ICC SignificantChangestotheIFC 2018.pdf
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Significant Changes to the International Fire Code, 2018 Edition
| Published By | Publication Date | Number of Pages |
| ICC | 2018 | 263 |
2020 City of Los Angeles amendment pages for integration with the 2019 California Building Code
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 1 | SIGNIFICANT CHANGES TO THE INTERNATIONAL FIRE CODE 2018 EDITION |
| 2 | SIGNIFICANT CHANGES TO THE INTERNAITONAL FIRE CODE 2018 EDITION TITLE PAGE |
| 3 | COPYRIGHT |
| 4 | CONTENTS |
| 8 | PREFACE |
| 14 | PART 1 ADMINISTRATION CHAPTERS 1 AND 2 |
| 16 | PART 2 GENERAL SAFETY PROVISIONS CHAPTERS 3 AND 4 |
| 17 | 314.4 INDOOR DISPLAY OF VEHICLES IMAGE: BATTERY ON VEHICLES LOCATED INDOORS |
| 19 | 315.3.1 CEILING CLEARANCE FOR INDOOR STORAGE FIGURE: STORAGE IN A NONSPRINKLERED ROOM FIGURE: STORAGE IN A ROOM WITH SPRINKLERS |
| 20 | IMAGE: NFPA 13 ALLOWS STORAGE DIRECTLY ALONG THE WALL TO ENCROACH INTO THE 18-INCH SEPARATION BELOW THE SPRINKLER DEFLECTOR |
| 21 | 315.1, 315.7, 105.6.29 OUTDOOR PALLET STORAGE FIGURE: DIMENSIONS SHOWN ARE BASED ON THE REQUIREMENTS FOR MORE THAN 200 PALLETS IN A PILE |
| 22 | TABLE 315.7.6(1) SEPARATION DISTANCE BETWEEN WOOD PALLET STACKS AND BUILDINGS |
| 23 | TABLE 315.7.6(2) SEPARATION DISTANCE BETWEEN PLASTIC PALLET STACKS AND BUILDINGS TABLE 315.7.6(3) SEPARATION FROM OTHER PALLET PILES AND ON-SITE STORAGE (WOOD PALLETS) TABLE 315.7.6(4) SEPARATION FROM OTHER PALLET PILES AND ON-SITE STORAGE (PLASTIC PALLETS) |
| 25 | 403.12.3, 403.12.3.1 CROWD MANAGERS IMAGE: CROWD MANAGERS ARE REQUIRED TO BE TRAINED |
| 27 | 404.2.3, 404.2.3.1, 404.2.3.2, 404.2.3.3 LOCKDOWN PLANS IMAGE: TABLE OF CONTENTS FOR A SAMPLE FIRE SAFETY AND EVACUATION PLAN |
| 30 | PART 3 BUILDING AND EQUIPMENT DESIGN FEATURES CHAPTERS 5 THROUGH 12 |
| 33 | 510 EMERGENCY RESPONDER RADIO COVERAGE |
| 35 | 603.1, 603.3 FUEL-FIRED APPLIANCES |
| 36 | FIGURE: REQUIREMENTS FOR FUEL OIL STORAGE TANKS INSIDE OF BUILDINGS VARY BASED ON THE SIZE OF THE TANK |
| 37 | TABLE 603-1 MAXIMUM CAPACITY OF FUEL OIL BASED ON TYPE OF TANK AND AUTOMATIC SPRINKLER SYSTEM DESIGN |
| 38 | 605.13, 605.16, 605.17 REFRIGERANTS WITH LOWER FLAMMABILITY HAZARDS |
| 39 | TABLE 605.17.2 MINIMUM EXHAUST RATE FIGURE: THIS GRAPH COMPARES THE MINIMUM ENERGY REQUIRED FOR IGNITION TO OCCUR |
