INTELLIGENT INSPECTIONS

Connects via USB on Chrome/Edge. Click "Detect Sensor" then pick the USB serial port — the page sends the standard FMCW radar init codes (US SX PX M>20 F2 BZ O1OS R|) and starts a live read.

After you've set baselines on each walker below (Doppler, Thermal, Vibration), walk the pipe. At each spot, read the Thermal Master, type the °F here, click MARK. All three walkers that have a baseline set advance the same position step (pulled from the FMCW walker's Step ft).

Runs off the same live stream as the readout above. Baseline = the clean section you start at. Drop is computed off a rolling average so OPS243 noise doesn't flicker the verdict. Five severity tiers, beep on change, backflow flag, walk heatmap, downloadable walk log.
Metal-pipe mode: the K-band signal does not penetrate a metal wall, but aimed at the outer surface it will pick up the pipe's own micro-vibration from flowing product. A sudden drop to ~0 = flow has stopped behind that section = clog.

For metal pipes the FMCW can't see through (200°C peanut-butter lines, etc). Walk the pipe, shoot each spot with the Thermal Master, type the surface temperature in °F here, mark position. Hot product flowing keeps the pipe wall hot; downstream of a clog cools off — drop from baseline is the signal.

Contact-vibration on the pipe wall via the WT901BLE. K-band can’t penetrate metal but a contact accelerometer reads the pipe’s own micro-motion from flow with 100× the SNR. Connect once, set baseline on a clean stretch, walk. Sudden drop in AC vibration = flow has stopped behind that section.

CSV uploads through /api/scan/upload as a CSV ingestor — same pipeline as every other sensor.