Silent

4

Design and Development

of high-tech, high-performance instrumentation
Palatinofai

Competitiveness and the Environment

technological evolution to defend the environment as part of man’s wellbeing
13

Adaptability, Customer Care and Rapid Response

to every challenge and request
faicolosseo
Reliability and Know-How
for the precision of our integrated systems
12

Competitiveness and the Environment

technological evolution to defend the environment as part of man’s wellbeing
15

Competitiveness and the Environment

technological evolution to defend the environment as part of man’s wellbeing
16

Design and Development

of high-tech, high-performance instrumentation
14

Adaptability, Customer Care and Rapid Response

to every challenge and request
11

Competitiveness and the Environment

technological evolution to defend the environment as part of man’s wellbeing
179_palatino2

Adaptability, Customer Care and Rapid Response

to every challenge and request
10

Compatibility and Sustainability

for lasting protection of the environmental balance
7

Design and Development

of high-tech, high-performance instrumentation
3

Adaptability, Customer Care and Rapid Response

to every challenge and request
faicolosseo
Adaptability, Customer Care and Rapid Response
to every challenge and request
1

Compatibility and Sustainability

for lasting protection of the environmental balance
2
Competitiveness and the Environment
technological evolution to defend the environment as part of man’s wellbeing
6

Design and Development

of high-tech, high-performance instrumentation

SILENT

MAIN CHARACTERICTICS

SILENT Sequential Air Sampler  is a sequential instrument specifically developed for particulate matter collection in indoor environment. 

SILENT meets the requirements of PM sampling aimed to the chemical characterization of the collected dust in domestic environments:

  • very low noise (35db), allowing PM collection also in bedrooms, classrooms, hospitals, museums, libraries, etc.;
  • PM collection on Æ 47mm  membrane filters, allowing subsequent chemical analyses;
  • PM2.5 or PM10 sampling inlet      with the possibility to collect also the coarse fraction (>2.5mm or >10mm);
  • flow rate: 10 l/min, able to assure the collection of a sufficient PM amount for the daily measurement of PM concentration and composition in indoor environments.

 To assure extended unattended sampling periods, up to 4 inlets (each one carrying one membrane filter) can be installed in the sequential unit and programmed for cycles in the desired sequence.