IoT Condition Monitoring
IoT condition monitoring uses connected sensors and communication systems to collect equipment-condition data for analysis and maintenance decisions.
What this term means in maintenance
IoT condition monitoring uses connected sensors and communication systems to collect equipment-condition data for analysis and maintenance decisions.
Data that may be collected
Examples include:
- Vibration
- Temperature
- Pressure
- Current
- Humidity
- Flow
- Energy
- Runtime
- Oil condition
Practical example
Wireless vibration and temperature sensors monitor motors that are difficult to inspect frequently.
Maintenance workflow
Useful IoT monitoring should identify the asset, condition, severity, evidence, and recommended follow-up.
Connectivity and quality
Sensor placement, calibration, battery, communication, timestamp, and operating context affect data reliability.
Common mistake
Installing many sensors without defining alarm ownership and maintenance response creates data without action.
Related concepts
Related maintenance terms
Keep exploring connected CMMS, reliability, and maintenance planning terms.
Condition Monitoring
Condition monitoring is the systematic collection and review of equipment-condition information to identify deterioration, abnormal operation, or developing failure.
Fault Detection and Diagnostics
Fault Detection and Diagnostics is the process of identifying abnormal equipment behavior and determining the likely fault or affected component.
Predictive Maintenance
Predictive maintenance uses condition data, trends, and analytical methods to estimate when equipment degradation may require maintenance.
Glossary FAQs
- What data can IoT sensors collect?
Vibration, temperature, pressure, current, humidity, flow, energy, runtime, and oil condition.
- Does every alert need a work order?
No. Alerts should be verified and converted according to severity and workflow rules.
- What affects sensor-data quality?
Placement, calibration, communication, power, timestamps, and operating context.