What runs where
Time-critical work stays at the edge so diagnosis never waits on a network. The cloud or server handles what benefits from seeing many assets at once.
At the edge, in SV500
- 24-bit, 8 kHz waveform acquisition
- FFT, PSD, Park vector and power quality analysis
- Digital-twin baseline and AI diagnosis
- Local alarms and embedded web UI
- Modbus TCP/RTU to SCADA and BMS
- Keeps diagnosing if the network is down
In the cloud or on your server
- Multi-site overview and asset hierarchy
- Long-term history and trend comparison
- Fleet comparison of similar assets
- Users, roles and alarm routing
- Reports and data export
- Integration with enterprise systems
edgeSV Sense
Non-invasive current and voltage sensing at the feeder
CTs and voltage inputs sit in the power or control panel, not on the machine. Every motor, pump, inverter and transformer is already wired to a feeder, so that is where edgeSV listens.
That makes submerged pumps, fans at height and equipment in hot or hazardous zones as easy to monitor as anything else, and installation can be scheduled around panel maintenance.
edgeSV Edge (SV500)
Signal processing and connectivity in one industrial device
SV500 samples three-phase waveforms at 8 kHz with 24-bit resolution and processes them on the device: FFT, power spectral density, Park vector and power quality indices, all computed locally.
Because nothing waits on a network round trip, abnormal behavior is flagged as it happens, and the device keeps diagnosing if the connection drops. It also acts as the site gateway: dual Ethernet with RSTP, an RS-485 master port for nearby meters and Modbus TCP/RTU upward.
edgeSV AI
Learns each asset's normal behavior and explains every deviation
A asset baseline model models how each machine behaves under its own voltage, load and operating states. Machine learning scores how far current behavior departs from that baseline and links the change to a component such as bearings, rotor, stator, windings or DC link.
Every alert carries the indicator behind it, such as a bearing defect frequency or even-order harmonic voltage, so engineers can verify the reasoning. The baseline is refined as operating patterns change over time.
edgeSV Cloud
One view across assets and sites, deployed the way your IT policy requires
Diagnostic results and measurement data flow from each SV500 to a central server, a private cloud or managed SaaS. There they are kept as long-term history, compared across similar assets and organized by site, facility and equipment group.
Users, roles and alarm routing are managed centrally, so headquarters, site managers and service partners each see what they need. Start with one site and add more without changing what runs at the edge.
edgeSV Platform
A clear, shared picture of equipment health
The platform brings edge and cloud data together in one interface: status by asset, health scores, voltage and current trends, waveform and spectrum views, power quality events and alarm history.
Trend analysis and historical comparison show which machines need attention and when, so work is prioritized by condition rather than by calendar. The same UI is served by every SV500 and by the central server.
Start at the edge, scale when ready
Begin with one SV500 and its embedded web UI. Add a server or cloud when you want every site in one view.