spacer spacer spacer
Logo
Home : My Account : View Cart : Contact Us
Call Now: (770) 998-0296
Our Products Competitive Advantage Our Clients Sales Channel Management Team News & Press
Experience
  Home : Particle Sizing Impactors : Personal  
 
  Search Products

dots
Products
  EPA Products
  Personal Sampling Pumps
  Laboratory Products
  Particle Sizing Impactors
    Source
    Non-Viable
    Viable
    Personal
    High Volume
    Aerosol Science
  Particle Counters
  Ambient Monitors
  Calibration Gases & Accessories
  Air Toxics Monitors
  Stack Monitors
  Syringe Filters
  Filter Media
  Calibrators
  SPECIALS!!!

Download Adobe Reader
 
Marple Series 290 Personal Cascade Impactor
Enlarge Image View All Images

Marple Series 290 Personal Cascade Impactor



The Marple Series 290 Personal Cascade Impactor is designed to be personally worn by the worker, establishing accurate aerodynamic particle size distributions from 0.52 to 21.3 microns.

A final filter collects all aerosol analytes. The New Star Marple Personal Samplers come in various configurations - 2-stage, 4-stage, 6-stage and 8-stage.

Read more about this product

Adobe Reader   MarpleSeries290_brochure Adobe Reader   MarpleSeries290_manual

Description Part Number Price Quanity  
spacer

Marple Personal Cascade Impactor; includes Inlet Cowl, Eight Impactor Stages (21.3, 14.8, 9.8, 6.0, 3.5, 1.55, 0.93 and 0.52 Micron Cut-Points), Built-In Back-Up Filter Holder, Screwdriver Tool, and Personal Mounting Bracket

NS-298 $2,340.00 Add to Cart
spacer

Marple Personal Cascade Impactor; same as NS-298 but has Six Impactor Stages (9.8, 6.0, 3.5, 1.55, 0.93 and 0.52 Micron Cut-Points)

NS-296 $1,855.00 Add to Cart
spacer

Marple Personal Cascade Impactor; same as NS-298 but has Four Impactor Stages (21.3, 14.8, 9.8 and 3.5 Micron Cut-Points)

NS-294 $1,385.00 Add to Cart
spacer

Marple Personal Cascade Impactor; same as NS-298 but has Two Impactor Stages (9.8 and 3.5 Micron Cut-Points)

NS-292 $880.00 Add to Cart
spacer

Overview sep Specifications sep Design sep Features

Marple Series 290 Personal Cascade Impactor Overview

OPERATION
Sampled air enters the inlet cowl and accelerates through six radial slots in the first impactor stage. The cowl eliminates ashes and debris from the sampler. Particles larger than the cut-point of the first stage impact on the pre-cut collection substrate. The air flows through the narrower slots in the second impactor stage and smaller particles impact on the second collection substrate. This process continues to the final filter. The width of the radial slots is constant for each stage but smaller for each succeeding stage. The jet velocity is higher for each succeeding stage, and smaller particles eventually acquire sufficient momentum to impact on the collection substrates. After the last impactor stage, remaining fine particles are collected on the built-in 34mm filter.

PROCEDURE
Prior to sampling, collection substrates and the back-up filter are weighed and placed in the impactor. A commercial-type personal air sampler pump with a flow range from 0.5 to 5 liters will accommodate the New Star Marple Personal Cascade Impactors. The typical flow rate is set at 2 lpm (liters per minute). The impactors personal mounting bracket is attached to the lapel or pocket.

After sampling, the substrates and filters are weighed. Weight increase on each substrate is the mass of the particles for that impactor stage. The total weight of particles on all stages and final filter is added and the percent particle mass in each size range is calculated. Respirable particle mass fraction is determined from the particle size distribution.

APPLICATIONS
  • Wood dust
  • Coal dust
  • Silica dust
  • Respirable dust sampling
  • Inhalation toxicology
  • Indoor air pollution
  • Aerosol research

Personal

When the health and safety of a worker is a concern, continuous monitoring by a New Star personal particle sizing impactor can relieve some of the concern. Our particle sizing impactors operate with a low-flow rate and low-pressure drop, and are intended for general-purpose aerosol sampling. They are capable of establishing accurate aerodynamic particle size distributions from 0.52 to 21.3 microns. For more information on any of our particle sizing impactors, or for helping choosing your best option, contact us now.

Back to Personal

     
spacer spacer spacer