| 40 | FIGURE: THIS GRAPH COMPARES THE BURNING VELOCITY AFTER IGNITION OCCURS |
| 42 | 608.3 NONMETALLIC COOKING OIL STORAGE TANKS IMAGE: TYPICALLY, TWO TANKS ARE INSTALLED FOR COOKING OIL STORAGE; ONE FOR FRESH OIL, AND ONE FOR WASTE OIL |
| 43 | 807.1, 807.2, 807.5 COMBUSTIBLE DECORATIVE MATERIALS IMAGE: WHILE THE TREE AND GLASS GLOBES ARE NONBOMBUSTIBLE DECORATIVE MATERIALS, THE FABRIC DRAPED ACROSS THE CEILING IS A COMBUSTIBLE DECORATION AND IS LIMITED TO 10 PERCENT OF THE CEILING AREA |
| 45 | 807.4 ARTIFICIAL DECORATIVE VEGETATION IMAGE: ARTIFICIAL VEGETATION |
| 47 | 901.4.6.1, 901.4.6.2, 904.4.6.3, 901.4.6.4 FIRE PUMP AND FIRE SPRINKLER RISER ROOMS IMAGE: FIRE SPRINKLER RISER ROOM IS IDENTIFIED AND A LOCK BOX IS PROVIDED TO ALLOW FIRE DEPARTMENT ACCESS |
| 48 | 901.6.2 INTEGRATED FIRE PROTECTION SYSTEM TESTING FIGURE: SMOKE DETECTORS IN THE ELEVATOR LOBBIES ARE CONNECTED TO THE ELEVATOR CONTROLS. |
| 50 | 901.8.2 REMOVAL OF OCCUPANT USE HOSE LINES IMAGE: THIS HOSE CABINET PREVIOUSLY CONTAINED HOSE AND NOZZLE FOR OCCUPANT USE THESE ITEMS HAVE BEEN REMOVED AND THE REMAINING CONNECTION IS COMPATIBLE WITH THE FIRE DEPARTMENT HOSE FITTINGS |
| 51 | 903.2.1 SPRINKLERS IN GROUP A OCCUPANCIES FIGURE: WHERE A GROUP A OCCUPANCY IS LOCATED ON A LEVEL OTHER THAN THE LEVEL OF EXIT DISCHARGE, AN AUTOMATIC SPRINKLER SYSTEM IS REQUIRED IN THE ENTIRE STORY AND ALL STORIES TO AND INCLUDING ALL LEVELS OF EXIT DISCHARGE SERVING THE GROUP A OCCUPANCY |
| 54 | 903.2.3 SPRINKLERS IN GROUP E OCCUPANCIES IMAGE: GROUP E OCCUPANCIES NOW REQUIRE AN AUTOMATIC SPRINKLER SYSTEM WHEN THE OCCUPANT LOAD IN A FIRE AREA IS 300 OR MORE |
| 56 | 903.3.1.1.2 SPRINKLERS IN BATHROOMS IN GROUP R OCCUPANCIES IMAGE: SMALL BATHROOMS IN GROUP R-4 OCCUPANCIES DO NOT NEED TO BE PROTECTED WITH FIRE SPRINKLERS |
| 57 | 903.3.1.2.1 SPRINKLERS BENEATH BALCONIES FIGURE: IN BUILDINGS OF TYPE III , IV OR V CONSTRUCTION, THE EXTERIOR BALCONY CAN BE TYPE V CONSTRUCTION WITH NO FIRE RESISTANCE RATING IF SPRINKLERS ARE INSTALLED TO PROTECT THE BALCONY |
| 59 | 903.3.1.2.3 PROTECTION OF ATTICS IN GROUP R OCCUPANCIES IMAGE: THE UPPER PORTION OF THIS BUILDING IS GROUP R-2 AND CAN BE PROTECTED BY AN NFPA 13R SPRINKLER SYSTEM, BUT WHEN THE BUILDING EXCEEDS 55 FEET IN HEIGHT THE ATTIC MUST BE PROTECTED BY ONE OF FOUR OPTIONS |
