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TSI PARTICLE
TECHNOLOGY
UNDERSTANDING, ACCELERATED
PARTICLE INSTRUMENTS
TSI PARTICLE
TECHNOLOGY
A leading developer of aerosol research instrumentation
since 1966, TSI® Incorporated oers a line of particle
instru ments that is second to none. Our products for sizing,
counting, characterizing, gen erating, and dispersing aerosol
particles are well known—and well respected—all over the
world. We are dedicated to providing our customers with
the most innovative particle technology available.
This catalog contains many proven instruments as well as
our newest product oerings. The scope of this product
line shows how TSI leads when it comes to performance
and depth. Our intent is to oer a TSI in strument to handle
most every particle research need. So browse through the
following pages, then let us know how we can help you
achieve your research goals.
TSI PARTICLE
TECHNOLOGY
TABLE OF
CONTENTS
PARTICLE SIZERS
Scanning Mobility Particle Sizer™ Spectrometers (Series 3938) 2
NanoScan Nanoparticle Sizer (3910) 3
Optical Particle Sizer (3330) 4
Aerodynamic Particle Sizer® Spectrometer (3321) 5
Aerosol Diluter (3302A) 6
Impactor Inlet (3306) 6
Laser Aerosol Spectrometer (3340) 7
Fast Mobility Particle Sizer™ Spectrometer (3091) 8
PARTICLE COUNTERS & DETECTORS
Water-Based Condensation Particle Counters (3788, 3787, 3783) 9-10
Condensation Particle Counters (3776, 3775, 3772) 10
Nano Enhancer (3777) 10
Handheld Condensation Particle Counter (3007) 11
Nanoparticle Surface Area Monitor (3550) 11
Aerosol Electrometer (3068B) 11
DustTrak™ Aerosol Monitor (8530, 8532, 8533, 8534) 12
SidePak™ Personal Aerosol Monitor (AM510) 12
AIR FILTER & RESPIRATOR TESTERS
Automated Filter Testers (8130, 8130-EN, 8127, 8127-EN, 3160) 14
Component Filter-Testing Systems (3150) 15
Laser Photometer (8587A) 16
Large-Particle Aerosol Generator (8108) 16
Respirator Leak Tester (8119) 16
ENGINE EMISSIONS
Engine Exhaust Particle Sizer™ Spectrometer (3090) 17
Engine Exhaust Condensation Particle Counter (3790A) 18
Electrical Aerosol Detector (3070A) 18
Rotating Disk Thermodiluters and Thermal Conditioner Air Supply 19
(379020A, 379030)
Nanoparticle Emission Tester (3795) 20
AIR MONITORING
Ultrane Particle Monitor (3031) 21
Environmental Sampling System (3031200) 21
PARTICLE SIZERS & IMAGING SYSTEMS
Phase Doppler Particle Analyzer (PDPA) 22
Global Sizing Velocimeter (GSV) 22
AEROSOL GENERATORS & DISPERSERS
Vibrating Orice Aerosol Generator (3450) 24
Electrostatic Classiers (3082) 24
Condensation Monodisperse Aerosol Generator (3475) 25
Electrospray Aerosol Generator (3482) 25
Small-Scale Powder Disperser (3433) 26
Fluidized Bed Aerosol Generator (3400A) 26
Atomizers (3076, 3079A, 9302, 9306) 27
Large-Particle Aerosol Generator (8108) 27
Oil Droplet Generator (9307-6) 27
Submicrometer Monodisperse Aerosol Generation System (3940A) 28
Supermicrometer Monodisperse Aerosol Generation System (3941) 28
INSTRUMENTS & ACCESSORIES
Nanometer Aerosol Sampler (3089) 29
Mass Flowmeter (4000 Series) 29
Diusion Dryer (3062, 3062-NC) 29
Aerosol Neutralizers (3012, 3054, 3077, 348002) 30
Advanced Aerosol Neutralizer (3088) 30
Filtered Air Supply (3074B) 31
Flow Splitter (3708) 31
Particle Size Selector (376060) 31
Vacuum Pumps (3032, 3033) 32
Process Aerosol Monitor (3375) 32
APPLICATIONS
Collectively, our line of particle instruments spans the size range from
0.002 to 2000 micrometers. This unique and comprehensive family of
products is used all over the world in a variety of interesting applications.
+ Basic aerosol research
+ Nanotechnology
+ Environmental studies
+ Bio-aerosol detection
+ Pharmaceutical research
+ Health eects studies
+ Inhalation toxicology
+ Filter testing
+ Instrument calibration and standards
+ Indoor-air-quality testing
+ Industrial hygiene research
+ Energy and combustion studies
+ Diesel- and gasoline-engine emissions measurements
+ Climate change research
+ Particle formation and growth studies
Ask your TSI representative for information about specic applications,
instrument operation, specications, or new instruments not included in
this catalog. To request additional literature or to place an order, call:
US & CANADA: 1-800-874-2811
EUROPE: +49 241 523030
Additional contact information appears on the back cover. Visit our web
site for the most current product information available:
www.tsi.com
1 µm
3482 Electrospray Aerosol Generator
Particle Sizers
Pages 1-8, 17
Aerosol Generators and Dispersers
Pages 23-28
Particle Counters & Detectors
Pages 9-10
3450 Vibrating Orice Aerosol Generator
8108 Large-Particle Aerosol Generator
3433 Small-Scale Powder Disperser
3400 Fluidized Bed Aerosol Generator
3772 Condensation Particle Counter
3775 Condensation Particle Counter
3475 Condensation Monodisperse Aerosol Generator
3788 Ultrane Water-Based Condensation Particle Counter
Particle Diameter
3076/3079/9302/9306 Atomizers
3783 EPC™ Environmental Particle Counter™ Monitor
3777 Nano Enhancer
Series 3082 Electrostatic Classiers
1,000 nm
0.1 µm
100 nm
0.01 µm
10 nm
0.001 µm
1 nm
10 µm
10,000 nm
100 µm
100,000 nm
1,000 µm
1,000,000 nm
3787 Water-Based Condensation Particle Counter
8520 DustTrak™ Aerosol Monitor
AM510 SidePak™ Personal Monitor
3776 Ultrane Condensation Particle Counter
3007 Handheld Condensation Particle Counter
3070A Electrical Aerosol Detector
3068B Aerosol Electrometer
3790 Condensation Particle Counter for PMP
3550 Nanoparticle Surface Area Monitor
Exposure Monitors
Page 11-12
3090 Engine Exhaust Particle Sizer™ Spectrometer
3321 Aerodynamic Particle Sizer® Spectrometer
Series 3938 Scanning Mobility Particle Sizer™ Spectrometers
3091 Fast Mobility Particle Sizer™ Spectrometer
3330 Optical Particle Sizer
3340 Laser Aerosol Spectrometer
Phase Doppler Particle Analyzers
Global Sizing Velocimeter
2,000 µm
2,000,000 nm
1 µm
Particle Diameter
1,000 nm
0.1 µm
100 nm
0.01 µm
10 nm
0.001 µm
1 nm
10 µm
10,000 nm
100 µm
100,000 nm
1,000 µm
1,000,000 nm
2,000 µm
2,000,000 nm
3910 NanoScan
3031 Ultrane Particle Monitor
OPERATIONAL RANGES FOR
TSI PARTICLE INSTRUMENTS
The most comprehensive selection of instruments for sizing submicrometer and supermicrometer particles.
Sizer Particle size
range (µm)
Particle
concentration
(#/cm3)
Measurement
time (sec)
Resolution
(total channels
measured)
Channels
per decade
Key feature DMA CPC Condensing
liquid
SMPS
3938L72 0.01 to 1.0
1 to 107** 10 to 600
(selectable)
Varies by
model, 192
channels from
0.001 to
1.0 µm,
collectively
4, 8, 16, 32,
64
(selectable)
Highest-
resolution;
individual
components
provide
greatest
exibility
3081A 3772
butanol
3938L75 0.01 to 1.0
3775
3938N75 0.004 to 0.15 3085A
3938NL75 0.004 to 1.0 3081A & 3085A
3938L76 0.01 to 1.0 3081A
3776
3938N76 0.0025 to 0.15 3085A
3938NL76 0.0025 to 1.0 3081A & 3085A
3938L87 0.01 to 1.0 3081A
3787
water
3938N87 0.005 to 0.15 3085A
3938NL87 0.005 to 1.0 3081A & 3085A
3938L88 0.01 to 1.0 3081A
3788
3938N88 0.0025 to 0.15 3085A
3938NL88 0.0025 to 1.0 3081A & 3085A
3938E77 0.001 to 0.05 3086 3777
&
3772
diethylene
glycol &
butanol
3938EL77 0.001 to 1.0 3081A & 3086
NanoScan 3910 0.01 to 0.42 1 to 10660 13 8 Portable Built in Built
in
isopropyl
alcohol
FMPS 3091 0.0056 to 0.56 Varies by
size* 1 32 16 Fast
distributions
n/a n/a n/a
APS 3321 0.37 to 20 0.001 to 104
1 sec to 18
hours
(variable)
52 32 Aerodynamic
size
OPS 3330 0.3 to 10 1 to 3000
1 sec to 24
hours (variable)
up to 16
Variable
High res
optical
LAS 3340 0.09 to 7.5 1 to 18,000a
1 sec to 60
hours (variable)
up to 99 Optical to
smaller sizes
n/a not applicable
* FMPS: 100 to 107 at 5.6 nm, 1 to 105 at 560 nm (1-sec average)
** Upper end of concentration determined by Aerosol Neutralizers
Models 3077, 3077A, 3088 specications
† Optical detection down to 0.37 µm; aerodynamic sizing down to 0.5 µm
‡ Up to 52 channels of aerodynamic size, up to 64 channels of uorescence
intensity, up to 16 channels of scattered-light intensity
a
Depends on sample ow
ENGINE EMISSIONS
PARTICLE SIZERS
3938N87
1
Model 3938
Our most versatile submicrometer particle sizers provide
the highest resolution and accuracy available.
