About Ultrasonic Flaw Detector
Ultrasonic Flaw Detector
Technical Specification of Ultrasonic Flaw Detector
- Test range 1 to 20000mm at steel velocity.
- Gain 0 to 110dB. Panel memory 20 stored calibrations.,
- Thickness logging 2000 storage readings. RS232 interface.
- Battery operation/Mains operation power pack.
- Transducer sockets BNC or LEMO.Aluminum Carry case., Operating
- temperature-10 to 55 degree C. Transducer, 4.3 MHz crystal single angle medium damped.
- 2.25 MHz crystal single angle medium damped.
- 5 MHz 2 x 8 x 4 crystal twin contact medium damped.,
- 2.25 MHz 2 x 8 x 4 crystal twin contact medium damped.
- 1.25 MHz 2 x 8 x 4 crystal twin contact medium damped.
- 10 MHz 10mm dia. crystal single contact medium
- damped., 2,25 MHz 10mm dia. crystal single contact high damped.,
High-Test Range for Diverse ApplicationsWith a substantial test range of 1 to 20000mm, the Ultrasonic Flaw Detector accommodates a wide variety of steel thicknesses and shapes. This versatility enables engineers and researchers to inspect everything from thin plates to large structural sections, ensuring dependable flaw detection across different laboratory and industrial scenarios.
Laboratory Efficiency and 100% AccuracyThis flaw detector is specifically engineered for laboratory environments, offering high efficiency and perfect accuracy in detecting defects within mild steel. The combination of advanced ultrasonic technology and user-friendly operations guarantees minimal error rates, reliable test outcomes, and superior productivity for professional material testing.
FAQs of Ultrasonic Flaw Detector:
Q: How is the Ultrasonic Flaw Detector used in laboratory settings?
A: In laboratories, the Ultrasonic Flaw Detector is used to inspect mild steel samples for internal or surface defects. Technicians place the probe on the material, enabling ultrasonic waves to penetrate and reflect from flaws, with the detector displaying precise results for thorough analysis.
Q: What process does the flaw detector use to identify defects in mild steel?
A: The detector employs high-frequency ultrasonic waves, which travel through the steel. When these waves encounter discontinuities or flaws, they reflect back to the sensor. The system interprets the reflected signals to accurately pinpoint defect locations and sizes.
Q: When should you use this instrument for steel testing?
A: It should be used during routine material quality checks, fabrication, and before critical application or installation to ensure that mild steel components meet safety and performance standards. Early defect detection prevents structural failures and ensures compliance with regulations.
Q: Where is the Ultrasonic Flaw Detector manufactured and supplied from?
A: This instrument is manufactured, exported, and supplied from India, ensuring high-quality standards and global accessibility for laboratories and industries requiring advanced flaw detection solutions.
Q: What are the benefits of using a highly efficient ultrasonic flaw detector?
A: The key benefits include rapid, accurate detection of material defects, enhanced safety, minimal downtime, and cost-effective maintenance. Its efficiency supports bulk testing requirements without compromising precision, improving overall workflow.
Q: How accurate are the results provided by the Ultrasonic Flaw Detector?
A: The device offers 100% accuracy owing to its advanced ultrasonic technology and calibrated system, enabling reliable identification and measurement of defects, crucial for laboratory and industrial material assessments.