How to maintain the wet laser particle size analyzer to reduce accidents?

How to maintain the wet laser particle size analyzer to reduce accidents? , many customers feel a headache. The following Winner laser particle size analyzer manufacturers will introduce to you the general maintenance methods of laser particle size analyzers:

1. Dust-proof glass. The cleaning operation is very simple and is the same as the above-mentioned lens cleaning operation. However, when replacing it, we should ask professional laser particle size analyzer staff to operate it.

2. Shell. Whenever we use the machine, we should wipe the outer shell of the machine clean with paper towels or wet wipes to avoid contact with other substances and damage to the machine body.

3.Lens. When cleaning the lens, we should use the specified lens cloth to wipe one end of the lens in one direction, not back and forth.

4. When the instrument is not used for a long time, please turn off the main switch of the instrument. However, the computer can continue to be used without shutting down. However, when re-conducting the particle size test, the host computer of the particle size analyzer should be turned on and the particle size testing software should be restarted.

The agitator is a moving part. When not in use for a short period of time, the agitator switch should be turned off (when it is manually turned on).

5. After each test, pay attention to cleaning the pipeline to avoid leaving any residue.

Winner laser particle size analyzer manufacturer is a high-tech enterprise integrating R&D, production and sales of particle testing related instruments. Winner laser particle size analyzer manufacturers have developed wet laser particle size analyzers for more than 30 years. The manufacturer of the Winner laser particle size analyzer guarantees that the wet laser particle size analyzer will be returned and exchanged within one month upon acceptance! Let’s briefly talk about the early maintenance details of the machine.

1. The laser light source of the laser particle size analyzer is also very important. Therefore, the power of the laser cannot be too small to avoid insufficient sensitivity. The stability of the gas light source is better than that of the solid light source. The smaller the radius of the laser diffraction halo of the detector, the better, which can avoid missed detections. .

2. Whether the laser particle size analyzer complies with relevant international standards and industry standards, and whether the maintenance and upkeep of the instrument is simple, including whether it is convenient to disassemble and clean, etc.

3. The stability of the optical path, the stability of the dispersion system, and the influence of the surrounding environment are all manifestations of the stability of the laser particle size analyzer. Try to choose an instrument with strong stability. Gas lasers help stabilize the optical path, and internal heating components will affect the environment around the optical path.

4. In order to avoid missed detection and improve the accuracy of the instrument, it is best to choose a laser particle size analyzer that uses the complete Mie theory instead of an instrument that uses the approximate Mie theory.

5. The accuracy and repeatability indicators of the laser particle size analyzer are very important. The higher the accuracy and repeatability, the better.

6. Pay attention to the particle size measurement range, especially how to detect the scattering of small particles beyond the main detector area. It is best to conduct direct detection in the full range. Generally speaking, the wider the particle size range, the wider the application range.