AGF 10.0

Liquid nebulizer with binary nozzle and cyclone (cut-off: 10 µm) as per VDI 3491-6

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AGF 10.0

Liquid nebulizer with binary nozzle and cyclone (cut-off: 10 µm) as per VDI 3491-6

Variations

Description

The AGF 10.0 is an aerosol generator for the atomization of liquids and latex suspensions with a constant particle rate and defined particle spectrum.

AGF 10.0 (3)

Fig. 1: AGF 10.0

The AGF 10.0 system comprises an adjustable binary nozzle for adjustment of the desired mass flow and a cyclone with a cut-off of 10 µm. The figure below presents a schematic arrangement of the generator components:

Skizze AGF 10.0.jpg

Fig. 2: Schematic diagram of the aerosol generator

Startup

The liquid to be dispersed is filled in the reservoir and the AGF 2.0 is connected to the compressed air connection. A manometer enables the mass flow of the liquid to be continuously adjusted using the primary pressure on the nozzle. The mist of droplets generated by the nozzle flows tangentially into a cyclone. Large particles are separated here by centrifugal force and drip back into the reservoir. The remaining droplets leave the cyclone via the so-called "immersion tube". The size spectrum of these droplets is determined on the one hand by the primary droplet spectrum generated by the nozzle, but especially by the separation characteristics of the cyclone on the other hand.

The separation size is able to be calculated: daerodyn.max = 10 µm, i.e. regardless of the liquid to be atomized, the max. particle size is daerodyn ≈ 10 µm.

Overview AGF System

Dimensions
WxHxD mm
Weight
Kg
Volume
l/m
mmax*g/h
dpmean***µm
dmaxµm
115/230 V
50/60 Hz
Pressure tight up to 10 bar
Compressed air supply
AGF 2.0
300x325x175
Approx. 9
6 - 17
4
0.25
2
x
AGF 2.0 ip
300x325x175
Approx. 15
12 - 14
2
0.25
2
x
AGF 10.0
Ø240x385
Approx. 4
14 - 35
20
0.5
10
x
AGF 2.0 D
Ø200x260
Approx. 8
12 - 45
4
0.25
2
x
x
AGF 10.0 D
Ø200x300
Approx. 8
14 - 35
20
0.5
10
x
x
AGF 2.0 B**
Ø210x300
Approx. 4
6 - 25
4
0.25
2
x
UGF 2000
270x200x175
Approx. 4
Approx. 1 - 13
1.5
0.2
1.5
x

*applied for DEHS **test rig version ***average number diameter

Table 1: Overview of the AGF and UGF systems

Benefits

  • Generation of high mass flows of up to approx. 25 g/h
  • Exact adjustment of the operating parameters
  • Number concentration (CN) can be varied by the factor 10
  • Particle size distribution remains virtually constant, if CN is modified
  • Number distribution maximum is within the MPPS range
  • Virtually no power losses
  • Optimal concentration, no coagulation losses
  • Resistant to numerous acids, bases, and solvents
  • Robust design, stainless steel housing
  • Easy to operate
  • Long dosing time

Datasheet

Volume flow 14 – 35 l/min
Weight Approx. 4 kg
Particle material DEHS, DOP, Emery 3004, paraffin oil, other non-resinous oils
Dosing time > 24 h
Mass flow (particles) < 25 g/h (DEHS)
Compressed air connection Quick coupling
Aerosol outlet connection Øinside = 20 mm, Øoutside = 30 mm
Mean particle diameter (number) 0.5 µm
Particle diameter (maximum) 10 µm
Filling quantity 300 ml
Dimensions 240 • 385 mm (Ø • L)

Applications

  • Clean room technology
    • Acceptance tests and leak tests as per ISO 14644 and VDI 2083
    • Leak tests, fit testing
    • Recovery tests
  • Filter testing, quality control
    • Filter cartridges
    • Car interior filters
    • Filter media, particulate air filters, HEPA/ULPA filters
    • Compressed air filters
  • Tracer particles
    • Optical flow measurement procedures with positive pressure values of up to 10 bar (model version AGF 10.0 D)
    • Inhalation experiments
    • LDV
  • Calibration of counting particle measurement methods
    • Nebulization of latex suspensions < 5 µm
  • Smoke detector tests

Downloads

Brief Description
Brief product description in two-pages as PDF
Product Description
Detailed product description as PDF

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