Motor Electrical
Electrical behaviour is consistent with normal pump operation.
33.5 Hz · 1.5 A · 139% load
MEASURED
Pilot 1 · CSV Fountain
AI Intelligence
Current AI assessment
HEALTHY
Pump is operating normally.
What should I do?
Recommended action
Continue normal operation. No inspection is currently required.
● Live telemetry · updated just now
NORMAL
INVT Drive
No active drive fault detected.
DC bus 228.5 V · Output 111 V
MEASURED
Water Delivery
Measured water delivery is consistent with current operation.
126.27 LPM · MEASURED
AI Alignment
Actual 33.5 Hz ↔ Recommended 31.5 Hz
REDUCE · 90% confidence
MEASURED + AI RECOMMENDED
View Trends →
Why does AI-Kit say this?
- • Available electrical measurements are consistent with the reported operating state.
- • No active drive fault or inconsistent electrical state is present in the latest sample.
- • Measured flow is consistent with the latest reported operating state.
- • Pump-level performance is assessed indirectly from the available operating relationship.
- • This compares actual operation with advice; a difference is not a health fault.
Technical details
Marker evidence basis
- Motor Electrical · STATE CONSISTENCY
- MEASURED · Frequency: 33.5 Hz · Motor current: 1.5 A · Output voltage: 111 V · Motor load: 139% · Recent history: live
- INVT Drive · FAULT STATE
- MEASURED · DC bus: 228.5 V · Output voltage: 111 V · Frequency: 33.5 Hz · Fault state: not reported
- Water Delivery · STATE CONSISTENCY
- MEASURED · Measured flow: 126.27 LPM · Frequency: 33.5 Hz · Motor load / power: 139 · Recent history: live
- AI Alignment · STATE CONSISTENCY
- MEASURED + AI RECOMMENDED · Action: REDUCE · Confidence: 90%
- Telemetry Freshness · STATE CONSISTENCY
- TELEMETRY · Latest sample age: 0 min · History source: live · Largest recent gap: 0 min
Monitored Subsystem Health
What current evidence supports
Motor Electrical Performance
HEALTHY
Available electrical measurements are consistent with the reported operating state.
- • Frequency: 33.5 Hz
- • Motor current: 1.5 A
- • Output voltage: 111 V
- • Motor load: 139%
- • Recent history: live
Recommended action
Continue monitoring electrical consistency across operating periods.
Monitoring scope: Electrical operating assessment; bearings, winding temperature and insulation are not diagnosed
Provenance: MEASURED
INVT VFD / Drive Health
HEALTHY
No active drive fault or inconsistent electrical state is present in the latest sample.
- • DC bus: 228.5 V
- • Output voltage: 111 V
- • Frequency: 33.5 Hz
- • Fault state: not reported
Recommended action
Continue monitoring VFD fault and output consistency.
Monitoring scope: Latest INVT VFD telemetry; no internal physical component diagnosis
Provenance: MEASURED
Hydraulic Performance
HEALTHY
Measured flow is consistent with the latest reported operating state.
- • Measured flow: 126.27 LPM
- • Frequency: 33.5 Hz
- • Motor load / power: 139
- • Recent history: live
Recommended action
Continue comparing measured flow under comparable frequency and load.
Monitoring scope: Hydraulic operating assessment; does not diagnose seal or impeller condition
Provenance: MEASURED
Pump Operating Performance
INDIRECT ASSESSMENT
Pump-level performance is assessed indirectly from the available operating relationship.
- • Frequency: 33.5 Hz
- • Load / power: 139
- • Measured flow: 126.27 LPM
- • AI action: REDUCE
Recommended action
Review comparable operating periods when the frequency-load-flow relationship changes persistently.
Monitoring scope: Indirect pump operating assessment; not an internal physical component diagnosis
Provenance: INDIRECT
Edge / RS-485 Communications
HEALTHY
The latest sample and available continuity evidence are current.
- • Latest sample age: 0 min
- • History source: live
- • Largest recent gap: 0 min
Recommended action
Continue monitoring sample freshness and continuity.
Monitoring scope: Communications availability only; history unavailability does not invalidate current telemetry assessments
Provenance: TELEMETRY
Monitoring limits
What is not directly monitored
AI-Kit can detect changes in monitored operating behaviour, but current instrumentation cannot always identify the exact physical component responsible. These coverage labels are not faults.
Motor Bearings
NOT INSTRUMENTEDNo dedicated vibration or bearing-temperature measurement is available.
Motor Winding Temperature / Insulation
NOT DIRECTLY MONITOREDElectrical operating indicators do not directly measure winding temperature or insulation condition.
Pump Seal
NOT INSTRUMENTEDNo leakage, pressure, or seal-specific sensor is available.
Impeller
INDIRECT ASSESSMENTHydraulic behavior may indicate a pump-side issue, but current instrumentation cannot identify an impeller condition.
Model and data context
AI-assisted optimization context; actual operation remains visible beside the recommendation.
Telemetry history: live.