Eddy Current Testing Level II

Advanced Eddy Current Testing for Nondestructive Inspection

Eddy-current testing (ET) is a highly valuable electromagnetic testing method utilized in nondestructive testing (NDT) to detect and characterize surface and sub-surface flaws in conductive materials. This comprehensive classroom training program is designed to provide students with the qualifications and certifications required to perform advanced Eddy Current Testing. The course covers various aspects of Eddy Current inspection, including advanced principles, Eddy Current Arrays, test techniques, interpretation, and more. Through a combination of classroom instruction and practical application, students will develop a solid understanding of the advanced principles of Eddy Current Testing.

Eddy Current Level II (ET) is specifically designed to meet the 40-hour classroom training requirements outlined in SNT-TC-1A and CP-189. The curriculum encompasses the body of knowledge specified in CP-105, ensuring comprehensive coverage of essential topics. Hands-on training is integrated into the course to provide students with practical experience and reinforce their understanding.

Eddy Current Testing Level II Classroom Training Outline:

• 1.0 Review of Electromagnetic Theory: Comprehensive review of the fundamental electromagnetic principles that underpin Eddy Current Testing.
• 2.0 Factors that Affect Coil Impedance:
• 2.1 Test-part: Understanding how characteristics of the test-part impact coil impedance.
• 2.2 Test system: Exploring the influence of the test system on coil impedance.
• 3.0 Signal-to-Noise Ratio: Understanding the concept of signal-to-noise ratio and its significance in Eddy Current Testing.
• 4.0 Selection of Test Frequency:
• 4.1 Relationship of frequency to type of test: Exploring the relationship between the test frequency and the type of test being conducted.
• 4.2 Considerations affecting choice of test: Factors to consider when selecting the appropriate test frequency.
• 5.0 Coupling:
• 5.1 Fill factor: Understanding the impact of fill factor on coupling efficiency.
• 5.2 Liftoff: Exploring the effects of liftoff on coupling and its consideration in Eddy Current Testing.
• 6.0 Field Strength and its Selection:
• 6.1 Permeability Changes: Understanding how changes in permeability affect field strength.
• 6.2 Saturation: Exploring the concept of saturation and its implications in Eddy Current Testing.
• 6.3 Effect of AC Field Strength on Eddy Current: Understanding the effects of AC field strength on Eddy Current behavior.
• 7.0 Considerations of Instrument Design:
• 7.1 Amplification: Understanding the role of amplification in Eddy Current Testing Instruments.
• 7.2 Phase detection: Exploring the importance of phase detection in Eddy Current Testing.
• 7.3 Differentiation of filtering: Techniques for differentiating and filtering signals to enhance detection capabilities.
• 8.0 Standards and Operating Procedures: Familiarization with relevant standards and operating procedures governing Eddy Current Testing.
• 9.0 Inspection Systems Output: Understanding the output generated by Eddy Current inspection systems and the interpretation of results.

Enroll in this Advanced Eddy Current Testing course to enhance your skills and knowledge in nondestructive inspection. Gain an in-depth understanding of advanced Eddy Current Testing principles and techniques, ensuring accurate flaw detection, characterization, and interpretation. Develop proficiency by industry standards and operating procedures, equipping you for success in the field of nondestructive testing.

At Advanced NDT and Consulting, we have a singular mission: to redefine industry standards by delivering exceptional quality services and products that surpass expectations. With unwavering commitment and innovative thinking, we strive to shape the future of our industry. While many larger companies prioritize profit margins, we remain steadfast in our dedication to the quality of work we provide.

Our goals are straightforward: we aim to restore the unwavering faith and trust that once characterized the field of Non-Destructive Testing (NDT). Through our efforts, we aspire to bring back the days when clients were true partners, rather than mere purchase orders. We want to foster a collaborative environment where our clients can rely on us as trusted allies.

To ensure the highest caliber of technicians, Advanced NDT and Consulting has implemented a comprehensive training process. Our Quality Management System (QMS) outlines strict guidelines for the qualification and certification of all technicians. By prioritizing the well-being and development of our employees, we ensure that our service embodies the principles we hold dear.

At Advanced NDT and Consulting, we are driven by a passion for excellence. We believe that by raising the bar and setting new standards, we can revolutionize the NDT industry. Through our unwavering commitment to quality, integrity, and continuous improvement, we aim to exceed client expectations and leave a lasting impact on the field of Non-Destructive Testing.