95
75
15
22
8
200
3060
87
1.25
32
11.81
300
2.95
75
20
30
10
250
4030
114
1.25
32
11.81
300
2.95
75
22
33
12
300
7620
216
1.25
32
15.75
400
2.95
75
26
39
14
350
12700
360
1.25
32
19.69
500
2.95
75
30
45
16
400
15000
425
1.25
32
19.69
500
2.95
75
32
48
19
480
21200
600
1.50
38
22.05
560
2.95
75
38
57
24
600
56000
1586
2.25
57
23.62
600
3.94
100
46
68
34
850
87000
2464
3.0
76
35.83
910
3.94
100
100
149
Nominal capacity ratings are based upon loose poured bulk density of the material and proper application. (1) English dimensions and capacities are nominal © FLSmidth 2009. This brochure makes no offers, representations or warranties (express or implied), and information and data contained in this brochure are for general reference only and may change at any time. Please contact us for specific information or data that may relate to your interests.
GF H
B D
C
Up-to-date addresses of worldwide subsidiaries and sales offices are available from our website
P
B
Hi-Top Design
www.fls-pt.com
Q
c D
FS
E
O
Versatile and reliable
A. Blank End Plate B. Air Connection C. Air Control Valve D. Positive Displacement Blower E. Fan F. Rotary Cut-Off Valve G. Inlet Neck H. Butterfly Flow Gate I. Rotary Metering Flow Gate
J. Side Discharge Valve K. Observation Port L. Turnbox M. Discharge Box N. Vent Connection O. Airslide™ Conveyor Swivel Assembly P. Telescopic Loading Spout Q. Fuller-Kinyon™ Pump
DENMARK
USA
INDIA
FLSmidth A/S Vigerslev Allé 77 DK-2500 Valby Copenhagen Tel: +45 36 18 10 00 Fax: +45 36 30 18 20 Email:
[email protected]
FLSmidth Inc. 2040 Avenue C Bethlehem, PA 18017-2188 Tel: +1 610-264-6011 Tel: +1 800-523-9482 Fax: +1 610-264-6170 Email:
[email protected]
FLSmidth Private Limited FLSmidth House 34, Egatoor, Kelambakkam (Rajiv Gandhi Salai - Chennai) Tamil Nadu – 603 103 Tel: +91-44-4748 1000 Fax:+91-44-2747 0301 E-mail:
[email protected]
07-2009 AIRSLIDE
Porous membrane fabric
High capacity, high performance
Media Options
Fuller® Airslide™ System Operation • Air-activated gravity conveyor • Fluidization of material on the Airslide media • Fluidization reduces the angle of repose causing flow. • Example: A material with a normal angle repose of 45º with fluidization may flow like a liquid on a 5º to 6º slope
Fluidized material chamber
Economical, energy-efficient
Fuller® Airslide™ Conveying
AIRSLIDE ™ CONVEYING TECHNOLOGY
The Free Power of Gravity
• Engineered systems • Single source responsibility • Global service and technology support • Reliable designs based upon experience
FLSmidth’s Airslide™ Air Gravity Conveying System uses the forces of gravity to do most of the work without any moving parts. Material is fluidized through a porous media with low pressure air. Material flow is achieved by sloping the Airslide conveyor to match the fluidized angle of repose of the powdered material. At the correct slope, fluidized materials flow with the consistency of a liquid. Airslide Air Gravity systems provide highcapacity material handling while offering many economical and environmental advantages. Energy requirements are minimal because only a small volume of air at a low pressure is required to move material. Since the system is installed overhead, valuable floor space and added headroom are available for other purposes. By eliminating the need for massive support members, it permits a flexibility of plant design not available with straight-line conveyors. The Airslide conveyor is dust tight. As a result, the system is extremely friendly to the environment.
Noise level is extremely low in the area surrounding the Airslide conveyor as the system’s air supply is the only moving part to generate noise, and it is generally located in a remotely insulated area to further reduce noise. Maintenance of the Airslide conveyor is very simple because there are no moving parts other than the air supply equipment, which also contributes to increased plant safety. Airslide conveyors require no lubrication. Typical Airslide™ Conveyor Applications • Distribution from bucket elevators to storage silos • Gathering under baghouses / precipitators • Feed to process • Feed to other conveyors • Loadout from bulk silos to trucks, railcars or barges • In-plant conveying • Storage silo / bin withdrawal
Driving low-pressure, low-velocity air through and between particles of a dry bulk material, changing its behavior characteristics and making it flow more like a liquid than a solid
45°
All fly ash has a natural angle of repose, often in excess of 45 degrees.
