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STIX - 4 Probe Weld Scanner by Jireh Industries - Efficient and Versatile Weld Inspection
The STIX - 4 Probe Weld Scanner from Jireh Industries is a surprisingly simple yet highly capable manual magnetic scanner designed for efficient and accurate weld inspection on ferrous materials. This robust scanner provides encoded probe positioning for up to four probes simultaneously, typically accommodating two Time-of-Flight Diffraction (TOFD) and two Phased Array probes.
Featuring magnetic wheels coated with urethane for smooth and reliable movement, the STIX scanner adheres securely to the inspection surface. Its spring-loaded encoder ensures accurate positional data acquisition, compatible with all standard ultrasonic testing instruments. The scanner's design allows for minimal adjustments between scan setups, enhancing productivity.
With convenient handles for easy manipulation and mounting points for accessories, the STIX scanner is a versatile tool for various weld inspection needs. It incorporates primary pivot buttons with 8 mm (0.315 in) pivot holes and secondary pivot buttons with 5 mm (0.197 in) pivot holes, providing flexibility in probe and wedge mounting for optimal inspection angles.
Key Benefits:
Four-Probe Capability: Accommodates up to four probes (2 TOFD / 2 Phased Array) for comprehensive inspection in a single pass.
Encoded Positional Data: Spring-loaded encoder ensures accurate scan length recording.
Magnetic Adhesion: Strong magnetic wheels with urethane coating provide secure and smooth movement on ferrous surfaces.
Adjustable Probe Positioning: 8 mm and 5 mm pivot holes allow for versatile probe and wedge mounting.
Compatible with Standard Instruments: Encoder output is compatible with a wide range of UT equipment, including potential integration with GE Mentor systems via the encoder connector.
Durable and Reliable: Built for demanding inspection environments.
Applications:
Weld inspection on ferrous pipes and vessels.
Combined Phased Array and TOFD techniques.
Manual encoded scanning for accurate data acquisition.