ASME BPVC IV 2010

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ASME BPVC – IV -2010 BPVC Section IV, Rules for Construction of Heating Boilers

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ASME	2010	302

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15	LIST OF SECTIONS
17	FOREWORD
19	STATEMENT OF POLICY
20	PERSONNEL
32	ASTM PERSONNEL
33	PREAMBLE
34	SUMMARY OF CHANGES
36	LIST OF CHANGES IN BC ORDER
37	PART HG GENERAL REQUIREMENTS FOR ALL MATERIALS OF CONSTRUCTION ARTICLE 1 SCOPE AND SERVICE RESTRICTIONS HG- 100 SCOPE HG- 101 SERVICE RESTRICTIONS HG- 102 UNITS
39	ARTICLE 2 MATERIAL REQUIREMENTS HG- 200 GENERAL MATERIAL REQUIREMENTS HG- 200.1 Materials Subject to Pressure Stress. HG- 201 SPECIFIC MATERIAL REQUIREMENTS
40	ARTICLE 3 DESIGN HG- 300 DESIGN PRESSURE HG- 301 CYLINDRICAL PARTS UNDER INTERNAL PRESSURE HG- 305 FORMED HEADS, PRESSURE ON CONCAVE
41	HG- 306 FORMED HEADS, PRESSURE ON CONVEX SIDE HG- 307 FLAT HEADS
44	FIGURES FIG. HG-307 SOME ACCEPTABLE TYPES OF UNSTAYED FLAT HEADS AND COVERS
45	HG- 309 SPHERICALLY DISHED COVERS ( BOLTED HEADS)
46	FIG. HG-309 SPHERICALLY DISHED STEEL PLATE COVERS WITH BOLTING FLANGES
47	HG- 312 CYLINDRICAL PARTS UNDER EXTERNAL PRESSURE
48	FIG. HG-312.4 ACCEPTABLE TYPE OF RINGREINFORCED FURNACE
49	FIG. HG-312.7 CONNECTION BETWEEN PLAIN ANDCORRUGATED FURNACE
50	HG- 320 OPENINGS IN BOILERS, GENERAL REQUIREMENTS3,4 FIG. HG-312.8 ACCEPTABLE TYPE OF SEMICIRCULAR FURNACE REINFORCEMENT
51	HG- 321 REINFORCEMENT REQUIRED FOR OPENINGS IN SHELLS AND FORMED HEADS
53	HG- 326 LIMITS OF METAL AVAILABLE FOR REINFORCEMENT
54	FIG. HG-326.1 SOME REPRESENTATIVE CONFIGURATIONS DESCRIBING THE REINFORCEMENT DIMENSION, te ,AND THE FINISHED OPENING DIMENSION, d
56	HG- 327 STRENGTH OF REINFORCEMENT HG- 328 REINFORCEMENT FOR MULTIPLE OPENINGS HG- 330 INSPECTION AND ACCESS OPENINGS
57	HG- 340 STAYED SURFACES
58	FIG. HG-340.1 PITCH OF STAYBOLTS ADJACENT TOUPPER CORNERS OF FIREBOXES FIG. HG-340.2 ACCEPTABLE PROPORTIONS FORENDS OF THROUGH-STAYS FIG. HG-340.3 EXAMPLES OF ACCEPTABLE CORNERWELDS FOR PRESSURES NOT OVER 30 psi
59	HG- 341 STAYBOLTS HG- HG- 342 DIMENSIONS OF STAYS HG- 343 DIMENSIONS OF DIAGONAL STAYS
60	TABLE HG-340ALLOWABLE PITCH1 OF STAYS, in. (mm)
61	HG- 345 STAYING OF HEADS HG- 345.1 General FIG. HG-343 DETAILS OF INSTALLATION OF DIAGONAL STAYS
62	HG- 346 TUBESHEETS WITH FIRETUBES USED AS STAYS HG- 350 LIGAMENTS
63	FIG. HG-345.1(a) SKETCH SHOWING APPLICATION OF HG-345.1 TO THE STAYING OF BOILERS
64	FIG. HG-345.1(b) SKETCH SHOWING APPLICATION OF HG-345.1 TO THE STAYING OF BOILERS
