IoT Lubricant Monitoring
Particle Counting: Getting Started and Best Practices
Presented by Noria Corporation
Stop Guessing. Know for Sure that Your Equipment Is Safe
- Prevent Catastrophic Loss of Assets
- Remote Real-Time Digital Lubrication Monitoring
- 15 Years of technological development | 7 Patents Issued
- The only True Optical Technology on the market
- Interactive Dashboard Lets you See Your Entire Fleet
Who Is Atten2?
15 Years of Technological Development
7 Patents
6 Products
Using high-definition lenses, cameras & lighting, this system takes the guesswork out of what’s in your fluid by actually identifying particles in addition to counting them, then going even further by recognizing the exact type of wear taking place.
In short, this is the only solution that gives assets their own Vision & Voice, letting owners know WHAT they need, and WHEN they need it.
Noria Unboxing Atten2 S120 Sensor
Particle counting is incredibly useful when determining the condition of both your machinery and its lubricant. However, there is always a delay between pulling an oil sample and receiving data back from off-site labs. One of the best ways to get more timely, accurate, and useful data is by using on-line particle counters attached directly to critical machines. one of the premier on-line counters is the Atten2 S120 2.0. In this video, Devin and Wes from Noria unbox this real-time sensor and discuss the unique capabilities that set it apart from other counters.
Noria Unboxing Atten2 Smart Monitoring Kit
Are you ready to experience optimal convenience by receiving particle counting data from anywhere via the cloud? Particle counting is incredibly useful when determining the condition of both your machinery and its lubricant. However, there is always a delay between pulling an oil sample and receiving data back from off-site labs. One of the best ways to get more timely, accurate, and useful data is by using online particle counters attached directly to your critical machines.
With the new Atten2 Smart Monitoring Kit, you can continuously monitor particle count data and even see a breakdown of wear particles by type. This data can be read directly on-screen, moved onto a thumb drive via the Test Mode, or sent to a wireless gateway and into the cloud.
Reliabilty360 provides a fully kitted package, and on-site support, for a true turn-key solution.
- The sensor self-calibrates on a continuing basis, never requiring future calibration
- All sensors can be easily uploaded with new software revisions
- The communication protocol is OPEN and accommodates all normal industrial means (Profibus, modbus, J1939, cellular, wi-fi) * Reliability360 also provides the necessary gateways & cables
- Integration and startup support is provided
- The system collects & stores vast amounts of data, including pictures of your fluid, then the software allows you to ‘train’ your system to suite your specific needs, with custom alarms, visuals and feedback
- The sensors can be used on almost any fluids, including water, fuel, heavy lubes, glycol, and all industrial lubricating fluids.
True Optical IoT Lubricating Oil Monitoring for These Use Cases & More:
Benefits
- Monitor the information on the patterns of wear in the turbine bearings
- Allow control of the risk of generating varnish
- Allow the useful life of the generator bearings to be monitored
- Check the quality of the new lubricant before supplying it to the turbine
- Exhaustively control the life-cycle of the lubricant and optimise the changes without compromising the effectiveness of the lubrication system
Benefits
- Monitor the information on patterns of wear in the turbine bearings
- Allow the lubricant water contamination to be measured
- Check the quality of the new lubricant before supplying it to the turbine
- Exhaustively control the life-cycle of the lubricant and optimise the changes without compromising the effectiveness of the lubrication system
Benefits
- Be informed at all times of the degree of oil degradation
- Measure the ratio of lubricant degradation with respect to the quality of the gas, combining the work hours of the motor and the level of contaminants in the oil.
- Measure patterns of wear in the main components of the motor.
- Measure the behaviour of the motor and its mechanical tension under transitory conditions.
- This solution can be connected to measurements based on NIR technology (TBN, TAN, soot, insoluble content) and get a complete view of the state of the motor and the quality of the oil.
Where can we apply it?
- Gearbox
- Bearings lubricated with lubricant oil
Benefits
- Reduce the occurrence of unplanned faults in gearboxes
- Increase the useful life of the gearbox with customised lubrication strategies
- Optimise the life-cycle of the lubricant without jeopardising its effectiveness in the lubrication system
- Optimise the operation of the wind turbine by considering the effect on the the gearbox condition and life cycle status
Benefits
- Monitor the state of the hydraulic systems in trucks and diggers
- Reduce faults in transmissions by continuous monitoring
- Control the wear pattern of the diesel motors and the condition of the oil online and in real time
The Only True Optical Technology Available
