VIBRATION ANALYZER – ARGUS
ARGUS Tri-axial wireless vibration analyzer brings a new dimension to the world of predictive maintenance to easily diagnose the health of motors and any connected driven assets like pumps, fans, compressors, etc. It enables easy condition monitoring of rotary machines and detects faults well before equipment failure. ARGUS reduces maintenance costs and increases asset lifespan.
The super-compact, IP65 rated vibration sensor provides reliable data for continuous monitoring and remote diagnostics. This portable sensor simultaneously measures vibration in three directions and is used as both a Single-axial sensor & a Tri-axial sensor. The dedicated ARGUS app allows you to view and store the RMS values of Velocity & Acceleration, Time waveform, Velocity & Acceleration FFT spectrums on the smartphone. ARGUS can be mounted in any environment using a magnet, adhesive & stud.
ARGUS CAN DETECT
BOOK A FREE DEMO?
HOW IT WORKS
SANDS Argus can help you monitor machine health
Increase machine lifespan
Early diagnosis eliminates problem severity which in turn enhances machine lifespan
50% reduction in maintenance cost
Predict & rectify the faults early to lower the undesired maintenance cost.
40% reduction in unplanned downtime
Reduce machine downtime and increase the productivity.
Hear what our happy customers have to say about our product & service.
SANDS Argus helped us a lot in maintaining our equipment health. A detailed report consisting of vibration data, possible faults & suitable recommendations was given by the Sands experts. Based on the report, we rectified the faults in our equipment, significantly increased our machine uptime and reduced maintenance cost.
With the help of the Argus sensor, we were able to minimize the vibration level of our blowers and also reduced annual maintenance cost and electricity consumption by 30%.
Industrial innovative Wireless Real-Time Monitoring (Industrial IoT 4.0) is a permanently-installed technology that uses unique sensor technology, wireless data delivery, and advanced analytics to continuously monitor for all rotary machinery equipment like motors, pumps, fans, blowers, turbines, etc.
Predictive maintenance is a proactive method that employs condition monitoring technologies to track asset health and identify potential defects in real-time. It assists in predicting when maintenance is required to minimize equipment downtime and associated expenses.
Overall equipment effectiveness is a maintenance KPI that determines how productive an asset is. It can also be used to identify underperforming assets and link them to one or more of the three basic causes of underperformance (availability, performance and quality).