65	HG- 360 REQUIREMENTS FOR TUBE HOLES AND TUBE ATTACHMENTS FIG. HG-350.1 EXAMPLE OF TUBE SPACING WITHPITCH OF HOLES EQUAL IN EVERY ROW FIG. HG-350.2 EXAMPLE OF TUBE SPACING WITHPITCH OF HOLES UNEQUAL IN EVERY SECOND ROW FIG. HG-350.3 EXAMPLE OF TUBE SPACING WITH PITCH OF HOLES VARYING INEVERY SECOND AND THIRD ROW
66	FIG. HG-350.4 EXAMPLE OF TUBE SPACING WITHTUBE HOLES ON DIAGONAL LINES
67	HG- 370 EXTERNAL PIPING CONNECTIONS TABLE HG-360PERMITTED O-RING MATERIALS TABLE HG-370MINIMUM THICKNESS OF MATERIAL FORTHREADED CONNECTIONS TO BOILERS
68	ARTICLE 4 PRESSURE RELIEVING DEVICES HG- 400 PRESSURE RELIEVING VALVE REQUIREMENTS TABLE HG-400.1MINIMUM POUNDS OF STEAM PER HOUR (kg/hr)PER SQUARE FOOT (METER) OF HEATING SURFACE
69	HG-401 MINIMUM REQUIREMENTS FORSAFETY AND SAFETY RELIEFVALVES
71	HG- 402 DISCHARGE CAPACITIES OF SAFETY AND SAFETY RELIEF VALVES FIG. HG-402 OFFICIAL SYMBOL FOR STAMPTO DENOTE THE AMERICAN SOCIETY OFMECHANICAL ENGINEERS’ STANDARD
73	HG- 403 HEATING SURFACE
74	HG- 405 TEMPERATURE AND PRESSURE SAFETY RELIEF VALVES
75	ARTICLE 5 TESTS, INSPECTION, AND STAMPING HG-500 PROOF TESTS TO ESTABLISHDESIGN PRESSURE HG-501 GENERAL
76	HG-502 PROCEDURE
78	HG-503 TESTS OF PARTS SUBJECT TOCOLLAPSE HG-504 TESTS OF DUPLICATE PARTS HG-505 TEST GAGES HG-506 INSPECTION OF PROOF TESTS HG-510 HYDROSTATIC TESTS HG-512 SAFETY AND SAFETY RELIEFVALVE ACCUMULATION TESTS HG-515 INSPECTION TESTS ANDCERTIFICATION OF BOILERS
80	HG-520 MASTER AND PARTIAL DATAREPORTS HG-530 STAMPING OF BOILERS
81	FIG. HG-530.1 OFFICIAL SYMBOL FOR STAMPTO DENOTE THE AMERICAN SOCIETY OFMECHANICAL ENGINEERS’ STANDARD FIG. HG-530.2 STEAM AND WATER BOILERSFORM OF STAMPING ON COMPLETED BOILERS ORTHEIR NAMEPLATES
82	FIG. HG-530.3 BOILERS SUITABLE FORWATER ONLY FIG. HG-530.4 STEAM AND WATER BOILERSFORM OF DATA CAST OR MARKED ON CAST IRONBOILER SECTIONS
83	FIG. HG-530.5 BOILERS SUITABLE FOR WATERONLY FIG. HG-530.6 BOILERS SUITABLE FOR WATERONLY FIG. HG-530.7 STEAM AND WATER BOILERS
84	HG-531 STAMPING OF PARTS ANDACCESSORIES HG-532 STAMPING OF FIELD ASSEMBLEDWROUGHT BOILERS HG-533 INSPECTION AND STAMPING OFFIELD ASSEMBLED BOILERPRESSURE PARTS FIG. HG-530.8 BOILERS SUITABLE FOR WATERONLY
85	HG-534 FIELD-ASSEMBLED CAST IRONBOILERS HG-540 CODE SYMBOL STAMPS
88	ARTICLE 6 INSTRUMENTS, FITTINGS, AND CONTROLS HG-600 GENERAL HG-601 FOR STEAM HEATING BOILERS HG-602 STEAM GAGES HG-603 WATER GAGE GLASSES
89	HG-604 WATER COLUMN AND WATERLEVEL CONTROL PIPES HG-605 PRESSURE CONTROL HG-606 AUTOMATIC LOW-WATER FUELCUTOFF AND/OR WATER FEEDINGDEVICE
90	HG-607 MODULAR STEAM HEATINGBOILERS HG-610 FOR HOT WATER HEATING ORHOT WATER SUPPLY BOILERS HG-611 PRESSURE OR ALTITUDE GAGES HG-612 THERMOMETERS/TEMPERATURESENSORS HG-613 TEMPERATURE CONTROL
91	HG-614 LOW-WATER FUEL CUTOFF HG-615 MODULAR HOT WATER HEATINGBOILERS HG-620 FOR ALL BOILERS HG-621 INSTRUMENTS, FITTINGS, ANDCONTROLS MOUNTED INSIDEBOILER JACKETS HG-630 ELECTRIC WIRING HG-631 ELECTRICAL CODE COMPLIANCE HG-632 TYPE CIRCUITRY TO BE USED
