Some key points for using spray laser particle size analyzer

Some key points for using spray laser particle size analyzer

Before using the spray laser particle size analyzer, you must know its characteristics so that you can better apply it. If you are interested in this topic, let's take a look. I hope it can be helpful to some related people. If you are interested, you can check it out.

Spray laser particle size analyzers are widely used in various industries, so their uses must be very wide. In fact, this spray laser particle size analyzer can be used for nozzle manufacturing, spray, spray drying, oil mist, water mist, smoke, fire powder, and aerosol production. besides. It can also be used for water drop tests in oil field gas pipelines. When the test is under automatic computer control, you only need to click one button and the test process is fully automatic. If you want to use it. You have to know how many seconds each measurement takes. When the spray concentration changes within a large range, it has no impact on the test results. The spray laser particle size analyzer is divided into two forms (integrated type and split type), which can be determined according to customer requirements. It adopts Fourier lens with large aperture and large field of view, and the optical path is automatically centered. Of course, the spray laser particle size analyzer is controlled by the controller, and the liquid and gas are automatically accessed and disconnected. It can perform single or multiple continuous tests. The test results are displayed and saved in the form of single and period distribution curves. It can also be specially designed for spray particle size measurement, and the instrument structure can be changed according to the application site conditions. A variety of Fourier lenses with different focal lengths can be interchanged to achieve conversion of different test ranges.

In addition, the light source of this spray laser particle size analyzer is 2MW0.6328UMHE-NE gas laser, which has the advantages of good monochromaticity, high coherence, small divergence angle, and strong stability. The manufacturer also adopts an integrated laser design to effectively reduce the thermal deformation of the laser tube and the impact of external mechanical vibration on the stability of the instrument. Parallel light path design, variable measurement interval. It mainly includes manual fine-tuning and intelligent automatic centering functions to achieve rapid optical centering and ensure measurement repeatability. It can be equipped with a universal 82mm UV lens protection device to avoid spray contamination of the main optical components of the instrument, making it easy to clean and replace. And it can be attached to the wafer standard sample during use, and the spray laser particle size analyzer can be calibrated and verified at any time. Of course, it can also set the measurement time and measurement interval, continuously record multiple measurement results, and have the function of statistical comparison and analysis. Through simple mechanical adjustments,

HELOS/VARIO can be installed in the customer's test work area. The unique lens purifier protects the lens and can work normally in weightless or high-pressure environments. With a wide testing range, the spray laser particle size analyzer can cover a dynamic range of 0.1-3500 microns based on the selection of different lenses. It enables a wide range of spray plume particle size testing.

The content of the above article is to introduce some key points for the use of spray laser particle size analyzer. And a relatively good spray laser particle size analyzer manufacturer is also shared in the content. If you have needs in this regard, you can check it out. I hope it can help you.