Collectively, our Series 3938 Scanning Mobility Particle Sizer (SMPS™)
spectrometers measure particles from 1 to 1,000 nm. They display data
using up to 167 actual size channels (up to 64 channels per decade). A
continuous, fast-scanning measurement technique eliminates gaps in
particle-size-distribution data and allows measurements to be completed
in as few as 10 seconds. SMPS spectrometers are capable of measuring a
very wide concentration range, from 1 to 10,000,000 particles/cm3.
Component SMPS systems feature the new Electrostatic Classier Model
3082 with your choice of Dierential Mobility Analyzer (DMA), and a
large selection of Con den sa tion Parti cle Counters (CPCs). The versatility
aorded by individual components enables you to select a system that
best ts your sizing requirements. All components can be operated as
stand-alone instruments for experiments involving monodisperse aerosol
generation or counting the total number of particles.
SMPS spectrometers provide additional exibility by allowing you to
adjust the sample ow rate (from 0.2 to 3.0 L/min). This eectively en-
ables you to select the particle size range of interest. The Electrostatic
Classier has temperature- and pressure-corrected ow rates for
measurements made at elevations other than sea level. The end result
is an un matched, proven solution for re search involving combustion,
atmospheric aerosols, indoor air quality, lter testing, and much more.
A new color touch screen allows easy operation and provides impressive
le-management capabilities. Data can be weighted by number, surface,
volume, or mass. An export function allows easy transport of les
to spreadsheet or other applications for customized data handling.
Additional software capabilities in clude multiple-scan averaging, a buer
for comparing data sets, multiple-charge correction for up to 10 charges,
programmable start/stop times, automatic le storage and printout
options, and impactor- and CPC-eciency correction factors.
Upgrade your older SMPS™ system.
Customers with series SMPS 3936 spectrometers can upgrade to a Series
3938 system. Keep the CPC and aerosol neutralizer, then let us modify
your old DMA for use on a Model 3082 plat form! Purchase of the Series
3938 software upgrade is required. Call your TSI representative for
additional requirements.
Thermodiluter and Data Merge Software
The Rotating Disk Thermodiluters complement TSI particle sizers and
counters when used for particle emission measurements, especially
when sampling, diluting, and conditioning exhaust particles from diesel
and spark-ignition engines. See page 19 for a description of the
thermodiluters and accessories.
The Data Merge Model 390069 Software module works with our Aerosol
Instru ment Manager software and simplies the tedious task of merging
SMPS and Aerody namic Particle Sizer® (APS™) data les. Data sets can be
averaged, merged, and tted to multimodal distributions, and graphs and
tables can be generated easily.
SMPS component systems give you the highest-
resolution particle size data.
Data Merge model 390069 Software allows you to
merge and t SMPS and APS data les to create and
display a wide particle size range.
SMPS Accessories (available separately)
379020A Rotating Disk Thermodiluter (page 19)
390069 Data Merge Software (page 5)
3089 Nanometer Aerosol Sampler (page 29)
3088 Soft X-Ray Neutralizer (page 30)
SCANNING MOBILITY PARTICLE
SIZER™ SPECTROMETERS
2
Model 3910
Aordable, portable nanoparticle sizer for particles down to 10 nm.
The TSI NanoScan SMPS opens the door to routine nanoparticle size measurements. This
revolutionary sizer ts a TSI SMPS™ Spectrometer into an aordable, portable package that is about
the size of a basketball. Easy to use, lightweight, and battery-powered, NanoScan SMPS enables
investigators to collect valuable nanoparticle size data from more sites, including size distributions
down to 10 nm for concentrations up to 1,000,000 particles/cm3 in selectable SCAN or SINGLE
measurement modes. Derived from TSI core technologies, the NanoScan SMPS is an innovative,
cost-eective solution for real-time nanoparticle size measurements.
Data collection begins with a touch of the instrument display - no need for a dedicated computer to
set up the instrument or save data. The user interface is intuitive and easy for new users to operate.
NanoScan SMPS displays real-time number, surface area, or mass size distributions, concentrations,
and statistics. From the front panel, users can program start time, number of samples, and other
parameters. A full suite of instrument diagnostic data can be viewed from the Setup Screen.
In addition to nanoparticle size distributions, the NanoScan SMPS can collect second-by-second
concentration data at a single mobility diameter. If the nanoparticle source of concern generates 50
nm particles, it is possible to easily monitor 50 nm mobility diameter with 1 second time resolution
to keep a real-time record of concentration levels.
Combine the NanoScan SMPS and the Optical Particle Sizer Model 3330 to measure three orders
of size magnitude from 10 nm to 10 μm using aordable MIM software in concert with portable,
real-time instruments.
NANOSCAN NANOPARTICLE SIZER
3
Screen shot of NanoScan SMPS during nanoparticle size
distribution measurement.
Model 3330
Easy-to-use particle sizer for particles 0.3 - 10 μm in size.
Optical Particle Sizer 3330 (OPS) is a light, portable unit that uses single-particle counting
technology to provide fast, accurate measurement of particle concentration from 0 to 3,000
particles/cm3 and particle size distribution for 0.3 – 10 μm in up to 16 channels. Backed by over 40
years of aerosol instrumentation design experience, the OPS uses state-of-the-art optics with 120°
light collection and sophisticated electronics processing resulting in precision, high-quality data.
The aordable, easy-to-use package features a color touch screen with an intuitive user interface.
Rigorous factory calibration standards ensure measurement accuracy.
In addition to improving the core measurement fundamentals of OPCs, the Model 3330 includes the
ability to enter the index of refraction and shape factor of the aerosol into the software to provide
more accurate size distributions. The size boundaries can be adjusted using both real and imaginary
components of refractive index. A unique density for every size channel can also be entered into
the software to further improve mass concentration measurements.
The Model 3330 is manufactured at TSI’s ISO 9001 certied facility. It is calibrated using NIST
traceable PSL spheres and TSI’s accredited Electrostatic Classier and Condensation Particle
Counters. PSL is the industry-wide calibration aerosol of choice because it has properties close to
many real world aerosols and is traceable to national standards throughout the world. Each OPS
that leaves the factory is built for longevity, backed by TSI’s commitment to quality, and supported
by our worldwide network of committed TSI professionals.
OPS Accessories (available separately)
3332-10 10:1 Diluter
3332-100 100:1 Diluter
8535 Environmental Enclosure
OPTICAL PARTICLE SIZER
4
Mass size distribution for 0.49 µm ± 9 nm classied PSL spheres.
OPS Model 3330 status screen.
Environmental Enclosure
Model 3321
The only way to determine a particle’s true airborne
behavior is to measure its aerodynamic diameter.
Aerodynamic measurements account for dierences in particle size, shape, and density. This
is crucial when determining if a particle will penetrate a lter, be removed by a cyclone, or be
deposited in the lung. The Aerodynamic Particle Sizer (APS™) spectrometer has been used
successfully for over 20 years in laboratory and eld applications to provide high-resolution, real-
time aerodynamic measurements in the range from 0.5 to 20 µm. Our latest models also measure
light-scattering intensity in the equivalent optical size range of 0.37 to 20 µm. By providing paired
data for each particle, the APS opens up exciting new possibilities for aerosol scientists interested in
studying the makeup of an aerosol.
The Model 3321 APS spectrometer uses a patented, double-crest optical system for unmatched
sizing accuracy. It also includes a redesigned nozzle conguration and improved signal processing.
The result is greater small-particle sizing eciency, im proved accuracy of mass-weighted
distributions, and near elimination of false background counts. The Aerosol Instrument Manager®
software provides advanced data-handling capabilities.
APS Accessories (available separately)
3302A Aerosol Diluter (page 6)
3306 Impactor Inlet (page 6)
3433 Small-Scale Powder Disperser (page 26)
390069 Data Merge Software (below)
Data Merge Software
The Model 390069 Data Merge Software module works with our Aerosol Instru ment Manager
software and simplies the tedious task of merging Scanning Mobility Parti cle Sizer™ (SMPS™) and
APS data les. Data sets can be averaged, merged, and tted to multimodal distributions, and graphs
and tables can be generated easily.
Three graphs showing aerodynamic diameter, side scatter, and
correlated data are displayed on this screen simultaneously.
United States Patent Number 5,561,515
APS software has ad vanced instrument-control and data-
handling features. Above, a graph of aerodynamic diameter is
displayed with particle-size and statistics tables.
AERODYNAMIC PARTICLE SIZER® SPECTROMETER
5
3302A
Conditions high-concentration aerosols
for use with the APS spectrometer.
This diluter reduces particle concentrations of high-concentration
aerosols, providing a representative sample that meets the input
requirements of the Aerodyna mic Par ticle Sizer® (APS™) spectro meter
(page 5). The 3302A achieves dilution ratios of 100:1 and 20:1 using easy-
to-change capillary tubes. Two diluters in a tan dem conguration provide
dilution ratios as high as 10,000:1.
Engineered to provide very low particle loss in the 0.5 to 10 µm size
range, the Aerosol Diluter is totally self-contained and requires no outside
power or compressed gas. Durable con struc tion and simple maintenance
procedures translate into years of trouble-free operation. Model 3302A
works with both old and new APS spectrometers. (APS sold separately)
Model 3306
Collects a size-segregated sample for mass or chemical
analysis while making APS measurements.
An accessory for our Aerodyna mic Par ticle Sizer spectro meter (page 5),
the 3306 combines a single-stage impactor with a lter. It takes a
size-segregated sample and directs a diluted (80:1), representative portion
of the initial test aerosol into the particle sizer for measurement. The in let
aero sol passes through a single-stage impactor (2.5 or 4.7 µm, 50% cut
size) and is collected with an after-lter for later mass or chem ical
analysis. Model 3306 includes two inlet throats: one for standard
applications; the other for pharmaceutical research. (APS sold separately)
Accessory (available separately)
3033 Vacuum Pump (page 32)
IMPACTOR INLETAEROSOL DILUTER
6
Model 3340
Higher-sensitivity, high-resolution general-purpose particle sizer.