92	HG-633 LIMIT CONTROLS HG-634 SHUTDOWN SWITCHES ANDCIRCUIT BREAKERS HG-640 CONTROLS AND HEATGENERATING APPARATUS
93	ARTICLE 7 INSTALLATION REQUIREMENTS HG-700 INSTALLATION REQUIREMENTS,ALL BOILERS HG-701 MOUNTING SAFETY AND SAFETYRELIEF VALVES HG-703 PIPING
94	HG-705 FEEDWATER AND MAKEUP WATERCONNECTIONS HG-707 OIL HEATERS HG-708 STORAGE TANKS FOR HOT WATERSUPPLY SY HG-709 PROVISIONS FOR THERMALEXPANSION IN HOT WATERSYSTEMS
95	FIG. HG-703.1(a) STEAM BOILERS IN BATTERY — PUMPED RETURN — ACCEPTABLE PIPING INSTALLATION
96	FIG. HG-703.1(b) STEAM BOILERS IN BATTERY — GRAVITY RETURN — ACCEPTABLE PIPING INSTALLATION
97	FIG. HG-703.2 HOT WATER BOILERS IN BATTERY — ACCEPTABLE PIPING INSTALLATION
98	HG-710 STOP VALVE HG-715 BOTTOM BLOWOFF ANDDRAIN VALVES TABLE HG-709.2EXPANSION TANK CAPACITIESFOR FORCED HOT WATER SYSTEMS
99	HG-716 MODULAR BOILERS HG-720 SETTING HG-725 METHODS OF SUPPORT TABLE HG-715SIZE OF BOTTOM BLOWOFF PIPING,VALVES, AND COCKS
100	FIG. HG-725(a) SPACING AND WELD DETAILS FOR SUPPORTING LUGS IN PAIRS ON HORIZONTAL-RETURNTUBULAR BOILER
101	PART HF REQUIREMENTS FOR BOILERSCONSTRUCTED OF WROUGHT MATERIALS ARTICLE 1 GENERAL HF-100 SCOPE
102	ARTICLE 2 MATERIAL REQUIREMENTS HF-200 GENERAL MATERIALREQUIREMENTS HF-201 PLATE HF-202 RODS, BARS, AND SHAPES HF-203 PREFABRICATED OR PREFORMEDPRESSURE PARTS
103	HF-204 PIPE AND TUBES
104	HF-205 MATERIAL NOT FULLY IDENTIFIED HF-206 RECERTIFICATION OF MATERIALPRODUCED TO A SPECIFICATIONNOT PERMITTED BY THIS SECTION HF-207 AUSTENITIC STAINLESS STEEL
105	HF-210 MAINTAINING MATERIALIDENTIFICATION
106	ARTICLE 3 DESIGN STRESSES AND MINIMUM THICKNESSES HF- 300 MAXIMUM ALLOWABLE STRESS VALUES HF- 301 MINIMUM THICKNESSES HF- 302 BASIS FOR ESTABLISHING STRESS VALUES IN TABLES HF- 300.1 AND HF- 300.2
108	TABLES TABLE HF-300.1 MAXIMUM ALLOWABLE STRESS VALUES FOR FERROUS MATERIALS, ksi (MPa)
113	TABLE HF-300.2 MAXIMUM ALLOWABLE STRESS VALUES FOR NONFERROUS MATERIALS, ksi
118	TABLE HF-300.2M MAXIMUM ALLOWABLE STRESS VALUES FOR NONFERROUS MATERIALS, MPa
123	PART HF — SUBPART HW REQUIREMENTS FOR BOILERS FABRICATED BY WELDING ARTICLE 4 GENERAL REQUIREMENTS HW- 400 SCOPE HW- 401 RESPONSIBILITY OF MANUFACTURER OR CONTRACTOR
124	ARTICLE 5 MATERIAL REQUIREMENTS HW- 500 PERMISSIBLE MATERIALS HW- 501 MATERIALS OF DIFFERENT SPECIFICATIONS HW- 502 MATERIALS FOR SMALL PARTS
125	ARTICLE 6 WELDING PROCESSES AND QUALIFICATIONS HW- 600 WELDING PROCESSES HW- 610 WELDING QUALIFICATIONS HW- 611 NO PRODUCTION WORK WITHOUT QUALIFICATIONS HW- 612 INTERCHANGE OF QUALIFYING TESTS AMONG MANUFACTURERS PROHIBITED HW- 613 MAINTENANCE OF RECORDS OF QUALIFICATIONS AND IDENTIFYING MARKS
