Product Overview

Adjustable Air Amplifiers Nex Flow

Nex Flow® Adjustable Air amplifier is lightweight, machined anodized aluminum or stainless steel.  The aluminum units are popular with OEM’s due to their compact design, light weight, and low cost.  Stainless steel units are utilized in high temperature, and/or corrosive environments as well as for medical, food, and pharmaceutical installations.   Suitable for most applications for blow off, cooling, or venting, these adjustable units can have their gap setting anywhere from .001” to .004” to control the output flow and force required.  Once the gap is set, an O-ring locks the setting into place. The systems utilize the Coanda effect like the Standard Air Amplifier version to create a powerful, amplified, and high velocity laminar flow of air.

The Adjustable Air Amplifier from Nex Flow® is light weight so it can be held in place by the feed piping, or can be clamped into place.   An optional Mounting Bracket is available for the 1-1/4” and 2” units with mounting holes to make them attachable like the Standard Air Amplifiers.  These maintenance free units reduce both compressed air consumption and noise levels and are easy to use, and can amplify airflows up to 17 times their input air consumption rate.  Four sizes are available in either anodized aluminum or stainless steel – ¾,1-1/4”. 2”, 4”.

The annular shape of the adjustable air amplifier make them ideal for blow off applications where they have to get into corners or curved shapes such as the tops and bottoms of cans, round containers and similar shapes, to scoop out liquid from corners.  For cooling applications, the most commonly used sizes are the 1-1/4” and 2” units. The adjustable gap setting from .001” to .004” can be set to have the rate of cooling (and force and flow) required. In venting applications, they entrain a large volume of surrounding air.  They are often used to remove dust from grinding and weld fumes. The lightweight aluminum units in particular can easily be mounted to robotic systems due to low weight and compact design.

Either end of the Adjustable Air Amplifier may be ducted using hose or pipe to collect or transfer light materials, fumes, and dust.  When ducted at either end, it reduces the air amplification to about 10:1 but still moves significantly more volume than alternative methods of venting.

Although available in anodized aluminum or stainless steel, other materials can be made on special order.  For example, plastic units were provided to cool components in an electrical power grid as metal could not be used.  In corrosive environments where even stainless steel does not hold up well, alternative materials can be machined. Nex Flow® can also design special sizes and versions for unique applications to suit your requirements.

Features / Advantages

  • Compact, lightweight, portable
  • In Anodized Aluminum or Stainless Steel
  • No electricity so no RF Interference
  • Meets OSHA noise and pressure requirements
  • Quiet
  • Adjustable to control Force and Flow
  • No moving parts – no maintenance
  • Ends are easily ducted
  • Instant on/off
  • Force and flow are variable with pressure
  • High flow amplification as compared to venturis

Videos

  How The Adjustable Air Amplifier Works

A large volume of surrounding air is induced into the amplifier at point (A) by the action of a small amount of compressed air which enters the annular chamber at point (B) that is then throttled through a small ring nozzle at high velocity and into the inside of the amplifier over a Coanda profile. The compressed air stream clings to the Coanda profile as it enters the inside walls of the amplifier and thereby creating a vacuum that induces the outside air converting the pressure into the amplified airflow. The amplified of airflow leaves at the exit at point (C). Airflow is further amplified downstream at point (D) by entraining additional air from the surroundings at the exit.

Performance

Air Consumption Anodized aluminum adjustable Air Amplifiers come with three standard outlet (outside) diameters: 1-1/4″ (31mm), 2″ (51mm), 4″ (200mm). Other sizes available upon request. Come standard with a .002″ (.05mm) gap. If greater air force is required, the gap is adjustable.

Adjustable Air Amplifier Ratios (approx.):

Model
Adjustable Air Amplifier Ratios (approx.)
Sound Level (dBA) at 80 PSIG (5.5 BAR)
40000 and 40000S
10:1
78
40001, 40001G, 40001S
15:1
81
40002, 40002G, 40002S
16:1
82
40003 and 40003S
17.1
84

Compressed Air Consumption (Based on gap of 0.002″ (.05mm)) Consumption in SCFM. (SLPM):