TSI’s Laser Aerosol Spectrometer 3340 is a high-sensitivity, high-resolution,
general-purpose aerosol particle sizer. This ‘turn on and measure’ instrument
allows users to easily measure a size range of 0.09 (90 nm) to 7.5 µm.
Complete size distributions are measured in less than a second by simply
powering up and sampling.
The 3340 is a handy tool to have for monitoring your lters or your processes,
measuring in a lab, or sampling on eld campaigns. It’s just as useful as your
primary aerosol tool, but the 3340 can also provide valuable supplemental
information to aerosol measurements based on other sizing techniques
(i.e., SMPS, APS, CPC, FMPS, etc.).
LASER AEROSOL
SPECTROMETER
7
Narrow Angle Scattering
Wide Angle Scattering
Particle Size [μm]
Scattered Signal [a.u.]
102
100
10-2
10-4
10-6
10-1 100
22-4°
120-35°
Monotonic Intensity Response
Sealed
High Reector
Recessed
Parallel Window
Aerosol
External
High Reector
Standard
Laser 5mW
>1W Intracavity Power
Patented IntraCavity Laser
FMPS software enables you to view a variety of parameters.
Here, the same data are pictured in a bimodal concentration
histogram and a 3-D size distribution vs. time.
Model 3091
Measures size distribution and number concentration of rapidly changing,
submicrometer aerosol particles in real time.
The Fast Mobility Particle Sizer (FMPS™) spectrometer measures particles in the range from 5.6 to
560 nm, oering a total of 32 channels of resolution (16 channels per decade). This submicrometer
particle sizer uses an electrical mobility measurement technique similar to that used in the SMPS
spectrometers. However, instead of a CPC, the Model 3091 FMPS spectrometer uses multiple, low-
noise electrometers for particle detection. This produces particle-size-distribution measurements
with 1-second resolution, providing the ability to visualize particle events and changes in particle
size distribution in real time.
The Model 3091 operates at a high ow rate (10 L/min) to minimize diusion losses of ultrane and
nanoparticles. It operates at ambient pressure to prevent evaporation of volatile and semivolatile
particles. It requires no consumables. Plus, it uses an ecient, unipolar charger to eliminate the need
for a radioactive neutralizer.
The FMPS is easy to transport, set up, and operate. It can be congured to measure single or multiple
runs continuously for up to 12 hours. Its large, color VGA display and built-in control knob provide
easy access to instrument functions, set-up menus, and data displays. Software highlights include
a variety of graphing options, including 3-D playback of size distribution and concentration versus
time, data export capabilities, and the ability to input individual eective densities per channel to
calculate a continuous output of total particulate mass.
All of these features make the FMPS spectrometer appropriate for a variety of applications,
especially particle formation and growth studies, indoor-air-quality measurements, environmental
research, inhalation toxicology studies, urban canyon studies, and transient emission studies from
stacks, boilers, and wood burners.
Developed by TSI Incorporated under license from Airel, Ltd. of Tartu, Estonia.
U.S. Patent No. 7,230,431
FAST MOBILITY PARTICLE SIZER® SPECTROMETER
8
TSI leads when it comes to instruments for particle counting, aerosol detection, and particle concentration measurement.
3783 3772 3787 3788 37773776
3775 3772
ENGINE EMISSIONS
PARTICLE COUNTERS AND DETECTORS
Model 3775
This CPC detects particles down to 4 nm at
concentrations up to 10,000,000 particles/cm3.
The Model 3775 CPC is a general-purpose counter that accurately
measures concentration over a wide range. It features two detection
modes: extended single-particle counting with continuous, live-time
coincidence correction and photometric counting for concentrations up
to 10,000,000 particles/cm3. The Model 3775 also features an improved
transition between the two counting modes, anti-spill design, water-
removal capability, data logging and storage capabilities, a removable
memory card, and USB and Ethernet ports. We recommend this CPC for
basic aerosol research, environmental monitoring, health eects studies,
inhalation and exposure studies, combustion research, and more.
CONDENSATION
PARTICLE COUNTER
Model 3776
Detects particles down to 2.5 nm with extended single
particle counting up to 300,000 particles/cm3.
The UCPC is designed primarily for researchers interested in airborne
particles smaller than 20 nm. It uses a special sheath-air ow design that
improves response time and increases counting eciency. It features
single particle counting with continuous, live-time coincidence correction
for accurate measurements, an anti-spill design, water-removal capability,
built-in data logging and storage capabilities, a removable memory card,
and USB and Ethernet connectors. This UCPC is ideally suited for
atmospheric and climate research, particle formation and growth studies,
combustion and engine research, and nanotechnology applications.
ULTRAFINE CONDENSATION
PARTICLE COUNTER
9
Model 3788 3787 3783 3776 3775 3772 3007 3777
Minimum Particle Size (nm, 50% eciency) 2.5 5 7 2.5 4 10 10 1.3
Upper Concentration Limit (particles/cm3)4 x 1052.5 x 1071063 x 1051071041053 x 105
Response Time (sec, 95% response) ~0.25†~0.25†<3 <1†<4†<3 <9 <5
Aerosol Flow Rate (cm3/min) 300 1,000 120 50 300 1,000 100 2,500
Condensing Liquid Water n-Butyl Alcohol Isopropanol Diethlene
Glycol
SMPS‡ Compatibility Yes No Yes No Yes
Data Logging Capability Yes No Ye s Ye s *
AIM Software Ye s Ye s *
Display Type Touchscreen w/ Graphics Color VGA LCD LCD LCD
Vacuum Source Internal External Internal External
† High-ow mode
‡ Series 3936 Scanning Mobility Particle Sizer spectrometers
* Includes data logging capability and AIM software when used in conjunction with 3772.
NANO WATER-BASED
CONDENSATION PARTICLE
COUNTER N-WCPC
EPC™ ENVIRONMENTAL
PARTICLE COUNTER
CONDENSATION
PARTICLE COUNTER
10
GENERAL PURPOSE
WATER-BASED CPC
Model 3787
A fast SMPS™ spectrometer-compatible
WCPC that detects down to 5 nanometers.
TSI’s Model 3787 General Purpose Water-Based
Condensation Particle Counter (GP-WCPC) can
detect airborne particles down to 5 nm in
diameter using state-of-the-art, water-based
condensation particle counting technology.
With a high sample ow rate of 0.6 LPM,
the versatile Model 3787 is a good choice for
low concentration measurements, yet it is also
capable of measuring up to 250,000 particles/cm3
using exclusively single particle counting. The
carefully designed ow path, high ow rate, and
sophisticated electronics used in the Model 3787
result in a rise time of < ⅓ second.
Model 3783
Real-time, Ultrane Particulate (UFP)
number concentrations.
Targeted at unattended monitorning, the EPC™
monitor provides quantitative UFP
concentration data to supplement mass-based
and FRM equivalent methods. This freshly
engineered, water-based condensation particle
counter detects ultrane particles down to 7 nm
for single-particle counting up to 10,000,000
particles/cm3. The EPC™ monitor provides
robust eld perfomance and requires minimal
maintenance, making it a good choice for indoor
and outdoor ambient monitoring as well as
many other applications that require 24/7
operation.
CPC Accessories (available separately)
376060 Particle Size Selector (page 31)
376061
Additional diusion screens for
Particle Size Selector (Qty. 12)
3032 Vacuum Pump for 3772 and 3783
CPCs (page 32)
Model 3772
A compact, full-featured CPC that
detects particles down to 10 nm.
The Model 3772 uses single particle counting
with continuous, live-time coincidence
correction to accurately measure concentrations
up to 10,000 particles/cm3. It is ideally suited for
applications that do not require measurement
of high concentrations, including basic aerosol
research, lter and air-cleaner testing, particle
counter calibration, particle shedding and
component testing, and more. This CPC also
features an anti-spill design, water-removal
capability, built-in data logging and storage,
removable memory card, and USB and Ethernet
ports. It requires an external vacuum pump
(sold separately).
Model 3788
World’s fastest CPC – counting
down to 2.5 nanometers.
TSI’s N-WCPC Model 3788 is designed for
investigators interested in detecting the
smallest nanoparticles down to 2.5 nm. This
sophisticated particle counter uses state-of-the-
art, water-based condensation technology and
features the highest activation energy and
lowest detectable particle size of the WCPC
family. With less than 0.1 second rise time, the
Model 3788 is the fastest CPC commercially
available and its high sample ow rate provides
low diusion losses and low Poisson noise.
Other important elements include a
thermodynamically optimized growth region
and enhanced optical and detection design for
impressive signal to noise ratios. The Model
3788 can be used as a stand-alone counter
measuring up to 400,000 particles/cm3 (using
single particle counting) or as a component of a
TSI SMPS™ spectrometer.
NANO
ENHANCER
Model 3777
Particle detection down to 1nm.
The 1nm Nano Enhancer Model 3777 is designed
for researchers interested in the formation
of aerosol particles, in size ranges below
conventional condensation particle counters
(CPCs). The Model 377 Nano Enhancer enables
the detection of particle down to 1nm, making
it ideal for a wide variety of studies including
particle formation and growth, atmospheric
and climate aerosols and nanotechnology
research. The Model 3777 has been optimized
for use with TSI’s One-DMA Dierential Mobility
Analyzer model 3086, creating a Scanning
Mobility Particle Sizer (SMPS) spectrometer
capable of sizing over the 1nm to 50nm size
range, with minimal diusion losses.
Model 3068B
Measures net charge or concentration
of aerosol.
Our Aerosol Electrometer has been updated
to make use of new technologies that were
developed for our Electrical Aerosol Detector and
Engine Exhaust Particle Sizer™ spectrometer.
It measures the total net charge on aerosol
particles from 0.002 to 5 µm at a user-selectable
ow rate from 1 to 10 L/min. When paired with
a TSI Electrostatic Classier, the electrometer
measures the number concentration of
monodisperse aerosol. This conguration is used
primarily for calibrating and testing particle
instruments like CPCs. Data are presented on
the front-panel display in real time and also as
an analog voltage output for data recording.
The electrometer is compatible with the Aerosol
Instru ment Mana ger® software. An external
vacuum pump is required (sold separately).
