Particle counter for fuel
Online particle counter for filter test rigs
Online particle counter with 32 size channels
Portable particle counter for hydraulic and lubricating oil and for fuel
PAMAS S40 AVTUR
Portable particle counter for Jetfuel as per IP 577 and DEF STAN 91-91
PAMAS S40 GO
Portable oil particle counter for use in harsh environment
PAMAS S40 GO AVTUR
Portable particle counter for Jetfuel analysis in harsh environment
Online particle counter with integrated dilution system
PAMAS S50P AVTUR
Online particle counter for Aviation Turbine Fuel
PAMAS S50P Fuel
Online particle counter for permanent condition monitoring of liquid fuel
Versatile particle analysing system for laboratory measurement
Fuel is less viscous than oil. In low viscous fluids, the particles slump down in the liquid and build a sediment at the bottom of the bottle (sedimentation). Individual particles might also stick together during storage and become agglomerated bigger particles (agglomeration). Before a sample can be analysed via laboratory measurement instruments, it needs to be prepared with applied mechanical energy to redisperse the particles in the liquid. Before undertaking laboratory particle analyses, the sample thus must be adequately prepared for measurement. In case of online measurement, sample preparation is not at all afforded, as the liquid is directly taken in its original physical state during operation. To avoid phenomena of sedimentation and agglomeration during measurement, particle counters for fuel analysis are equipped with special features, adapting them best to the specific requirements of fuel condition monitoring.
For Jetfuel analysis, PAMAS has developed the portable particle counter PAMAS S40 AVTUR which can be used both for online and batch sampling. The system is compliant with the IP 577 analysing method of the Energy Institute London and to the DEF STAN 91-91 standard of the British Ministry of Defence.
Fuel containing free water can be analysed with the PAMAS S50DP online particle counter. This instrument is equipped with an integrated dilution system which continuously adds a programmable amount of a low viscous solvent to the raw sample fluid before online measurement. Without prior dilution, free standing water in fuel would lead to false measurements. In the PAMAS S50DP, the water droplets in the fuel sample are dispersed in the added solvent and thus are not detected as particles during the subsequent online measurement.