126	ARTICLE 7 DESIGN OF WELDMENTS HW- 700 DESIGN OF WELDED JOINTS HW-701 GENERAL REQUIREMENTS FIGURES FIG. HW-701.1 BUTT WELDING OF PLATES OFUNEQUAL THICKNESS
127	FIG. HW-701.3 SOME FORMS OF ATTACHMENTS OF PRESSURE PARTS TO FLATPLATES TO FORM A CORNER JOINT (TEE JOINT)
128	HW- 702 JOINT EFFICIENCIES HW- 703 MINIMUM THICKNESS OF WELDED PARTS HW- 710 WELDED STAYS
129	HW- 711 HEADS OR TUBESHEETS ATTACHED BY WELDING FIG. HW-710.4(a) SOME ACCEPTABLE TYPES OF DIAGONAL STAYS FOR INSTALLATION BY WELDING FIG. HW-710.4(b) UNACCEPTABLE TYPES OF DIAGONAL STAYS FOR INSTALLATION BY WELDING
130	HW- 712 FURNACE ATTACHMENTS HW- 713 TUBES ATTACHED BY WELDING HW- 715 HEAD- TO- SHELL ATTACHMENTS HW- 720 OPENINGS IN WELDS HW- 730 WELDED CONNECTIONS
131	FIG. HW-715.1 HEADS ATTACHED TO SHELLS TABLE HW-713 FIRETUBE EXTENSION THROUGH TUBESHEETS FOR WELDED CONSTRUCTION
132	HW- 731 MINIMUM REQUIREMENTS FOR ATTACHMENT WELDS HW- 731.1 General.
133	FIG. HW-731 SOME ACCEPTABLE TYPES OF WELDS FOR FITTINGS, NOZZLES, ANDOTHER CONNECTIONS TO SHELLS, DRUMS, AND HEADERS
135	HW- 740 RESISTANCE WELDING IN CARBON STEEL FOR OTHER THAN BUTT WELDED JOINTS
136	FIG. HW-740 THREE-PLY JOINT ASSEMBLIES
137	HW- 745 RESISTANCE WELDING OF HYDRAULICALLY FORMED PANELS
138	FIG. HW-745 TWO-PLY JOINT ASSEMBLIES
140	ARTICLE 8 FABRICATION REQUIREMENTS HW- 800 FORMING PLATES HW- 801 BASE METAL PREPARATION HW- 810 ASSEMBLY HW- 812 ALIGNMENT TOLERANCE HW- 813 DISTORTION
141	HW- 820 SPECIFIC WELDING REQUIREMENTS
142	HW- 830 REPAIR OF WELD DEFECTS HW- 840 POSTHYDROTEST WELDING OF NONPRESSURE PARTS TO PRESSURE PARTS
143	ARTICLE 9 INSPECTION HW- 900 INSPECTION DURING FABRICATION HW- 910 CHECK OF WELDING PROCEDURE QUALIFICATIONS HW- 911 CHECK OF WELDER AND WELDING OPERATOR PERFORMANCE QUALIFICATIONS
144	PART HF — SUBPART HB REQUIREMENTS FOR BOILERSFABRICATED BY BRAZING ARTICLE 10 GENERAL REQUIREMENTS HB- 1000 SCOPE HB- 1001 RESPONSIBILITY OF MANUFACTURER OR CONTRACTOR
145	ARTICLE 11 MATERIAL REQUIREMENTS HB- 1100 GENERAL HB- 1101 COMBINATIONS OF DISSIMILAR MATERIALS HB- 1102 BRAZING FILLER METALS HB- 1103 FLUXES AND ATMOSPHERES
146	ARTICLE 12 BRAZING PROCESSES, PROCEDURES, AND QUALIFICATIONS HB- 1200 BRAZING PROCESSES HB- 1201 JOINT BRAZING PROCEDURES HB- 1202 BRAZING QUALIFICATIONS AND RECORDS HB- 1202.1 Qualification of Brazing Procedures
147	ARTICLE 13 DESIGN HB- 1300 STRENGTH OF BRAZED JOINTS HB- 1301 BRAZED JOINT EFFICIENCY FACTORS HB- 1302 MINIMUM THICKNESS HB- 1303 PERMISSIBLE SERVICE TEMPERATURE HB- 1304 APPLICATION OF BRAZING FILLER METAL HB- 1305 JOINT CLEARANCE
148	HB- 1306 OPENINGS HB- 1307 BRAZED CONNECTIONS TABLE HB-1305 RECOMMENDED JOINT CLEARANCES ATBRAZING TEMPERATURE
