The picture of health
Our all new NEW Particle Pal Pro utilises new digital imaging technology which provides greater insight into the size and type of particulate in any oil system. Air bubble elimination and shape recognition gives root cause particle analysis. Remaining oil life and water content sensors complete the package.
Video guides
A vision of the future
Harnessing the power of proven digital imaging technology
We've embedded the latest in particle counting technology into our new Particle Pal Pro series. Giving ISO 4406 counts as well as 4, 6, 14, 21, 38, 70 & >100 micron sizing and bubble elimination. Digital imaging combined with advanced algorithms sorts particles into fatigue wear, cutting wear and sliding wear categories to give root cause analysis.
This powerful technology, when coupled with additional sensors for measuring water content and oil life, gives unprecedented on the spot insight into the condition of your oil.
Water content.
Displayed as % saturation (relative humidity). Helps inform whether an oil change is actually required.
Oil life indication.
Over 200 oils profiled with the ability to self-calibrate. Gives early warning of oil coming to the end of its life and also helps inform whether an oil change is actually required.
Particulate analysis.
The Atten2 digital imaging particle counter gives advanced size and shape recognition for any sample. Counting particulate in virtually any oil up to 2,400cSt, the Atten2 device also eliminates air bubbles, making it ideal for heavy lube and gear oil applications in cold temperatures. Reporting 4, 6, 14, 21, 38, 70 & >100 micron counts as well as categorising any particle greater than 20 microns into: • Fatigue Wear; • Sliding Wear; • Cutting Wear; • Fibres;
Digital Image Particulate Counter
Capable of broad size determination from 4, 6, 14, 21, 38, 70 >100 micron counts. Air bubble and water droplet elimination. Shape determination to identify fatigue, sliding or cutting wear as well as fibre identification.
Spider Infographic
A multi-stage infographic helps engineers understand at a glance the condition of their oil, based on all of the data collected from the internal sensors.
Water Sensor
Water in oil is a contaminant that can contribute to microbial growth and encourage further contamination, from solids to rust. The inbuilt water sensor shows the relative humidity of any oil as a % saturation.
Battery Life
Internal rechargeable lithium batteries provide a long life for remote use.
Oil Life Sensor
The Tan Delta Full Spectrum Holistic oil condition sensor monitors the overall condition of the oil, giving you unparalleled sensitivity, accuracy and precision. This enables the oil's remaining useful life to be calculated. The sensor works with virtually any oil, drawing on a database of over 200 common industrial oils with the ability to self-calibrate.
NEW Software
A 10” touch screen LCD allows users to view data in great detail, with zoom, trending and analysis breakdown. Within the software we have embedded oil ageing profiles for over 200 oils. Also included is the ability to self-calibrate an oil life profile, should your oil not be on the database. This is a one time routine where oil is taken through a heat cycle.
Internal Stepper Motor Pump
We've developed a fully controllable stepper motor driven pump to deliver exact flow rates for any oil, from 1 to 2,400 cSt. The pump also allows connection to a live system up to 350bar via a high pressure adaptor.
Excellence in Innovation award winner
Filtertechnik were thrilled to win the Excellence in Innovation award on 22/05/2019 for their Particle Pal Pro at the Nottingham Post's annual Business Awards event.
The judges recognised the groundbreaking technology developed in Nottingham by Filtertechnik, both mechanical and software design and development.
Also available
In addition to the Particle Pal Pro series, we also offer our laser counter FS9V2 Particle Pal range.
See our laser counter product range for more information.
A survey of over 20,000 oil samples showed that the vast majority of oil changes without oil analysis would be conducted at the wrong time by following OEM recommendations rather than by analysis of the oil's ability to continue working and in most cases before the oil's life was fully depleted.
Source: learnoilanalysis.com
