AirCube He-Iso Touch
Automatic Isokinetic Sampler
- Description
Description
It is the new isokinetic sampler model that integrates in a single instrument everything necessary for a correct and complete evaluation of pollutants from industrial stack emissions sources. The large graphic touch screen display allows you to keep all the parameters necessary for the correct execution of the sampling protocol. Through the simplified interface it will be possible to set-up the basic data (such as the size of the duct, gas density, traverse points), generate a library of programs dedicated to different sampling applications, store the type of pitot tube and the relative constants, check the state of the probe thermoregulation and the filter holder heated box in case of US EPA method 5 and EN 13284 regulations, check the turbulence (Swirl) in the individual traverse points using an automatic transducer or, more simply, enter the data manually. All this in a single compact and easily transportable instrument.
The new electronic with 7″ high-resolution color touch screen display, allows the user to view in real time during the sampling phases, the following parameters: instantaneous flow and average; volume and temperature of the sampling period; instant and ambient average; temperature and barometric pressure of the period; partial sample volume, sampling time; selection of traverse points; nozzle selection; PM10 sampling parameters compliant with US EPA 201A and EN 23210:2009.
Technical features
- Flow range 5 – 60 L/Min
- Digital volumetric meter with 1% resolution (ISO/IEC 17025:2017 certification) compliant with EN 14236:2018
- Double internal protection trap for particulate matter and liquids with displayable alarm
- Management of two thermoregulations utilities for heating probe and filter holder box
- Three high precision sensors for the detection of differential, static and absolute pressure
- Four sensors for the detection of the temperature in the stack and on three other auxiliary devices
- Detection of traverse point measuring grid
- Automatic calculation of the turbulence factor of the inner walls of the duct (EPA 2H)
- Guided settings of sampling parameters in accordance with European and US EPA regulations
- Sampling system compliant with the requirements present in official references such as EN 13284:2017, EN 16911:2013, EN 1948:2014, EN 23210:2009, US EPA M5, US EPA M17, US EPA M1 and M2, US EPA M4 and US EPA M201A.
- Compliance for the measurement of isokinetic parameters as provided for by ISO EN 16911:2013 and EN 15259:2008
- Automatic calculation of sampling traverse points with option of additional points or setting of the same in manual mode
- Management of an external sampler via Bluetooth interface for sampling with derived sampling line (EN 14385:2004, EN 1911:2010, EN 13211:2003, EN 21877:2020, EN 14791:2017) and automatic calculation of sampling conditions.
- Graphic display on the correct positioning of the probe at the sinking points
- Manual and automatic calculation of the nozzle diameter to be used
- 7″ high-resolution backlit color graphic touch screen display
- Validation of calibration by the accredited reference laboratory
- Calculation of the water content in the fireplace with psychrometric method (EPA 4) with Water-Check system (optional)
Calculation of isokinetic parameters in accordance with ISO EN 16911:2013, US EPA M1 and M2
Calculation of the flow rate for sampling PM10 and PM2.5 according to US EPA 201A and EN 23210
Automatic calculation of traverse points according to EN 13284:2017 ISO EN 16911:2013, EN 15259:2025, US EPA M1 and M2
Selection of sampling nozzles in automatic and manual mode
Isokinetic protocol compliant with ISO 9096:2017, EN 13284:2017 and US EPA
Automatic SWIRL calculation with three-axis transducer (optional), automatically calculated flow and constant value
Automatic calculation of turbulence (WAF) deriving from stack wall effect (EPA 2H)
Step-by-step settings of sampling parameters in accordance with European and US EPA regulations
Graphical visualization of stack diagram and sampling points in real time
Sampling setting with derived flow with bluetooth connection to secondary sampler
Rotary suction pump
Suction flow between 5 and 60 L/Min with automatic back pressure compensation
4 outputs for temperature detection (Stack, Impinger, Condensation and Filter Holder)
Flow control with digital volumetric meter accuracy 1% (available with optional certification) with direct temperature and pressure reading in accordance with EN 14236:2018
Large graphic color display Touch Screen 7″
Atmospheric barometric pressure sensor range 500-1100 mbar (RES. 0.01 mbar)
Sensor:
– Measuring range (FS): +/- 1000 mm/H2O
– Resolution: 0.1 mm/H2O
Accuracy:
– 0.9% on scale (FS) 0..100 mmH2O with readings less than 010 mmH2O
– 0.8% on scale (FS) 0.300 mmH2O with readings less than 030 mmH2O
– 0.8% on scale (FS) 0.700 mmH2O with readings less than 070 mmH2O
Sensor for differential pressure:
– Measuring range(FS): 0-100 mm/H2O
– Resolution: 0.01 mm/H2O
Accuracy:
– 1% on scale (FS) 0..20 mmH2O with readings below 010 mmH2O
– 0.5% on scale (FS) 0..50 mmH2O with readings less than 030 mmH2O
– 0.3% on scale (FS) 0..100 mmH2O with readings less than 070 mmH2O
Thermocouple sensors selectable between K, J, S
4 Thermocouple inputs up to 1100°C – Ris. 0.01°C
Environmental conditions of use
- Temperature -10°C % +50°C
- Relative humidity 95% non-condensing
Bluetooth, USB, WiFi communication interfaces
Internal memory with SD Card: 32 Gb standard option
Dimensions W28 x D 28 x H 47 cm – Weight 18 Kg
Power supply 220 V-AC
