Partisol-Plus
Model 2025 Sequential Air Sampler

Snapshot

Description

The Partisol-Plus Sequential Air Sampler is a multi-filter sampler (up to 16 filters) that performs automatic exchanges according to a user-defined sampling schedule.

The device is also available in a dichotomous configuration for sampling the fine and coarse particles in PM-10, and a split flow configuration for PM-2.5. Click here for further details.

Applications

The Partisol-Plus Sequential Air Sampler is intended for applications requiring the sampling of ambient particulate matter on a frequent basis. It can be fitted with inlets to sample PM-10, PM-2.5, PM-1 or TSP (total suspended particulate matter).

Technology

The Partisol-Plus Sequential Air Sampler contains a filter exchange mechanism that has proven reliable under extreme meteorological conditions. The device contains the other distinctive flow control and user interface features found in the other members of the Partisol Family of Air Samplers. Additionally, users can choose to configure the sampler with an optional modem or optional wind vane/anemometer for conditional air sampling.

Regulatory Status
The Partisol-Plus Model 2025 Sequential Air Sampler has the USEPA PM-2.5 reference method designation RFPS-0498-118, and the USEPA PM-10 reference designation RFPS-1298-127. When the Very Sharp Cut Cyclone (VSCC) Inlet is used in place of the WINS impactor, the Partisol-Plus has the USEPA PM-2.5 FEM Manual Equivalent Method EQPM-0202-145

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Details

The Partisol-Plus Model 2025 Sequential Air Sampler from Rupprecht & Patashnick (R&P) is a flexible manual sampling platform for suspended particulate matter. It is an automated sampling device that collects size-selected particulate matter on filters for later weighing or analysis. Its 16-filter sequential collection feature allows for unattended operation for up to two weeks between site visits.
The Partisol-Plus Sampler is designed to meet the following particulate sampling standards:

USEPA PM-2.5 Reference Method (RFPS-0498-118).
USEPA PM-10 Reference Method
(RFPS-1298-127).
European Norm 12341 for PM-10.
Proposed European Directives for
the speciation of particulate matter (heavy metals, particulate carbon, etc.)

The device is also available in dual-flow configurations to perform the following types of sequential sampling:

Dichotomous splitting of a PM-10 sample stream
50/50 splitting of a PM-2.5 sample stream

The sampler's design and operation is based upon the original Partisol Air Sampler, which received the USEPA reference designation for PM-10 measurements in June 1994. The Partisol-Plus Sampler has been tested successfully at extremes in temperature down to -30 C, and can be operated at even lower temperatures with minor modifications. It is USEPA designated for PM-2.5 and PM-10 reference sampling method, and is manufactured in R&P's ISO 9001-certified facility.
Many of the features required by the USEPA in the PM-2.5 reference sampling method were first incorporated in a USEPA-certified reference sampler in R&P's original Partisol Sampler. These include the following:

Sample flow rate of 1 m³/h (16.7 l/min) through a single 47 mm filter.
Standard 47 mm filters with convenient filter exchange mechanism.
Full microprocessor control and data handling (interval and filter data).
Automatic volumetric flow control (low volume).
Straightforward audit procedures.

Features

USEPA designated for PM-2.5 and PM-10 reference method sampling (RFPS-0498-118 and RFPS-1298-127, respectively). Meets European Union PM-10 sampling requirements in accordance with EN12341.
Flexible sequential manual sampling platform for PM-10, PM-2.5, PM-1 or TSP (total suspended particulate matter).
Innovative sequential filter exchange mechanism consists of 16-filter cassette supply and storage magazines.

Sequential filter exchange allows up to 16 samples to be collected automatically (above):

Reliable, pneumatically-actuated filter exchange mechanism
Exchange of cassette magazines while sampling
Exchangeable filter cassette magazines minimize in-field filter handling and reduce risk of filter contamination.
Optional filter cassette separators to eliminate passive volatilization losses or cross-contamination for speciation applications.
Filters contained in cassettes are located in a sealed magazine when not in the sampling position.

Available in a number of system configuration:

Basic single flow path system for sequential collection of particulate matter. The straight-path configuration of the basic system allows for the collection of PM-10, PM-2.5, PM-1 or TSP.
Optional dual flow system for sequential dichotomous sampling of PM-10 (fine and coarse), or sequential 50/50 sampling of PM-2.5 for speciation.

Sealed top opens to provide access to the WINS Impactor and other flow path components (right).
Manufactured and supported
by Rupprecht & Patashnick,
an ISO 9001 company.
ActiVol flow control using a
pressure and temperature
compensated mass flow
controller and proven AC
vacuum pump.
Built-in software support for
multi-point flow rate calibration using the innovative
Streamline FTS flow transfer
standard or volumetric flow meters.
Advanced data input capabilities:

Always measures and stores ambient temperature, pressure and relative humidity.
Built-in connector for wind speed and direction from an optional wind vane/anemometer.
Three 0-5 VDC analog inputs for data from other sources translated into engineering units.

Extensive, high-capacity data logging capabilities:

Interval data stores
ambient temperature
and pressure, filter
temperature and
average flow rate
every five minutes.

Filter data stores
filter-related data of
the sample collection
and meteorological conditions every time a new filter is used.
Input data stores meteorological and input data averages every thirty minutes.

Menu-driven user interface provides powerful capabilities and promotes ease of use.
Bi-directional communication with palmtop computer for simple data retrieval and in-field review (photo above).

Filter Analyses and Support Services

For commercial and network users of the Partisol Air Sampler, IML Air Science provides quality-assured filter weighing and analysis services using NIST-traceable analytical equipment. In addition to offering pre- and post-collection gravimetric analyses of Partisol filters, IML can also identify chemical constituents including carbon, metals, sulfates, and nitrates.

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Resources...

R&P Documents

Features Sheet
Internal Modem Kit

Posters/Brochures

Poster-Partisol-Plus Sampler
Poster-Partisol Family
Brochure - Partisol-Plus Sampler
Brochure - Speciation

Regulatory Approvals

USEPA PM-2.5 (FRM)
USEPA PM-2.5 (FEM)
USEPA PM-10

Technical Notes

Note 5: Computation of Mass Concentration for the Dichotomous Partisol-Plus Air Sampler

Customer Information
(password protected)

Product Updates
Operating Manual
Service Manual
Technical Service Advisories

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Copyright © 1996-2000 Rupprecht & Patashnick Co., Inc. All rights reserved throughout the world.
TEOM, Partisol, ChemSpec and the "rp" logo are registered trademarks of Rupprecht & Patashnick Co., Inc.
Activol, ChemComb, ChemPass, ChemVol, DustScan, DustScan Scout and DustScan Sentinel are
trademarks of Rupprecht & Patashnick Co., Inc.
Streamline is a trademark of Chinook Engineering LLC.