Radiographic Testing - Level  II

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Course Duration:     5 Days (40 Hours)                                                                                                   Course Fees:     $1245
Objective:
Radiographic Testing - Level II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP-1899, NAS 410, and other equivalent standards, as well as customer-specific written practice, for training and certification of personnel in this method of Non-Destructive Testing.
After completing this Radiographic Testing class, you will get in-depth knowledge of Basic Radiation Physics, Radiographic Techniques, Radiographic Film and Processing, Quality of Radiographs, equipment, and application of Radiographic techniques to test various product forms for volumetric discontinuities.
Training Examination & Certification Requirement:
During this Radiographic Testing training class, you will give examinations on General theory, Specification, and Practical. You are required to successfully pass these three examinations with a minimum of 70% grading in each study, and the average grading of all three tests should be 80% minimum, as per the requirements of ASNT SNT-TC-1A 2024 or NAS 410
OJT Hours: As per the requirements of ASNT SNT-TC-1A, you need to have a minimum of 630 Hours of on-the-job training (OJT) after completion of training classes for certification in this method.
Pre-Requisite: A person attending direct Level II needs to have 40 Hours of Level I classroom hours in this method.  
Basic Principle of Radiographic Testing
Radiography involves using penetrating X-rays or gamma radiation to examine parts and products for imperfections. An X-ray generator or a radioactive isotope is used as a radiation source. Radiation is passed through a specimen onto film or other imaging media. The resulting shadow image reveals the part's dimensional features. Possible imperfections are indicated by density changes in the movie, in the same manner as medical X-rays show broken bones.
Course Description:

• Introduction to Basic Radiation Physics 
• The principles of Radiographic Techniques 
• Radiographic Film and Processing
• Film Handling, Loading, and Processing
• Image Quality
• Exposure Techniques  
• Film Artifacts
• Categories of Discontinuities
• Welding Process  
• Interpretation of Radiographs
• Radiological Safety  and Radiation Detection
• Code and Standards 

Hands-on Training (Practical) Outlines:

• Equipment  Introduction  
• Safety Procedure
• Technique Per ASME Sec V
• Film Handling and Storage
• Film Processing
• Review of Artifacts
• Review of Casting Radiographs
• Review of Welding Radiographs

Training Material
Training course materials are provided at the start of training and are divided into sections, followed by practice worksheets and quizzes. Training books also include some referencing codes & specifications for examination procedures and acceptance.
Referencing Code and Standards:

• ASME Section VIII Division 1 – Appendix 4 (Rounded Indication)  
• ASME Section VIII Division 1 – UW 51 and UW 52
• ASME Section V  Article 2 – Radiographic  Examination