Arduino Pro Use Case
Build A Motor Monitoring System: Real-Time Protection for Industrial Assets
Transition from reactive repairs to a persistent asset management strategy. As an Arduino Pro Design Partner, we transform Arduino Opta and Portenta hardware into intelligent “Edge Brains” that monitor electric motor health in real-time, preventing burnouts and optimizing energy consumption.
Motor monitoring system based on Arduino Pro
Edge AI Anomaly Detection
Utilize the dual-core power of the Portenta Machine Control to perform local AI inference. The system identifies "Signature Analysis" patterns (MCSA) locally, only transmitting critical alerts to the cloud to reduce bandwidth costs by up to 90%.
Multi-Parameter Diagnostics
Our systems don't just track one variable. We integrate 3-phase current sensing, vibration analysis, and winding temperature monitoring into a single, unified telemetry stream.
Deterministic Load Balancing
The Arduino Opta (PLC) can be programmed to automatically throttle or shed motor loads when it detects early signs of phase imbalance or over-current, preventing catastrophic winding failure.
Detailed description of the motor monitoring system
A professional electric motor monitoring system is a permanent hardware infrastructure that watches over your most critical assets.
As specialists building Arduino industrial solutions, we refine your prototype into an industrial-grade “Sentry” that identifies electrical and mechanical stress before they lead to smoke on the factory floor.
Heavy Manufacturing Scenario
Monitoring high-torque motors in a steel mill or paper plant. The system detects "Rotor Bar" damage or "Inter-turn short circuits" by analyzing the electrical current harmonics, allowing you to schedule a motor swap during a planned shutdown.
HVAC & Pump Infrastructure
For large-scale facilities management. The Arduino Pro nodes monitor pump motors for cavitation or dry-running, using the integrated RS485/Modbus ports to communicate directly with your Building Management System (BMS).
Motor condition monitoring
We design custom galvanically isolated current transformer (CT) interfaces and 4-20mA sensor stages, ensuring the Arduino electronics are protected from the massive back-EMF and electrical noise typical of high-voltage motor starters.
Why Partner with DeepSea Developments?
If you need motor condition monitoring to take care of your machinery, you should talk to our team. This is what you get:
Non-Invasive MCC Retrofitting
You don’t need to take your plant offline to install smart monitoring. We design ultra-compact, DIN-rail mounted carrier boards optimized for split-core current transformers (CTs) and wireless vibration nodes, allowing you to retrofit dense Motor Control Centers (MCCs) without cutting into high-voltage mains.
In-House Firmware Ownership
Since the system is built on open standards, your engineering team can adjust alarm thresholds or add new sensor types without paying for proprietary “integration credits”.
High-frequency DAQ architecture
Motor Current Signature Analysis (MCSA) requires processing massive amounts of high-speed analog data. We engineer custom Analog Front-Ends (AFEs) that sample vibration and current at the high frequencies required to feed clean, conditioned data into the Portenta’s edge AI models.
Why a custom electric motor monitoring system wins
Accelerated ROI
Customizing your electric motor monitoring system with Arduino Pro technology eliminates bloated overhead, directly accelerating your project’s return on investment.
Precision Reliability
By deploying a motor condition monitoring device, you achieve enterprise-grade reliability at a fraction of the cost of traditional, restrictive off-the-shelf systems.
Expert Orchestration
Partnering with DeepSea Developments ensures your motor monitoring system is expertly orchestrated to deliver peak performance and long-term operational value for your company.
MAXIMIZE YOUR TCO
"We deliver transparent, open-architecture hardware and software that you fully own, engineered to your exact, long-term operational standard."