3 8°
2
> 45° Without any fluidization, the Airslide™ conveyor would have to be inclined on an angle greater than the angle of repose to establish gravity flow.
A2P™: Airslide™ Conveyor to FK Pump Continuous Conveying System
FLSmidth Airslide Aeration Unit Packages are supplied for installation as aeration units on the sloped conical bottoms of bins and silos to aid in the withdrawal of dry, relatively freeflowing material.
FLSmidth’s Airslide Conveyor is a main component in the A2P Continuous Conveying system. • Nearly maintenance-free • Capital cost reduced by as much as 50% • Continuous product removal from collection hoppers • Only two moving pieces between collection hopper and storage • Continuous conveying to storage
Aerated bin bottom
• Withdrawal of dry, free-flowing materials • For bins and silos • Three or six spoke configurations • Replaces vibrating bin activators • No fatigue-inducing forces imparted into vessel • Aerated bin bottoms
Proven Airslide Applications Alumina Barytes Bentonite Calcined magnesite Cement raw and finish material Clay Fly ash
Ground ores Gypsum Lime/Limestone Phosphates Precipitator dust Resins Silica and more
Airslide Conveyor Gathering for Dust Collectors
Airslide System Recirculation: SO2 Mitigation - Circulating Dry Scrubbers
• Low maintenance - No moving parts - Minimal fabric wear (change out required every 5-10 years) • Low noise level - blower noise only • Clean • Operates smoothly regardless of downstream equipment rate
For pebble lime and limestone (unloading, conveying and injection) Most new plants will be designed with some form of SO2 mitigation in the form of wet or dry scrubbers. Such scrubbers are also being retrofitted on existing plants for (a) environmental compliance and (b) to allow for the switch to less expensive high sulphur coals.
With fluidization, gravity flow can be achieved at a greatly reduced slope of 8 degrees or less.
Dry scrubber
Standard FLSmidth Airslide systems can be employed for all of these lime-based handling applications. Specialized “circulating dry scrubbers (CDS)” all employ FLSmidth Airslide technology.
Airslide Conveying: Quiet & Simple Point-to-Point Transfer
The Principle of Fluidization:
1
Airslide™ Conveyor Fluidization
• Positive flow regulation (low - high capacities) • Quiet operation • Low maintenance — no rotating parts in contact with materials being From Silo conveyed • Fully fluidized gentle conveying action • Minimized wear from abrasion
Airslide Loading and Unloading Systems
Typical isolation and flow control valve arrangement
Enlarged detail
Drum roller Generally, materials passing through 35 mesh US std. (500 microns) can be conveyed through an Airslide™ Conveyor
Railcar • High-capacity loading and unloading Trailer • Dust-controlled loading and unloading Large Diameter Silos • Efficient filling and unloading systems • Uniform filling system • Fluidized silo bottom
Fuller® Airlift™ and Airslide™ conveying systems convey alumina at a net rate of 750 mtph in a major western United States facility
AIRSLIDE ™ CONVEYING TECHNOLOGY
The Free Power of Gravity
• Engineered systems • Single source responsibility • Global service and technology support • Reliable designs based upon experience
FLSmidth’s Airslide™ Air Gravity Conveying System uses the forces of gravity to do most of the work without any moving parts. Material is fluidized through a porous media with low pressure air. Material flow is achieved by sloping the Airslide conveyor to match the fluidized angle of repose of the powdered material. At the correct slope, fluidized materials flow with the consistency of a liquid. Airslide Air Gravity systems provide highcapacity material handling while offering many economical and environmental advantages. Energy requirements are minimal because only a small volume of air at a low pressure is required to move material. Since the system is installed overhead, valuable floor space and added headroom are available for other purposes. By eliminating the need for massive support members, it permits a flexibility of plant design not available with straight-line conveyors. The Airslide conveyor is dust tight. As a result, the system is extremely friendly to the environment.
