NM01DSCCS
The CURTIS DSC Calibration Block is an essential tool for precise calibration of your ultrasonic testing (UT) equipment, specifically designed for shear wave distance and sensitivity adjustments. Manufactured from high-quality carbon steel, this block provides consistent and reliable acoustic properties crucial for accurate UT setups on steel structures and components.
Engineered to meet and often exceed the requirements of industry standards such as AWS (American Welding Society) and other relevant specifications, the DSC block features carefully machined geometries, including specific radii and notches, to generate the necessary reflected signals for effective calibration. This ensures your shear wave inspections are performed with the highest degree of accuracy.
For protection and longevity, this DSC Calibration Block comes complete with a durable case, safeguarding its precision surfaces during storage and transportation. Trust in the renowned quality of CURTIS for a calibration standard that delivers dependable performance and contributes to the accuracy of your critical ultrasonic examinations.
Key Features:
Precision Carbon Steel Construction: Provides consistent and reliable acoustic properties for steel calibration.
Specifically for Shear Wave Calibration: Features geometries designed for distance and sensitivity adjustments.
Meets Industry Standards: Often manufactured to comply with AWS and other relevant specifications.
Durable and Robust: Built to withstand regular use in inspection environments.
Includes Protective Case: Ensures safe storage and transport, maintaining block integrity.
Trusted CURTIS Quality: A reputable manufacturer of NDT calibration standards.
Typical Applications:
Accurate calibration of ultrasonic flaw detectors for shear wave inspections.
Setting and verifying the sensitivity of angle beam transducers.
Establishing precise distance calibrations for angle beam examinations.
Ensuring compliance with quality control requirements in welding and structural inspections.
Use in UT training and personnel qualification programs.