Model 3007
Portable, battery-powered CPC that
detects particles down to 10 nm.
The Model 3007 is a hand-held CPC intended for
measuring ultrane particles in a wide variety
of applications. Its small size and ergonomic
design make it the best choice for short-term
outdoor and indoor-air-quality monitoring,
nanoparticle work area surveys, and mobile
aerosol research. This highly portable CPC
weighs only 1.7 kg (3.8 pounds)!
AEROSOL ELECTROMETERHANDHELD
CONDENSATION
PARTICLE COUNTER
Model 3550*
Measures lung-deposited surface
area of inhaled particles.
Recent research has shown that the surface
area of nanoparticles is highly correlated
to exposure-related adverse health eects.
The Model 3550 indicates the surface area
of nanoparticle aerosols that deposit in the
lung. The reported measurements correspond
to the ICRP lung deposition curves for the
tracheobronchial (TB) and alveolar (A) regions
of the human respiratory tract. The Model 3550
measures particles in the size range of 10 to
1,000 nm. This is an important instrument for
research in the elds of inhalation toxicology,
health eects, and epidemiology, and for
measuring and monitoring workplace exposure.
Model 3550 oers user-selectable measurement
modes, comprehensive software, continuous
operation, a wide dynamic range, and high
time resolution.
*U.S. Patents 6,544,484 and 7,812,306
NANOPARTICLE SURFACE
AREA MONITOR
11
SidePak AM510 DustTrak II
Model 8530
DustTrak II
Model 8532
DustTrak DRX
Model 8533
DustTrak DRX
Model 8534
Particle Size Range 0.1 to 10 µm 0.1 to ~15 µm
Aerosol Concentration
Range 0.001 to 20 mg/m30.001 to 400 mg/m30.001 to 400 mg/m30.001 to 150 mg/m30.001 to 150 mg/m3
Measurement Output
Single Mass Concentration
(PM10, Respirable,
PM2.5, PM1)
Single Mass Concentration
(PM10, Respirable, PM2.5, or PM1)
Simultaneous Size-Segregated Mass Fractions for PM1,
PM2.5, Respirable, PM10 and Total. All Displayed.
Gravimetric Reference
Filter No Ye s No Ye s No
Data Logging 31,000 data points,
21.5 days at 1 min 5 MB of on-board memory (>60,000 data points); 45 days at 1 minute logging interval.
Type Personal Desktop Handheld Desktop Handheld
Models 8530, 8532, 8533 & 8534
Simply leaves everyone else in the dust.
The DustTrak™ II and DRX Aerosol Monitors are battery-operated, data-
logging, light-scattering laser photometers that give you real-time aerosol
mass readings. These monitors measure aerosol contaminants such as
dust, smoke, fumes and mists. They use a sheath air system that isolates
the aerosol in the optics chamber to keep the optics clean for improved
reliability and low maintenance. Suitable for clean oce settings as well
as harsh industrial workplaces, construction and environmental sites, and
other outdoor applications.
Ideal applications include industrial/occupational hygiene surveys, indoor-
air-quality investigations, outdoor environmental monitoring, fugitive
emissions monitoring, site perimeter monitoring, dust control operations,
baseline trending and screening, engineering control evaluations, point
source monitoring, engineering studies, remote monitoring, and
process monitoring.
Model AM510
A personal, battery-operated laser photometer
that measures and records worker exposure to dust.
The SidePak™ Personal Aerosol Monitor is a rugged, light weight, belt-
mounted laser photometer that weighs as little as 454 grams (16 ounces).
A built-in sampling pump allows the use of a variety of size-selective in let
conditioners. Model AM510 includes TSI’s Smart Bat tery Management
System™, which includes long-running NiMH or alkaline battery packs and
indicates run time in minutes re maining. An easy-to-read display shows
real-time aerosol mass concentration and 8-hour, time-weighted average
(TWA). Data logging and long battery life make the AM510 ideal for work
shift or extended sampling.
SIDEPAK™ PERSONAL AEROSOL MONITORDUSTTRAK™ II & DRX AEROSOL MONITORS
12
8127a8130a3160
Measurement Application Loading and Quality Control Tests Penetration vs. Particle Size
Maximum Eciency 99.999% 99.999999%
Aerosol TypebDOP, PAO, DEHS, Paran,
and other Oils
DOP, PAO, DEHS, Paran,
and other Oils or NaCl
DOP, PAO, DEHS, and
other Oils or NaCl
Aerosol Generation Atomizer Atomizer with Classier
Count Median Diameterc0.2 μm (Oil) 0.2 μm (Oil) or
0.075 μm (NaCl) N/A
Geometric Standard
Deviationc<1.6 (Oil) <1.6 (Oil) or < 1.86 (NaCl) <1.3
Flow Rate 15 to 100 L/min 5 to 100 L/min
Resistance 0-150 mm H2O (0-1470 Pa)
Particle Detection Light Scattering Photometer Condensation Particle
Counter
Typical Test Lengthd10 sec 30 sec to 20 min
Data Reporting Alpha-Numeric Display and RS-232 PC with Integrated
Software
Operation Stand Alone Tester/Automated Production Lines Stand Alone Tester
Compliance US 42 CFR part 84, EN 143, JMOL, ISO 23328-1 EN 1822 parts 3 and 5
Our automated air lter and respirator testers are known for simple, reliable operation.
Component systems are also available.
a) EN versions (for equivalent results to EN 143
standard) available (8127-1-EN, 8130-1-EN)
b) Aerosol abbreviations: DOP (dioctyl phthalate), PAO
(polyalpha olen), DEHS (di-ethylhexyl sebacate)
c) EN version CMD and GSD are dierent.
See 8127/8130 spec sheet for more info
d) Eciencies higher than 99.9999%
require longer than typical testing times
ENGINE EMISSIONS
13
3160 8127/8130
AIR FILTER & RESPIRATOR TESTERS
Models 8130 & 8130-EN
Filter testers for commercial respirator
and military mask testing.
Model 8130 is designed for simple, fast, automated operation. That is why
it excels in quality-control and production-testing applications. It can also
be used for certication testing of all respirator lter categories in
accordance with US 42 CFR part 84, as well as for other standards around
the globe. For customers who need to test according to European standard
EN 143, TSI now oers the Model 8130-EN tester.
Models 8130 and 8130-EN can measure eciencies up to 99.999%, or
penetrations as low as 0.001%, using either polydisperse oil or sodium
chloride aerosol. Both testers produce oil aerosol without heat, so a
variety of oils can be used. Dual light-scattering photometers provide
simultaneous upstream and downstream particle concentration
measurements to ensure fast, repeatable results. A touch-panel display
makes these testers extremely easy to use, so very little operator
training is needed. On-screen menus enable operators to easily change
test parameters to accommodate special requirements. An internal
microprocessor controls the tester and calculates and displays lter
penetration, resistance value, and ow rate. Additionally, it performs self-
diagnostic checks during operation and automatically zeros the
tester between measurements to ensure accurate, stable,
reproducible results.
Models 8127 & 8127-EN
Oil-only lter testers for commercial respirator
and military mask testing.
Model 8127 includes all of the features of our Model 8130, except it is an
oil-only tester. It can be used for quality control and certication testing in
accordance with US 42 CFR part 84, as well as for other standards around
the globe. For customers who need to test according to European standard
EN 143, TSI now oers the Model 8127-EN tester.
Models 8127 and 8127-EN can measure eciencies up to 99.999%,
or penetrations as low as 0.001%, using polydisperse oil aerosol. Both
testers produce oil aerosol without heat, so a variety of oils can be used.
Dual light-scattering photometers provide simultaneous upstream and
downstream particle concentration measurements to ensure accurate,
fast, repeatable results.
AUTOMATED FILTER TESTER
AUTOMATED FILTER TESTER
14
Model 3160
Determines penetration vs. particle size of lters
and lter media.
Model 3160 is the most advanced automated tester available for
challenging lters and lter media with submicrometer aerosols. It can be
used to test both low- and high-eciency lters and lter media, up to
99.999999% ecient (eight 9’s), or penetrations down to 0.000001%.
The 3160 uses a bank of atomizers and the TSI Electrostatic Classier
to challenge a lter or lter media with size-controlled, monodisperse
particles. Two Condensation Particle Counters (CPCs) simultaneously
count the upstream and downstream particles and computer software
calculates the penetration value. Filters can be sequentially challenged
with up to 20 dierent monodisperse particle sizes from 15 to 800 nm.
The penetration value for each particle size is calculated. At the end of
a test, the 3160 generates a curve of penetration vs. particle size and
produces a summary of test results, including the most penetrating
particle size (MPPS). Test results can be automatically saved in a
Microsoft® Access® data base and downloaded into Microsoft® Excel®.
Model 3160 complies with EN 1822-3 and provides the most complete
information on lter penetration available from any lter tester. You’ll nd
it invaluable for product development and quality control.
AUTOMATED FILTER TESTER
COMPONENT FILTER-TESTING SYSTEMS
Model 3150
O-the-shelf solutions to your custom air lter testing needs.
For the wide range of ow rates and particle sizes needed to meet the
requirements of the many lter-testing standards and research needs, an
automated tester is not always practical. Building a lter test system from
components is often the best way to satisfy your measurement needs.
TSI has developed the CFTS as an easy-to-use system to integrate all the
necessary parts of this type of system.
The Component Filter Test System (CFTS) Model 3150 from TSI consists
of software and a hardware module to provide an o-the-shelf solution
for all your custom lter-testing needs. Pre-congured to work with
TSI’s world-class detectors and sizers, the CFTS provides a platform for
numerous lter test applications.
Because lters are used for a wide variety of applications and are tested
to many dierent lter test standards, you need a lter-testing system
that is exible enough to change to meet these various standards. The
CFTS system is designed for this exibility. It measures ow using a
variety of techniques and controls blowers to achieve the required ow.
It has multiple ports used to read temperature, pressure, and relative
humidity, then make ow corrections and log sensor data for test reports.