| 62 | 903.3.3 SPRINKLER OBSTRUCTIONS FIGURE: FIRE SPRINKLERS MUST BE INSTALLED TO EITHER AVOID OBSTRUCTIONS, OR ADJUSTED SO THAT THE OBSTRUCTIONS DO NOT NEGATIVELY IMPACT THE SPRAY PATTERN |
| 63 | 904.12 COMMERCIAL COOKING OPERATIONS IMAGE: THESE COOKING APPLIANCES ARE PROTECTED WITH AN AUTOMATIC WATER MIST SYSTEM |
| 65 | 904.13 DOMESTIC COOKING IN INSTITUTIONAL OCCUPANCIES IMAGE: THIS DOMESTIC COOKING APPLIANCE IS PROTECTED WITH AN UL 300A FIRE-EXTINGUISHING SYSTEM |
| 67 | 904.14, TABLE 901.6.1 AEROSOL FIRE-EXTINGUISHING SYSTEMS IMAGE: THIS IS AN AEROSOL FIRE EXTINGUISHING DEVICE THAT IS ELECTRICALLY OPERATED TABLE 901.6.1 FIRE PROTECTION SYSTEM MAINTENANCE STANDARDS |
| 69 | 905.3.1 CLASS III STANDPIPES |
| 70 | FIGURE: EVEN THOUGH THE HIGHEST FLOOR LEVEL IS LESS THAN 30 FEET ABOVE FIRE DEPARTMENT VEHICLE ACCESS, BUILDING REQUIRES A STANDPIPE SYSTEM BECAUSE IT IS FOUR STORIES OR MORE |
| 72 | 905.4 CLASS I STANDPIPE HOSE CONNECTIONS FIGURE: A SINGLE HOSE CONNECTION CAN BE INSTALLED BETWEEN OPEN STAIRWAYS CONNECTED BY OPEN BREEZEWAYS PROVIDED THE STAIRWAYS ARE NO FURTHER THAN 75 FEET APART |
| 74 | 905.11 LOCKING CAPS ON STANDPIPE OUTLETS |
| 75 | 906.1 PORTABLE FIRE EXTINGUISHERS IMAGE: WHERE EACH CLASSROOM IN A GROUP E OCCUPANCY IS PROVIDED WITH A FIRE EXTINGUISHER, ADDITIONAL FIRE EXTINGUISHERS IN THE CORRIDORS ARE NOT REQUIRED |
| 76 | 907.1.2 FIRE ALARM CONSTRUCTION DOCUMENTS IMAGE: THE FIRE ALARM CONTROL UNIT CONTROLS THE FIRE ALARM SYSTEM AND ITS LOCATION MUST BE SHOWN ON THE CONSTRUCTION DOCUMENTS |
| 77 | 907.2.1 FIRE ALARMS IN GROUP A OCCUPANCIES FIGURE: A FIRE ALARM SYSTEM IS NOT REQUIRED IN GROUP A-3 WITH AN AGGREGATE OCCUPANT LOAD OF 250, BUT SINCE THE OCCUPANT LOAD ON THE SECOND FLOOR EXCEEDS 100, A FIRE ALARM SYSTEM IS REQUIRED |
| 79 | 907.2.10 ( DELETED) GROUP R-4 FIRE ALARM SYSTEM IMAGE: THE REQUIREMENT FOR A FIRE ALARM SYSTEM IN GROUP R-4 OCCUPANCIES HAS BEEN DELETED |
| 81 | 907.5.2.2.4 EMERGENCY VOICE/ALARM COMMUNICATION SYSTEM CAPTIONS IMAGE: FIXED SEATS VENUE |
| 82 | 910.5 MAINTENANCE OF SMOKE AND HEAT REMOVAL EQUIPMENT IMAGE: SMOKE AND HEAT VENT IS TO BE INSPECTED ANNUALLY AND TESTED AT LEAST EVERY FIVE YEARS |
| 84 | 916 GAS DETECTION SYSTEMS IMAGE: GAS DETECTOR IS LISTED TO DETECT NATURAL GAS OR LP-GAS |
