
NM01ST145LIHC
ST1-45L-IHC, Wedge for Conventional TOFD UT probe, Panametrics type, 3 mm element diameter, 60 degree longitudinal wave, with IHC option (irrigation holes and carbides). CT
The ST1-45L-IHC is a specifically designed ultrasonic testing (UT) wedge optimized for use with conventional Time-of-Flight Diffraction (TOFD) UT probes, particularly Panametrics type probes with a 3mm element diameter. This wedge facilitates accurate and reliable TOFD inspections by generating a 60-degree longitudinal wave and incorporating enhanced features for optimal performance. It's manufactured by CT.
Key Features:
TOFD Application:
Engineered for use with conventional TOFD ultrasonic testing techniques, enabling precise flaw detection and sizing.
Panametrics Probe Compatibility:
Designed to interface seamlessly with Panametrics type UT probes, ensuring proper signal transmission and compatibility.
3mm Element Diameter:
Optimized for probes with a 3mm element diameter, providing accurate signal coupling and transmission.
60-Degree Longitudinal Wave:
Generates a 60-degree longitudinal wave, essential for accurate TOFD inspections. Longitudinal waves travel through the test material in the direction of wave propagation.
IHC (Irrigation Holes and Carbides):
Includes "Irrigation Holes" for efficient couplant application, ensuring optimal ultrasonic wave transmission between the transducer and the test piece.
Incorporates "Carbides" for increased wear resistance and durability, extending the wedge's operational lifespan.
CT Manufacturing:
Manufactured by CT, indicating adherence to specific manufacturing standards and quality control.
Applications:
Time-of-Flight Diffraction (TOFD) Inspections:
Used in TOFD inspections for the precise detection and sizing of flaws in welds and materials.
Weld Inspection:
Primarily used for the detection and characterization of weld defects, such as cracks and lack of fusion.
Material Characterization:
Can be employed for analyzing material properties and identifying defects in various materials.