149	ARTICLE 14 FABRICATION REQUIREMENTS HB- 1400 CLEANING OF SURFACES TO BE BRAZED HB- 1401 POSTBRAZING OPERATIONS HB- 1402 REPAIR OF DEFECTIVE BRAZING
150	ARTICLE 15 INSPECTION AND STAMPING HB- 1500 INSPECTION HB- 1501 INSPECTION OF BRAZING PROCEDURE HB- 1502 CERTIFICATION OF BRAZER AND BRAZING OPERATOR HB- 1503 VISUAL EXAMINATION HB- 1510 STAMPING
151	PART HC REQUIREMENTS FOR BOILERSCONSTRUCTED OF CAST IRON ARTICLE 1 GENERAL HC- 100 SCOPE
152	ARTICLE 2 MATERIAL REQUIREMENTS HC- 200 GENERAL MATERIAL REQUIREMENTS HC- 201 MANUFACTURE HC- 202 CHEMICAL COMPOSITION HC- 203 TENSILE STRENGTH CLASSIFICATION HC- 204 TENSION TEST HC- 205 TEST BARS HC- 206 SELECTION OF TEST BAR SIZE HC- 207 MOLDING AND POURING TEST BARS HC- 208 TENSILE STRENGTH TEST PROCEDURE
153	FIGURES FIG. HC-205.1 DIMENSIONS OF TENSILE TEST SPECIMEN
154	HC- 209 TRANSVERSE TEST HC- 210 TRANSVERSE TEST PROCEDURE FIG. HC-206.1 CAST TEST BARS
155	HC- 211 NUMBER OF TESTS HC- 212 RETESTS HC- 213 WORKMANSHIP, FINISH, AND REPAIR TABLES TABLE HC-210CORRECTION FACTORS FOR TRANSVERSE TEST BARS
156	HC- 214 EXAMINATIONS AND TESTS HC- 215 TEST RECORDS TABLE HC-213PIPE PLUG SIZE FOR MINIMUM WALL THICKNESS
157	ARTICLE 3 DESIGN HC- 300 MAXIMUM ALLOWABLE STRESS VALUES HC- 301 BASIS FOR ESTABLISHING STRESS VALUES IN TABLE HC- 300 HC- 310 HEADS HC- 310.1 Heads With Pressure on Concave Side. HC- 310.2 Heads With Pressure on Convex Side. HC- 311 SPHERICALLY SHAPED COVERS TABLE HC-300MAXIMUM ALLOWABLE STRESS VALUESIN TENSION FOR CAST IRON, ksi (MPa)
158	HC- 311.1 Heads Concave to Pressure. FIG. HC-311 SPHERICALLY SHAPED COVERS WITH BOLTING FLANGES
159	HC- 315 OPENINGS AND REINFORCEMENTS HC- 320 CORNERS AND FILLETS HC- 325 WASHOUT OPENINGS HC- 330 ASSEMBLY METHOD
160	ARTICLE 4 TESTS HC- 400 TESTS TO ESTABLISH DESIGN PRESSURE HC- 401 GENERAL HC- 401 GENERAL HC- 402 BURSTING TEST PROCEDURE HC- 402.1 Test Gages
161	HC- 403 WITNESSING, RECORDING, AND CERTIFYING TESTS HC- 404 RATING OF PRODUCTION BOILERS BASED ON TESTS HC- 410 HYDROSTATIC TEST
162	ARTICLE 5 QUALITY CONTROL AND INSPECTION HC- 501 GENERAL HC- 502 OUTLINE OF FEATURES TO BE INCLUDED IN THE WRITTEN DESCRIPTION OF THE QUALITY CONTROL SYSTEM
163	HC- 510 EXAMINATION HC- 520 CERTIFICATES OF CONFORMANCE
164	ARTICLE 1 GENERAL HA- 100 SCOPE PART HA REQUIREMENTS FOR BOILERSCONSTRUCTED OFCAST ALUMINUM ARTICLE 1 GENERAL HA-100 SCOPE
165	ARTICLE 2 MATERIAL REQUIREMENTS HA- 200 GENERAL MATERIAL REQUIREMENTS HA- 201 WORKMANSHIP, FINISH, AND REPAIR HA- 202 EXAMINATIONS AND TESTS ARTICLE 2 MATERIAL REQUIREMENTS HA-200 GENERAL MATERIALREQUIREMENTS HA-201 WORKMANSHIP, FINISH, ANDREPAIR HA-202 EXAMINATIONS AND TESTS
166	HA- 203 TEST RECORDS HA-203 TEST RECORDS