| 87 | TABLE 1004.5, 1004.8 OCCUPANT LOAD CALCULATION IN BUSINESS USE AREAS TABLE 1004.5 MAXIMUM FLOOR AREA ALLOWANCES PER OCCUPANT FIGURE: TYPICAL BUSINESS USE IS BASED ON AN OCCUPANT LOAD FACTOR OF 150 SQUARE FEET PER OCCUPANT |
| 88 | FIGURE: CONCENTRATED BUSINESS USE AREAS CAN BASED ON AN OCCUPANT LOAD FACTOR OF 50 SQUARE FEET PER OCCUPANT |
| 89 | 1006.2.1 SPACES WITH ONE EXIT OR EXIT ACCESS DOORWAY TABLE 1006.2.1 ( PARTIAL) SPACES WITH ONE EXIT OR EXIT ACCESS DOORWAY |
| 90 | FIGURE: CUMULATIVE OCCUPANT LOAD EGRESSING THROUGH LOBBY IS USED TO DETERMINE REQUIRED EGRESS WIDTH, BUT IS NOT USED TO DETERMINE THENUMBER OF EXITS FROM THE LOBBY |
| 92 | 1006.2.2.6, 1006.2.1, 1017.2 GROUPS R-3 AND R-4 PROTECTED WITH NFPA 13D SPRINKLER SYSTEM FIGURE: EXIT ACCESS TRAVEL DISTANCE IS LIMITED TO 75 FEET IN GROUP R-4 OCCUPANCIES EQUIPPED WITH SPRINKLER SYSTEMS DESIGNED TO NFPA 13D |
| 93 | TABLE 1006.2.1 (PARTIAL) SPACES WITH ONE EXIT OR EXIT ACCESS DOORWAY TABLE 1017.2 (PARTIAL) EXIT ACCESS TRAVEL DISTANCE |
| 94 | TABLE 1 COMMON PATH OF EGRESS TRAVEL DISTANCE TABLE 2 EXIT ACCESS TRAVEL DISTANCE |
| 95 | 1006.3, 1006.3.1 EXITS ON ADJACENT STORIES FIGURE: THE NUMBER OF EXITS, OR ACCESS TO EXITS, FROM EACH STORY IS DETERMINED BASED ON THE OCCUPANT LOAD FOR THE THAT STORY ALONE. THE ADDITIONAL OCCUPANT LOAD COMING FROM THE ADJACENT STORY IS NOT ADDED |
| 97 | 1008.2.3 ILLUMINATION OF THE EXIT DISCHARGE FIGURE: ILLUMINATION OF THE EXIT DISCHARGE IS REQUIRED EITHER TO THE PUBLIC WAY, OR TO A SAFE DISPERSAL AREA |
| 99 | 1008.3.5, 1008.2.2 EMERGENCY ILLUMINATION IN GROUP I-2 IMAGE: EMERGENCY EGRESS LIGHTING IN GROUP I-2 MUST MAINTAIN A MINIMUM LIGHTING LEVEL WHEN ON LAMP, OR BULB, FAILS IN THE EMERGENCY LIGHTING UNITS |
| 101 | 1009.7.2 PROTECTION OF EXTERIOR AREAS OF ASSISTED RESCUE FIGURE: THE EXTERIOR AREA OF ASSISTED RESCUE IS PROTECTED BY EITHER FIRE-RESISTANCE-RATED CONSTRUCTION OR THE BUILDING IS SPRINKLERED TO NFPA 13 OR 13R |
| 103 | 1010.1.1 SIZE OF DOORS |
| 104 | FIGURE: THE CLEAR OPENING WIDTH IS MEASURED WITH THE DOOR OPEN TO 90 DEGREES. THE REQUIRED MINIMUM CLEAR OPENING WIDTH VARIES BASED ON THE OCCUPANCY |
| 106 | 1010.1.4.4 LOCKING ARRANGEMENTS IN EDUCATIONAL OCCUPANCIES IMAGE: THIS ELECTRICALLY OPERATED LOCK IS OPENABLE FROM OUTSIDE THE CLASSROMM BY ENTERING THE PROPER PASS CODE |
