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Aerolink Dry
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Aerolink Automated Dry Sample Dispersion Unit
The Aerolink freestanding dispersion module is designed for the analysis of dry powders. It features software control of the dispersive air pressure (0 - 4.5 bar range, control precision ±0.1 Bar) and sample feed rate.
Automatic operation is achieved via standard operating procedures. The unit can also be controlled manually via computer on-screen operating dialogue.
The Aerolink requires, but does not include, a clean dry compressed air supply of 6 bar at a flow rate of at least 100L/min and an industrial vacuum system.
The Aerolink freestanding dispersion module is designed for the analysis of dry powders. It features software control of the dispersive air pressure (0 - 4.5 bar range, control precision ±0.1 Bar) and sample feed rate.
Automatic operation is achieved via standard operating procedures. The unit can also be controlled manually via computer on-screen operating dialogue.
The Aerolink requires, but does not include, a clean dry compressed air supply of 6 bar at a flow rate of at least 100L/min and an industrial vacuum system.
> Based on multiple dispersion mechanisms to achieve effective dispersion of diverse samples
> Automatic control of air pressure, 0 bar- 4.5 bar adjustable
> Air pressure control accuracy +/-0.1 bar
> Sample feed rate controlled by SOP with precision better than 1%
> Venturi dispersion unit with variable energy , suitable for all types of samples
> Sample tray with continuously adjustable gap
> Automatic real-time vacuum detection to avoid contamination of the sample cell
> Straight-through sample path to reduce sample adherence
> Automatic control of air pressure, 0 bar- 4.5 bar adjustable
> Air pressure control accuracy +/-0.1 bar
> Sample feed rate controlled by SOP with precision better than 1%
> Venturi dispersion unit with variable energy , suitable for all types of samples
> Sample tray with continuously adjustable gap
> Automatic real-time vacuum detection to avoid contamination of the sample cell
> Straight-through sample path to reduce sample adherence
