ASME BPVC V 2010

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ASME BPVC – V -2010 BPVC Section V, Nondestructive Examination

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ASME	2010	700

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5	CONTENTS FiIGURE TABLES
6	FIGURES TABLE
8	Tables FIGURES
10	FIGURES TABLES FIGURES
11	FIGURES TABLES
12	FIGURES FIGURES
16	LIST OF SECTIONS
18	FOREWORD
20	STATEMENT OF POLICY
21	PERSONNEL
33	ASTM PERSONNEL
34	SUMMARY OF CHANGES
36	LIST OF CHANGES IN RECORD NUMBER ORDER
37	SUBSECTION A NONDESTRUCTIVE METHODS OF EXAMINATION ARTICLE 1 GENERAL REQUIREMENTS T- 110 SCOPE T- 120 GENERAL
38	T- 130 EQUIPMENT T- 150 PROCEDURE T- 160 CALIBRATION
39	T- 170 EXAMINATIONS AND INSPECTIONS T- 180 EVALUATION T- 190 RECORDS/ DOCUMENTATION
40	MANDATORY APPENDIX I — GLOSSARY OF TERMSFOR NONDESTRUCTIVEEXAMINATION
41	NONMANDATORY APPENDIX A — IMPERFECTION VSTYPE OF NDE METHOD
43	ARTICLE 2 RADIOGRAPHIC EXAMINATION T- 210 SCOPE T- 220 GENERAL REQUIREMENTS T- 230 EQUIPMENT AND MATERIALS
44	T-233.1 HOLE-TYPE IQI DESIGNATION, THICKNESS, AND HOLE DIAMETERS T-233.2 WIRE IQI DESIGNATION, WIRE DIAMETER,AND WIRE IDENTITY
45	T- 260 CALIBRATION
46	T- 270 EXAMINATION
47	T-275 LOCATION MARKER SKETCHES
49	T-276 IQI SELECTION
50	T- 280 EVALUATION
51	T- 290 DOCUMENTATION T-283 EQUIVALENT HOLE-TYPE IQI SENSITIVITY
52	MANDATORY APPENDICES I IN-MOTION RADIOGRAPHY
53	II REAL-TIME RADIOSCOPIC EXAMINATION
55	III DIGITAL IMAGE ACQUISITION, DISPLAY, AND STORAGE FOR RADIOGRAPHY AND RADIOSCOPY
56	IV INTERPRETATION, EVALUATION, AND DISPOSITION OF RADIOGRAPHIC AND RADIOSCOPIC EXAMINATION TEST RESULTS PRODUCED BY THE DIGITAL IMAGE ACQUISITION AND DISPLAY PROCESS
57	V GLOSSARY OF TERMSFOR RADIOGRAPHIC EXAMINATION
59	VI — DIGITAL IMAGE ACQUISITION, DISPLAY, INTERPRETATION, AND STORAGE OF RADIOGRAPHS FOR NUCLEAR APPLICATIONS
64	VII — RADIOGRAPHIC EXAMINATION OF METALLIC CASTINGS VIII — RADIOGRAPHY USING PHOSPHOR IMAGING PLATE
66	IX — APPLICATION OF DIGITAL RADIOGRAPHY
69	NONMANDATORY APPENDICES A RECOMMENDED RADIOGRAPHIC TECHNIQUE SKETCHES FOR PIPE OR TUBE WELDS
72	C HOLE-TYPEIQI PLACEMENT SKETCHES FOR WELDS D NUMBER OF IQIs (SPECIAL CASES)
79	ARTICLE 4 ULTRASONIC EXAMINATION METHODS FOR WELDS T- 410 SCOPE T- 420 GENERAL T- 430 EQUIPMENT
80	T-421 REQUIREMENTS OF AN ULTRASONIC EXAMINATION PROCEDURE
81	T-434.1.7.2 RATIO LIMITS FOR CURVED SURFACES
82	T- 440 MISCELLANEOUS REQUIREMENTS T- 450 TECHNIQUES
83	T-434.2.1 NON-PIPING CALIBRATION BLOCKS