Noise level is extremely low in the area surrounding the Airslide conveyor as the system’s air supply is the only moving part to generate noise, and it is generally located in a remotely insulated area to further reduce noise. Maintenance of the Airslide conveyor is very simple because there are no moving parts other than the air supply equipment, which also contributes to increased plant safety. Airslide conveyors require no lubrication. Typical Airslide™ Conveyor Applications • Distribution from bucket elevators to storage silos • Gathering under baghouses / precipitators • Feed to process • Feed to other conveyors • Loadout from bulk silos to trucks, railcars or barges • In-plant conveying • Storage silo / bin withdrawal
Driving low-pressure, low-velocity air through and between particles of a dry bulk material, changing its behavior characteristics and making it flow more like a liquid than a solid
45°
All fly ash has a natural angle of repose, often in excess of 45 degrees.
3 8°
2
> 45° Without any fluidization, the Airslide™ conveyor would have to be inclined on an angle greater than the angle of repose to establish gravity flow.
A2P™: Airslide™ Conveyor to FK Pump Continuous Conveying System
FLSmidth Airslide Aeration Unit Packages are supplied for installation as aeration units on the sloped conical bottoms of bins and silos to aid in the withdrawal of dry, relatively freeflowing material.
FLSmidth’s Airslide Conveyor is a main component in the A2P Continuous Conveying system. • Nearly maintenance-free • Capital cost reduced by as much as 50% • Continuous product removal from collection hoppers • Only two moving pieces between collection hopper and storage • Continuous conveying to storage
Aerated bin bottom
• Withdrawal of dry, free-flowing materials • For bins and silos • Three or six spoke configurations • Replaces vibrating bin activators • No fatigue-inducing forces imparted into vessel • Aerated bin bottoms
Proven Airslide Applications Alumina Barytes Bentonite Calcined magnesite Cement raw and finish material Clay Fly ash
Ground ores Gypsum Lime/Limestone Phosphates Precipitator dust Resins Silica and more
Airslide Conveyor Gathering for Dust Collectors
Airslide System Recirculation: SO2 Mitigation - Circulating Dry Scrubbers
• Low maintenance - No moving parts - Minimal fabric wear (change out required every 5-10 years) • Low noise level - blower noise only • Clean • Operates smoothly regardless of downstream equipment rate
For pebble lime and limestone (unloading, conveying and injection) Most new plants will be designed with some form of SO2 mitigation in the form of wet or dry scrubbers. Such scrubbers are also being retrofitted on existing plants for (a) environmental compliance and (b) to allow for the switch to less expensive high sulphur coals.
With fluidization, gravity flow can be achieved at a greatly reduced slope of 8 degrees or less.
Dry scrubber
Standard FLSmidth Airslide systems can be employed for all of these lime-based handling applications. Specialized “circulating dry scrubbers (CDS)” all employ FLSmidth Airslide technology.
Airslide Conveying: Quiet & Simple Point-to-Point Transfer
The Principle of Fluidization:
1
Airslide™ Conveyor Fluidization
• Positive flow regulation (low - high capacities) • Quiet operation • Low maintenance — no rotating parts in contact with materials being From Silo conveyed • Fully fluidized gentle conveying action • Minimized wear from abrasion
Airslide Loading and Unloading Systems
Typical isolation and flow control valve arrangement
Enlarged detail
Drum roller Generally, materials passing through 35 mesh US std. (500 microns) can be conveyed through an Airslide™ Conveyor
Railcar • High-capacity loading and unloading Trailer • Dust-controlled loading and unloading Large Diameter Silos • Efficient filling and unloading systems • Uniform filling system • Fluidized silo bottom
Fuller® Airlift™ and Airslide™ conveying systems convey alumina at a net rate of 750 mtph in a major western United States facility
AIRSLIDE ™ CONVEYING TECHNOLOGY
The Free Power of Gravity
• Engineered systems • Single source responsibility • Global service and technology support • Reliable designs based upon experience
FLSmidth’s Airslide™ Air Gravity Conveying System uses the forces of gravity to do most of the work without any moving parts. Material is fluidized through a porous media with low pressure air. Material flow is achieved by sloping the Airslide conveyor to match the fluidized angle of repose of the powdered material. At the correct slope, fluidized materials flow with the consistency of a liquid. Airslide Air Gravity systems provide highcapacity material handling while offering many economical and environmental advantages. Energy requirements are minimal because only a small volume of air at a low pressure is required to move material. Since the system is installed overhead, valuable floor space and added headroom are available for other purposes. By eliminating the need for massive support members, it permits a flexibility of plant design not available with straight-line conveyors. The Airslide conveyor is dust tight. As a result, the system is extremely friendly to the environment.