Whether designing a new test duct or updating an existing system, the
CFTS provides an easy-to-use system with the exibility to meet your
lter-testing needs.
CFTS is structured as a core platform which controls the lter test. Its
graphical user interface is used to dene the test layout and procedures as
well as being your interface for running the test. The CFTS has drivers to
communicate with the particle instruments and is the interface for
reading sensors and controlling ow. During testing, it collects, saves, and
exports the data needed for test reports. No longer is custom software
required for every component change.
15
CFTS software screen shot.
Model 8587A
A compact, reliable photometer for
customized lter testing.
This photometer features a reliable laser diode
that produces constant laser power, so aerosol
concentration measurements remain stable
over a long period of time. A sheath-air design
keeps the optics clean for low background
levels and minimal maintenance requirements.
The 8587A uses an internal switching valve to
measure both the upstream and downstream
aerosol concentration. A special high-speed
“purge” mode shortens the purge time when
switching between upstream and downstream
measurements. A simple command set can be
incorporated into your LabVIEW® program to
give you complete exibility in test protocol and
database management. All of these features
combine to make the 8587A ideally suited for
custom lter testing applications.
Model 8108
Generates high-concentration aerosols
up to 10 µm in diameter.
The Large-Particle Aerosol Generator produces
highly concentrated aerosol over a wide
particle-size range, from 0.1 to 10 µm. Designed
for easy cleaning, this generator produces
potassium chloride (KCl) and other aerosols.
Model 8108 meets the requirements of ASHRAE
52.2 for KCl test aerosol and can also be used
for ISO/TS 11155-1:2001 lter eciency testing.
It is an ideal aerosol generator for fractional
eciency testing of general ventilation lters
and automotive cabin-air lters.
LARGE-PARTICLE
AEROSOL GENERATOR
LASER PHOTOMETER
16
Model 8119
Turns Models 8127 and 8130 into
respirator leak testers.
This accessory enables Models 8127 and 8130
to perform fast, easy, after-maintenance leak
tests on full-face and half-mask air-purifying
respirators. After installing the 8119, simply
mount the respirator on the headform and scan
the respirator with the hand-held probe. Test
critical areas like eye-lens seals and exhaust
valves. Audible and visual alarms are triggered
if the aerosol concentration inside the mask
exceeds a preset level.
RESPIRATOR
LEAK TESTER
ENGINE EMISSIONS
Model 3090
The best tool for measuring transient
particle emissions and characterizing
exhaust after-treatment devices.
The Engine Exhaust Particle Sizer (EEPS™)
spectrometer measures the size distribution
of engine particle emissions in the range from
5.6 to 560 nm with the fastest time resolution
available (10 times per second!). Users can
visualize and study the dynamic behavior of
emissions that occur during transient test
cycles, such as changes in engine speed, torque,
or load. They may also measure emissions that
occur during the rst few seconds of a cold start
or during regeneration of a particle trap or diesel
particulate lter (DPF).
Measurements are displayed with high size
resolution (32 total channels, 16 channels per
decade). The EEPS spectrometer operates over
a wide particle concentration range, which
makes it well-suited for measuring upstream
and downstream of a particle trap or DPF to
determine soot loading and removal eciency.
The EEPS operates at ambient pressure to
prevent evaporation of volatile and semivolatile
particles, requires no consumables, and uses
an ecient, unipolar charger to eliminate the
need for a radioactive neutralizer. Users can
select from multiple matrices tailored to specic
aerosols for more accurate measurement.
Ease of operation is a key feature of this
instrument. All components, including the
vacuum source, are housed in a single cabinet
that weighs just 32 kg (~70 lbs). Just turn on the
power and allow the instrument to warm up.
A microprocessor corrects for volumetric ow
and barometric pressure automatically. This
will maintain calibration and provide accurate
particle size distribution information. The EEPS
also features an external “start” input trigger
for remote operation, two analog inputs to log
and correlate other engine parameters, and four
user-congurable analog outputs to integrate
emission measurements with the test cell
host computer.
EEPS software allows users to display
measurements in a variety of graphical and
tabular formats, including 3-D viewing of size
distribution and concentration versus time.
These can be replayed for a unique “movie” view
of the entire en gine cycle, or you can zoom in
on a period of interest. The software in cludes a
data export capability and allows users to input
individual eective densities per particle size
channel to calculate a continuous output of total
particulate mass.
EEPS Accessories (available separately)
379020A-30 Rotating Disk Diluter with
Thermal Conditioner Air
Supply (page 19)
The EEPS spectrometer was developed by TSI Incorporated
under license from Airel, Ltd. of Tartu, Estonia. Additional
assistance was provided by the University of Minnesota Center
for Diesel Research.
U.S. Patent No. 7,230,431
ENGINE EXHAUST PARTICLE SIZER™ SPECTROMETER
17
ENGINE EMISSIONS
EECPC Accessoies (sold separately)
3032 Vacuum Pump, 115 VAC (page 32)
3032-EC Vacuum Pump, Europe only (page 32)
3032-1 Vacuum Pump, 230 VAC (page 32)
379020A-30 Rotating Disk Diluter with Thermal Conditioner Air
Supply (page 19)
Model 3070A
A simple, low-cost tool for measuring
particle emissions second-by-second.
The Electrical Aerosol Detector (EAD) is a robust instrument that provides
highly repeatable, real-time measurements in the range from 10 to
1000 nm. It operates over a wide concentration range and requires no
working uid or consumables. When combined with a TSI Rotating Disk
Thermodiluter, the EAD becomes a real-time solid PN detector. These
features make the EAD ideally suited to evaluate particle emissions during
transient engine operation, to characterize eciency of exhaust after-
treatment devices, and for on-board emissions testing.
Model 3790A
The particle number (PN) concentration benchmark
for ECE Regulations 83 and 49.
The Engine Exhaust Condensation Particle Counter (EECPC) accurately
measures PN concentration of exhaust emissions. In fact, the
GRPE Particle Measurement Programme (PMP) concluded that PN
measurements using a CPC plus thermodilution are 20 times more
sensitive and much less variable than the traditional method (i.e.,
gravimetric lter analysis). As a result, the measurement of solid PN
emissions has been included in Regulation 83 (Euro 5) for certication of
new passenger vehicles with diesel engines, and later for Regulation 49
(EURO 6) for heavy-duty engines.
Model 3790 EECPC is fully compliant for light-duty vehicle certication in
accordance with all Regulation 83 requirements. The Model 3790 EECPC
incorporates a wide assortment of design improvements and features
such as anti-spill design, condensate removal, removable saturator for
ease of maintenance, built-in microprocessor with USB, RS-232 and
Ethernet communication interfaces, touch-panel membrane keys and a
display that enables instrument set-up, viewing particle concentration
and count data, interrogating instrument status, and data storage
capabilities. The EECPC includes our Aerosol Instrument Manager®
software. An external vacuum pump is required – sold separately.
ECE Regulations 83 and 49 mandate that only the number concentration
of solid particles are measured. TSI oers the Rotating Disk Diluter with
Thermal Conditioner Air Supply to eliminate or suppress the formation
of volatile compounds so that the EECPC only counts solid particles.
Together, the Models 3790 and 379020A-30 fulll the proposed solid PN
sampling and measurement requirements, as shown in Figure 1.
ENGINE EXHAUST CONDENSATION
PARTICLE COUNTER
ELECTRICAL AEROSOL DETECTOR
18
Figure 1: Proposed Regulation 83 particle sampling and measurement.
Thermodiluters
379020A Rotating Disk Thermodiluter
379020A-30 Rotating Disk Diluter with Thermal Conditioner
Air Supply
Thermodiluter Accessories (sold separately)
379030 Thermal Conditioner Air Supply
1137021 Hardware to run 3090 with 379020A
379025 Housing for Diluter Head
379027 Cyclone (PM2.5)
379032A Digital Control Unit
These instruments are produced in Switzerland by Matter Aerosol.
Models 379020A & 379030
Dilute and condition combustion sources to preserve the
original particle size distribution and number concentration
for accurate measurements.
TSI Model 379020A Rotating Disk Thermodiluter is highly regarded in the
eld of particle emission measurement, especially for sampling, diluting,
and conditioning exhaust emissions from diesel and spark-ignition
engines, as well as for performing stack emission studies.
The Model 379020A features a separate diluter head and control unit,
which allows the sample to be diluted and thermally conditioned at the
point of measurement (i.e., tailpipe, CVS tunnel, or stack). It also features a
variable dilution ratio that is adjustable from 15:1 to 3000:1 and selectable
heated diluter temperatures up to 150°C to avoid measurement of
condensed volatile materials.
In order to measure only the solid particle emissions, it is necessary to
further thermally condition the sample to eliminate the semi-volatile
and volatile fractions. TSI oers the Model 379030 Thermal Conditioner
Air Supply that can be combined with the Model 379020A. It uses an
evaporation tube to heat the sample up to 400ºC, which eectively
eliminates volatile compounds that may have formed in the exhaust as it
cools or becomes diluted. Rotating Disk Thermodiluters and accessories
can be used with all of our submicrometer particle sizers, especially the
EEPS™ and SMPS™ spectrometers, all of our CPCs,
and the EAD.
ROTATING DISK THERMODILUTERS AND
THERMAL CONDITIONER AIR SUPPLY
19
20
Model 3795
Portable, accurate and Regulatory-compliant.
The TSI Nanoparticle Emission Tester (NPET) Model 3795 is a
portable, accurate instrument capable of measuring total solid
particle number emissions from a variety of diesel-powered
sources, including construction machinery, buses, stationary
gensets, and more. Featuring a robust, user-friendly design,
the NPET can be used in the eld by researchers, regulatory
inspectors, and maintenance personnel alike.
Ocial Certication Testing
The Nanoparticle Emissions Tester fully meets Swiss Regulation 941.242 for
the periodic certication of diesel-powered machinery equipped with a DPF.
Solid Particle Measurements
Sampling from combustion sources is often challenging due to the
presence of volatile material. Volatile components are extremely sensitive
to sampling conditions and can grow existing particles and form new
particles through condensation. By evaporating and oxidizing volatile
components and particles, the NPET Model 3795 measures only the
remaining solid particles.
