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RBG 1000 SD

Pressure-resistant at positive pressure values of up to 3 bar, optional low pressure operation from 300 mbar (absolute pressure), also nitrogen as a dispersing gas

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Description

This device disperses particles at positive pressure values of up to 3 bar and can also use nitrogen, in addition to air, as the dispersing gas.

Optional operation with low pressure from 300 mbar absolute is possible (please see accessories).

Please note: The 7-, 10-, 14- or 20-mm feed stock reservoirs are pressure-resistant.

For operation with low pressure special pressure-resistant feed stock reservoirs are needed. Their piston is strongly connected to the feeding unit by a claw. This enables an undisturbed operation with low pressure. Old RBG models can be upgraded with this function by Palas®.

The solid material reservoir with a diameter of 28 mm is not pressure-resistant, but can be used with the RBG 1000 SD under atmospheric conditions.


Table 1: Mass flows of RBG system (compacted density 1 g/cm3)

Table 2: Dispersion covers

Table 3: Different versions of the RBG system

I = version for inhalation
D = pressure-resistant
G = low feed rate
L = easily removable and weighable dosing unit
S = nitrogen version

Additional information

Benefits

<span style="color:#008b57">•</span>    Pressure-resistant up to 3 barg overpressure
<br> <span style="color:#008b57">•</span>    Optional:Low pressure operation from 300 mbar absolute
<br> <span style="color:#008b57">•</span>    Nitrogen as dispersing gas
<br> <span style="color:#008b57">•</span>    Optional: Remote control or computer-controlled
Applications

<span style="color:#008b57">•</span>    All applications pressure-resistant up to 3 barg overpressure
<br> <span style="color:#008b57">•</span>    Testing of compressed air filters
<br> <span style="color:#008b57">•</span>    Filter industry:
<br>       <span style="color:#008b57">-</span>   Determination of fractional separation efficiency
<br>       <span style="color:#008b57">-</span>   Determination of total separation efficiency
<br>       <span style="color:#008b57">-</span>   Long-term dusting
<br>       <span style="color:#008b57">-</span>   Filter media and ready-made filters
<br>       <span style="color:#008b57">-</span>   Dust removal filters
<br>       <span style="color:#008b57">-</span>   Vacuum cleaners and vacuum cleaner filters
<br>       <span style="color:#008b57">-</span>   Car interior filters
<br>       <span style="color:#008b57">-</span>   Engine air filters
<br> <span style="color:#008b57">•</span>    Calibration of particle measurement devices
<br> <span style="color:#008b57">•</span>    Flow visualization
<br> <span style="color:#008b57">•</span>    Inhalation tests
<br> <span style="color:#008b57">•</span>    Tracer particles for LDA, PIV, etc.
<br> <span style="color:#008b57">•</span>    Coating of surfaces
Volume flow

0.5 – 5.0 m3/h
Power supply

115/230 V, 50 – 60 Hz
Dimensions

465 • 320 • 200 mm (H • W • D)
Weight

approx. 19 kg
Particle material

Non-cohesive powders and bulks
Dosing time

Several hours nonstop
Maximum particle number concentration

ca. 107 particles/cm3
Mass flow (particles)

0.04 – 430 g/h (with an assumed compacted density of 1 g/cm^3)
Particle size range

0.1 – 100 µm
Carrier/dispersion gas

Air, nitrogen
Pre-pressure

4 – 8 bar
Feed rate

5 – 700 mm/h
Reservoir diameter

7, 10, 14, 20 mm
Maximum counter pressure

200 mbarg
Reservoir length

70 mm
dispersion cover

Type A, type B, type C, type D
Compressed air connection

Quick coupling
Aerosol outlet connection

Dispersion cover type A: Øinside= 5 mm, Øoutside = 8 mm; Dispersion cover type B: Øinside= 3.6 mm, Øoutside = 6 mm; Dispersion cover type: Øinside= 2.5 mm, Øoutside = 6 mm
Filling quantity

2.7 g (reservoir Ø = 7 mm), 5.5 g (reservoir Ø = 10 mm), 10.8 g (reservoir Ø = 14 mm), 22 g (reservoir Ø = 20 mm), 43 g (reservoir Ø = 28 mm)

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