Fast particle sizer spectrometers
Need precise and fast particle size distribution analysis for evolving aerosols or exhaust emissions? Fast particle sizer spectrometers deliver real-time data to manage particulate matter efficiently across varied environments.
Measures and Analyzes Rapid Aerosol Size Changes
The Fast Particle Sizer Spectrometers from TSI Incorporated provide an innovative solution for high-speed aerosol size distribution analysis, crucial for applications such as engine emissions testing and environmental air monitoring. Utilizing high-resolution spectrometry, these instruments deliver real-time data on particle sizes ranging from 5.6 to 560 nm, crucial for evaluating combustion-derived nanoparticles and urban air pollutants. The sizers offer dynamic dilution capabilities, ensuring accurate measurements even in variable conditions typical of both indoor and outdoor environments.
Designed with PLC-control and remote monitoring, these spectrometers can seamlessly integrate into complex monitoring systems, offering continuous operation for extended periods. The equipment supports a variety of industries, including automotive and aerosol research, with the flexibility needed for cutting-edge R&D and strict environmental compliance. With options for robust material construction, such as stainless steel, the units promise durability and low maintenance, essential for high-demand settings. Furthermore, engineering support for customized solutions ensures these sizers meet specific operational requirements, enhancing their versatility and effectiveness in specialized applications.
Benefits
- Provides real-time aerosol size distribution for accurate environmental analysis.
- Ensures precise particle measurement in dynamic settings with high-speed data capture.
- Facilitates seamless integration with existing systems for continuous operation.
- Reduces maintenance demands with durable construction in challenging environments.
- Customizable configurations support industry-specific monitoring needs.
- Applications
- Indoor air quality,Engine emissions,Particle size distribution analysis,Environmental air monitoring,Engine exhaust measurement,Aerosol monitoring
- End products
- Diesel exhaust particulates,Combustion-derived nanoparticles,Urban air pollutants,Road traffic particulates,Indoor airborne particulates,Ambient aerosols,Engine soot,Pollutant particulates,Industrial airborne particulates,Soot particles
- Steps before
- Emissions Measurement Preparation,Aerosol Sample Collection,Calibration,Instrument Set-up
- Steps after
- Data Analysis,Report Generation,Results Interpretation,Maintenance and Cleaning
- Input ingredients
- aerosols,engine emissions,3D printer emissions,rapidly-evolving aerosols,particle emissions
- Output ingredients
- particle size distributions,soot-specific data,sample dilution,size from 5.6 to 560 nm,dynamic behavior visualization
- Market info
- Accuracy
- ± precise measurement
- Automation
- Automated with fast data inversion
- Particle Size Range
- 5.6 to 560 nm
- Size Distribution
- 1 Hz or faster
- Measurement System
- Engine Exhaust Particle Measurement System
- Extraction Method
- Sample Dilution Capable
- Operating Frequency
- 10 Hz
- Data Acquisition Speed
- 1 Hz or faster
- Sample Dilution Capability
- Available
- Soot-specific Data Analysis
- Available
- Frequency of Measurement
- Up to 10 Hz
- Particle Size Range Measured
- 5.6 to 560 nm
- Application Environments
- Indoor / Outdoor
- Change Detection Speed
- Rapid Evaluation
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Aerosol measurement
- Engine/3D printer emissions
- Compact footprint
- Yes
- Control panel type
- Digital/Touchscreen
- Discharge method
- Automatic