AssetWatch Electrical Monitoring Tracks Three-Phase Motor Current

AssetWatch’s Electrical Monitoring places a wireless sensor in the electrical panel for continuous motor current monitoring.

Electrical and load-related problems in AC motors can develop with little or no early vibration signature, so vibration sensors alone can leave gaps in a plant's picture of motor health. AssetWatch Electrical Monitoring is a continuous motor current monitoring system that watches AC motor-driven assets for these faults as they develop, rather than only during periodic spot checks.

The system continuously measures RMS current across all three phases of an AC motor to identify overload conditions, current unbalance that shortens motor life, and power transmission issues such as slipping belts or failing couplings. It also records runtime and duty cycle, giving reliability teams a behavioral baseline showing which assets run hardest and carry the most operational risk.

A wireless sensor is installed in the electrical panel rather than on the motor, allowing fast deployment and around-the-clock monitoring of hard-to-access equipment where vibration sensors are difficult to place. No capital expenditure is required.

Current data feeds into the same platform as vibration, temperature, and oil analysis data, so teams can view electrical and vibration readings side by side to determine whether a fault is electrical, mechanical, or process-related. AI and dedicated Condition Monitoring Engineers review the findings and work with the customer’s maintenance and reliability team.

Applications

  • Motor overload detection
  • Current unbalance detection
  • Belt slip & coupling failure detection
  • Runtime & duty cycle tracking
  • Ranking assets by operational risk
  • Separating electrical, mechanical & process faults

Industries

  • Any operation running AC motor-driven assets

Who It's For

  • Faults that show no vibration signature
  • Motors too hard to reach for vibration sensors
  • Continuous coverage instead of spot checks
  • Monitoring without capital expenditure
  • Teams already running vibration monitoring

Features:

  • Continuous RMS current monitoring across all three phases
  • Overload condition detection
  • Current unbalance detection
  • Power transmission fault detection, including slipping belts and failing couplings
  • Runtime and duty cycle tracking
  • Wireless sensor mounts in the electrical panel, not on the motor
  • Around-the-clock monitoring of hard-to-access assets
  • Electrical data viewed alongside vibration, temperature, and oil analysis data
  • Findings reviewed by AI and Condition Monitoring Engineers
  • No capital expenditure required

AssetWatch, Inc.
Dublin, OH
(844) 464-5652
[email protected]

assetwatch.com

Contributors:
This piece was created with the help of generative AI tools and edited by our content team for clarity and accuracy.