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AGF 2.0 iP

AGF series aerosol generator with built-in pump

Description

The AGF 2.0 iP aerosol generator is able to atomize liquids with a binary nozzle.

Unlike the other versions in the AGF series, the AGF 2.0 iP is equipped with a built-in pump that generates volume flow, making an additional compressed air connection unnecessary in order to operate the device.

Fig 1: AGF 2.0 iP

Fig. 2 presents a schematic arrangement of the generator components.


Fig. 2: Schematic diagram of the AGF 2.0 iP aerosol generator

Startup

A built-in pump suctions ambient air via a prefilter and directs it to a binary nozzle via a particulate air filter. The primary pressure on the nozzle is 0.6 bar above ambient pressure. The negative pressure in the nozzle suctions the liquid to be atomized from a reservoir, while the volume flow of this liquid is able to be adjusted using a needle valve that is incorporated into the nozzle.

Table 1: Overview of the AGF and UGF systems

Additional information

Benefits

<span style="color:#008b57">•</span>    Exact adjustment of the operating parameters
<br> <span style="color:#008b57">•</span>    Number concentration (CN) can be varied by the factor 10
<br> <span style="color:#008b57">•</span>    Particle size distribution remains virtually constant, if CN is modified
<br> <span style="color:#008b57">•</span>    Number distribution maximum is within the MPPS range
<br> <span style="color:#008b57">•</span>    Virtually no power losses
<br> <span style="color:#008b57">•</span>    Optimal concentration, no coagulation losses
<br> <span style="color:#008b57">•</span>    Resistant to numerous acids, bases, and solvents
<br> <span style="color:#008b57">•</span>    Robust design, stainless steel housing
<br> <span style="color:#008b57">•</span>    Easy to operate
<br> <span style="color:#008b57">•</span>    As opposed to the collision method, the AGF 2.0 does not generate any particles > 2 µm thanks to its cyclone.
<br> <span style="color:#008b57">•</span>    Due to the fact that the AGF generates virtually no droplets > 2 µm, the consumption of materials is very low, thus ensuring a long dosing time.
<br> <span style="color:#008b57">•</span>    With the use of DEHS the mean particle size is within the MPPS range for HEPA/ULPA filters

Applications

<span style="color:#008b57">•</span>    Clean room technology
<br>       <span style="color:#008b57">-</span>   Acceptance tests and leak tests as per ISO 14644 and VDI 2083
<br>       <span style="color:#008b57">-</span>   Leak tests, fit testing
<br>       <span style="color:#008b57">-</span>   Recovery tests
<br> <span style="color:#008b57">•</span>    Filter testing, quality control
<br>       <span style="color:#008b57">-</span>   Filter cartridges
<br>       <span style="color:#008b57">-</span>   Car interior filters
<br>       <span style="color:#008b57">-</span>   Filter media, particulate air filters
<br>       <span style="color:#008b57">-</span>   Aerosol generation for MPPS determination of HEPA/ULPA filters
<br> <span style="color:#008b57">•</span>    Tracer particles
<br>       <span style="color:#008b57">-</span>   Inhalation experiments
<br>       <span style="color:#008b57">-</span>   Optical flow measurement procedures with positive pressure values of up to 10 bar (model version AGF 2.0 D)
<br>       <span style="color:#008b57">-</span>   LDV
<br> <span style="color:#008b57">•</span>    Calibration of counting particle measurement methods
<br>       <span style="color:#008b57">-</span>   Nebulization of latex suspensions < 1 µm
<br> <span style="color:#008b57">•</span>    Smoke detector test

Volume flow

16 – 18 l/min

Power supply

115 – 230 V, 50 – 60 Hz

Dimensions

300 • 330 • 240 mm

Weight

approx. 15 kg

Particle material

DEHS, DOP, Emery 3004, paraffin oil, other non-resinous oils

Dosing time

> 24 h

Mass flow (particles)

< 2 g/h (DEHS)

Compressed air connection

No

Aerosol outlet connection

Øinside = 6 mm, Øoutside = 8 mm

Mean particle diameter (number)

0.25 µm

Biggest particle diameter

2 µm

Filling quantity

300 ml