| 108 | 1010.1.9.8, 1010.1.9.8.1 DELAYED EGRESS FIGURE: THE MAIN EXIT IN THE COURTROOM PROVIDES FOR FREE AND UNINHIBITED EGRESS. ADDITIONAL EXIT DOORS OR EXIT ACCESS DOORS CAN BE PROVIDED WITH DELAYED EGRESS |
| 111 | 1010.1.9.9, 1010.1.9.10 ELECTRICALLY LOCKED EGRESS DOORS IMAGE: THIS PAIR OF DOORS IS ELECTRICALLY LOCKED AND PROVIDED WITH SENSOR RELEASE HARDWARE |
| 114 | 1010.1.9.12 LOCKS ON STAIRWAY DOORS FIGURE: STAIRWAY DOORS CAN BE LOCKED FROM THE STAIRWAY SIDE ON THE CONDITION THAT A SWITCH IS PROVIDED NEAR THE MAIN ENTRANCE |
| 116 | 1010.1.10 PANIC HARDWARE AND FIRE EXIT HARDWARE IMAGE: THE PANIC HARDWARE ON THESE EXIT DOORS WILL RELEASE THE ELECTRIC LOCK |
| 118 | 1010.3 TURNSTILES IMAGE: THESE SECURITY BARRIERS ARE LOCATED IN THE EGRESS PATH. EGRESS WIDTH IS BASED ON THE CLEAR WIDTH PROVIDED WHEN THE BARRIERS ARE IN THE OPEN POSITION BUT CAN BE INCLUDED AS EGRESS WIDTH IF THE PROPER SAFETY FEATURES ARE PROVIDED |
| 121 | 1011.6 STAIRWAY LANDINGS FIGURE: THE WIDTH OF THE LANDING MUST BE AT LEAST AS WIDE AS THE STAIRWAY SERVED. THE DEPTH MUST BE AT LEAST AS WIDE AS THE STAIRWAY SERVED OR 48 INCHES, WHICHEVER IS LESS |
| 122 | FIGURE: THE WIDTH OF THE LANDING IS MEASURED PERPENDICULAR TO THE DIRECTION OF TRAVEL |
| 123 | 1013.2 FLOOR LEVEL EXIT SIGNS IN GROUP R-1 IMAGE: THE BOTTOM OF THE LOW-LEVEL EXIT SIGN CAN BE A MAXIMUM OF 18 INCHES ABOVE THE FLOOR |
| 124 | 1015.6, 1015.7 FALL ARREST FOR ROOFTOP EQUIPMENT IMAGE: ANCHOR SYSTEMS FOR FALL ARREST ARE SPECIFIED IN ANSI/ASSE Z395.1 |
| 126 | 1017.3 COMMON PATH OF EGRESS TRAVEL FIGURE: THE COMMON PATH OF EGRESS IS APPLIED TO EACH ROOM WITH ONLY ONE EXIT OR EXIT ACCESS DOOR |
| 128 | 1023.3.1 STAIRWAY EXTENSION FIGURE: WHERE STAIRWAY PRESSURIZATION IS PROVIDED, A FIRE RESISTANCE RATED SEPARATION BETWEEN AN INTERIOR EXIT STAIRWAY AND EXIT PASSAGEWAY IS NOT REQUIRED. SINCE THE RATED SEPARATION IS NOT REQUIRED, NEITHER IS THE WALL OR DOOR |
| 130 | 1023.5, 1024.6 EXIT STAIRWAY AND EXIT PASSAGEWAY PENETRATIONS IMAGE: COMPONENTS FOR TWO-WAY COMMUNICATION ARE ALLOWED TO PENETRATE THE INTERIOR EXIT STAIRWAY ENCLOSURE |
| 132 | 1025.1 LUMINOUS EGRESS PATH MARKING IN GROUP I OCCUPANCIES IMAGE: LUMINOUS EGRESS PATH MARKING WITHIN AN INTERIOR EXIT STAIRWAY IN A HIGH-RISE BUILDING |
