The HiVol 3000 high volume air sampler provides high quality, reliable sampling with immediate notifications of errors providing high confidence in results and low data loss.

The HiVol 3000 high volume air sampler is the instrument of choice for particulate and dust sampling, highlighted by the following features:

• U.S. EPA approval for PM₁₀ air sampling (RFPS-0706-162)
• Meets Australian standard for PM10 and TSP monitoring
• Only high volume air sampler with CE and C-tick approval
• Manufactured in Australia under ISO9001 and ISO14001
• High quality design and construction
• Reliable continuous sampling
• Advanced communications (error alerts, filter full alerts and remote instrument control)

The HiVol 3000 PUF sampler provides high quality, reliable sampling of organic compounds on a Poly-urethane foam (PUF).

The PUF sampler is designed to sample a wider variety of organic compounds and store them in a sterile environment for later analysis. The PUF sampler combines this sampling with basic meteorological parameters and can be used for fenceline sampling of a specific areas. For measuring a wider variety of compounds Ecotech also produce an XAD sampler.

The HiVol 3000 XAD sampler provides high quality, reliable sampling of organic compounds on a Hydrophobic Polyaromatic resin (XAD).

The XAD sampler is similar to a PUF sampler but samples a wider variety of organic compounds. The XAD sampler combines this sampling with basic meteorological parameters and can be used for fenceline sampling of a specific areas.

The MegaVol 3000 dust sampler is an ultra high volume dust sampler designed to sample dust, specifically heavy metals such as lead and radioactive particulates/dust.

The MegaVol 3000 dust sampler has the following new features:

• Higher flow rate (120-150m³/hr) allows sampling of low concentration pollutants such as heavy metals (lead) or radioactive particulates/dust

The MicroVol 1100 low volume air sampler provides a flexible sampling platform for PM₁₀, PM_2.5 or TSP particulates and basic meteorological parameters.

The MicroVol 1100 is designed for monitoring both indoor air quality as well as outdoor. The MicroVol 1100 is a low power, low noise instrument that can sample particulates in residential or workplaces whilst using minimal power and causing minimal distraction.

The MicroVol 1100 uses active volumetric flow control that maintains a constant flow rate, ensuring accurate measurement of particulates in mg/m³ no matter the particulate loading.

Standards

• PM10: AS/NZS 3580.9.9 2006
• PM2.5: AS/NZS 3580.9.10 2006
• CE and C-tick approval
• Manufactured under ISO9001 and ISO14001

The Real Time Module (RTM) represents an innovative means to improve the quality of your particulate measurements for PM2.5 and PM10, by combining gravimetric and light scattering measurements.

The RTM is immediately compatible with the Ecotech HiVol and Microvol, however BAM and TEOM users can also integrate real time measurement via post processing. Historic RTM data can be manually corrected using Excel, or via Ecotech's own WinCollect software against reference PM methods, in order to derive more accurate PM data. The RTM offers the flexibility of adding both forward and backward corrections.

The RTM uses the principal of foward light scatter to measure particulate concentration. The RTM includes a smart heater controlled by a relative humidity sensor to eliminate the impact of water vapour on particulate mass concentration while minimising loss of semi volatiles. It can be fitted with a TSP, PM10 or PM2.5 inlet.

The RTM connects directly to Ecotech's range of samplers where its analog output is continously logged, data can be reported in 1 or 5 minute averages.

The Opsis SM 200 is a combined particulate monitor that can be used for both automatic measurement and filter sampling. It uses 47 mm filters for sampling and beta attenuation of particulates.

It is a sequential sampler that can contain up to 40 filter cartridges allowing later chemical analysis.

It can also be fitted with a real time light scatter PM monitor in order to provide real time data.