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AGF 10.0 D

Pressure-resistant version of the AGF 10.0 series

Description

Unlike the AGF 10.0, the AGF 10.0 D is pressure-resistant up to 10 bar positive pressure and is thus able to be used for applications with an absolute pressure value of up to 11 bar, e.g. to test compressed air filters and optical flow measurement procedures with positive pressure values of up to 10 bar.

Fig. 1: AGF 10.0 D

The AGF series aerosol generators are able to atomize liquids with a binary nozzle. Fig. 2 presents a schematic arrangement of the AGF 10.0 D generator components:

Fig. 2: Schematic diagram of the aerosol generator

Startup

Compressed air is supplied to a binary nozzle. The primary pressure on the nozzle is able to be adjusted to between 0 and 10 bar above the ambient pressure The volume flow through the AGF 10.0 D should be determined using a pressure-tight flow meter and must be between 12 and 22 L/min. 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.

overview AGF systems.JPGTable 1: Overview of the AGF and UGF systems

Additional information

Benefits

<span style="color:#008b57">•</span>    Generation of high mass flows of up to approx. 25 g/h
<br> <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>    Long dosing time

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, HEPA/ULPA filters
<br>       <span style="color:#008b57">-</span>   Compressed air filters
<br> <span style="color:#008b57">•</span>    Tracer particles
<br>       <span style="color:#008b57">-</span>   Optical flow measurement procedures with positive pressure values of up to 10 bar (model version AGF 10.0 D)
<br>       <span style="color:#008b57">-</span>   Inhalation experiments
<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 < 5 µm
<br> <span style="color:#008b57">•</span>    Smoke detector tests

Volume flow

14 – 35 l/min

Dimensions

200 • 300 mm (Ø • l)

Weight

approx. 8 kg

Particle material

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

Dosing time

> 24 h

Mass flow (particles)

< 20 g/h (DEHS)

Compressed air connection

Quick coupling

Aerosol outlet connection

Øinside = 20 mm, Øoutside = 30 mm

Special features

Pressure-tight up to 10 bar

Mean particle diameter (number)

0.5 µm

Biggest particle diameter

10 µm

Filling quantity

300 ml