Motor Health & Energy Analytics
EvaraAMP
Pump health & energy doctor
Clamp-on current sensing that watches pump electrical health and warns before failure.
The problem
Why this exists.
Pumps are the heart of any water system. They fail from dry running, voltage spikes, overload or aging windings, and there is no early-warning system today — operators only find out when the pump dies.
The principle
How it actually works.
Clamp
A split-core current transformer closes around the existing supply line. The circuit is never broken.
Sample
A high-accuracy ADC tracks RMS current and waveform shape at sub-second resolution.
Diagnose
Dry-run, overload and abnormal current spikes each leave a distinct signature that raises an alert.
Total
Cumulative energy use feeds efficiency reporting and cost attribution in EvaraOne.
Technical specifications
- Sensing
- Split-core current transducer
- Installation
- Clamp-on, non-invasive
- Resolution
- Sub-second RMS tracking
- Monitors
- Current, voltage, power, runtime
- Detection
- Dry-run, overload, current spikes
- Enclosure
- IP65 weatherproof
How it works
EvaraAMP clamps a split-core current transducer around the line feeding the motor — no circuit interruption. It tracks RMS current sub-second, spots abnormal signatures, and totals energy for billing and efficiency.
Retrofit-first
Installs onto infrastructure you already own. No pipe cutting, no civil work, no permits.
Connected to EvaraOne
Every reading lands in one platform.
Live monitoring, alerts with voice output, AI forecasting and reporting — across every device and every site.
Sector 4 tank projected to run dry in 18 hours — schedule refill.
Built for
Next product
EvaraTDS
Water quality at a glance
Ready to make every drop measurable?
Talk to the team building the operating system for water infrastructure — from a single tank to an entire smart city.