The digital particle counter can be directly connected to the computer to export the table, and the monitoring data can be recorded in time and printed without downloading software. It is suitable for various scenarios where dust particle concentration needs to be detected.
Complete Functions
Easy to Use
The particle counter is a precision instrument used to measure the number and size distribution of suspended particles in the air. The application of particle counters not only improves production efficiency and product quality, but also helps to protect the health and safety of workers, and also plays a positive role in environmental protection. It has a wide range of applications in many fields.
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Model | SISCO-MKS-800 |
Particle Size Channel | 0.3/2.5/10 Îźm Three Grades of Particles at The Same Time |
Sampling Time | â60s |
Traffic | 1.0 L/min |
Working Temperature | 0~50â |
Humidity | 10 to 90RH |
Resolution | lug/m3 |
Concentration Test | PM2.5/PM10 |
Output Range | 0-1000ug/m3 |
Dimensions | 190mmĂ68.5mmĂ33mm |
Weight | 220g |
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Q1:Â How to use the handheld particle counter?
A1:Â The particle counter is simple to use, first determine the number of test points according to the area of the clean room and distribute the test points evenly in the clean room, then set the measurement time, measurement unit, flow rate, and other parameters of the particle counter, then put the particle counter on the plane of 1~1.2 meters height from the ground in the middle of the sampling point, and finally start to test the sampling and record the data one by one.
Q2:Â How to change the printing paper of the particle counter?
A2:Â Generally, the printing part of the particle counter has a cover, some covers can be lifted directly to cover, lift it to replace the printing paper, and some need to use a screwdriver to unscrew the screw, the specific instructions are also introduced, open the cover to follow the thermal printing paper can be replaced.
Q3:Â How to read the dust particle counter?
A3:Â The results of the dust particle counter, generally the left column is the particle diameter, and the right column is the number of particles per cubic meter.
Tips: Factors Affecting Particle Counter Accuracy
There are many factors that affect the accuracy of particle counters, and understanding and controlling these factors can significantly improve the measurement accuracy of particle counters. First, it is very important to calibrate the particle counter regularly to ensure the accuracy of its measurement results. If the instrument is not properly calibrated, it may cause the measurement data to deviate from the true value. Secondly, the sampling flow rate of the particle counter directly affects the number of particles it can detect. A flow rate that is too low may not accurately reflect the particle concentration in the air, while a flow rate that is too high may cause the detection channel to be blocked. In addition, different particle counters are designed to detect particles of different size ranges. When selecting an instrument, users should determine the appropriate particle size detection range based on actual needs.
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