Noise level is extremely low in the area surrounding the Airslide conveyor as the system’s air supply is the only moving part to generate noise, and it is generally located in a remotely insulated area to further reduce noise. Maintenance of the Airslide conveyor is very simple because there are no moving parts other than the air supply equipment, which also contributes to increased plant safety. Airslide conveyors require no lubrication. Typical Airslide™ Conveyor Applications • Distribution from bucket elevators to storage silos • Gathering under baghouses / precipitators • Feed to process • Feed to other conveyors • Loadout from bulk silos to trucks, railcars or barges • In-plant conveying • Storage silo / bin withdrawal
Driving low-pressure, low-velocity air through and between particles of a dry bulk material, changing its behavior characteristics and making it flow more like a liquid than a solid
45°
All fly ash has a natural angle of repose, often in excess of 45 degrees.
3 8°
2
> 45° Without any fluidization, the Airslide™ conveyor would have to be inclined on an angle greater than the angle of repose to establish gravity flow.
A2P™: Airslide™ Conveyor to FK Pump Continuous Conveying System
FLSmidth Airslide Aeration Unit Packages are supplied for installation as aeration units on the sloped conical bottoms of bins and silos to aid in the withdrawal of dry, relatively freeflowing material.
FLSmidth’s Airslide Conveyor is a main component in the A2P Continuous Conveying system. • Nearly maintenance-free • Capital cost reduced by as much as 50% • Continuous product removal from collection hoppers • Only two moving pieces between collection hopper and storage • Continuous conveying to storage
Aerated bin bottom
• Withdrawal of dry, free-flowing materials • For bins and silos • Three or six spoke configurations • Replaces vibrating bin activators • No fatigue-inducing forces imparted into vessel • Aerated bin bottoms
Proven Airslide Applications Alumina Barytes Bentonite Calcined magnesite Cement raw and finish material Clay Fly ash
Ground ores Gypsum Lime/Limestone Phosphates Precipitator dust Resins Silica and more
Airslide Conveyor Gathering for Dust Collectors
Airslide System Recirculation: SO2 Mitigation - Circulating Dry Scrubbers
• Low maintenance - No moving parts - Minimal fabric wear (change out required every 5-10 years) • Low noise level - blower noise only • Clean • Operates smoothly regardless of downstream equipment rate
For pebble lime and limestone (unloading, conveying and injection) Most new plants will be designed with some form of SO2 mitigation in the form of wet or dry scrubbers. Such scrubbers are also being retrofitted on existing plants for (a) environmental compliance and (b) to allow for the switch to less expensive high sulphur coals.
With fluidization, gravity flow can be achieved at a greatly reduced slope of 8 degrees or less.
Dry scrubber
Standard FLSmidth Airslide systems can be employed for all of these lime-based handling applications. Specialized “circulating dry scrubbers (CDS)” all employ FLSmidth Airslide technology.
Airslide Conveying: Quiet & Simple Point-to-Point Transfer
The Principle of Fluidization:
1
Airslide™ Conveyor Fluidization
• Positive flow regulation (low - high capacities) • Quiet operation • Low maintenance — no rotating parts in contact with materials being From Silo conveyed • Fully fluidized gentle conveying action • Minimized wear from abrasion
Airslide Loading and Unloading Systems
Typical isolation and flow control valve arrangement
Enlarged detail
Drum roller Generally, materials passing through 35 mesh US std. (500 microns) can be conveyed through an Airslide™ Conveyor
Railcar • High-capacity loading and unloading Trailer • Dust-controlled loading and unloading Large Diameter Silos • Efficient filling and unloading systems • Uniform filling system • Fluidized silo bottom
Fuller® Airlift™ and Airslide™ conveying systems convey alumina at a net rate of 750 mtph in a major western United States facility
Fuller® Airslide™ Conveying Technology Fluidized Gravity Conveying Systems
Designed for dependability. Proven to perform.