167	ARTICLE 3 DESIGN HA- 300 MAXIMUM ALLOWABLE STRESS VALUES HA- 301 HEADS AND SPHERICALLY SHAPED COVERS HA- 302 OPENINGS AND REINFORCEMENTS HA- 303 CORNERS AND FILLETS HA- 304 WASHOUT OPENINGS HA- 305 ASSEMBLY METHOD ARTICLE 3 DESIGN HA-300 MAXIMUM ALLOWABLE STRESSVALUES HA-301 HEADS AND SPHERICALLY SHAPEDCOVERS HA-302 OPENINGS AND REINFORCEMENTS HA-303 CORNERS AND FILLETS HA-304 WASHOUT OPENINGS HA-305 ASSEMBLY METHOD
168	ARTICLE 4 TESTS HA- 400 TESTS TO ESTABLISH DESIGN PRESSURE HA- 401 GENERAL HA- 401.1 Purpose for Which Tests May Be Used. HA- 401.2 Frequency of Tests. HA- 402 BURSTING TEST PROCEDURE HA- 403 TEST GAGES HA- 404 WITNESSING, RECORDING, AND CERTIFYING TESTS ARTICLE 4 TESTS HA-400 TESTS TO ESTABLISH DESIGNPRESSURE HA-401 GENERAL HA-402 BURSTING TEST PROCEDURE HA-403 TEST GAGES HA-404 WITNESSING, RECORDING, ANDCERTIFYING TESTS
169	HA- 405 RATING OF PRODUCTION BOILERS BASED ON TESTS HA- 406 HYDROSTATIC TEST HA- 406.1 Hot Water Boilers. HA- 406.2 Required Test Pressure. HA-405 RATING OF PRODUCTION BOILERSBASED ON TESTS HA-406 HYDROSTATIC TEST
170	ARTICLE 5 QUALITY CONTROL AND INSPECTION HA- 501 GENERAL HA- 501.1 Quality Control System. HA- 502 OUTLINE OF FEATURES TO BE INCLUDED IN THE WRITTEN DESCRIPTION OF THE QUALITY CONTROL SYSTEM HA- 502.1 Product or Work Description. HA- 502.2 Authority and Responsibility. HA- 502.3 Organization. HA- 502.4 Drawings, Design Calculations, Test Results, and Specification Control. HA- 502.5 Material Control. HA- 502.6 Examination Program. ARTICLE 5 QUALITY CONTROL AND INSPECTION HA-501 GENERAL HA-502 OUTLINE OF FEATURES TO BEINCLUDED IN THE WRITTENDESCRIPTION OF THE QUALITYCONTROL SYSTEM
171	HA- 502.7 Correction of Nonconformities. HA- 502.8 Calibration of Measurement and Test Equipment. HA- 502.9 Sample Forms. HA- 502.10 Retention of Records. HA- 502.11 ASME Designee HA- 502.11.1. HA- 502.11.2. HA- 502.11.3. HA- 502.12 Certified Individual ( CI). HA- 502.12.1 Requirements for a Certified Indi-vidual ( CI). HA- 502.12.2 Duties of a Certified Individual ( CI). HA- 503 EXAMINATION HA- 504 CERTIFICATES OF CONFORMANCE HA-503 EXAMINATION A-504 CERTIFICATES OF CONFORMANCE
173	PART HLW REQUIREMENTS FOR POTABLEWATERHEATERS INTRODUCTION
175	ARTICLE 1 GENERAL HLW- 100 SCOPE HLW- 101 SERVICE LIMITS HLW- 102 PERMISSIBLE STAMPING HLW- 103 UNITS
177	ARTICLE 2 MATERIAL REQUIREMENTS HLW- 200 LINING
178	HLW- 201 PRIMARY PRESSURE PARTS MATERIAL HLW- 202 ACCEPTANCE OF UNIDENTIFIED OR SMALL QUANTITIES OF MATERIAL
179	HLW- 203 MISCELLANEOUS PRESSURE PARTS MATERIAL HLW- 204 FLANGES AND PIPE FITTINGS HLW- 205 NONPRESSURE PART MATERIAL
180	ARTICLE 3 DESIGN HLW- 300 DESIGN HLW- 301 BASIS FOR ESTABLISHING STRESS VALUES IN TABLES HLW- 300 AND HLW- 301 HLW- 302 MINIMUM THICKNESSES HLW- 303 SHELLS UNDER INTERNAL PRESSURE
