PAUT Weld Planner helps NDT technicians and Level II / III inspectors think through a phased array ultrasonic (PAUT) scan plan before they pick up the probe - right on the phone in their pocket.

PLAN THE WELD
• Draw the weld cross-section: single-V, double-V or J-bevel, with HAZ, in mm or inches
• Pick a sectorial scan (S-scan angle range) or an isolated shear-wave beam
• Choose from 16, 32 and 64-element Evident probes with specs checked against the manufacturer's published pages
• Set the wedge angle, front-to-index distance, legs and face tolerance
• Drag the probe across the plate and see which fusion faces, weld volume and HAZ the beam reaches - with the angle and sound path that reach each side

SCAN PLAN
• Animated raster scan: watch coverage build up step by step
• Coverage checklist with pass/fail for each fusion face, the weld volume and the HAZ
• Find the index-offset range you need and the coverage ceiling for your beam
• Email a PDF scan-plan report with job number, weld ID, inspector, the weld diagram, the scan summary and defect results

DEFECTS
• Place lack of fusion, slag, porosity, ID crack, OD crack and centerline crack indications
• Resize and move them, and see whether - and from where - the beam can get an echo

REFERENCE
• Pipe Sizes: ASME B36.10M OD, wall and ID by NPS and schedule, sent straight to the planner
• Codes: an acceptance quick reference for ASME Section VIII Div. 1, B31.1 and B31.3 at your weld thickness, plus an index of where to look in Section V, B31.3, B31.1 and Section VIII

SAVE YOUR WORK
• Save plans by job and weld and reopen them later

PLANS
• Planner - $19.99 per year: the Planner tab
• Everything - 14-day free trial, then $29.99 per year founding-member price (locked in while you stay subscribed): every tab and the PDF report
Prices are in US dollars and may vary by country. Subscriptions renew automatically each year unless cancelled at least 24 hours before the renewal date; manage or cancel them in your Google Play account settings.

IMPORTANT
This is a planning and training aid, not an examination tool. It uses a simplified two-dimensional straight-ray model of a flat plate and does not predict signal amplitude or detectability. The acceptance quick reference is paraphrased from public sources, not reproduced from the codes - always confirm against your licensed copy of the applicable code edition and your written procedure. A full disclaimer is shown and must be accepted before first use.

Not affiliated with or endorsed by ASME, ASNT, Evident or any manufacturer or standards body.

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