Inlet Pressure
40000
40001
40002
40003
20 PSIG (1.4 BAR)
3.2 (91)
4.5 (127.4)
8.0 (226.5)
17.5 (495.6)
40 PSIG (2.8 BAR)
5.5 (156)
7.5 (212.4)
12.0 (339.8)
28.0 (792.9)
60 PSIG (4.1 BAR)
7.1 (201)
10.3 (291.7)
16.5 (567.2)
36.8 (1042.1)
80 PSIG (5.5 BAR)
8.9 (252)
12.5 (354.0)
21.5 (608.8)
48.0 (1359.3)
100 PSIG (6.4 BAR)
9.2 (260)
14.0 (396.4)
26.0 (736.2)
59.5 (1684.9)
120 PSIG (8.4 BAR)
11.0 (311)
17.5 (495.5)
30.0 (849.5)
67.0 (1897.2)

VELOCITY OF AIR FLOW FROM ADJUSTABLE AIR AMPLFIERS. Based on Gap setting of .002″ (.05 mm)

PRESSURE vs. VELOCITY AT OUTLET Ft/min (m/sec)

INLET PRESSURE 40000/40000S 40001/40001S 40002/40002S 40003/40003S
20 PSIG 11000 11000 6500 2800
(1.4 BAR) (55.88) (55.88) (33.02) (14.224)
40 PSIG 16500 17000 11000 4500
(2.8 BAR) (83.82) (86.36) (55.88) (22.86)
60 PSIG 18000 21000 14500 5900
(4.1 BAR) (91.44) (106.68) (73.66) (29.972)
80 PSIG 21000 24000 17500 6900
(5.5 BAR) (106.68) (121.92) (88.9) (35.052)
100 PSIG 23500 26000 20500 7500
(6.9 BAR) (119.38) (132.08) (104.14) (38.1)
120 PSIG 25000 27000 22500 7950
(8.4 BAR) (127) (137.16) (114.3) (40.386)

PRESSURE vs. VELOCITY AT 12″ FROM OUTLET for all sizes

INLET PRESSURE 40000/40000S 40001/40001S 40002/40002S 40003/40003S
20 PSIG 1400 1700 2150 1550
(1.4 BAR) (7.112) (8.636) (10.922) (7.874)
40 PSIG 1600 2600 3200 2300
(2.8 BAR) (8.128) (13.208) (16.256) (11.684)
60 PSIG 2000 3200 3850 2780
(4.1 BAR) (10.16) (16.256) (19.558) (14.1224)
80 PSIG 2200 3650 4450 3100
(5.5 BAR) (11.176) (18.542) (22.606) (15.748)
100 PSIG 2400 3900 4850 3250
(6.9 BAR) (12.192) (19.812) (24.638) (16.51)
120 PSIG 2600 4100 5200 3420
(8.4 BAR) (13.208) (20.828) (26.416) (17.3736)

Adjustable Air Amplifier Ducting

Both the inlet (vacuum intake) and discharge ends may be ducted for light material and fume conveying applications. Care must be taken to avoid unnecessary restrictions that will cause back pressure or suction resistance that will reduce performance levels. Keep back pressure and resistance to under 2″ of water column.

Performance Chart Adjustable Air Amplifiers

NOTE: Force and Velocity at  6″(152mm) from target.

Dimensions

Constructed of anodized aluminum with three standard outlet (outside) diameters: 1-1/4″ (31mm), 2″ (51mm), 4″ (200mm). Other sizes available upon request.

Come standard with a .002″ (.05mm) gap. If greater air force is required, the gap is adjustable.

Model A Inches (MM) B Inches (MM) C Inches (MM) D Inches (MM) E Inches (MM) F
INLET
40000 / 40000S 2.22” (57) 1.25” (32) .75” (19) 1.5” (38) 1.5” (38) 1/8″ NPT
40001 / 40001S 2.875” (73) 1.74” (44.2) 1.25” (31.75) 1.98” (50.3) 1.91” (48.4) 1/4″ NPT
40002 / 40002S 3.25” (82.6) 2.75” (69.85) 2” (50.80) 2.98” (75.7) 2.19” (55.6) 3/8” NPT
40003 / 40003S 5.1” (130) 5.2” (132.6) 4” (101.6) 5.5” (139.7) 3.37” (85.5) 1/2″ NPT

* BSP Adaptors Supplied Upon Request Free Of Charge

Dimension Chart Adjustable Air Amplifiers
WP Data Tables

WP Data Tables
WP Data Tables
WP Data Tables
WP Data Tables

Prices are in US dollars – ex works Cincinnati, OH, USA for orders in USA

Richmond Hill, ON, Canada for international orders.