181	TABLES TABLE HLW-300MAXIMUM ALLOWABLE STRESS VALUES IN TENSION FOR LINED WATER HEATER MATERIALS, ksi (MPa)
183	TABLE HLW-301MAXIMUM ALLOWABLE STRESS VALUES IN TENSION FOR UNLINED WATER HEATER MATERIALSksi (MPa)
184	HLW- 305 BLANK UNSTAYED DISHED HEADS, PRESSURE ON CONCAVE SIDE HLW- 305.1 General.
185	HLW- 306 BLANK UNSTAYED DISHED HEADS, PRESSURE ON CONVEX SIDE HLW- 306.1 HLW- 307 TUBES HLW- 308 OPENINGS HLW- 309 TUBES ATTACHED BY ROLLING
186	ARTICLE 4 DESIGN OF WELDMENTS HLW- 400 DESIGN OF WELDED JOINTS HLW- 401 GENERAL REQUIREMENTS HLW- 402 JOINT EFFICIENCIES FIGURES FIG. HLW-401.1 BUTT WELDING OF PLATES OFUNEQUAL THICKNESS
187	HLW- 411 HEADS OR TUBESHEETS ATTACHED BY WELDING HLW- 413 TUBES ATTACHED BY WELDING FIG. HLW-401.2 TYPICAL CORNER JOINTS
188	FIG. HLW-411 TYPICAL WATER HEATER WELDED JOINTS
190	HLW- 415 HEAD- TO- SHELL ATTACHMENTS HLW- 420 OPENINGS IN WELDS HLW- 430 WELDED CONNECTIONS HLW- 431 MINIMUM REQUIREMENTS FOR ATTACHMENT WELDS
191	FIG. HLW-413 TUBES ATTACHED BY WELDING
192	FIG. HLW-415 HEADS ATTACHED TO SHELLS
193	FIG. HLW-431.1 SOME ACCEPTABLE TYPES OF WELDS FOR FITTINGS, NOZZLES, AND OTHER CONNECTIONSTO SHELLS AND HEAD
195	FIG. HLW-431.5 SOME ACCEPTABLE TYPES OF WELDS FOR FITTINGS, NOZZLES, AND OTHER CONNECTIONSTO SHELLS AND HEAD
196	HLW- 432 BRAZED CONNECTIONS FOR COPPER LINED VESSELS HLW- 440 WELDING PROCESSES HLW- 450 WELDING QUALIFICATIONS
197	FIG. HLW-432.1 SOME ACCEPTABLE TYPES OF BRAZED FITTINGS, NOZZLES, AND OTHER CONNECTIONS TOCOPPER-LINED SHELLS AND HEADS
198	HLW- 451 PRODUCTION WORK QUALIFICATIONS HLW- 452 INTERCHANGE OF QUALIFYING TESTS AMONG MANUFACTURERS PROHIBITED HLW- 453 MAINTENANCE OF RECORDS OF QUALIFICATIONS AND IDENTIFYING MARKS HLW- 454 POSTHYDROTEST WELDING OF NONPRESSURE PARTS TO PRESSURE PARTS HLW- 460 SPECIFIC WELDING REQUIREMENTS HLW- 460.1 Finished Longitudinal and Circumfer-ential Joints
200	ARTICLE 5 TESTS HLW- 500 TESTS TO ESTABLISH MAXIMUM ALLOWABLE WORKING PRESSURE AND PRODUCTION LINE TESTS HLW- 502 PROOF TEST
201	HLW- 503 TESTING OF PARTS HLW- 504 WITNESSING, RECORDING, AND CERTIFYING TESTS HLW- 505 HYDROSTATIC TEST
202	ARTICLE 6 INSPECTION AND STAMPING HLW- 600 INSPECTION AND CERTIFICATION HLW- 601 MANUFACTURER’S DATA AND PARTIAL DATA REPORTS
203	HLW- 602 STAMPING OF WATER HEATERS AND STORAGE TANKS HLW- FIG. HLW-602.1 OFFICIAL SYMBOL TO DENOTE THEAMERICAN SOCIETY OF MECHANICAL ENGINEERS’STANDARD FIG. HLW-602.2 FORM OF STAMPING ONCOMPLETED WATER HEATERS
205	ARTICLE 7 CONTROLS HLW- 700 CONTROLS HLW-701 TEMPERATURE CONTROL HLW- 702 LIMIT CONTROLS HLW- 703 CONTROLS AND HEAT GENERATING APPARATUS HLW- 704 ELECTRICAL WIRING HLW- 704.1 Electrical Code Compliance.
