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| Inertial Filter
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PM 0.1
Principle
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Fiber filters
utilize several mechanisms for aerosol
collection such as inertial, gravitational
setting, interception, and diffusion. Each
collection efficiency depends on particle size
and filtration velocity. Large particles are
collected in a filter by inertial impaction at
a high filtration velocity while small
particles are removed from the air by Brownian
diffusion. The Model 3180 controls its
diffusion collection increasing filtration
velocity, and collecting particles only by
inertia.
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Applications
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- Aerial
Environmental Studies
- Health
Impact Assessments
- Indoor
Aerosol Classifications
- Vehicle
Emission Studies
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Features
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- Particle classification as
small as 0.1 micron meter
- Five stages of PM:
10, 2.5, 1.0, 0.5, 0.1 and backup filter
- Large sample flow
rate of 40 L/min
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Specifications
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Classification
Method
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Inertial
Collection
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Classfication
Range
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PM10, PM2.5,
PM1.0, PM0.5, PM0.1 and Backup Filter
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Absorption Material
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Quartz
Fiber Filter: PM10, 2.5, 1.0, 0.5 and backup
filter
SUS Fiber: PM0.1
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Sampling
Flow
Rate
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40 L/min
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| Dimensions |
Diameter of 90 mm x 210 mm
(H) |
Weight
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6.6 lbs. (3 kg) |
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KANOMAX
USA Copyright © 2010 KANOMAX USA, INC.
All Rights Reserved.
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219 US Hwy. 206, PO Box 372,
Andover, NJ 07821
Tel:
(973) 786-6386
/ Fax:
(973) 786-7586 / info@kanomax-usa.com
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