The laser particle counter is equipped with six particle sizes 0.3, 0.5, 1.0, 3.0, 5.0, and 10.0um, easy and convenient to operate, built-in thermal printer, and can directly print the measurement results. An online particle counter is widely used in clean room inspection, filter field inspection, biological cabinets, HVAC systems, machinery and aerospace, and other production and research sectors.
Laser dust particle counter with built-in printer
The laser air particle counter is an instrument for measuring the number of dust particles per unit volume and particle size distribution in a clean environment, which can be widely used in medical, pharmaceutical, electronic, chemical, optical, food, cosmetic, biological products, aerospace and other industries.
Model | SISCO-QT3106L |
Light Source | Semiconductor laser, life expectancy greater than 10 years (30,000h) |
Flow Rate | 28.3L/min (1ft3)Â |
Display | 122 x 90mm high-resolution liquid crystal display (LCD), can directly display the particle concentration (particles / cubic meter) |
Power Supply | AC power supply AC: 220V Shi 5%, 50HZ |
Working Time | 10 hours |
Counting Mode | Cumulative value, difference value, concentration value |
Test Mode | Single, repeat, continuous, calculation, remote |
Unit Conversion | Unit can be converted to m3 |
Particle Size Channel | 0.3, 0.5, 1.0, 3.0, 5.0, 10.0um, six grades of particle size at the same time, counting particle size can be customized according to customer needs |
Sampling Period | 1~999 (S), delayed counting 0~99 (S), self-purification time: ≤10 (min) |
Working Temperature | 0~40°C (50~104°F) |
Relative Temperature | 20~90%RH, no condensation |
Atmospheric Pressure | 86~106KPa |
UCL Setting | Sampling points(A): 2~9 points setting, sampling times per point (L): 2~9 times setting, measuring position: 0-999 |
UCL Statement | Conform to IS014644-1, GB50073-2001, GMP(2010) |
Data Storage | 100 sets of data can be stored, no data loss after power failure. |
Communication Interface | RS232, 9600 baud rate |
Alarm Setting | Can alarm the clean room level 100, 1000, 1W, 10W, 30W, 100W after exceeding the standard |
Overlap Error | 5%, 2,00,000 grains/cubic feet |
Standard Configuration | Professional isokinetic sampling head, sampling bracket with sampling tube, zero filters, USB to RS 232 module, RS232 connection cable, computer connection communication software CD, built-in printer |
Printing Function | Built-in printer |
Weight | 8.6kg |
Dimensions | 260x140x400mm |
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: Precautions for using the dust particle counter.
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