S&M COMPACT condensation Aerosol Generator
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Precision machined heat-exchanger & world’s only S&M Nebulizer© gives 50% more efficiency than any other generator.
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Eco-friendly, CO2 gas bottles and oil last longer
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Unique Nebuliser provides unrivalled stable upstream concentrations.
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Custom built heavy-duty case.
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Total weight 7.5Kg.
S&M SCIENTIFIC condensation Aerosol Generator
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Internal gas-bottle and regulator.
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Ideal for ultimate portability
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Same efficiency & output as S&M compact.
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Total Weight 14Kg
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Production of sub-micron particles of <0.30um, as confirmed by analytical tests conducted at the Analytical Sciences Centre (PCB) at the Harwell
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The Aerosol remain's suspended in the atmosphere for many hours. This provides the great advantage that there is virtually no contamination on surfaces with which the aerosol is in contact, unless the aerosol stream is directed on the surface at the close range where settlement can occur caused by particle impaction.
SIZE
WEIGHT
POWER: (Optional)
Fuel Capacity:
Fuel Type:
Temperature Control:
Output:
Particle Size:
Warm up time from cold:
Running Time (max Output):
Oil consumption (max output)
Testing Airflow Rate:
S&M COMPACT
180mmx240x370
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230 V, 50 Hz (110V, 50/60 HZ)
700ml (1000ml available soon)
Shell Ondina EL
Microprocessor
20.27g/min@ only 60PSI!
MMD & CMD <0.30um
40mins
40mins
1200ml/Hour!
120-51'000m³/Hour
S&M SCIENTIFIC
180mmx345x460
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S&M Positive Injection Pump
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Large Blower supplied with adjustable Pipe-Fittings
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Max Pressure 100mbar
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Max Flow 73m³/hr
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13.1Kg
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The above graph shows clearly the gains our advanced research has achieved.
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Maxs output of 20.27g/min @ 60PSI.
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Limited to 60 PSI as output is sufficient for even the largest areas.
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Use for 120-51'000m³/Hour.
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Has fullfilled requirements for even the Aerospace industry, where we designed a system which connects to the aircraft power source.
Ducting System
Smooth Bore tubing with minimal friction is essential to minimize aerosol impaction, and thus flooding when dealing with Tubing.
Thus S&M do not condone the use of narrow tubing constrictors which squeeze the aerosol through narrow holes and serrated tubing, exponentially increasing the surface area of the tubing, thus leading to flooding of the tubes with oil, and vastly reducing the output. This also leads to contamination of the entire ducting system with pools of condensed oil.
S&M are on hand with our expert advice, as always.