New wireless sensors enable automated machine monitoring for reliable rotation in heavy industries

0901d19680a56fd1 SKF Enlight Collect Imx 1 gateway and sensorManufacturing company SKF has released a compact and cost-effective vibration and temperature sensor for monitoring the condition of rotating parts on heavy industrial machinery

Designed principally for use as part of an SKF Rotating Equipment Performance (REP) solution, the sensor - called the SKF Enlight Collect IMx-1 - enables customers to reduce both expensive unplanned downtime and their maintenance costs.

Chris James, product line manager at SKF, said, “Industrial plants are under increasing pressure, and as a result, production hours are increasing. At the same time, our customers need to avoid unplanned downtime, while reducing their capital investments. Enabled by the new SKF Enlight Collect IMx-1 they can easily get started with a fee or performance-based contract, and access automated predictive maintenance and reliable rotation on their operating budget.”

Powered by long-lasting batteries, this sensor can be deployed in large numbers to automate the gathering of data regarding the health of machinery, a process typically carried out by technicians with manual portable devices. When mounted to a bearing housing, collected data can be wirelessly sent to a host computer network, where it can then be forwarded to cloud-based analysis services at SKF REP centres.

“As a result, the new, highly accurate, robust sensors enable data to be collected more frequently - over hours and days, instead of weeks and months - from locations that were previously inaccessible by hand, using fewer technicians,” Chris continued.

The system relies on a “mesh network”, which allows the sensors to relay data between one another. This means that data can be routed around radio obstacles, such as pipework and liquid storage vessels, that create signal blocks for conventional line-of-sight systems and sent over greater distances than would be possible using a single device.

“The mesh network is self-forming, which makes it easier and quicker to deploy than other wireless communications technologies such as Wi-Fi or Bluetooth. It is also innovative in the way it manages available bandwidth and the power consumption of the sensors, which leads to a long enough battery life to meet the needs of our multi-year service contracts,” Chris explained.

The SKF Enlight Collect IMx-1 has been designed specifically to achieve a tough ingress protection rating of IP69K. This means it will work reliably when exposed to dust, dirt, oil, grease, contaminants, flying debris, temperature changes, wind, rain, high-pressure hot water washdowns and more.

“Critically, the sensor gathers data consistent with our manual data-collector, particularly when it comes to detecting early-stage bearing defects. Although severely damaged bearings are relatively straightforward to detect, by that stage they are close to failure - the key is to find defects early, so that corrective action can be planned in good time with minimal disruption.”

However, extracting the tiny signals of an early-stage defect from background noise is difficult. The SKF Enlight Collect IMx-1 exploits SKF’s acceleration enveloping technology to achieve this.

“Any condition monitoring programme is only as good as the measurements it takes. SKF has been executing predictive maintenance contracts on a large scale for decades, so we know how a wireless device needs to perform, and the result is the SKF Enlight Collect IMx-1.

“However, wireless devices in themselves do not deliver reliable rotation – that is achieved with the combination of analysis experience to provide machine insights and mechanical engineering competence to support execution of any corrective actions. And now delivered via new fee and performance-based business models, customers have a new way to achieve and pay for improved Rotating Equipment Performance,” Chris concluded.

Alain Charles Publishing, University House, 11-13 Lower Grosvenor Place, London, SW1W 0EX, UK
T: +44 20 7834 7676, F: +44 20 7973 0076, W: www.alaincharles.com

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