Wi-care™ Pure
Wireless Vibration Data Collectors Integrated Directly into your Monitoring System
Wi-care™ Pure is a wireless, handheld vibration data collector that lets you bring the I-see™ Platform into the field. Designed for flexible, route-based rotating-asset inspection, Wi-care Pure is rugged, easy to use, and communicates wirelessly with its powerful companion software, the I-see™ Platform.
This seamless pairing delivers high-resolution vibration data that gives deeper asset-condition monitoring insights for more contextual trending, reporting, and root-cause analysis.
Wi-care™ Pure features a robust wireless design with long-lasting battery life, making it reliable for extended route-based inspections and spot checks. The system includes inductive charging docks embedded in the case, so recharging is simple and hassle-free.
With accurate tri-axial vibration diagnostics, Wi-care™ Pure can quickly identify common failure modes like imbalance, misalignment, looseness, and bearing defects. Its wide frequency range also supports advanced diagnostics across motors, pumps, conveyors, fans, and other critical assets.
Yes. Wi-care™ Pure syncs directly with the I-see™ platform, where data is analyzed, trended, and reported through intuitive dashboards. I-see™ also connects to CMMS and SCADA systems, ensuring handheld inspection data complements your permanent Wi-care™ sensors for a unified monitoring strategy.
What sets the Wi-Care Pure Apart
Tri-Axial Diagnostics
Capture precise vibration data across three axes for quick fault detection, including imbalance, misalignment, looseness, and bearing defects.
I-see™ Integration
Syncs effortlessly with I-see™ for advanced analysis, dashboard reporting, route management, and CMMS connectivity.
Predictive Intelligence
Continuously compares live vibration and ultrasound data to thousands of similar assets worldwide. Learn from every data point and predict failures sooner.
User-Centric Design
Lightweight, wireless, and easy to operate with a clear dashboard, making it ideal for both route-based inspections and spot checks.
Versatile Measurements
Analyze a wide frequency range to support diagnostics across motors, pumps, conveyors, fans, gearboxes, and more.
Wireless Communications
Improve operator mobility and eliminate cabling hazards with completely wireless Wi-care™ Pure sensors.
Fitting Wi-care into your Reliability Strategy
01
Define Goals
Determine which performance metrics you want to improve—such as uptime, energy efficiency, or maintenance costs.
Clear goals provide direction for your reliability strategy.
02
Assess Criticality
Identify the assets most vital to your operations and where ultrasound or vibration can make the biggest impact.
Start where failure would cause the most disruption or loss.
03
Get Expert Guidance
Schedule a free consultation with SDT’s reliability specialists.
They’ll help you design a tailored strategy that aligns with your goals, resources, and maintenance culture.
04
Manage Coverage & Priorities
With unified data in I-see™, you can prioritize resources, adjust inspection routes based on alerts, and balance cost-effective coverage across your entire.
05
Analyze & Diagnose
I-see™ applies AI-driven fault detection, while I-care analysts provide expert oversight; combining to confirm root causes, validate alerts, and recommends corrective actions.
Key Applications of Wi-care™ Pure
Wi-care™ Pure delivers high-resolution tri-axial vibration analysis across a wide range of rotating equipment. By capturing data in three axes simultaneously, it provides a deeper understanding of machine condition and fault development.
Detect bearing wear, misalignment, looseness, and imbalance before failures occur.
Identify cavitation, shaft misalignment, and bearing defects that cause process interruptions.
Catch imbalance, blade damage, and bearing wear to keep air handling systems efficient.
Monitor for misalignment, roller defects, and gearbox issues that cause unplanned downtime.
Detect early-stage gear mesh defects, tooth damage, and lubrication problems.
Capture subtle vibration signatures to reveal developing faults long before a breakdown.
Identify angular and parallel misalignment that can lead to excessive wear and premature failure.
