Your Gateway to
Predictive Maintenance
Identify developing issues before they become costly.
Detected
Signal Channels
Before Failure
Why Choose EHT
Six reasons facilities trust EHT for condition monitoring.
See where Vatikor products are deployed and the industries we serve on the home page.
3 Sensors.
One Device.
Triaxial Vibration
Three-axis accelerometer captures vibration simultaneously across X, Y, and Z, mounted directly on the bearing housing where faults originate. No production shutdown, no electrical access required.
- Imbalance & misalignment
- Bearing wear & looseness
- Resonance signatures
Wide-Band Acoustic
High-frequency acoustic sensor hears developing faults at ultrasonic frequencies, often weeks before vibration thresholds are ever reached. Cavitation, bearing defects, and gear mesh anomalies all have distinct sound signatures.
- Pump cavitation
- Bearing surface defects
- Early gear mesh anomalies
Surface Temperature
Precision thermal probe tracks bearing housing temperature continuously. A rising temperature trend correlated with changing vibration or acoustic signals is one of the most reliable early-fault indicators.
- Thermal overload & friction faults
- Lubrication breakdown
- Correlated multi-signal anomalies
On-Device ML Analysis
All three signals are fused and analysed together on the sensor, no cloud, no specialist required. EHT learns each asset's normal signature and delivers a health score, fault type, and severity directly to your BMS.
- Health score 0–100%
- Fault type & severity output
- Direct BMS / SCADA integration
Ready to Put EHT
on Your Equipment?
Every rotating asset has its own operating profile. Talk to our team about your facility, your equipment, and what early mechanical fault detection could mean for your uptime.