website : www.nexflow.com

email : sales@nexflow.com


Overview

Product Overview

Adjustable Air Amplifiers Nex Flow

Nex Flow® Adjustable Air amplifier is lightweight, machined anodized aluminum or stainless steel.  The aluminum units are popular with OEM’s due to their compact design, light weight, and low cost.  Stainless steel units are utilized in high temperature, and/or corrosive environments as well as for medical, food, and pharmaceutical installations.   Suitable for most applications for blow off, cooling, or venting, these adjustable units can have their gap setting anywhere from .001” to .004” to control the output flow and force required.  Once the gap is set, an O-ring locks the setting into place. The systems utilize the Coanda effect like the Standard Air Amplifier version to create a powerful, amplified, and high velocity laminar flow of air.

The Adjustable Air Amplifier from Nex Flow® is light weight so it can be held in place by the feed piping, or can be clamped into place.   An optional Mounting Bracket is available for the 1-1/4” and 2” units with mounting holes to make them attachable like the Standard Air Amplifiers.  These maintenance free units reduce both compressed air consumption and noise levels and are easy to use, and can amplify airflows up to 17 times their input air consumption rate.  Four sizes are available in either anodized aluminum or stainless steel – ¾,1-1/4”. 2”, 4”.

The annular shape of the adjustable air amplifier make them ideal for blow off applications where they have to get into corners or curved shapes such as the tops and bottoms of cans, round containers and similar shapes, to scoop out liquid from corners.  For cooling applications, the most commonly used sizes are the 1-1/4” and 2” units. The adjustable gap setting from .001” to .004” can be set to have the rate of cooling (and force and flow) required. In venting applications, they entrain a large volume of surrounding air.  They are often used to remove dust from grinding and weld fumes. The lightweight aluminum units in particular can easily be mounted to robotic systems due to low weight and compact design.

Either end of the Adjustable Air Amplifier may be ducted using hose or pipe to collect or transfer light materials, fumes, and dust.  When ducted at either end, it reduces the air amplification to about 10:1 but still moves significantly more volume than alternative methods of venting.

Although available in anodized aluminum or stainless steel, other materials can be made on special order.  For example, plastic units were provided to cool components in an electrical power grid as metal could not be used.  In corrosive environments where even stainless steel does not hold up well, alternative materials can be machined. Nex Flow® can also design special sizes and versions for unique applications to suit your requirements.

Advantages

Features / Advantages

  • Compact, lightweight, portable
  • In Anodized Aluminum or Stainless Steel
  • No electricity so no RF Interference
  • Meets OSHA noise and pressure requirements
  • Quiet
  • Adjustable to control Force and Flow
  • No moving parts – no maintenance
  • Ends are easily ducted
  • Instant on/off
  • Force and flow are variable with pressure
  • High flow amplification as compared to venturis
Videos

Videos

  How The Adjustable Air Amplifier Works

A large volume of surrounding air is induced into the amplifier at point (A) by the action of a small amount of compressed air which enters the annular chamber at point (B) that is then throttled through a small ring nozzle at high velocity and into the inside of the amplifier over a Coanda profile. The compressed air stream clings to the Coanda profile as it enters the inside walls of the amplifier and thereby creating a vacuum that induces the outside air converting the pressure into the amplified airflow. The amplified of airflow leaves at the exit at point (C). Airflow is further amplified downstream at point (D) by entraining additional air from the surroundings at the exit.

Performance

Performance

Air Consumption Anodized aluminum adjustable Air Amplifiers come with three standard outlet (outside) diameters: 1-1/4″ (31mm), 2″ (51mm), 4″ (200mm). Other sizes available upon request. Come standard with a .002″ (.05mm) gap. If greater air force is required, the gap is adjustable.

Adjustable Air Amplifier Ratios (approx.):

Model
Adjustable Air Amplifier Ratios (approx.)
Sound Level (dBA) at 80 PSIG (5.5 BAR)
40000 and 40000S
10:1
78
40001, 40001G, 40001S
15:1
81
40002, 40002G, 40002S
16:1
82
40003 and 40003S
17.1
84

Compressed Air Consumption (Based on gap of 0.002″ (.05mm)) Consumption in SCFM. (SLPM):

