Identify non-uniform heating, cooling deviations and emerging equipment faults.
Continuous radiometric imaging turns temperature into a process variable—helping manufacturers detect drift, verify thermal steps and protect quality without interrupting production.
A fixed thermal imager observes the complete temperature pattern rather than one measurement point. ESAS systems combine calibrated radiometric data, configurable regions of interest and industrial communications so thermal conditions can be monitored, recorded and acted upon automatically.
Identify non-uniform heating, cooling deviations and emerging equipment faults.
Confirm that each product or cycle remains within defined thermal limits.
Send alarms and measurement data directly to PLC, SCADA or quality systems.
The compact ESAS F1 combines a calibrated thermal core with edge analysis and standard industrial interfaces. It can operate as a standalone alarm sensor or as part of a wider automation architecture.
Technical values are representative design targets and may be configured for the final application.
Continuous imaging captures the thermal distribution across the target area.
Multiple regions calculate maximum, minimum, average and differential temperature.
Threshold, rate-of-rise and pattern rules identify abnormal conditions.
Alarms, images and data are passed to the line controller or quality record.
Verify component heating and locate abnormal thermal signatures on powered boards.
Confirm temperature uniformity and thermal dwell across every cycle.
Record radiometric evidence during validation, endurance and acceptance testing.
Monitor motors, bearings, heaters and power connections without stopping production.
Talk to ESAS about your industrial, rail or marine imaging requirement.