EMPATH Electrical Asset Monitoring and Diagnostics
Protect your electrical assets
Through electrical signature analysis, EMPATH helps improve your equipment reliability.
Framatome developed the predictive maintenance system to conveniently measure and analyze data on assets’ incoming power, motors and driven machinery for critical processes and equipment.
Our new communication module ensures that accurate real-time data is at your fingertips through remote continuous monitoring.
This data helps you detect potential problems early, enabling timely repair and avoiding serious damage.
New communication module transmits data wirelessly to a network server or cloud service.
Benefits
Know the condition of your critical assets
Improve plant reliability
Reduce costs
Improve performance
Reduce emissions
Save time
Please check out our video highlighting EMPATH.
- Enhance your predictive maintenance by monitoring plant motors and driven machinery from a central motor control center with data and analysis sent directly to you.
- The Edge Device Communication Module eliminates the needs for ethernet cables and manual data collection.
- Monitor and diagnose AC induction motors, DC motors, synchronous motors, generators and transformers.
Industries Served
Energy
- Nuclear
- Oil and Gas
- Wind
Manufacturing
- Chemical
- Food and Beverage
- Transportation
General Industry
- Condition Based Monitoring Services
- Data Centers
- Healthcare
Hardware
- The EMPATH system consists of: current and voltage probes, our exclusive eight channel data acquisition/signal conditioning box, and the analysis software.
- The data acquisition/signal conditioning box collects data on all three phases of voltage and current.
- Data acquisition takes less than one minute.
Software
- The software stores the data, analyzes it, and then gives a readout of the time and frequency signatures on the computer display.
- Analysis results are automatic and immediate.
- The EMPATH software includes:
- Tracking and trending database
- Motor and bearing database
- Motor enclosure and efficiency database