PAP 610 Aerosol Photometer
Process Aerosol Photometer PAP 610 for analysis of particle mass concentration in aerosols, best for oil mist characterisation during blow by testing
The Process Aerosol Photometer PAP 610 was developed from Topas for measurements of mass concentration in blow-by aerosols, where the concentration is determined in-situ.
This measuring instrument is an addition to the Gravimetric Measurement System GMS 141 which is also provided by Topas and used for calibrating the PAP 610.
download
Download product sheet PAP 610Benefits
- high time-resolution transmittance measurement with 2 wavelengths
- temperature compensation of electronic assembly
- simple cleaning of process windows
- meatable measurement chamber (maximum temperature limited by a safety temperature limiter)
- seals of FKM/FPM (oil- and temperature-resistant)
- software PAPWin for calibration, configuration and data acquisition
Applications
A highly concentrated aerosol passes through an extinction of light arrangement and causes a light decrease of the incident light in propagation direction.
It may be shown that is possible to draw conclusions about the concentration and mean particle size of the aerosol by measuring light decrease for two different wavelengths.
A direct indicator for the particle size is the extinction ratio.
Parameter title | Unit | Value |
---|---|---|
measurand(s) | - | light transmission |
measuring range, concentration | g/m³ | 0,02 - 3 |
power supply, signal processing | - | 12 V DV; 100 mA (power supply viar USB) |
power supply, heater | - | 230 V AC; 50 ... 60 Hz; 1 A |
hose connector, inlet/outlet | mm | 28 (nominal diameter) |
wave length of lightsource | nm | 470 (blue), 875 (infrared) |
dimensions (w × h × d) | mm | 76 × 76 × 576 |
weight | kg | 6,0 |
-
Ruppel S, Schatz D, Wöhler M, Elsäßer A. Optimization of oil mist separation within the complete crankcase ventilation system Heavy-Duty-, On- und Off-Highway-Motoren 2016. Proceedings 0 (2017) 0, 241-259
dx.doi.org/10.1007/978-3-658-19012-5_14 -
Sauter H, Mathiak D, Müller J, List S Kurbelgehäuseentlüftung - direkte Messung von Ölaerosolen MTZ - Motorentechnische Zeitschrift 73 (2012) 0, 140-145
dx.doi.org/10.1365/s35146-012-0249-x