Wireless vibration sensors - ARGUS revolutionises predictive maintenance by offering a comprehensive solution for diagnosing the health of motors and various connected driven assets, such as pumps, fans, and compressors. It empowers effortless condition monitoring of rotary machines, enabling early detection of faults long before equipment failure occurs. By leveraging ARGUS, businesses can effectively reduce maintenance costs while significantly prolonging the lifespan of their valuable assets.
These state-of-the-art, super-compact wireless vibration sensors hold an impressive IP65 rating, ensuring reliable data collection for continuous monitoring and remote diagnostics. Designed for utmost versatility, the wireless vibration sensor simultaneously measures vibrations in three directions, serving as both a Single-axial sensor and a Tri-axial sensor. Seamlessly integrated with the dedicated ARGUS app, users gain access to a comprehensive range of data visualization and storage capabilities on their smartphones, including RMS values of Velocity and Acceleration, Time waveform analysis, as well as Velocity and Acceleration FFT spectrums. ARGUS wireless vibration sensors offer flexible installation options, allowing them to be securely mounted in any environment using magnets, adhesives, or studs.
Early diagnosis eliminates problem severity which in turn enhances machine lifespan
Predict & rectify the faults early to lower the undesired maintenance cost.
Reduce machine downtime and increase the productivity.
A leading manufacturer of automotive engine parts for the leading automobile manufacturer had a requirement to monitor the health of their high speed spindles and to enhance the spindle bearing reliability by performing timely corrective measures. The company has a diverse variant of precise finish spindles to manufacture niche automotive products. In addition, they have varied spindle speeds for machining the product. There has been a history of early spindle bearing failure resulting in high cost machine tool replacements, Lot rejections, etc. Know More
Half a century experienced sizable automotive industry suppliers used ARGUS wireless vibration sensors for their legacy types of equipment which would have high cost & maintenance including machining centers, turning spindles, and utility machines to increase the remaining useful life. Measuring and monitoring high-speed spindle conditions has become highly important because of agile production and increased requirements for product accuracy. Know More
Unbalanced rotating masses on fans can significantly impact Induced and Forced Draught fans. ARGUS wireless vibration sensors help to predict and update the status of machines critically. By providing maintenance schedules for plants, the occurrence of catastrophic breakdowns of fans will eventually decrease. After adopting ARGUS for continuous monitoring, the power plant achieved a 50% reduction in maintenance costs and a 40% enhanced RUL of fans. Know More
Having diagnosed the AHUs and pumps for defects allowed the chiller plant to decrease its power consumption by 50%. In our inspection, we found that a major IT company was paying their utility crores in power consumption. SANDS conducted a vibration audit using ARGUS wireless vibration sensors and found a lot of equipment running with mechanical defects like structural looseness, belt eccentricity & bearing defects. Know More
ARGUS wireless vibration sensors for 24/7 continuous monitoring enhanced the RULE of the blower and centrifuge, increasing 20% of production rate. Using ARGUS, we detected a resonance defect in the centrifuge while running at critical speeds. This information will help maintain speed and vibration levels in both the blower and centrifuge, ultimately reducing spare part costs and unplanned downtimes. Know More
Find out what our customers think of our ARGUS wireless vibration sensors.
Since ARGUS has been deployed in our plant, we have been tracking the vibration trend and the health of about 30 spindles. ARGUS provide route-based data acquisition, historical trending, AI & ML machine health status and bearing anomaly detections, resulting in decreased plant maintenance costs.
DELPHI-TVS TECHNOLOGIES