84	T- 460 CALIBRATION T-434.3 CALIBRATION BLOCK FOR PIPE
85	T-434.4.1 CALIBRATION BLOCK FOR TECHNIQUE ONE
86	T-434.4.2.1 ALTERNATE CALIBRATION BLOCK FOR TECHNIQUE ONE T-434.4.2.2 ALTERNATE CALIBRATION BLOCK FOR TECHNIQUE ONE
87	T-434.4.3 ALTERNATE CALIBRATION BLOCK FOR TECHNIQUE TWO
88	T- 470 EXAMINATION
90	T- 480 EVALUATION T- 490 DOCUMENTATION
92	MANDATORY APPENDICES I SCREEN HEIGHT LINEARITY II AMPLITUDE CONTROL LINEARITY III TIME OF FLIGHT DIFFRACTION (TOFD) TECHNIQUE
97	IV PHASED ARRAY MANUAL RASTER EXAMINATION TECHNIQUES USING LINEAR ARRAYS
98	V PHASED ARRAY E-SCAN AND S-SCAN LINEAR SCANNING EXAMINATION TECHNIQUES
99	VI ULTRASONIC EXAMINATION REQUIREMENTS FOR WORKMANSHIP BASED ACCEPTANCE CRITERIA
100	VII ULTRASONIC EXAMINATION REQUIREMENTS FORA FRACTURE MECHANICS BASED ACCEPTANCE CRITERIA
102	VIII PROCEDURE QUALIFICATION REQUIREMENTS FOR FLAW SIZING AND CATEGORIZATION
104	NONMANDATORY APPENDICES A — LAYOUT OF VESSEL REFERENCE POINTS B — GENERALTECHNIQUES FOR ANGLE BEAM CALIBRATIONS
110	C — GENERALTECHNIQUES FOR STRAIGHT BEAM CALIBRATIONS D — EXAMPLES OF RECORDING ANGLE BEAM EXAMINATION DATA
113	E — COMPUTERIZED IMAGING TECHNIQUES
119	G — ALTERNATE CALIBRATION BLOCK CONFIGURATION I — EXAMINATION OF WELDS USING ANGLE BEAM SEARCH UNITS
121	J — ALTERNATIVE BASIC CALIBRATION BLOCK
122	K — RECORDING STRAIGHT BEAM EXAMINATION DATA FOR PLANAR REFLECTORS
124	L — TOFD SIZING DEMONSTRATION/DUAL PROBE — COMPUTER IMAGING TECHNIQUE
126	M — GENERALTECHNIQUES FOR ANGLE BEAM LONGITUDINAL WAVE CALIBRATIONS
129	N — TIME OF FLIGHT DIFFRACTION (TOFD) INTERPRETATION
148	O — TIME OF FLIGHT DIFFRACTION (TOFD) TECHNIQUE —GENERAL EXAMINATION CONFIGURATIONS
151	ARTICLE 5 ULTRASONIC EXAMINATION METHODS FOR MATERIALS T- 510 SCOPE T- 520 GENERAL T- 530 EQUIPMENT
152	T- 560 CALIBRATION TABLE T-522 VARIABLES OF AN ULTRASONIC EXAMINATION PROCEDURE
153	FIGURE T-534.3 STRAIGHT BEAM CALIBRATION BLOCKS FOR BOLTING
154	T- 570 EXAMINATION
155	T- 580 EVALUATION T- 590 DOCUMENTATION
157	MANDATORY APPENDICES I — ULTRASONIC EXAMINATION OF PUMPS AND VALVES II — INSERVICE EXAMINATION OF NOZZLE INSIDE CORNER RADIUS AND INNER CORNER REGIONS
158	III — GLOSSARY OF TERMS FOR ULTRASONIC EXAMINATION
159	IV — INSERVICE EXAMINATION OF BOLTS
161	ARTICLE 6 LIQUID PENETRANT EXAMINATION T- 610 SCOPE T- 620 GENERAL T- 630 EQUIPMENT T- 640 MISCELLANEOUS REQUIREMENTS
162	T- 650 TECHNIQUE T-621 REQUIREMENTS OF A LIQUID PENETRANT EXAMINATION PROCEDURE
163	T- 660 CALIBRATION T- 670 EXAMINATION T-672 MINIMUM DWELL TIMES
165	T- 680 EVALUATION T- 690 DOCUMENTATION