Manufacturing Standards • Heavy-gauge steel sections with bent flanges • Airslide conveyors are shipped in standard section lengths of 3 meters • Standard widths of fluidized area is 4” up to 34” (100 to 850mm) • Bolted airtight construction • Optional media available for high temperature and highly abrasive materials • There is no conveying length limitation to the Airslide conveyor based upon availability of
Low pressure air chamber (.5 - 5.0 psi, or 35 - 345 mbar)
headroom and proper slope. Proprietary Airslide Fabric • Proprietary weave designed for air gravity conveyors • Even permeability over the entire length of fabric - requires only one air connection every 100 feet (30 meters) - no “dead” zones
Airslide™ Conveying Multiple Inlet to Multiple Outlets • Flexibility - No additional conveyors needed to change directions • Single Power Source - One blower or fan is sufficient for system • High Capacity / Long Distance - Conveying volumes up to 1,500 cubic meters (56,000 cu. ft.) and conveying distances in the 100’s of feet/meters
K M
A
I
J
L
L
N
Section
Material
Application
F
Woven 5-ply polyester
Standard up to 350°F (177°C)
FN
Needle felt non-woven
Standard non-silo bottom applications
Silicon-treated polyester
Special for static dissipation
KN
Needle kevlar fabric
Standard non-silo bottom applications up to 475°F (246°C)
K
Woven kevlar fabric
Standard including silo bottom applications up to 475°F (246°C)
GAX 19
Woven fiberglass
Size
A
A B See chart below for dimensions
High temperature up to 850°F (454°C)
Nominal capacity
Type mm (1) cu.ft./hr.
B
C
D
Weight
cu.m/hr.
(1) in.
mm
(1) in.
mm
(1) in.
mm
lb./ft.
kg./m
7.87
200
2.95
75
13
19
4
100
720
20
1.25
32
6
150
1200
34
1.25
32
7.87
200
2.95
75
15
22
8
200
3060
87
1.25
32
11.81
300
2.95
75
20
30
10
250
4030
114
1.25
32
11.81
300
2.95
75
22
33
12
300
7620
216
1.25
32
15.75
400
2.95
75
26
39
14
350
12700
360
1.25
32
19.69
500
2.95
75
30
45
16
400
15000
425
1.25
32
19.69
500
2.95
75
32
48
19
480
21200
600
1.50
38
22.05
560
2.95
75
38
57
24
600
56000
1586
2.25
57
23.62
600
3.94
100
46
68
34
850
87000
2464
3.0
76
35.83
910
3.94
100
100
149
Nominal capacity ratings are based upon loose poured bulk density of the material and proper application. (1) English dimensions and capacities are nominal © FLSmidth 2009. This brochure makes no offers, representations or warranties (express or implied), and information and data contained in this brochure are for general reference only and may change at any time. Please contact us for specific information or data that may relate to your interests.
GF H
B D
C
Up-to-date addresses of worldwide subsidiaries and sales offices are available from our website
P
B
Hi-Top Design
www.fls-pt.com
Q
c D
FS
E
O
Versatile and reliable
A. Blank End Plate B. Air Connection C. Air Control Valve D. Positive Displacement Blower E. Fan F. Rotary Cut-Off Valve G. Inlet Neck H. Butterfly Flow Gate I. Rotary Metering Flow Gate
J. Side Discharge Valve K. Observation Port L. Turnbox M. Discharge Box N. Vent Connection O. Airslide™ Conveyor Swivel Assembly P. Telescopic Loading Spout Q. Fuller-Kinyon™ Pump
DENMARK
USA
INDIA
FLSmidth A/S Vigerslev Allé 77 DK-2500 Valby Copenhagen Tel: +45 36 18 10 00 Fax: +45 36 30 18 20 Email:
[email protected]
FLSmidth Inc. 2040 Avenue C Bethlehem, PA 18017-2188 Tel: +1 610-264-6011 Tel: +1 800-523-9482 Fax: +1 610-264-6170 Email:
[email protected]
FLSmidth Private Limited FLSmidth House 34, Egatoor, Kelambakkam (Rajiv Gandhi Salai - Chennai) Tamil Nadu – 603 103 Tel: +91-44-4748 1000 Fax:+91-44-2747 0301 E-mail:
[email protected]
07-2009 AIRSLIDE
Porous membrane fabric
High capacity, high performance
Media Options
Fuller® Airslide™ System Operation • Air-activated gravity conveyor • Fluidization of material on the Airslide media • Fluidization reduces the angle of repose causing flow. • Example: A material with a normal angle repose of 45º with fluidization may flow like a liquid on a 5º to 6º slope
Fluidized material chamber
Economical, energy-efficient
Fuller® Airslide™ Conveying
Fuller® Airslide™ Conveying Technology Fluidized Gravity Conveying Systems
Designed for dependability. Proven to perform.
