High Volume Air Sampler ( HVS PM2.5 )

Price:

Negotiable

Quantity Order:

Origin:

Italy

Payment Method:

Telegraphic Transfer (T/T), Cashier Order, Bank Cheque

Quantity:

1 Set

Pack. & Delivery:

Packaging

High Volume Air Sampler dedicated to HVS-PM2.5 particles with a suction flow of 500 litres/ minute in compliance with norm UNI-EN 14907 ( reference sampler) in effect in Legislative Decree 152/ 2007.

Volumetric flow control in compliance with requirements of norm ISO-5167
Complete management of sampling phases from the Microprocessor with standard deviation control and visualisation
Connection with weather sensors dedicated to the detection of wind speed and direction for sector sampling ( sensors not included)
GSM/ GPRS remote data management ( Optional)
External structure made entirely in non-corrosive anodised aluminium
Detection of ambient temperature and atmospheric barometer pressure
Flow indicator: Digital via a circuit board
Programming: cycles via a circuit board
LCD HD back-lit graphics display
Bidirectional RS 232
Automatic Re-Start in the event of a loss of voltage with memorisation of sampling periods and stopped time
display
Load loss control by means of graphics display
The AirFlow PM-HVS high volume sampling line includes an instrument thoroughly compliant with requirements of norm UNI-EN 14907 for sampling of PM2.5 particles. This system is equipped with an electronic flow control with a Venturi tube system in accordance with norm ISO
5167 for the measurement of flow rate by means of differential pressure devices and the detection of pressure on 4 sector points for maximum result accuracy and reliability. The new preselector models have been created in full respect of features published in reference norms regarding preselectors for PM2.5 dust particle fractionation, with the aid of simple adaptor kits for interchanging between one sampler and another for extremely easy, versatile use.All sampling phase settings are set by means of electronic programming and sampling can be set by time, volume, cyclical sampling, sampling by quadrant sector.

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