166	MANDATORY APPENDICES I — GLOSSARY OF TERMSFOR LIQUID PENETRANT EXAMINATION II — CONTROL OF CONTAMINANTS FOR LIQUID PENETRANT EXAMINATION
167	III — QUALIFICATION TECHNIQUES FOR EXAMINATIONS AT NONSTANDARD TEMPERATURES
169	ARTICLE 7 MAGNETIC PARTICLE EXAMINATION T- 710 SCOPE T- 720 GENERAL T- 730 EQUIPMENT T- 740 MISCELLANEOUS REQUIREMENTS
170	T- 750 TECHNIQUE TABLE T-721REQUIREMENTS OF A MAGNETIC PARTICLE EXAMINATION PROCEDURE
172	T-754.2.1 SINGLE-PASS AND TWO-PASS CENTRAL CONDUCTOR TECHNIQUE T-754.2.2 THE EFFECTIVE REGION OFEXAMINATION WHEN USING AN OFFSET CENTRALCONDUCTOR
173	T- 760 CALIBRATION T-764.1.1 PIE-SHAPED MAGNETIC PARTICLEFIELD INDICATOR
174	T-764.1.2.1 ARTIFICIAL FLAW SHIMS
175	T-764.1.2.2 ARTIFICIAL FLAW SHIMS
176	T- 770 EXAMINATION
177	T-766.1 KETOS (BETZ) TEST RING
178	T- 780 EVALUATION T- 790 DOCUMENTATION
180	MANDATORY APPENDICES I — MAGNETIC PARTICLEEXAMINATION USING THE AC YOKE TECHNIQUE ON FERRITIC MATERIALS COATED WITH NONMAGNETIC COATINGS
182	II — GLOSSARY OF TERMSFOR MAGNETIC PARTICLE EXAMINATION
183	III — MAGNETIC PARTICLE EXAMINATION USING THE YOKE TECHNIQUE WITH FLUORESCENT PARTICLES IN ANUNDARKENED AREA
184	IV — QUALIFICATION OF ALTERNATE WAVELENGTH LIGHT SOURCES FOR EXCITATION OF FLUORESCENT PARTICLES
186	NONMANDATORY APPENDIX A — MEASUREMENTOF TANGENTIAL FIELD STRENGTH WITH GAUSSMETERS
187	ARTICLE 8 EDDY CURRENT EXAMINATION T- 810 SCOPE
188	MANDATORY APPENDICES I — GLOSSARY OF TERMS FOR EDDY CURRENT EXAMINATION II — EDDY CURRENT EXAMINATION OF NONFERROMAGNETIC HEAT EXCHANGER TUBING
194	III — EDDY CURRENT EXAMINATION ON COATED FERRITIC MATERIALS
195	IV — EXTERNAL COIL EDDY CURRENT EXAMINATION OF TUBULAR PRODUCTS
197	V — EDDY CURRENT MEASUREMENT OF NONCONDUCTIVE-NONMAGNETIC COATING THICKNESS ON A NONMAGNETIC METALLIC MATERIAL
199	VI — EDDY CURRENT DETECTION AND MEASUREMENT OF DEPTH OF SURFACE DISCONTINUITIES IN NONMAGNETIC METALS WITH SURFACE PROBES
203	ARTICLE 9 VISUAL EXAMINATION T- 910 SCOPE T- 920 GENERAL TABLE T-921 REQUIREMENTS OF A VISUAL EXAMINATION PROCEDURE
204	T- 930 EQUIPMENT T- 950 TECHNIQUE T- 980 EVALUATION T- 990 DOCUMENTATION
205	MANDATORY APPENDIX I — GLOSSARY OFTERMS FOR VISUAL EXAMINATION
206	ARTICLE 10 LEAK TESTING T-1000 INTRODUCTION T- 1010 SCOPE T- 1020 GENERAL T- 1030 EQUIPMENT T- 1031 Gages
207	T- 1040 MISCELLANEOUS REQUIREMENTS T- 1050 PROCEDURE T- 1060 CALIBRATION
208	T- 1070 TEST T- 1080 EVALUATION T- 1090 DOCUMENTATION
209	MANDATORY APPENDICES I — BUBBLE TEST —DIRECT PRESSURE TECHNIQUE