Manufacturing Standards • Heavy-gauge steel sections with bent flanges • Airslide conveyors are shipped in standard section lengths of 3 meters • Standard widths of fluidized area is 4” up to 34” (100 to 850mm) • Bolted airtight construction • Optional media available for high temperature and highly abrasive materials • There is no conveying length limitation to the Airslide conveyor based upon availability of
Low pressure air chamber (.5 - 5.0 psi, or 35 - 345 mbar)
headroom and proper slope. Proprietary Airslide Fabric • Proprietary weave designed for air gravity conveyors • Even permeability over the entire length of fabric - requires only one air connection every 100 feet (30 meters) - no “dead” zones
Airslide™ Conveying Multiple Inlet to Multiple Outlets • Flexibility - No additional conveyors needed to change directions • Single Power Source - One blower or fan is sufficient for system • High Capacity / Long Distance - Conveying volumes up to 1,500 cubic meters (56,000 cu. ft.) and conveying distances in the 100’s of feet/meters
K M
A
I
J
L
L
N
Section
Material
Application
F
Woven 5-ply polyester
Standard up to 350°F (177°C)
FN
Needle felt non-woven
Standard non-silo bottom applications
Silicon-treated polyester
Special for static dissipation
KN
Needle kevlar fabric
Standard non-silo bottom applications up to 475°F (246°C)
K
Woven kevlar fabric
Standard including silo bottom applications up to 475°F (246°C)
GAX 19
Woven fiberglass
Size
A
A B See chart below for dimensions
High temperature up to 850°F (454°C)
Nominal capacity
Type mm (1) cu.ft./hr.
B
C
D
Weight
cu.m/hr.
(1) in.
mm
(1) in.
mm
(1) in.
mm
lb./ft.
kg./m
7.87
200
2.95
75
13
19
4
100
720
20
1.25
32
6
150
1200
34
1.25
32
7.87
200
2.95
75
15
22
8
200
3060
87
1.25
32
11.81
300
2.95
75
20
30
10
250
4030
114
1.25
32
11.81
300
2.95
75
22
33
12
300
7620
216
1.25
32
15.75
400
2.95
75
26
39
14
350
12700
360
1.25
32
19.69
500
2.95
75
30
45
16
400
15000
425
1.25
32
19.69
500
2.95
75
32
48
19
480
21200
600
1.50
38
22.05
560
2.95
75
38
57
24
600
56000
1586
2.25
57
23.62
600
3.94
100
46
68
34
850
87000
2464
3.0
76
35.83
910
3.94
100
100
149
Nominal capacity ratings are based upon loose poured bulk density of the material and proper application. (1) English dimensions and capacities are nominal © FLSmidth 2009. This brochure makes no offers, representations or warranties (express or implied), and information and data contained in this brochure are for general reference only and may change at any time. Please contact us for specific information or data that may relate to your interests.
GF H
B D
C
Up-to-date addresses of worldwide subsidiaries and sales offices are available from our website
P
B
Hi-Top Design
www.fls-pt.com
Q
c D
FS
E
O
Versatile and reliable
A. Blank End Plate B. Air Connection C. Air Control Valve D. Positive Displacement Blower E. Fan F. Rotary Cut-Off Valve G. Inlet Neck H. Butterfly Flow Gate I. Rotary Metering Flow Gate
J. Side Discharge Valve K. Observation Port L. Turnbox M. Discharge Box N. Vent Connection O. Airslide™ Conveyor Swivel Assembly P. Telescopic Loading Spout Q. Fuller-Kinyon™ Pump
DENMARK
USA
INDIA
FLSmidth A/S Vigerslev Allé 77 DK-2500 Valby Copenhagen Tel: +45 36 18 10 00 Fax: +45 36 30 18 20 Email:
[email protected]
FLSmidth Inc. 2040 Avenue C Bethlehem, PA 18017-2188 Tel: +1 610-264-6011 Tel: +1 800-523-9482 Fax: +1 610-264-6170 Email:
[email protected]
FLSmidth Private Limited FLSmidth House 34, Egatoor, Kelambakkam (Rajiv Gandhi Salai - Chennai) Tamil Nadu – 603 103 Tel: +91-44-4748 1000 Fax:+91-44-2747 0301 E-mail:
[email protected]
10-2009 AIRSLIDE
Porous membrane fabric
High capacity, high performance
Media Options
Fuller® Airslide™ System Operation • Air-activated gravity conveyor • Fluidization of material on the Airslide media • Fluidization reduces the angle of repose causing flow. • Example: A material with a normal angle repose of 45º with fluidization may flow like a liquid on a 5º to 6º slope
Fluidized material chamber
Economical, energy-efficient
Fuller® Airslide™ Conveying