A Sophisticated Instrument in a Simple Package
The Nanoparticle Emissions Tester combines a traditionally complex
system of components into a portable, robust measurement tool. The ve
key design components include:
a. Sampling probe
b. Preconditioner
c. Recirculating dilution ow conditioner: A silica desiccant dryer and
two high capacity HEPA lters.
d. Volatile particle remover: A catalytic stripper heated to 350° C
evaporates, and oxidizes volatile components.
e. Particle counter: An isopropanol-based CPC provides accurate, direct
measurement of particle number emissions.
NANOPARTICLE EMISSION TESTER
Inlet Total
Flow
Dilution Flow
1 μm Cyclone &
Water Trap
Sample Flow
Bypass Flow
Orice ) (
Catalytic
Stripper
Condensation
Particle Counter
Sample
Flow
10:1
Diluter
Desicant
Dryer
Filter
Filter
Filter
Pump Pump
dP
dPdP
dP
X
Filter
ade
c
b
General Purpose Test Mode Display Output: Live strip
chart of total solid particle number concentration with
1 hz frequency and cumulative statistics.
Model 3031
Provides continuous size distribution and number
concentration data for long-term air quality monitoring.
The Model 3031 Ultrane Particle (UFP) Monitor has been specically
designed for long-term air-quality monitoring networks. It operates
continuously, 24-hours a day, for months on end, with minimal
maintenance and requires no working uids. The UFP Monitor has no
radioactive source, so there are no special licensing requirements and no
restrictions on its use or where it can be installed. The Model 3031 ts
into a standard 19-inch, rack-mount cabinet, which allows it to be easily
installed into existing roadside and urban-air-quality monitoring stations.
A bench-top version of this instrument, the Model 3031-1, is available for
laboratory or mobile applications.
Model 3031200
Provides representative sampling and proper conditioning of
ambient submicrometer aerosol for accurate size distribution
and particle number concentrations.
The Model 3031200 Environmental Sampling System is an accessory
for use with a wide variety of TSI particle sizers and counters, including
the Ultrane Particle Monitor, Scanning Mobility Particle Sizer™
spectrometers, and Condensation Particle Counters. The Model 3031200
consists of a standard PM10 inlet, a sharp-cut PM1 cyclone, a ow splitter,
and a Naon® dryer. Combine these components with your choice of
appropriate-length sampling tubes and vacuum source for easy setup in
the eld.
ENGINE EMISSIONS
ENVIRONMENTAL SAMPLING SYSTEMULTRAFINE PARTICLE MONITOR
21
AIR MONITORING
Model GSV
For simultaneous size and velocity measurements.
GSV is an imaging-based system that provides simultaneous
measurements of the size and velocity of individual droplets, bubbles,
or spherical particles in an area. It uses a laser light sheet to illuminate
a region of the particle eld. Imaging-based measurement methods
feature the signicant advantage of providing thousands of individual
droplet or particle size/velocity measurements from a single image. The
simultaneous nature of the measurements makes advanced analysis
(such as size and velocity correlations) simple, making it an attractive
measurement solution for a variety of industrial and research applications.
Model PDPA
A noninvasive instrument that measures particle,
droplet, or bubble size.
Phase Doppler technique allows for the sizing of spherical particles
(typically spray droplets, bubbles, and hollow or solid spheres). Along with
size information, this technique obtains particle velocity. Typical limits for
common congurations are 0.5 µm on the lower end and 5 mm on
the upper end.
The Phase Doppler Particle Analyzer (PDPA) uses the principles of light-
scattering interferometry. It requires no calibration because particle size
and velocity are dependent only on the laser wavelength and optical
conguration. PDPA technique does not depend upon scattered-light
intensity and is not subject to beam attenuation or deection that occurs
in dense particle and combustion environments. Consequently, the
technique works well in dense spray and combustion measurements.
PDPA systems are used in a wide variety of disciplines around the world,
including combustion research, aircraft icing research, inkjet printer
development, industrial sprays research, spray drying, characterization of
metered-dose inhalers, droplet size and velocity measurements of medical
nasal sprays, and characterization of paint sprays.
PHASE DOPPLER PARTICLE ANAYLZER GLOBAL SIZING VELOCIMETER
22
PARTICLE SIZERS & IMAGING SYSTEMS
Monodisperse Generators Powder Generators Polydisperse Generators
Model 3450 Series
3080 3475 3482 3400A 3433* 3076* 3079A* 9302* 9306* 9307/
9307-6 8108
Particle size
range (µm) 1 to 200†0.002 to
1.0 0.1 to 8.0 0.002 to
> 0.1 0.5 to 40‡1.0 to 50‡0.01 to 2.0 (nominal 0.3-µm count mean diameter) 0.1 to
10.0
Particle
concentration <103/cm3<105/
cm3>106/cm3>107/cm310 to 100
mg/m3
0.3 to 40§
mg/m3>107/cm3>108/cm3>107/cm3>107/cm3>107 cm3104/cm3
Nominal ow
rate (L/min) 30 to 80** ≤2 3.5 to 4 0.25 to 3 5 to 15 5 3.0 to 3.5 1.0 to 4.2 6.5 6.5 to 39†† 30/1000 140
*May be used to disperse monodisperse solid particles such as PSL. †Large sizes require optional orices. ‡Aerodynamic diameter. §High concentrations require optional high-speed motor.
**Includes dilution air; nominal dispersion air ow rate is 1.5 L/min. ††Flow rate at 25-psig inlet pressure; higher pressures and ow rates possible
Collectively, our generators and dispersers produce particles in the range of 0.002 to 200 micrometers.
3450
23
3082L
AEROSOL GENERATORS AND DISPERSERS
Model 3450
Creates uniform, mono disperse particles in the
range of 1 to 200 µm with unmatched accuracy.
The Vi brat ing Orice Aer o sol Generator (VOAG) is a highly accurate source
of mo no disperse particles in the range of 1 to 200 µm. Us ing a variety
of solutes and solvents, the VOAG cre ates solid or liquid aerosol particles
uniform in size, shape, density, and surface characteristics.The VOAG
produces uniform particles by con trol ling the breakup of a liquid jet. It
delivers a con sistent volume of liquid us ing a constant-ow sy ringe pump.
Its consistency and ac curacy make this aerosol gen erator an eective
choice for applications like basic aero sol re search, in stru ment calibration,
and product design and development. Stan dard orices are included for
small particle sizes; additional ori ces are available for producing
larger particles.
VOAG Accessories (available separately)
3054 Aerosol Neutralizer (page 30)
3074B Filtered Air Supply (page 31)
393520 10-µm orice (one included with instrument)
393530 20-µm orice (two included with instrument)
393540 35-µm orice
393550 50-µm orice
393560 100-µm orice
393590 0.5-µm lters, 13-mm diameter (quantity of 100,
one set included with instrument)
The Model 3450 VOAG is part of the Model 3941 Supermicrometer Mono dis perse Aerosol
Generation System described on page 28.
Model 3082
Primary-standard instruments that produce highly
monodisperse, submicrometer aerosols.
The Series 3082 Electrostatic Classiers are primary-standard aerosol
instruments that give you highly monodisperse, submicrometer aerosol
from a polydisperse source. Our classiers have been used in a variety of
aerosol-generation or particle-sizing applications with highly
repeatable results.
Electrostatic Classiers neutralize polydisperse aerosol and use a
dierential mobility analyzer (DMA) to classify and strip out a narrow,
predictable size. TSI provides a choice of three DMA col umns. You can
purchase any column and interchange them on the same platform,
giving you unprecedented versatility. The platform is available
separately for use with your own DMA.
Particles produced with our Electro static Classiers range in size from
0.001 to 1.0 µm. For monodisperse aerosol generation, simply set the
software for the desired particle size.
Electrostatic Classiers
3082 Classier Platform with out Aerosol Neutralizer,
but no DMA or Impactor Inlet
3081A Long DMA (0.01 to 1 µm, included with 3080L)
3085A Nano DMA (0.002 to 0.15 µm, included
with 3080N)
DMAs contain highly polished surfaces for high-resolution par ticle size classication (left). The
Series 3080 oers a choice of two DMAs (right).
A micro-orice inside the generation
head vibrates during operation, producing
highly uniform particles in solid or liquid
form. (photo courtesy of Prof. Richard
K. Chang)
Electrostatic Classiers are included in our SMPS™ systems. Model 3080L is part of the Model 3940
Submi cro meter Monodisperse Aerosol Generation System. DMA columns are interchangeable.
For restrictions, consult local authorities on the use of Aerosol Neutralizers. The Nano DMA was
developed in cooperation with the Uni ver sity of Minnesota Particle Technology Laboratory and
Gerhard Mercator Universi ty. Refer to United States Patent Number 6,230,572.
VIBRATING ORIFICE AEROSOL GENERATOR ELECTROSTATIC CLASSIFIERS
24
The Electrospray produces particles down to 2 nm. A viewport allows you to watch the capillary
tip during operation: (1) no liquid ow, (2) with liquid ow but no electrical eld, and (3) with liquid
ow and an electrical eld. The third view illustrates stable operation.
Model 3475
Generates high-concentration, monodisperse
aerosols quickly and accurately.
The Condensation Monodis perse Aerosol Gen erator (CMAG) is a
condensation-type instrument that produces high-concentration,
monodisperse aerosol particles. It is well-suited for challenging HEPA
and ULPA lters, seeding wind tunnels, conducting inhalation
studies, or other applications requiring mono disperse particles
in high concentrations.
The CMAG generates liquid or solid particles from a variety of oils, waxes,
and other materials, in concentrations great er than 106 particles/cm3.
It generates monodisperse particles in the range of 0.1 to 8 µm and
operates at a ow rate of 3.5 to 4 L/min. Particles can be uorescently
or radioactively labeled. A coil heater inside the saturator and a
condensation-nuclei bypass lter provide rapid re sponse when changing
aerosol size. The CMAG can operate for long periods without interruption.