Inlet Pressure
40000
40001
40002
40003
20 PSIG (1.4 BAR)
3.2 (91)
4.5 (127.4)
8.0 (226.5)
17.5 (495.6)
40 PSIG (2.8 BAR)
5.5 (156)
7.5 (212.4)
12.0 (339.8)
28.0 (792.9)
60 PSIG (4.1 BAR)
7.1 (201)
10.3 (291.7)
16.5 (567.2)
36.8 (1042.1)
80 PSIG (5.5 BAR)
8.9 (252)
12.5 (354.0)
21.5 (608.8)
48.0 (1359.3)
100 PSIG (6.4 BAR)
9.2 (260)
14.0 (396.4)
26.0 (736.2)
59.5 (1684.9)
120 PSIG (8.4 BAR)
11.0 (311)
17.5 (495.5)
30.0 (849.5)
67.0 (1897.2)

VELOCITY OF AIR FLOW FROM ADJUSTABLE AIR AMPLFIERS. Based on Gap setting of .002″ (.05 mm)

PRESSURE vs. VELOCITY AT OUTLET Ft/min (m/sec)

INLET PRESSURE 40000/40000S 40001/40001S 40002/40002S 40003/40003S
20 PSIG 11000 11000 6500 2800
(1.4 BAR) (55.88) (55.88) (33.02) (14.224)
40 PSIG 16500 17000 11000 4500
(2.8 BAR) (83.82) (86.36) (55.88) (22.86)
60 PSIG 18000 21000 14500 5900
(4.1 BAR) (91.44) (106.68) (73.66) (29.972)
80 PSIG 21000 24000 17500 6900
(5.5 BAR) (106.68) (121.92) (88.9) (35.052)
100 PSIG 23500 26000 20500 7500
(6.9 BAR) (119.38) (132.08) (104.14) (38.1)
120 PSIG 25000 27000 22500 7950
(8.4 BAR) (127) (137.16) (114.3) (40.386)

PRESSURE vs. VELOCITY AT 12″ FROM OUTLET for all sizes

INLET PRESSURE 40000/40000S 40001/40001S 40002/40002S 40003/40003S
20 PSIG 1400 1700 2150 1550
(1.4 BAR) (7.112) (8.636) (10.922) (7.874)
40 PSIG 1600 2600 3200 2300
(2.8 BAR) (8.128) (13.208) (16.256) (11.684)
60 PSIG 2000 3200 3850 2780
(4.1 BAR) (10.16) (16.256) (19.558) (14.1224)
80 PSIG 2200 3650 4450 3100
(5.5 BAR) (11.176) (18.542) (22.606) (15.748)
100 PSIG 2400 3900 4850 3250
(6.9 BAR) (12.192) (19.812) (24.638) (16.51)
120 PSIG 2600 4100 5200 3420
(8.4 BAR) (13.208) (20.828) (26.416) (17.3736)

Adjustable Air Amplifier Ducting

Both the inlet (vacuum intake) and discharge ends may be ducted for light material and fume conveying applications. Care must be taken to avoid unnecessary restrictions that will cause back pressure or suction resistance that will reduce performance levels. Keep back pressure and resistance to under 2″ of water column.

Performance Chart Adjustable Air Amplifiers

NOTE: Force and Velocity at  6″(152mm) from target.

Dimensions

Dimensions

Constructed of anodized aluminum with three standard outlet (outside) diameters: 1-1/4″ (31mm), 2″ (51mm), 4″ (200mm). Other sizes available upon request.

Come standard with a .002″ (.05mm) gap. If greater air force is required, the gap is adjustable.

Model A Inches (MM) B Inches (MM) C Inches (MM) D Inches (MM) E Inches (MM) F
INLET
40000 / 40000S 2.22” (57) 1.25” (32) .75” (19) 1.5” (38) 1.5” (38) 1/8″ NPT
40001 / 40001S 2.875” (73) 1.74” (44.2) 1.25” (31.75) 1.98” (50.3) 1.91” (48.4) 1/4″ NPT
40002 / 40002S 3.25” (82.6) 2.75” (69.85) 2” (50.80) 2.98” (75.7) 2.19” (55.6) 3/8” NPT
40003 / 40003S 5.1” (130) 5.2” (132.6) 4” (101.6) 5.5” (139.7) 3.37” (85.5) 1/2″ NPT

* BSP Adaptors Supplied Upon Request Free Of Charge

Dimension Chart Adjustable Air Amplifiers
Pricing
WP Data Tables

WP Data Tables
WP Data Tables
WP Data Tables
WP Data Tables

Prices are in US dollars – ex works Cincinnati, OH, USA for orders in USA

Richmond Hill, ON, Canada for international orders.

website : www.nexflow.com

email : sales@nexflow.com