210	II — BUBBLE TEST —VACUUM BOX TECHNIQUE
212	III — HALOGEN DIODEDETECTOR PROBE TEST
214	IV — HELIUM MASS SPECTROMETER TEST — DETECTORPROBE TECHNIQUE
217	V — HELIUM MASS SPECTROMETER TEST — TRACER PROBE TECHNIQUE
219	VI — PRESSURE CHANGE TEST
220	VII — GLOSSARY OF TERMS FOR LEAK TESTING
221	VIII — THERMAL CONDUCTIVITY DETECTOR PROBE TEST
224	IX — HELIUM MASS SPECTROMETER TEST — HOOD TECHNIQUE
226	X — ULTRASONIC LEAK DETECTOR TEST
229	NONMANDATORY APPENDIX A — SUPPLEMENTARY LEAK TESTING FORMULA SYMBOLS
230	ARTICLE 11 ACOUSTIC EMISSION EXAMINATION OF FIBER- REINFORCED PLASTIC VESSELS T- 1110 SCOPE T- 1120 GENERAL T-1121 REQUIREMENTS FOR REDUCED OPERATING LEVEL IMMEDIATELY PRIOR TO EXAMINATION
231	T- 1130 EQUIPMENT AND SUPPLIES
232	T- 1140 APPLICATION REQUIREMENTS
233	T- 1160 CALIBRATION T- 1180 EVALUATION T- 1190 DOCUMENTATION
234	T-1142(c)(1)(a) ATMOSPHERIC VESSELS STRESSING SEQUENCE
235	T-1142(c)(1)(b) VACUUM VESSELS STRESSING SEQUENCE
236	T-1142(c)(1)(c) TEST ALGORITHM — FLOWCHART FOR ATMOSPHERIC VESSELS
237	T-1142(c)(2)(a) PRESSURE VESSEL STRESSING SEQUENCE
238	T-1142(c)(2)(b) ALGORITHM — FLOWCHART FOR PRESSURE VESSELS
239	T-1181 EVALUATION CRITERIA
240	MANDATORY APPENDICES I — INSTRUMENTATION PERFORMANCE REQUIREMENTS
241	II — INSTRUMENT CALIBRATION
243	III — GLOSSARY OF TERMS FOR ACOUSTIC EMISSION EXAMINATION OF FIBERREINFORCED PLASTIC VESSELS
244	NONMANDATORY APPENDIX A SENSOR PLACEMENT GUIDELINES
250	ARTICLE 12 ACOUSTIC EMISSION EXAMINATION OF METALLIC VESSELS DURING PRESSURE TESTING T- 1210 SCOPE T- 1220 GENERAL
251	T- 1230 EQUIPMENT AND SUPPLIES T- 1240 APPLICATION REQUIREMENTS
253	T- 1260 CALIBRATION T- 1280 EVALUATION T- 1290 DOCUMENTATION T-1244.3.2 AN EXAMPLE OF PRESSURE VESSEL TEST STRESSING SEQUENCE
254	TABLE T-1281 AN EXAMPLE OF EVALUATION CRITERIA FOR ZONE LOCATION
255	T-1244.3.3 AN EXAMPLE OF IN-SERVICE, PRESSURE VESSEL, TEST LOADING SEQUENCE
256	MANDATORY APPENDICES I —INSTRUMENTATION PERFORMANCE REQUIREMENTS
257	II —INSTRUMENT CALIBRATION AND CROSS-REFERENCING III — GLOSSARY OF TERMS FOR ACOUSTIC EMISSION EXAMINATION OF METAL PRESSURE VESSELS
259	NONMANDATORY APPENDICES A — SENSOR PLACEMENT GUIDELINES
264	B — SUPPLEMENTALINFORMATION FOR CONDUCTINGACOUSTIC EMISSION EXAMINATIONS
265	ARTICLE 13 CONTINUOUS ACOUSTIC EMISSION MONITORING T- 1310 SCOPE T- 1320 GENERAL
266	T- 1330 EQUIPMENT
267	T-1331 FUNCTIONAL FLOW DIAGRAM — CONTINUOUS AE MONITORING SYSTEM T-1332.2 RESPONSE OF A WAVEGUIDE AE SENSOR INDUCTIVELY TUNED TO 500 kHz
269	T- 1340 REQUIREMENTS