Aerosol may be monitored for size and concentration using the optional
Pro cess Aerosol Monitor.
CMAG Accessories (available separately)
3375 Process Aerosol Monitor (page 32)
Please specify voltage requirements. Models 3475 and 3375 are produced in Germany by
Topas GmbH.
Model 3482
Produces monodisperse particles as small as 2 nanometers.
The Electrospray Aerosol Generator (EAG) uses a patented technique to
produce high concentrations of monodisperse, submicrometer particles in
the range from 2 to >100 nm in diameter. The EAG produces such small,
uniform particles by pushing a charged liquid solution or suspension
through a capillary tube and exerting an electrical eld on the liquid at
the capillary tip. The electrical eld pulls the liquid from the capillary,
forming individual droplets. Air and CO2 mixed with the droplets evaporate
the liquid, and the remaining particles are neutralized by an ionizer. The
result is a neutralized, mono disperse aerosol. Applications for the EAG
include instrument calibration, nano meter-sized powder dispersion,
macromolecular analysis, and nano-aerosol studies.
EAG Accessories
3482-spump Syringe Pump
3982-Auto(C) Autosampler and HPLC Pump
3982-autopump Standalone HPLC Pump
CONDENSATION MONODISPERSE
AEROSOL GENERATOR
ELECTROSPRAY AEROSOL GENERATOR
25
1 2 3
A bed of bronze beads in side the Model
3400A breaks up powder agglomerates
before dispersion.
A variety of turntables provides exi bility when
using the SSPD.
Model 3433
Disperses small quantities of powder
for powder sizing applications.
The Small-Scale Powder Disperser (SSPD) aerosolizes very small
quantities of powder by lifting particles from a turn table using a venturi
aspirator. The turntable rotates at variable speeds, controlling aerosol
concentrations from 0.3 to 4.0 mg/m3 (up to 40 mg/m3 with optional
high-speed motor). Shear forces created in the SSPD are sucient to
deagglomerate most dry particles in the size range of 1.0 to 50 µm.
A selection of optional turn tables is available to meet special needs,
in cluding one designed to redisperse airborne material collected on 25
and 35-mm membrane lters used during environmental or exposure
monitoring. Because it disperses only a small amount of sample, the SSPD
is great for studies involving rare, expensive, or hazardous materials. It
also eectively disperses polystyrene latex (PSL) spheres used to calibrate
measurement instruments. If you want to measure the size distribution
of powders, the SSPD can be paired with our Aerodynamic Particle Sizer®
spectrometer (page 5).
SSPD Accessories (available separately)
3074B Filtered Air Supply (page 31)
1030737 Standard turntable (one included with instrument)
1030770 Turntable preloaded with 5-, 7-, 10-, 15-, 20-,
and 30-µm PSL particles
1030771 Membrane-lter turntable
1030772 V-groove turntable
1030779 High-speed motor for output up to 40 mg/m3
Model 3400A
Disperses powders in stable concentrations
for dust experiments or particle seeding.
The Fluidized Bed Aerosol Generator (FBAG) is our general-purpose
powder disperser. It prepares any dry, free-owing powder for dispersion
in a gas. It disperses powders that range from 0.5 to 40 µm, with
concentrations from 10 to 100 mg/m3. Un surpassed constant output and
con centration make the FBAG useful for inhalation toxicology studies,
laser-velocimeter seeding, and lter testing.
FBAG Accessories (available separately)
3012 Aerosol Neutralizer (page 30)
3074B Filtered Air Supply (page 31)
1502574 Replacement bronze beads
SMALL-SCALE POWDER DISPERSER FLUIDIZED BED AEROSOL GENERATOR
26
Models 3076, 3079A, 9302 & 9306
Generate polydisperse, high-concentration aerosols.
TSI oers four highly dependable instruments for nebulizing a liquid
solution or suspension:
Constant Output Atomizer Model 3076. Generates aero sols of constant
particle size in concentrations over 107 particles/cm3 (nominal). Its
nominal aerosol ow rate is 3.0 to 3.5 L/min. Stainless-steel components
make this collison-type atomizer suitable for biological and medical
research, material synthesis, lter testing, instrument calibration, and
basic research.
Portable Atomizer Model 3079A. This rugged, compact atomizer
generates particles in concentrations over 108 particles/cm3 and oers
an adjustable ow rate from 1.0 to 4.2 L/min. A built-in, low-noise
compressor provides compressed air, and the atomizer head is made
entirely of stainless steel. Operating components are protected by a hood,
making this atomizer highly portable and suitable for acceptance tests.
Single-Jet Atomizer Model 9302. Our simplest atomizer includes a built-
in pressure regulator for controlling air from an external source.
It produces particles in concentrations over 107 particles/cm3
at a nominal ow rate of 6.5 L/min.
Six-Jet Atomizer Model 9306. Features the highest ow rate of any TSI
atomizer and a built-in dilution system. Users may select up to six jets,
each producing particle concentrations greater than 107 particles/cm3 at
6.5 L/min (nominal at 25 psig pressure). Built-in dilution air controlled by a
valve and rotameter allows you to vary the output particle concentration.
All four atomizers produce a mean droplet diameter of 0.3 µm with a
geometric standard deviation of less than 2.0. They are suitable for work
with a wide range of solutions and suspensions, including polystyrene
latex (PSL) spheres, dioctyl phthalate (DOP), silicon oil, salt or sugar
solutions, and methylene blue.
Please specify voltage requirements when ordering Model 3079. Model 3079 is produced in
Germany by Topas GmbH.
Model 8108
Generates high-concentration aerosols
up to 10 µm in diameter.
The Large-Particle Aerosol Generator produces highly concentrated
aerosol over a wide particle-size range, from 0.1 to 10 µm. Designed for
easy cleaning, this generator produces potassium chloride (KCl) and other
aerosols. Model 8108 meets the requirements of ASHRAE 52.2 and can
also be used for ISO/TS 11155-1:2001 lter eciency testing. It’s an ideal
aerosol generator for fractional eciency testing of general ventilation
lters and automotive cabin-air lters.
Model 9307-6
Generates large quantities of oil droplets for seeding.
TSI’s Model 9307 is a general purpose atomizer that uses a Laskin
nozzle to produce large quantities of oil or salt particles. An internal
impactor plate helps to generate particles with a reasonably narrow size
distribution, while a valve and pressure gauge arrangement provides an
easy way to control inlet air pressure, allowing for larger particle output
volume if necessary.
LARGE-PARTICLE AEROSOL GENERATORATOMIZERS
OIL DROPLET GENERATOR
27
Model 3941
Everything you need to generate monodisperse
particles as large as 200 micrometers.
Our Supermicrometer Monodisperse Aerosol Generation System enables
you to produce the most monodisperse particles possible in a laboratory.
It generates particles from 1 to 200 µm in diameter, from nearly any
material that can be put into solution with a volatile solvent. System
components include:
+ 3450 Vibrating Orice Aerosol Generator (page 24)
+ 3054 Aerosol Neutralizer (page 30)
+ 3074B Filtered Air Supply (page 31)
+ 393520 10-µm orice
+ 393530 20-µm orice
+ 393540 35-µm orice
+ 393550 50-µm orice
+ 393560 100-µm orice
+ Interconnecting hardware
Model 3940A
A complete system for generating monodisperse,
submicrometer particles.
The Submicrometer Mo no disperse Aerosol Gen eration System gives you
the ability to produce mono disperse particles from 0.01 to 1.0 µm in
dia meter. The system includes:
+ 3082 Electrostatic Classier Platform (page 24)
+ 3081A Long DMA (page 24)
+ 3077A Aerosol Neutralizer (page 30)
+ 3012 Aerosol Neutralizer (page 30)
+ 3074B Filtered Air Supply (page 31)
+ 3076 Constant Output Atomizer (page 27)
+ 3062 Diusion Dryer (page 29)
+ 1035900 Inlet Impactor
+ Interconnecting hardware
SUPERMICROMETER MONODISPERSE
AEROSOL GENERATION SYSTEM
SUBMICROMETER MONODISPERSE AEROSOL
GENERATION SYSTEM
28
Model 3089
Deposits 2- to 100-nm particles on TEM
grids, AFM substrates, or glass slides.
The Nanometer Aerosol Sampler (NAS) allows
you to sample charged particles, like those from
the output of a Dierential Mobility Analyzer
(DMA), onto sample substrates for analysis.
You control the spot size of the deposition
using two electrode sizes and get a uniform
deposition spot size that is optimal for your
analysis system.
Model 4000 Series
Monitors experimental ows, simply
and reliably.
Our Mass Flowmeters are perfect for monitoring
ows in your experimental setups. They
measure mass ow rates up to 20 std. L/min,
with exceptional accuracy at all ow rates. Plus,
they measure ow volume, gas temperature,
and absolute pressure. A low pressure-drop
minimizes the impact of ow circuit back-
pressure on your test instruments. Data appears
on the LCD display in real time. Models 4140 &
4143 include an analog output for recording the
ow rate and an RS-232 computer connection
for operational control, data logging, and data
display. An in-line HEPA lter is included to
protect the owmeter from particles in the
aerosol sample and help maintain calibration.
Models 4140 & 4143 are calibrated for air and
have tube ends with a 0.5-inch outside diameter.
*Please specify voltage requirements.
Model 3062, 3062-NC
Removes moisture from sample aerosols.
Our Diusion Dryer includes a removable
ex tractor for collecting large water droplets.
Desiccant surrounding the aerosol owpath
removes excess moisture by diusional capture.
Because aerosol never comes in contact with
the desiccant, there is minimal particle loss.
Regenerate the desiccant simply by removing it
from the Diusion Dryer and baking it at 120°C.
Maximum ow rate is 4 L/min. The -NC version
has identical specications, but no cobalt.
*Please specify voltage requirements.
INSTRUMENTS & ACCESSORIES
MASS FLOWMETER DIFFUSION DRYERNANOMETER AEROSOL
SAMPLER
29
Models 3012, 3054, 3077, 348002
Minimize particle losses and coagulation by electrostatic charges, or charge
particles properly for size analysis or air-lter measurements.
