It is a unique online sensor of its kind, capable of detecting particles and bubbles larger than 4 microns in the machine fluid and classifying them into six size ranges. Designed to work online, this sensor provides real-time information on the status of the machine through the contamination of its fluids. With a robust, modular design and easy integration into any data acquisition system or CMS of the asset, OilWear® offers an advanced solution for monitoring and preventive maintenance of industrial machinery.
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C Series
- Particle counting according to ISO 4406 > 4 microns
- Discrimination and counting of air bubbles
- Classifies particles into 6 ranges (>4, >6, >14, >21, >38, >70 µm)
S Series
- Particle counting according to ISO 4406 > 4 microns
- Discrimination and counting of air bubbles
- Classifies particles into 6 ranges (>4, >6, >14, >21, >38, >70 µm)
- Oil degradation
- Root cause analysis
- Storing real images of the fluid
S SS Series
- Particle counting according to ISO 4406 > 4 microns
- Discrimination and counting of air bubbles
- Classifies particles into 6 ranges (>4, >6, >14, >21, >38, >70 µm)
- Oil degradation
- Root cause analysis
- Storing real images of the fluid
- Stainless steel material for applications with corrosive fluids
S Ex Series
- Particle counting according to ISO 4406 > 4 microns
- Discrimination and counting of air bubbles
- Classifies particles into 6 ranges (>4, >6, >14, >21, >38, >70 µm)
- Oil degradation
- Root cause analysis
- Storing real images of the fluid
- For environments with explosive atmospheres CE Ex II 3G Ex ec op is IIB T4 Gc
Maximum savings
To reduce operational risk and address major machine failures, the permanently installed sensor enables asset operation to be optimized and thus achieve a greater and better return.
High sensitivity
With OilWear, particles from 4µ can be detected, classified according to their shape and discriminated between particles and bubbles, detecting different types of failure accurately.
Integration
OilWear features full integration with SCADA/PC/PLC via both analog and digital communications, so that a single sensor can provide information on oil degradation and contamination.
Reliability
By rigorously monitoring the condition of critical machines, OilWear allows you to optimize operation and maintenance periods and thus increase process availability.
Robustness
OilWear has proven results in all areas. The sensor has been tested and integrated into Condition Monitoring systems, proving its robustness in all environments and situations.
Programming
OilWear allows estimations to be made to schedule maintenance tasks in advance, thus avoiding downtime at the most inopportune times.
Immediacy
With OilWear you can anticipate potential failures by knowing the status of critical machines early on and establishing alarm levels from the start and in the different operating conditions of your machine.
Real time
OilWear detects anomalies in real time, providing information at any time to resolve incidents before they occur.