Automatic and rapid measurement of aerosol particle size distribution and mass concentration (μ g/m)³）

Without the need for additional weighing, the mass concentration of PM10 and PM2.5 can be directly calculated

Real time QCM (quartz crystal microbalance) quality sensor

Low aerosol concentration measurement and wide concentration measurement range: 5-1000 µ g/m³Can monitor gaseous aerosols and relatively clean environments

Small particle size can be monitored, with sample particle size as low as 100nm

Automatically control sampling time to prevent QCM overload

Data printing output (particle size distribution bar chart, mass concentration of different particle sizes, sampling time, date)

Computer interface for data collection

The sampling disk can be directly placed into electron microscopes and X-ray scanners for in-depth analysis of the electronic and physicochemical properties of particles

Long term record and wide application

Research on Atmospheric Aerosols

Inhalation toxicology study

Smoke measurement, atmospheric measurement, automotive measurement

Industrial hygiene and occupational safety assessment

Indoor and outdoor air quality analysis

Research on drug aerosols

Impactor flow rate: 2SLPM

Total concentration range: 5-1000 µ g/m³

Particle cutting particle size grade of impactor:

*Dynamic diameter equivalent, or equivalent aerodynamic diameter (EAD) based on a particle concentration of 1g/cc

**Mechanical impact plate, blocking particles larger than 20 µ m

***Sum represents the cumulative concentration sum from level 10. Print out PM10 and PM2.5 concentration values, with levels ≥ 3 indicating PM10 values, levels ≥ 5 indicating PM2.5 values, and levels ≥ 6 indicating PM1.0 values

Vacuum pump: High performance, silent, aluminum box protection, linear type, with shock absorber

Impactor pressure difference: total 320mmHg ± 10%

Quartz quality monitoring sensitivity (average): 1ng/Hz

QCM frequency drift (noise): maximum 2 Hz/min after preheating

Initial preheating time for QCM: up to 10 minutes

Temperature range (operation): -20~40 ℃

Power supply and power consumption: 120V 50/60 Hz 50w

Size/Weight:

Impactor 35.5H x12.7W x 30.5L/12, 5.4kg

C/U 17.8H x43.2W x 30.5L/23，10kg

The following is an example of printing measurement data:

PC-2 Clean Room Particle Microscopic Analysis Aerosol Analyzer

Measurement particle size range: 0.05~25 µ m

Flow rate: 0.24LPM

Air pump and control unit

Print output of particle size distribution and mass concentration

Measurement of medium and high concentrations, up to tens of milligrams per cubic meter

PC-2H Clean Room Particle Microscopic Analysis Aerosol Analyzer

Measured particle size range: 0.05~10 µ m

Flow rate: 2LM

Air pump and control unit

Print output of particle size distribution and mass concentration

Measurement of medium and low concentrations, a few micrograms per cubic meter

PC-2AS/SK76 Clean Room Particle Microscopic Analysis Aerosol Analyzer

Particle size range measured: 0.14~10 µ m

Flow rate: 0.24LPM

Air pump and control unit

Print output of particle size distribution and mass concentration

12.6LPM high flow rate sampling inlet, equal power flow splitter

Optional high flow rates of 30, 60, and 90LPM

Measurement of aerosol output from special configuration dose inhalers and spray

PC-3HX Clean Room Particle Microscopic Analysis Aerosol Analyzer

Impactor flow rate: 2SLPM

Total concentration range: 5-1000 µ g/m³

Particle cutting particle size grade of impactor:

Vacuum pump: High performance, silent, aluminum box protection, linear type, with shock absorber

Impactor pressure difference: total 260mmHg ± 10%

Quartz quality monitoring sensitivity (average): 1ng/Hz

QCM frequency drift (noise): maximum ± 1 Hz/min after preheating

QCM initial preheating time: average 5 minutes, maximum 10 minutes

Temperature range (operation): -20~40 ℃

Power supply and power consumption: 220V 50Hz available

Size/Weight:

Impactor: 35.5h x12.7w x 30.5l/12, 5.4kg

C/U：17.8h x43.2w x 30.5l/23，10kg

IMPAQ AS-6 6-stage impact aerosol sampler

Measured particle size range: 0.5~16 µ m

Flow rate: 12.6LPM

Vacuum pumps, flow meters, and flow control valves

Doctors and scientists at the University of California, San Francisco Medical Center used a QCM aerosol particle size concentration analyzer to monitor blood aerosols caused by surgical equipment and found that blood aerosols could be inhaled by staff.

2. The US Navy will use the QCM aerosol particle size concentration analyzer to monitor the air inside submarines and provide support for improving air purifiers.

3. The QCM aerosol particle size concentration analyzer is used on many research aircraft, including NASA's U-2 and ER-2 aircraft, to monitor the upper atmosphere particle plumes during volcanic eruptions.

4. Hawaiian environmental health scientists used the QCM aerosol particle size concentration analyzer to monitor the volcanic smoke produced by the continuous volcanic eruptions of Mount Chiloa.

5. The micro atmospheric measurement system of the US Department of Energy/Los Alamos National Laboratory uses QCM aerosol particle size concentration analyzer to monitor the particle size distribution and mass concentration in the air, measure the emission plume of diffusion source particles, such as hazardous waste sites.

6. Taiwan Power Company uses QCM aerosol particle size concentration analyzer to assess inhalable radioactive aerosol dose at nuclear power plants.

On October 27, 1993, a wildfire broke out on the southern slopes of the Los Angeles Crest National Forest in northeastern Los Angeles, California. On October 28, the QCM aerosol particle size analyzer was used to monitor the concentration of particulate matter in the air and found that the peak particle size was 0.23um.

8. Taiwan Power Company uses MPS-4G1 microanalysis particle/aerosol sampler to collect radioactive aerosols from nuclear power plants, and analyzes the collected samples using scanning electron microscopy.