270	T- 1350 PROCEDURE REQUIREMENTS T- 1360 CALIBRATION
271	T- 1370 EXAMINATION
272	T- 1380 EVALUATION/ RESULTS T- 1390 REPORTS/ RECORDS
274	MANDATORY APPENDICES I — NUCLEAR COMPONENTS
275	II — NON-NUCLEAR METAL COMPONENTS
277	III — NONMETALLIC COMPONENTS
278	IV — LIMITED ZONE MONITORING
279	V — HOSTILE ENVIRONMENT APPLICATIONS
280	VI — LEAK DETECTION APPLICATIONS
282	VII — GLOSSARY OF TERMS FOR ACOUSTIC EMISSION EXAMINATION
284	ARTICLE 14 EXAMINATION SYSTEM QUALIFICATION T- 1410 SCOPE T- 1420 GENERAL REQUIREMENTS
285	T- 1430 EQUIPMENT T- 1440 APPLICATION REQUIREMENTS
287	T- 1450 CONDUCT OF QUALIFICATION DEMONSTRATION
288	T- 1460 CALIBRATION T- 1470 EXAMINATION
289	T-1472.1 TOTAL NUMBER OF SAMPLES FOR A GIVEN NUMBER OF MISSES AT A SPECIFIED CONFIDENCE LEVELAND POD
290	T- 1480 EVALUATION T- 1490 DOCUMENTATION AND RECORDS T-1472.2 REQUIRED NUMBER OF FIRST STAGE EXAMINERS vs. TARGET PASS RATE
291	MANDATORY APPENDICES I — GLOSSARY OF TERMS FOR EXAMINATION SYSTEM QUALIFICATION II — UT PERFORMANCE DEMONSTRATION CRITERIA
295	ARTICLE 15 ALTERNATING CURRENT FIELD MEASUREMENT TECHNIQUE ( ACFMT) T- 1510 SCOPE T- 1520 GENERAL T- 1530 EQUIPMENT
296	T- 1540 MISCELLANEOUS REQUIREMENTS T- 1560 CALIBRATION TABLE T-1522 REQUIREMENTS OF AN ACFMT EXAMINATION PROCEDURE
297	FIGURE T-1533 ACFMT CALIBRATION BLOCK
298	T- 1570 EXAMINATION T- 1580 EVALUATION T- 1590 DOCUMENTATION
299	ARTICLE 16 MAGNETIC FLUX LEAKAGE ( MFL) EXAMINATION T- 1610 SCOPE T- 1620 GENERAL
300	T-1622.1.1 REFERENCE PLATE DIMENSIONS T-1622.1.2 REFERENCE PIPE OR TUBE DIMENSIONS
301	T- 1630 EQUIPMENT T- 1640 REQUIREMENTS T- 1650 CALIBRATION T- 1660 EXAMINATION T- 1670 EVALUATION T- 1680 DOCUMENTATION TABLE T-1623 REQUIREMENTS OF AN MFL EXAMINATION PROCEDURE
303	ARTICLE 17 REMOTE FIELD TESTING ( RFT) EXAMINATION METHOD T- 1710 SCOPE T- 1720 GENERAL T- 1730 EQUIPMENT T- 1750 TECHNIQUE TABLE T-1721 REQUIREMENTS OF AN RFT EXAMINATION PROCEDURE
304	T- 1760 CALIBRATION T-1762 PIT REFERENCE TUBE (TYPICAL)
305	T-1763.1(a) VOLTAGE PLANE DISPLAY OFDIFFERENTIAL CHANNEL RESPONSE FORTHROUGH-WALL HOLE (THROUGH HOLE SIGNAL) AND 20% GROOVE SHOWING PREFERRED ANGULAR RELATIONSHIP T-1763.1(b) VOLTAGE PLANE DISPLAY OFDIFFERENTIAL CHANNEL RESPONSE FOR THE TUBE SUPPORT PLATE (TSP), 20% GROOVE, AND THROUGH-WALL HOLE (THROUGH HOLE SIGNAL) T-1763.2 REFERENCE CURVE AND THEABSOLUTE CHANNEL SIGNAL RESPONSE FROM TWO CIRCUMFERENTIAL GROOVES AND A TUBE SUPPORT PLATE
306	T- 1770 EXAMINATION T- 1780 EVALUATION T- 1790 DOCUMENTATION
