Thermal Anomaly Reporting Form for Equipment Inspections

Thermal anomaly reporting forms serve as critical documentation artifacts in condition-based monitoring programs for heavy mining equipment—such as haul trucks, conveyors, crushers, and transformers—where overheating often precedes mechanical failure, electrical faults, or lubrication breakdowns. The form integrates data from uncooled or cooled microbolometer thermal cameras mounted on UAVs, requiring alignment with ISO 18436-7 (condition monitoring certification) and ASTM E1934 (standard guide for infrared inspection). Each reported anomaly must include georeferenced location (via drone GPS/RTK), emissivity-adjusted temperature differentials (ΔT), comparative baseline referencing (e.g., identical equipment under similar load), and severity classification (e.g., Class 1–3 per IEEE 1434 guidelines). Crucially, the form enforces traceability: linking anomalies to asset IDs, inspection timestamps, operator credentials, environmental conditions (ambient temperature, humidity, wind speed), and corrective action status—ensuring audit readiness and enabling trend analysis across fleets. Integration with CMMS (Computerized Maintenance Management Systems) or digital twin platforms allows automated work order generation and historical thermal fingerprinting for failure mode prediction.