206	ARTICLE 8 INSTALLATION REQUIREMENTS HLW- 800 SAFETY RELIEF VALVES HLW- 801 MOUNTING SAFETY RELIEF VALVES
207	HLW- 805 WATER SUPPLY HLW- 808 STORAGE TANKS HLW- 809 PROVISIONS FOR THERMAL EXPANSION IN HOT WATER SYSTEMS TABLE HLW-809.1EXPANSION TANK CAPACITIESFOR A WATER HEATER
208	FIG. HLW-809.1 A TYPICAL ACCEPTABLE PIPING INSTALLATION FOR STORAGEWATER HEATERS IN BATTERY
209	HLW- 810 BOTTOM DRAIN VALVE HLW- 820 THERMOMETER FIG. HLW-809.2 A TYPICAL ACCEPTABLE PIPING INSTALLATION FOR FLOW THROUGH WATERHEATER WITH PROVISIONS FOR PIPING EXPANSION
211	MANDATORY APPENDICES MANDATORY APPENDIX 1 SUBMITTAL OF TECHNICAL INQUIRIES TO THEBOILER AND PRESSURE VESSEL COMMITTEE
213	MANDATORY APPENDIX 2 CODES, STANDARDS, AND SPECIFICATIONS REFERENCED IN TEXT
214	MANDATORY APPENDIX 3 ADHESIVE ATTACHMENT OF NAMEPLATES TO CASING
215	MANDATORY APPENDIX 5 VACUUM BOILERS
217	MANDATORY APPENDIX 6 STANDARD UNITS FOR USE IN EQUATIONS
218	MANDATORY APPENDIX 7 RULES FOR MASS- PRODUCTION OF HEATING BOILERS
220	NONMANDATORY APPENDICES NONMANDATORY APPENDIX B METHOD OF CHECKING SAFETY VALVE ANDSAFETY RELIEF VALVE CAPACITY BY MEASURINGMAXIMUM AMOUNT OF FUEL THAT CAN BE BURNED
221	NONMANDATORY APPENDIX C EXAMPLES OF METHOD OF CALCULATING A WELDED RING REINFORCED FURNACE
223	NONMANDATORY APPENDIX D EXAMPLES OF METHODS OF COMPUTATION OF OPENINGS IN BOILER SHELLS
226	NONMANDATORY APPENDIX E TERMINOLOGY
230	NONMANDATORY APPENDIX F QUALITY CONTROL SYSTEM
232	NONMANDATORY APPENDIX H LIST OF ABBREVIATIONS AND ADDRESSES
233	NONMANDATORY APPENDIX I SPECIFICATIONS FOR TEST METHOD FOR WATER ABSORPTION OF PLASTICS
237	NONMANDATORY APPENDIX K GUIDE TO INFORMATION APPEARING ON CERTIFICATE OF AUTHORIZATION
240	NONMANDATORY APPENDIX L GUIDE TO MANUFACTURER’S DATA REPORT FORMS INTRODUCTION
264	NONMANDATORY APPENDIX M GUIDANCE FOR THE USE OF U. S. CUSTOMARY AND SI UNITS IN THE ASME BOILER AND PRESSURE VESSEL CODE
267	NONMANDATORY APPENDIX N GUIDE TO MANUFACTURER’S CERTIFICATE OF CONFORMANCE FOR PRESSURE RELIEF VALVES INTRODUCTION
270	INDEX
293	INTERPRETATIONS Volume 60