309	SUBSECTION B DOCUMENTS ADOPTED BY SECTION V ARTICLE 22 RADIOGRAPHIC STANDARDS SE-94 (ASTM E 94-04)) STANDARD GUIDE FOR RADIOGRAPHIC EXAMINATION
323	SE-747 (ASTM E 747-04) STANDARD PRACTICE FOR DESIGN, MANUFACTURE, AND MATERIAL GROUPING CLASSIFICATION OF WIRE IMAGE QUALITY INDICATORS ( IQI) USED FOR RADIOLOGY
339	SE-999 (ASTM E 999-05) STANDARD GUIDE FOR CONTROLLING THE QUALITY OF INDUSTRIAL RADIOGRAPHIC FILM PROCESSING
344	SE-1025 (ASTM E 1025-05) STANDARD PRACTICE FOR DESIGN, MANUFACTURE, AND MATERIAL GROUPING CLASSIFICATION OF HOLE- TYPE IMAGE QUALITY INDICATORS ( IQI) USED FOR RADIOLOGY
351	SE-1030 (ASTM E 1030-05) STANDARD TEST METHOD FOR RADIOGRAPHIC EXAMINATION OF METALLIC CASTINGS
363	SE-1114 (ASTM E 1114-03) STANDARD TEST METHOD FOR DETERMININGTHE FOCAL SIZE OF IRIDIUM-192 INDUSTRIAL RADIOGRAPHIC SOURCES
368	SE-1165 (ASTM E 1165-04) STANDARD TEST METHOD FOR MEASUREMENT OFFOCAL SPOTS OF INDUSTRIAL X-RAY TUBES BY PINHOLE IMAGING
391	SE-1416 (ASTM E 1416-04) STANDARD TEST METHOD FOR RADIOSCOPIC EXAMINATION OF WELDMENTS
396	SE-1255 [ASTM E 1255-96 (R2002)] STANDARD PRACTICE FOR DETERMINING CONTRAST SENSITIVITY IN RADIOLOGY SE-1647 (ASTM E 1647-03) STANDARD PRACTICE FOR DETERMINING CONTRAST SENSITIVITY IN RADIOLOGY
401	ARTICLE 23 ULTRASONIC STANDARDS SA-388/SA-388M (ASTM A 388/A 388M-07) STANDARD PRACTICE FOR ULTRASONIC EXAMINATION OFHEAVY STEEL FORGINGS
409	SA-435/SA-435M [ASTM A 435/A 435M-90 (R2007)] STANDARD SPECIFICATION FOR STRAIGHT- BEAM ULTRASONIC EXAMINATION OF STEEL PLATES
412	SA-577/SA-577M [ASTM A 577/A 577M-90 (R2007)] STANDARD SPECIFICATION FOR ULTRASONIC ANGLE- BEAM EXAMINATION OF STEEL PLATES
415	SA-578/SA-578M (ASTM A 578/A 578M-07) STANDARD SPECIFICATION FOR STRAIGHT-BEAM ULTRASONIC EXAMINATION OF ROLLED STEEL PLATES FOR SPECIAL APPLICATIONS
421	SA-609/SA-609M [ASTM A 609/A 609M-91 (R2007)] STANDARD PRACTICE FOR CASTINGS, CARBON,LOW-ALLOY, AND MARTENSITIC STAINLESSSTEEL, ULTRASONIC EXAMINATION THEREOF
431	SA-745/SA-745M [ASTM A 745/A 745M-94 (R2003)] STANDARD PRACTICE FOR ULTRASONIC EXAMINATION OF AUSTENITIC STEEL FORGINGS
437	SB-548 (ASTM B 548-03) STANDARD METHOD FOR ULTRASONIC INSPECTION OF ALUMINUM- ALLOY PLATE FOR PRESSURE VESSELS
442	SE-114 [ASTM E 114-95 (R2005)] STANDARD PRACTICE FOR ULTRASONIC PULSE- ECHO STRAIGHT- BEAM EXAMINATION BY THE CONTACT METHOD
447	SE-213 (ASTM E 213-04) STANDARD PRACTICE FOR ULTRASONIC EXAMINATION OF METAL PIPE AND TUBING
459	SE-273 [ASTM E 273-01 (R2005)] STANDARD PRACTICE FOR ULTRASONIC EXAMINATION OF THE WELD ZONE OF WELDED PIPE AND TUBING
