Particle Pal Plus + Water RH%: Digital Imaging Portable Particle Counter

  • Particle Pal Plus logo
  • FS9V4-RH

ON-SITE FLUID ANALYSIS

Our all new Particle Pal Plus utilises breakthrough digital imaging technology which provides a greater insight into the size and type of particulate in any oil system. Air bubble elimination and shape recognition gives root cause particle analysis. A water content sensor completes this package.

FS9V4-RH

  • Close up image of particulate

Harnessing the power of proven digital imaging particle counting with the addition of a Water Content sensor 

We've embedded the latest in particle counting technology into our new Particle Pal Plus series.
Giving ISO 4406 counts as well as 4, 6, 14, 21, 38 & 70-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 an additional sensor for measuring water content gives unprecedented, on-the-spot insight into the condition of your oil. 
Bubbles are counted and removed from ISO counts.  Digital imaging particle counting also has the benefit of not being affected by phantom particles/oil additive packages which is a drawback with Laser counters.  Water is displayed as % RH (Relative Humidity).

The image to the right is 4mm x 3mm and shows particulate that the human eye can't see, this is the information the particle counter captures. Images are not displayed on the Particle Pal Plus screen.

 


 

Built-in Display

  • fs9v4-rh screenshot
  1. Clear and easy to read ISO code which changes between green, white and red to indicate the oil cleanliness.

  2. Oil cleanliness for each size category details the ISO code, number of particles per millilitre and the bubbles detected.

  3. Additional sensors give an unprecedented insight into the overall condition of the oil.

  4. Additional settings allow control of the pump speed for priming and flushing, datalogging, ISO cleanliness alarm limits and changing the time zone.

  5. Oil cleanliness is trended over time to show how its condition changes.

  6. Particles are analysed and sorted into fatigue wear, cutting wear, sliding wear and fibre identification to give root cause analysis.

 


 

Digital Imaging Particulate Counter

Capable of broad size determination from 4, 6, 14, 21, 38 & 70 micron counts. Air bubble and water droplet elimination. Shape determination to identify fatigue, sliding or cutting wear as well as fibre identification.

Battery Life

Internal rechargeable lithium batteries provide up to ten hours of use.

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 % saturation for analysing oils.

Water content

Displayed as % saturation (relative humidity). 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 fuel and virtually any oil up to 320cSt, 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 micron counts as well as categorising any particle greater than 20 microns into Fatigue Wear, Sliding Wear, Cutting Wear and Fibres.

Particle Pal Plus - Advanced Oil Analysis - Technical Information

Fluid Compatibility Synthetic Oils, Organic Oils, Mineral Oils & Diesel Fuel (320 cSt viscosity limit)
Display Information Particulate: ISO 4406, SAE AS4059 & NAS 1638, bubble elimination and particulate wear analysis.
Water sensing: Water is displayed as relative humidity (RH) % saturation.
Modes of Operation High pressure live system sampling (up to 350 bar) - via a high pressure adaptor.
Bottle sampling and tank sampling.
Data All data stored locally with an option to export to CSV or PDF.
Contact Us

Quotation request