Benefits
The naneos Partector 2 Pro is a further development of the well-established Partector 2. The Pro version of the Partector 2 can operate in a scanning mode and measure an 8-channel size distribution from 10-300nm.
The 10 key benefits of the Partector 2 Pro version are:
ultrafine particle size distribution measurement from 10-300nm
multiple other particle metrics
miniature and lightweight
hassle-free & simple measurements
fast startup time
orientation-independent operation
wide particle concentration range
silent pump
great battery life
size distribution analysis with our freely available software
Limitations of the scanning mode
The size distribution measurement with the Partector 2 Pro comes with some drawbacks that you should be aware of:
- The time resolution in the scanning mode is lower than in the standard mode (typically 6 seconds instead of 1 second).
- If the aerosol changes during a scan, the Partector 2 Pro measures different aerosols at different times, and the resulting size distribution will be inaccurate - like in other scanning devices.
- The size distribution measurement relies on the measurement of small signal differences. The measurements in the scanning mode are generally noisier than in the standard mode.
For rapidly changing aerosols or low concentration measurements, the Partector 2 Pro can be operated in the standard (non-scanning) mode. If you have questions which version is right for your application, please contact us.
Long-term ambient measurements
There is a growing interest in long-term (≥ 1 year) size distribution measurements in monitoring
stations with the Partector 2 Pro instead of complex and expensive scanning mobility particle sizers (SMPS / MPSS).
Although first comparative studies with ~3 months of continuous operation are promising, we would like
remind you that the P2 was developed as a handheld device and optimized for size and weight. We are in the process of studying the long-term stability of the size distribution
calibration, but this necessarily will take some time.