Diagnostic tool improves condition monitoring
SKF has added to its Microlog Analyzer portfolio of data collection devices with the recent introduction of its Microlog Analyzer dBX.
The tool is said to offer faster measurement collection and greater diagnostic power and can be used in a range of industries including pulp and paper, food and beverage, renewable energy, mining, off-highway, metals, automation and marine.
“Coupled with SKF’s analytic software, this unique portable solution will assist customers and end-users to significantly improve the way in which they schedule the maintenance of their rotating machines,” states SKF product manager: condition monitoring Kutsi Jaka. “By establishing the right and fast diagnostic, thanks to the unit’s embedded features, the SKF Microlog Analyzer dBX provides best-in-class information and insights on the health of customers’ rotating assets.”
When used as part of a condition monitoring solution, the tool can be used to detect issues with rotating machinery quickly and accurately. Jaka explains that the new diagnostic tool takes measurements with SKF’s MPA-in-a-flash method, which makes the device extremely powerful. “Typically three times faster than the previous Microlog series, Multi-Point Acquisition, or MPA, is our fastest vibration analysis method, saving time when taking measurements and helping to collect data more efficiently.”
The device allows users to carry out a range of tasks including impact tests, digital recording, modal analysis, multi-plane balancing and cross channel phase. In addition to being used for standalone troubleshooting, the portable tool can also be used as part of a comprehensive predictive maintenance programme.
The SKF Microlog Analyzer dBX is reverse compatible with the company’s existing Microlog CMXA series, with added technology including an embedded camera and a high-resolution, 10.1- inch screen that can simultaneously display up to six measurement windows. The tool features a hybrid touch and keypad control as well as simplified navigation for ease of use.