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SASS 2400

PEERS


The SASS 2400 is our smallest wetted-wall aerosol particle collection system. It is designed to operate with a much lower air flow and fluid sample volume than the SASS 2300, while still employing the highly successful wetted-wall aerosol collection strategy that has received US Department of Homeland Security Certification under the US Safety Act of 2002. The cyclone used in the SASS 2400 operates at a 40 LPM air processing rate and requires only 1 ml of fluid, whereas the larger SASS 2300 processes 325 LPM of air and requires 4 to 5 ml of sample fluid. Water loss through evaporation is correspondingly reduced. Makeup water sources will last longer, or can be reduced in size. Extremely long collection periods continue to be a product highlight: Sample fluid is maintained at a constant amount independent of collection time, ambient air temperature, or relative humidity, providing unsurpassed monitoring capabilities in environments ranging from farmyards to hospitals to battlefields. SPECIFICATIONS Collection type Vial Consumables [AS] Water and vials Continuous operation [AS] Yes Decon? Yes Flow rate (lpm) 40 Particle size (_m) 1-10 Power requirement Internal battery and mains power supply Ruggedised? [AS] Yes Sample size (ml) 1 Sample technique Wet cyclone Sample time Variable Single unit? Yes Type of User First responders, Military and Health

cbrneworld.com

Hazard Types
Biological
DRR Phases
Prevention/Understanding Risks/PreparednessAlert/Response/AbsorbRecovery/Build Back Better

Manufacturer
Research International, Inc.
Country of Production
USA

Languages
EnglishFrenchItalianPortugueseChineseJapaneseTaiwaneseIndonesianKoreanHindiPakistaniTurkishArabic

Keywords
biologicalaerosolsamplersass2400bioaerosolsamplercycloneairsamplersmartairsamplersystem
Details
CategoryDetection, Identification and Monitoring (DIM)
StatusPublished
Version TrackedNo
CreatedFebruary 25, 2026
Last UpdatedFebruary 25, 2026
PEERS Content

This content was originally published by the PEERS project. It has been included in the EMBRACE - BRSH content library for reference purposes and may not reflect the views or endorsement of this platform.