A practical selection guide covering monitoring objectives, sensors, DAQ, communication, software, alarms, reports, and project evidence.
Choose a structural health monitoring system by defining the engineering decision first, then matching measurement points, sensors, acquisition channels, sampling behavior, synchronization, communication, software outputs, alarm review, and maintenance requirements. A credible proposal should describe the complete data chain rather than listing instruments in isolation.
Technical review date: 2026-07-28
The first question is not which sensor to buy. It is what condition, change, or event the owner must detect and what action the resulting data should support.
Examples include long-term deformation review, vibration-event recording, construction-stage control, cable-force tracking, abnormal trend detection, and post-event engineering assessment.
Asset and structural components to be monitored
Measurement quantities and expected ranges
Measurement point count, direction, mounting, and environmental exposure
Static, dynamic, event-triggered, or mixed acquisition
Required channel synchronization and timing reference
Local, wired, wireless, cellular, or mixed communication
Dashboard, waveform, trend, alarm, report, and export requirements
Commissioning, calibration, maintenance, and engineering review responsibilities
| Evaluation area | Evidence to request |
|---|---|
| Measurement layer | Sensor compatibility, range, direction, mounting, calibration, and environmental suitability |
| Acquisition layer | Channel type, sampling behavior, resolution, synchronization, trigger logic, and storage |
| Communication layer | Topology, coverage, power, buffering, retry behavior, and offline operation |
| Software layer | Live data, trends, waveforms, alarms, exports, reports, permissions, and audit history |
| Engineering layer | Point layout, threshold basis, commissioning records, and review workflow |
| Project proof | Relevant deployment scope, products used, outputs, limitations, and verifiable results |
Provide the asset type, monitoring objective, drawings or dimensions, measurement quantities, approximate point count, expected event or trend, communication conditions, power availability, software outputs, alarm expectations, and project schedule.
Usually no. The measurement plan and required data outputs should define the sensor, DAQ, communication, and software requirements.
Yes, but static trend channels and high-rate dynamic channels may require different sensors, acquisition behavior, storage, and review workflows.
Share the asset, drawings, measurement objectives, site conditions, expected data outputs, and project schedule. Product selection is confirmed against the actual engineering scope.
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