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SpraySpy ® Measurement Technique
SpraySpy®
Measurement Technique
SpraySpy® Highlights:
Simultaneous measurement of the size and velocity of drops
Characterization of the drop momentum and flux density
Measurement of transparent and non-transparent drops
Inline measurement in the production process
„Plug&Play“ measurements without adjustment
Measurement under explosive conditions (ATEX) and with electrostatic atomizers
Provides all data to fulfill specifications of DIN SPEC 91325, 91342 and 91343
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SpraySpy® - for R&D and quality monitoring
The monitoring of atomization processes is often an essential task in process engineering, for example in spray drying or coating. Many measurement techniques are not suitable for such applications, because they cannot measure individual drops, the drop velocity or, because they are complicated to set up and operate.
To overcome these limitations AOM-Systems developedSpraySpy® - a new laser based measurement technology. Each drop is characterized individually by its size, velocity and momentum. SpraySpy® is easy to use and measures transparent and non-transparent droplets – even under explosive conditions (ATEX) or with electrostatic atomizers.
SpraySpy® can be instrumental in the development of new paints, for quality monitoring of atomizers, for research on injection processes or for the inline monitoring of production processes.
SpraySpy® measures the spray parameters:
Droplet size Droplet velocity Droplet momentum
Flux density of the spray
Where the lasers are overlapping, SpraySpy® measures the atomization process.
SpraySpy® signal proces-sing unit type SS20V125F
SpraySpy® sensor unit type SS20V125F
AOM-Systems GmbH
Flughafenstrasse 15 64347 GriesheimGermany
SpraySpy® is a registered trademark of AOM-Systems GmbH.
The SpraySpy® technology is protected by international
patents.
The specifications in this document are subject to change
without notice. AOM-Systems shall not be liable for errors
contained herein or for incidental or consequential
damages in connection with the performance or use of this
material.
Copyright 2013-2017 by AOM-Systems GmbH all rights
reserved. All text, images, and graphics are subject to
copyright.
