The "Ring-Array" Phased Array Probe (via Immersion) adopts a 45-degree-tilted cone screen to make orthogonal shift of the beam into a ring of a pipe either from inside or outside, thus ending up fully covering either the inner surface or the outer surface of the pipe wall.
The "Ring-Array" Phased Array Probe (via Immersion) adopts a 45-degree-tilted cone screen to make orthogonal shift of the beam into a ring of a pipe either from inside or outside, thus ending up fully covering either the inner surface or the outer surface of the pipe wall.
Test principle:
The "Ring-Array" Phased Array Probe (via Immersion) adopts a 45-degree-tilted cone screen to make orthogonal shift of the beam into a ring of a pipe either from inside or outside, thus ending up fully covering either the inner surface or the outer surface of the pipe wall.
From Inside
From Outside
With a 45-degree-tilted cone screen to make orthogonal shift of the beam into a ring of a pipe from outside, the outer surface of the pipe wall can be fully covered by one-time scan.
"inspection from Outside" Sketch "Inspection from Outside" Cutaway View
With the probe contacted onto end of the bolt, the screw threads around can be all covered, providing graphic feedback for judging the defects visually, as an ideal substitute to conventional measure.
"Inspection on Screwbolt" Sketch "Inspection on Screwbolt" Cutaway
Feature:
Single-Axis Scan for full coverage, high efficiency.
Optional from 1MHz to 10MHz and 16 to 128 in element qty.
Applicable from inside the tube no less than 15mm by diameter.
Elements of composite material and matching layer specific to immersion mode - high sensitivity and SNR.
Broader band width and narrower pulse width - high resolution for discerning smaller defects.
Bespoke solution kit: probe, screen, software (CTS-PA22A or CTS-PA22X kit).
| Frequency（MHz） | Element Qty | pitch(mm) | Elevation (mm） |
| 5 | 33 | 12 | 26 |
| 5 | 57 | 12 | 26 |
Applications:
I. From inside the pipe.
II. From outside the pipe.
III. From the end of screwbolt.
