Portable [condition monitoring]
Portable [condition monitoring]
The portable, robust, real-time
system that is revolutionising particle
analysis in lubrication systems
Technical characteristics
Basic characteristics
of all OilCMS products
- Particle counting in accordance with the ISO 4406 code > 4 microns
- Discrimination and counting of air bubbles
- Particle cassification in 6 ranges
(>4, >6, >14, >21, >38, >70 μm) - Shape analysis
- Particle counting in accordance with the ISO 4406 code > 4 microns
- Discrimination and counting of air bubbles
- Particle cassification in 6 ranges
(>4, >6, >14, >21, >38, >70 μm) - Shape analysis
- Fluid Image storage
- Lubricant degradation
- Water content
- Particle counting in accordance with the ISO 4406 code > 4 microns
- Discrimination and counting of air bubbles
- Particle cassification in 6 ranges
(>4, >6, >14, >21, >38, >70 μm) - Shape analysis
- Water content
- Viscosity & Density
[Real time] benefits
Unprecedented information
about oil condition
To reduce operational risk and address the most significant machine failures, the sensor serves to optimise asset operation, so as to generate greater and better returns.
OilWear® can detect particles present from 4μ upwards, categorising them by shape and distinguishing between particles and bubbles, precisely detecting different types of failure.
Its portable format means you can monitor different assets at your plant, while it also has an internal memory for each of them, so as to generate trends.
By rigorously monitoring the condition of critical machines, OilWear® allows you to optimise operation and maintenance frequencies, and so increase process availability.
OilWear® allows estimates to schedule maintenance tasks in advance, thereby avoiding shutdowns at less opportune moments.
Use OilWear® to anticipate potential failures, through advance information as to the status of critical machines, setting alarm levels from the outset for the different operational conditions of your machine.
Real time OilWear® detects anomalies in real time, and can provide information at any point to resolve incidents before they arise.
