e-MCM Datasheet — A4 front/back
Light version: header, hero, specs and footer now have a light background, high contrast and legible typography. The two cases (green biomethane · blue water utility) are unchanged.
No sensors. No downtime. No doubts.
The e-MCM is an IoT device for continuous 24/7 condition monitoring of AC motors and generators. It acquires voltage and current directly from the electrical panel and — using a patented algorithm benchmarked against a dataset of over 10 million motors — builds a digital twin of the machine and detects developing faults up to 6 months in advance.
What it measures
- Voltages Vr, Vs, Vt and currents Ir, Is, It
- Supply frequency and actual rotation speed when inverter-fed
- Imbalance in voltage and current
- Load and power factor (cos φ)
- Active and reactive power
- Harmonics in current, voltage and total (THD-I · THD-V)
- Instantaneous operating efficiency
- Operating point relative to BEP
What it detects
- Loose baseframe and soft-foot
- Static and dynamic mechanical imbalance
- Parallel and angular misalignment
- Drivetrain: belts, gearboxes, couplings
- Rolling bearings (BPFO, BPFI, BSF, FTF)
- Rotor: broken bars, eccentricity
- Stator: windings, insulation
- Cavitation, recirculation, turbulence
Where it excels
- Submersible pumps and deep wells
- Motors in ATEX zones (Zone 2)
- Critical 24/7 assets with no sensor space
- Machines already in service, no shutdown
- Complex plants with supervisory integration
- VFDs and direct-on-line starts
- Compressors, fans, mixers
- AC generators up to medium voltage
When the e-MCM is installed,
motors stop surprising you.
continuously monitored
with e-MCM system
Biomethane compression skid · 750 kW
Veneto · oil-lubricated screw compressor, 750 kW asynchronous motor, inverter, magnetic coupling. Skid ATEX Zone 2 certified.
The client needed a solution to anticipate faults without physical intervention on the machine. On a 1,000 m³/h plant, an unplanned 8-hour shutdown means approximately €8,000 in lost biomethane feed: anticipating faults is worth more than preventing them.
3 submersible pumps · water supply + wastewater
Veneto · submersible pumps fed from MCC1 (Pump 1 and Pump 2, 26 kW each) for civil water supply, and Pump 3 at 18.5 kW serving the industrial wastewater inlet tank.
On a submersible pump it is impossible to install accelerometers or process sensors. From voltage and current signals alone, acquired at the panel, the e-MCM estimates flow rate and head in real time, tracks the operating point against BEP, and detects cavitation, bearing anomalies and hydraulic blockages — even on sealed, inaccessible assets.
Big Data 10M+
25 years of electrical signatures benchmarked.
Digital Twin
Self-learning model of your motor.
Algorithm + Report
Automatic diagnosis in plain language.
Also as SaaS
Hardware + software + support on a periodic subscription. No upfront investment.