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LIQUID PENETRANT TESTING(PT) AND MAGNETIC PARTICLE TESTING(MT) (Sertifikasi NDT LEVEL II)

Training Syllabus:

LIQUID PENETRANT TESTING(PT) AND MAGNETIC PARTICLE TESTING(MT)

(Sertifikasi NDT LEVEL II)

 

TRAINING MATERIAL OUTLINE :

LIQUID PENETRANT TESTING(PT)

  1. Introduction
  2. Brief history of nondestructive testing and liquid penetrant testing
  3. Purpose of liquid penetrant testing
  4. Basic principles of liquid penetrant testing
  5. Types of liquid penetrants commercially available
  6. Method of personnel qualification
  7. Liquid Penetrant Processing
  8. Preparation of parts
  9. Adequate lighting
  10. Application of penetrant to parts
  11. Removal of surface penetrant
  12. Developer application and drying
  13. Inspection and evaluation
  14. Post-cleaning
  15. Various Penetrant Testing Methods
  16. Current ASTM and ASME standard methods  ASTM E 1208, 1209, 1210.
  17. Characteristics of each method
  18. General applications of each method
  19. Liquid Penetrant Testing Equipment
  20. Liquid penetrant testing units
  21. Lighting for liquid penetrant testing equipment and light meters
  22. Materials for liquid penetrant testing
  23. Precautions in liquid penetrant testing
  24. Selection of the Appropriate Penetrant Testing Method
  25. Advantages of various methods
  26. Disadvantages of various methods
  27. Inspection and Evaluation of Indications
  28. General
  29. Factors affecting indications
  30. Indications from cracks
  31. Indications from porosity
  32. Indications from specific material forms
  33. Evaluation of indications
  34. Inspection Procedures and Standards
  35. Inspection procedures (minimum requirements)
  36. Standards/codes
  37. Applicable methods/processes
  38. Acceptance criteria

 

MAGNETIC PARTICLE TESTING(MT)

  1. Principles of Magnets and Magnetic Fields
    1. Theory of magnetic fields
    2. Theory of magnetism
    3. Terminology associated with magnetic particle testing
  2. Characteristics of Magnetic Fields
    1. Bar magnet
    2. Ring magnet
  3. Effect of Discontinuities of Materials
    1. Surface cracks
    2. Scratches
    3. Subsurface defects
  4. Magnetization by Means of Electric Current
    1. Circular field
    2. Longitudinal field
  5. Selecting the Proper Method of Magnetization
  6. Alloy, shape and condition of part
  7. Type of magnetizing current
  8. Direction of magnetic field
  9. Sequence of operations
  10. Value of flux density
  11. Inspection Materials
  12. Wet particles
  13. Dry particles
  14. Principles of Demagnetization
  15. Residual magnetism
  16. Reasons for requiring demagnetization
  17. Longitudinal and circular residual fields
  18. Basic principles of demagnetization
  19. Retentivity and coercive force
  20. Methods of demagnetization
  21. Magnetic Particle Testing Equipment
  22. Equipment selection considerations
  23. Manual inspection equipment
  24. Medium and heavy duty equipment
  25. Stationary equipment
  26. Mechanized inspection equipment
  27. Types of Discontinuities Detected by Magnetic Particle Testing
  28. Inclusions
  29. Blowholes
  30. Porosity
  31. Flakes
  32. Cracks
  33. Pipes
  34. Laminations
  35. Laps
  36. Forging bursts
  37. Voids
  38. Magnetic Particle Test Indications and Interpretations
  39. Indications of nonmetallic inclusions
  40. Indications of surface se
  41. Indications of cracks
  42. Indications of laminations
  43. Indications of laps
  44. Indications of bursts and flakes
  45. Indications of porosity
  46. Non-relevant indications
  47. Magnetization by Means of Electric Current
  48. Circular techniques
  49. Longitudinal technique
  50. Demagnetization Procedures
  51. Need for demagnetization of parts
  52. Current, frequency and field orientation
  53. Heat factors and precautions
  54. Need for collapsing flux fields
  55. Equipment
  56. Portable type
  57. Stationary type
  58. Automatic type
  59. Liquids and powders
  60. Black light type
  61. Light sensitive instruments
  62. Types of Discontinuities
  63. In castings
  64. In ingots
  65. In wrought sections and parts
  66. In welds

VENUE : Kagum Group Hotel Bandung (Golden Flower, Banana Inn, Serela, Gino Feruci), Amaroossa Hotel, Noor Hotel, Grand Setiabudi Hotel, dll

TRAINING DURATION : 7 days

TRAINING TIME:

Januari 2024Februari 2024Maret 2024April 2024
8 – 13 Januari 20245 – 10 Februari 20244 – 9 Maret 20241 – 6 April 2024
15 – 20 Januari 202412 – 17 Februari 202411 – 16 Maret 202422 – 27 April 2024
22 – 27 Januari 202419 – 24 Februari 202418 – 23 Maret 202429 April – 4 Mei 2024
29 Jan – 3 Feb 202426 Feb – 2 Maret 202425 – 30 Maret 2024
Mei 2024Juni 2024Juli 2024Agustus 2024
6 – 11 Mei 20243 – 8 Juni 20241 – 6 Juli 20245 – 10 Agustus 2024
13 – 18 Mei 202410 – 15 Juni 20248 – 13 Juli 202419 – 24 Agustus 2024
20 – 25 Mei 202424 – 29 Juni 202415 – 20 Juli 202426 – 31 Agustus 2024
27 Mei – 1 Juni 202422 – 27 Juli 2024
29 Juli – 3 Agus 2024
September 2024Oktober 2024November 2024Desember 2024
2 – 7 September 202430 Sept – 5 Okt 20244 – 9 November 20242 – 7 Desember 2024
9 – 14 September 20247 – 12 Oktober 202411 – 16 November 20249 – 14 Desember 2024
16 – 21 September 202414 – 19 Oktober 202418 – 23 November 202416 – 21 Desember 2024
23 – 28 September 202421 – 26 Oktober 202425 – 30 November 2024
28 Okt – 2 Nov 2024

INVESTMENT PRICE/PERSON :

  1. 12.500.000/person (full fare) or
  2. 12.250.000/person (early bird, payment 1 week before training) or
  3. 11.950.000/person (if there are 3 persons or more from the same company)

FACILITIES FOR PARTICIPANTS :

  1. Training Module
  2. Flash Disk contains training material
  3. Certificate ASNT
  4. Stationeries: NoteBook and Ballpoint
  5. T-Shirt
  6. Backpack
  7. Training Photo
  8. Training room with Full AC facilities and multimedia
  9. Lunch and twice coffeebreak every day of training
  10. Qualified Instructor