Aerosol particles dispersed by nebulization, combustion, or powder dispersion are usually
electrostatically charged and are subject to high losses during transport. To re duce transport losses
and ensure that instruments operating on the electrostatic principle work properly, particles must
be neutralized. TSI Aerosol Neutralizers use a radioactive source (85Kr or 210 Po) to perform this
function. The radioactive source ionizes the surrounding atmosphere creating positive and negative
ions. Par ticles carrying a high charge can discharge by interacting with ions of opposite polarity.
After a short time, the particles reach charge equilibrium. TSI recommends models 3012A, 3054A,
or 3077A for aerosols with higher charge levels or when operating at higher ow rates or
high concentrations.
Aerosol Neutralizers
3012 For general-purpose applications with high ow rates (up to 50 L/min)
3012A Same as above, but with ve times the activity
3054 For use with Model 3450 Vibrating Orice Aerosol Generator (page 24)
3054A Same as above, but with twice the activity
3077 For general-purpose applications with low ow rates (up to 5 L/min); standard
with Series 3936 Scanning Mobility Particle Sizer™ spectrometers (page 1)
3077A Same as above, but with ve times the activity; included with Model 3034
Scanning Mobility Particle Sizer spectrometer
348002 Included with Model 3480 Electrospray Aerosol Generator (page 25)
*Provide end-user name and address when ordering Aerosol Neutralizers. TSI has been issued license number 1154-200-62 by
the Minnesota Department of Health to sell and distribute these Aerosol Neutralizers. Users in the United States need not apply
for additional U.S. Government licenses to handle these products. However, some state and local governments may require special
licenses, and some organizations may have special handling procedures. Check all local requirements.
AEROSOL NEUTRALIZERS
30
Model 3088
A nonradioactive aerosol neutralizer.
TSI’s Advanced Aerosol Neutralizer 3088 oers
an alternative to the traditional radioactive
neutralizers frequently required for aerosol
measurement applications. Due to increasingly
stringent local, state, and national regulations,
obtaining licensing to acquire and use
radioactive sources is often dicult and in some
cases prohibited. Fully compliant with US FDA,
CDRH* standards, the Model 3088 (U.S. Patent
7,796,727) provides an attractive alternative,
with sizing performance virtually identical to
TSI’s Aerosol Neutralizer Model 3077A.
*US FDA, CDRH – United States Food and Drug Administration,
Center for Devices and Radiological Health
ADVANCED AEROSOL
NEUTRALIZER
3054
3012
3077
Model 3708
Routes sample from one source
to several instruments.
The Flow Splitter directs an aerosol sample
to as many as four destinations at once. Need
only two or three ow paths? Then simply
block the unused outlet ports. This accessory is
especially useful when performing instrument
comparison or calibration experiments.
Smooth ow transitions provide equal ow
distribution. Stainless-steel construction and
an electropolished interior prevent the aerosol
from being contaminated. The Flow Splitter has
a ⅜-inch straight-tube inlet and four ¼-inch
outlets (outside diameters). Maximum total ow
rate is 30 L/min.
Model 376060
Allows selection of dierent
cutosizes for CPCs.
The Particle Size Selector (PSS) allows you
to control the lower size cuto of a TSI
Condensation Particle Counter (CPC). The PSS
is a separating device that selectively removes
small particles from an aerosol by diusion.
Simply add or remove diusion screens to
change the lower cuto size. The cuto shifts
toward larger sizes as more screens are added.
The PSS includes 11 screens and, therefore, can
be congured for 11 cuto sizes. An extra set of
12 screens may be ordered to ex pand the cuto
range further. Specic cuto sizes vary based
on CPC operating ow rate.
PSS Accessory (available separately)
376061 Set of 12 additional
diusion screens
The technique of using a Condensation Par ticle Counter with
diusion screens to select specic particle size ranges is covered
in United States Patent Number 5,072,626.
FLOW SPLITTER PARTICLE SIZE SELECTOR
31
Model 3074B
Cleans, dries, and regulates
compressed air for aerosol generation
and other applications.
The Filtered Air Supply removes oil or other
liquid droplets from the incoming air using
two prelters. It also removes any remaining
moisture in the air stream by passing the air
through an advanced membrane dryer (no more
drying of dessicant material!). Plus, it removes
ne particles using a high-eciency lter at
the outlet. This full-featured compressed-
air conditioner allows you to make pressure
adjustments using an included gas-regulator
valve. It handles a maximum ow rate of 60 L/
min at a dewpoint as low as 2°C. Maximum inlet
pressure is 1,000 kPa (150 psig).
FILTERED AIR SUPPLY
Models 3032/3033
Use these top-quality pumps when
you need a portable vacuum source.
Model 3032 is a diaphragm-type pump that produces ow rates up to 5 L/
min. Oversized, permanently lubricated bearings promote longer life and
maintenance-free operation. The pump operates in any position. We oer
this small, reliable pump for use with our Model 3790, 3783, and 3772
Condensa tion Particle Counters, or Series 3936 Scanning Mobility Particle
Sizer™ spectrometers containing a 3772 CPC.
Model 3033 produces ows up to 60 L/min. This high-quality, rotary-vane
pump contains self-sealing, compound-carbon vanes that self-adjust as
they wear. Therefore, it always operates at top eciency. Permanently
lubricated ball bearings make the 3033 virtually maintenance-free.
This is the pump we recommend for use with our Model 3068B Aerosol
Electrometer or when using multiple CPCs that require an external
vacuum source. This pump is also suitable for TSI Model 3306 Im pactor
Inlet when used with our supermicrometer particle sizers.
Vacuum Pumps
3032 Flow rates up to 5 L/min, 115 V
3032-1 Flow rates up to 5 L/min, 230 V
3032-EC Flow rates up to 5 L/min, 230 V (Europe only)
3033 Flow rates up to 60 L/min, 115 V (North America only, customers
in other parts of the world must contact the factory for model number and
power ratings.)
TSI recommends these pumps only for use with specic TSI particle instruments. Please specify
voltage requirements.
Model 3375
Monitors high-concentration, monodisperse aerosols.
The Process Aerosol Monitor (PAM) measures high-concentration,
monodisperse aerosols like those produced by our Model 3475
Condensation Monodisperse Aerosol Gen erator (CMAG) or other Sinclair-
LaMer-type generators. It monitors aero sols on-line, measuring particle
size and concentration in real time.
The PAM is a com pact, robust de vice that connects directly to the
generator outlet. It validates particle size and concentration and helps
conrm that the generator is working properly. It is also suitable for
monitoring an aerosol while making adjustments to the generator’s
operating parameters.
This instrument arrives precalibrated for diethyl-hexyl sebacate (DEHS).
It includes an RS-232 serial interface and a dyna mic link library (DLL)
routine and spreadsheet program. This enables the PAM to communicate
with a computer so you can store data on a hard disk—a good idea for
calibration purposes!
Please specify voltage requirements. Model 3375 are produced in Germany by Topas GmbH.
VACUUM PUMPS PROCESS AEROSOL MONITOR
32
33
TSI Incorporated serves a global market by investigating, identifying,
and solving measurement problems. As an industry leader in the
design and production of precision instruments, TSI partners with
research institutions and customers around the world to set the
standard for measurements relating to aerosol science, air ow, health
and safety, indoor air quality, uid dynamics, and biohazard detection.
With headquarters based in the U.S. and eld oces throughout
Europe and Asia, TSI has established a worldwide presence in the
markets we serve. Every day, our dedicated employees turn research
into reality.
34
TSI Incorporated
- Visit our website www.tsi.com for more information.
USA Tel: +1 800 874 2811
UK Tel: +44 149 4 459200
France Tel: +33 1 41 19 21 99
Germany Tel: +49 241 523030
India Tel: +91 80 67877200
China Tel: +86 10 8219 7688
Singapore Tel: +65 6595 6388
Printed in U.S.A.
UNDERSTANDING, ACCELERATED
P/N 1931001 Rev L ©2015 TSI Incorporated
Kenelec Scientic Pty Ltd
23 Redland Drive, Mitcham VIC 3132
Call: +61 (0) 3 9873 1022
www.kenelec.com.au
National Freecall no: 1033 73 22 33
E sales@kenelec.com.au
Ordering
To order, contact your nearest representative or sales oce. If you don’t
know which oce handles your territory, then contact our corporate
headquarters. Our sta will answer any questions you may have or
they will put you in contact with the appropriate sales oce. Contact
information can also be found on the TSI website. When ordering, specify
the model number, instrument name, accessory models and names, and
voltage requirements.
Customer Service
TSI Customer Service Specialists are available to answer your questions
about installation or operation:
US & Canada: 1-800-874-2811
Europe: +49 241 523030
or www.tsi.com
General Information
TSI Incorporated manufactures innovative instruments for use in industry
and research. The particle instruments described in this catalog represent
only one of our product families. TSI oers a broad array of sensors and
instrumentation systems used in a variety of measurement applications
around the globe.
Headquartered in Shoreview, Minnesota, TSI has sales and representative
oces all over the world. For more information on TSI particle instruments,
use the contact information shown below or visit particle.tsi.com. For
information on TSI instruments not discussed in this catalog, go to the
main TSI web page at www.tsi.com
A sincere eort was made to ensure that all information in this catalog was current at the time of
publication. However, specications, features, and availability are subject to change. Please check
with your TSI representative for the latest information. Prototype or early instru ments are depicted
in some photographs. Final products may vary from those pictured.
TSI, the TSI logo, Aero dynamic Particle Sizer, APS, Aerosol In strument Manager, Engine Ex haust
Particle Sizer, EEPS, Fast Mobility Particle Sizer, FMPS, Scanning Mobility Particle Sizer, SMPS,
DustTrak and SidePak, are trademarks of TSI Incorporated.
Microsoft and Windows are trademarks of Microsoft Corporation.
LabVIEW is a trademark of National Instru ments Corporation.
Aero dynamic Particle Sizer, Aerosol Instrment Manager, are registered trademarks, and
APS, EEPS, Engine Exhaust Particle Sizer are trademarks

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