The LS-ZX-801 Particle Counter is a testing instrument used in cleanroom environments for cleanliness monitoring and microparticle counting detection. It operates based on the principle of light scattering and utilizes photoelectric sensing technology to detect the size of dust particles and count their quantity. Widely applied in pharmaceutical factories, electronic factories, hospital operating rooms, aerospace, precision processing, and the food industry, this instrument features excellent stability, high measurement accuracy, compact size, lightweight, and easy installation.
The product supports Modbus communication protocol RS-485 signal output. It allows for secondary development by users, enabling them to design their own online remote control software. Optional data analysis software developed by our company is available. Multi-point monitoring: Automatically completes measurement operations and calculates results at a 95% confidence level based on set parameters such as time intervals, measurement counts, and automatic start time.
Model | LS-ZX-801 |
Sample Flow Rate | 2.83L/min ±5% (0.1 CFM) |
Particle size fraction | 0.5μm,5μm |
Laser Light Source | Laser Diode |
Air Pump | Imported air pumps, stable continuous operation, energy-saving and environmentally friendly |
Inspection Standards | JJF1190-2008,GB/T6167-2007 |
Repetitive Relative Error | Particle concentration continuous measurement values exhibit repeatability <10% under the same measurement conditions. |
Particle size distribution error | 0.5μm, 5μm particle size distribution error ±10% |
Particle concentration indication error | Particle counter is operating normally after, particles with a 0.5μm diameter are at a concentration of The indication error does not exceed ±20% FS. |
Self-cleaning time | ≤10min (counts are continuously zero for 3 times within 10min, with 95% confidence) |
Communication Protocol | Modbus Communication Protocol RS-485 |
Working Voltage | DC24V/1A |
Material | Stainless Steel |
Dimensions | 150*165*65mm |





























