Automatic & Real-Time Suspended Particulate Monitor
MP101M Beta gauge monitor with its optional OPM (Optical Particulate Monitor)
The standard Beta gauge measurement Method ISO 10473 of the MP101M analyzer allows, when used with the optical technology of the OPM module, the continuous and simultaneous measurement of fine dust.
The beta attenuation instrument is compliant with EN 16450 for PM10 and PM2.5 European Standards. QAL1 certified by the TÜV, the MP101M is also approved as Federal Equivalent Method (FEM) by US EPA for PM10 and PM2.5 continuous suspended particulate monitoring.
True volumetric air flow control with 3 atmospheric pressure and temperature sensors
Sampling flow-rate continuously regulated to the atmospheric temperature and pressure: reduces evaporation artefacts of volatile compounds (mandatory for PM2.5 according to EU regulations)
Automatic calibration of the real time optical module (OPM) to the reference measurement (ß gauge)
Flow calibration possible during the measurement
Built-in reference gauge for calibration: no need for factory re-calibration
Calibration screen for atmospheric pressure sensors
Regulated Sampling Tube (RST) compliant with CEN PM10 and US-EPA standard: sample not affected by seasonal or geographical factors and avoids evaporative losses of semi-volatile particles
Fibreglass tape with 3 years of autonomy of continuous sampling with daily cycles (1200 cycles)
Low activity C14 sealed flat source with analyzer lifetime duration
Rugged instrument, not sensitive to vibration, humidity, temperature…
Options and accessories:
PM10, PM2.5, PM1, TSP
Beta Ray Attenuation
YES
up to 10 000 μg/m3
µg/m3
0.5 μg/m3 (24h average)
1 m³/h
External (vacuum pump)
+5°C to 40°C
Unlimited
LAN/USB/WIFI/AO
15.2 (+pump: Picolino 4.6Kg / KNF 9.4Kg)
360.5 x 483 x 266
19″ Rack, 3U
YES
Light scattering (*)
0-1000 μg/m3
0.3-10 μm
1 μg/m3
1 second
230 x 370 x 200 mm
2.5 L/min
(*) Light scattering technologies applied to particle mass concentration measure can be affected by aerosols chemical composition and atmospheric conditions & should be subject to operator interpretation.