464	SE-797 (ASTM E 797-05) STANDARD PRACTICE FOR MEASURING THICKNESS BY MANUAL ULTRASONIC PULSE- ECHO CONTACT METHOD
471	SE-2491 (ASTM E 2491-06) STANDARD GUIDE FOR EVALUATING PERFORMANCE CHARACTERISTICS OF PHASED- ARRAY ULTRASONIC EXAMINATION INSTRUMENTS AND SYSTEMS
490	ARTICLE 24 LIQUID PENETRANT STANDARDS SD-129 [ASTM D 129-00 (R2005)] STANDARD TEST METHOD FOR SULFUR IN PETROLEUM PRODUCTS (GENERAL BOMB METHOD)
495	SD-516 (ASTM D 516-07) STANDARD TEST METHOD FOR SULFATE ION IN WATER
500	SD-808 (ASTM D 808-05) STANDARD TEST METHOD FOR CHLORINE IN NEW AND USED PETROLEUM PRODUCTS ( BOMB METHOD)
505	SD-1552 (ASTM D 1552-07) STANDARD TEST METHOD FOR SULFUR IN PETROLEUM PRODUCTS ( HIGH- TEMPERATURE METHOD)
513	SE-165 (ASTM E 165-02) STANDARD TEST METHOD FOR LIQUID PENETRANT EXAMINATION
536	ARTICLE 25 MAGNETIC PARTICLE STANDARDS SD-1186 (ASTM D 1186-01) STANDARD TEST METHODS FOR NONDESTRUCTIVE MEASUREMENT OF DRY FILM THICKNESS OF NONMAGNETIC COATINGS APPLIED TO AFERROUS BASE
540	SE-709 (ASTM E 709-01) STANDARD GUIDE FOR MAGNETIC PARTICLE EXAMINATION
585	ARTICLE 26 EDDY CURRENT STANDARDS SE-243 [ASTM E 243-97 (R2004)] STANDARD PRACTICE FOR ELECTROMAGNETIC(EDDY-CURRENT) EXAMINATION OF COPPER AND COPPER-ALLOY TUBES
592	SE-2096 (ASTM E 2096-05) STANDARD PRACTICE FOR IN SITU EXAMINATION OF FERROMAGNETIC HEAT- EXCHANGER TUBES USING REMOTE FIELD TESTING
602	ARTICLE 29 ACOUSTIC EMISSION STANDARDS SE-650 [ASTM E 650-97 (R2007)] STANDARD GUIDE FOR MOUNTING PIEZOELECTRIC ACOUSTIC EMISSION SENSORS
605	SE-976 (ASTM E 976-05) STANDARD GUIDE FOR DETERMINING THE REPRODUCIBILITY OF ACOUSTIC EMISSION SENSOR RESPONSE
613	SE-1211 (ASTM E 1211-07) STANDARD PRACTICE FOR LEAK DETECTION AND LOCATION USING SURFACE- MOUNTED ACOUSTIC EMISSION SENSORS
619	SE-1419 (ASTM E 1419-02b) STANDARD TEST METHOD FOR EXAMINATION OF SEAMLESS, GAS- FILLED, PRESSURE VESSELS USING ACOUSTIC EMISSION
627	ARTICLE 30 TERMINOLOGY FOR NONDESTRUCTIVE EXAMINATIONS STANDARD SE-1316 (ASTM E 1316-02a) STANDARD TERMINOLOGY FOR NONDESTRUCTIVE EXAMINATIONS
674	ARTICLE 31 ALTERNATING CURRENT FIELD MEASUREMENT STANDARD SE-2261 (ASTM E 2261-03) STANDARD PRACTICE FOR EXAMINATION OF WELDSUSING THE ALTERNATING CURRENT FIELDMEASUREMENT TECHNIQUE
687	MANDATORY APPENDICES I SUBMITTAL OF TECHNICAL INQUIRIES TO THE BOILER AND PRESSURE VESSEL COMMITTEE
689	II STANDARD UNITS FOR USE IN EQUATIONS
690	NONMANDATORY APPENDIX A GUIDANCE FOR THE USE OF U.S. CUSTOMARY AND SI UNITS IN THE ASME BOILER AND PRESSUREVESSEL CODE
693	INDEX