| 133 | 1026.4, 1026.4.1 REFUGE AREAS FOR HORIZONTAL EXITS FIGURE: THE ENTIRE OCCUPANT LOAD OF THE ADJACENT SPACE IS ADDED WHEN DETERMINING THE SIZE OF THE REFUGE AREA FIGURE: THE ADDITIONAL OCCUPANT LOAD FROM THE ADJACENT SPACE IS LIMITED BY THE EGRESS OF THE HORIZONTAL EXIT WHEN DETERMINING THE SIZE OF THE REFUGE AREA |
| 135 | 1029.6, 1029.6.3, 1029.7 OPEN AIR ASSEMBLY SEATING IMAGE: OPEN-AIR ASSEMBLY SEATING IS ADDRESSED IN SECTION 1029.6 |
| 138 | 1029.9.1 MINIMUM AISLE WIDTH |
| 139 | FIGURE: THE AISLE WIDTH CAN BE REDUCED TO 30 INCHES WHERE THE AISLE IS NOT REQUIRED TO BE AN ACCESSIBLE AISLE AND IT SERVES LESS THAN 15 SEATS |
| 140 | 1030.1 EMERGENCY ESCAPE AND RESCUE OPENINGS FIGURE: ONLY ONE EMERGENCY ESAPE AND RESCUE OPENING IS REQUIRED WHEN THE BASEMENT OF THIS GROUP R-3 OCCUPANCY IS EQUIPPED WITH AN AUTOMATIC SPRINKLER SYSTEM |
| 142 | 1030.1.1 OPERATION OF EMERGENCY ESCAPE AND RESCUE OPENINGS FIGURE: THE FALL PREVENTION DEVICE MUST BE OPENABLE SINCE THE WINDOW IS AN EMERGENCY ESCAPE AND RESCUE OPENING |
| 144 | 1031.2.2 LOCKING ARRANGEMENTS IN EXISTING EDUCATIONAL OCCUPANCIES IMAGE: A FOB IS USED TO OPERATE THIS CLASSROOM SECURITY LOCK FROM INSIDE THE ROOM |
| 146 | 1031.4 EXIT SIGNS IN EXISTING BUILDINGS IMAGE: EXISTING EXIT WHICH MUST BE ILLUMINATED UNDER NORMAL LIGHTING AND EMERGENCY LIGHTING |
| 147 | 1031.10 INSPECTION AND TESTING OF EMERGENCY EGRESS LIGHTING IMAGE: EMERGENCY EGRESS LIGHTING IS MANUALLY TESTED MONTHLY UNLESS EQUIPPED WITH SELF-TESTING AND SELF-DIAGNOSTICS |
| 148 | 1103.5.1 FIRE SPRINKLERS IN EXISTING GROUP A -2 OCCUPANCIES IMAGE: EXISTING GROUP A-2 OCCUPANCIES WILL BE REQUIRED TO INSTALL AN AUTOMATIC SPRINKLER SYSTEM IF THE OCCUPANT LOAD IS 300 OR MORE |
| 151 | 1103.9 CARBON MONOXIDE ALARMS IN EXISTING BUILDINGS IMAGE: COMBINATION SMOKE ALARM AND CARBON MONOXIDE ALARM INSTALLED ON THE CEILING |
| 152 | 1104.16.2 WALL OPENINGS ADJACENT TO FIRE ESCAPES IMAGE: ALL OF THE WINDOWS AND DOORS IN THIS WALL ARE REQUIRED TO BE PROTECTED WITH 3/4 HOUR ASSEMBLIES, OR THE BUILDING CAN BE EQUIPPED WITH AN AUTOMATIC SPRINKLER SYSTEM |
| 153 | 1105.6.2 FIRE-PROTECTION-RATED DOORS IN EXISTING GROUP I-2 IMAGE: A HOLD-OPEN DEVICE INSTALLED AT A SMOKE COMPARTMENT SEPARATION IN AN EXISTING BUILDING |
| 154 | CHAPTER 12: ENERGY SYSTEMS IMAGE: SAFETY FEATURES FOR THIS CAPACITOR ENERGY STORAGE SYSTEM ARE NOW INCLUDED IN CHAPTER 12 |
| 157 | 1204.5 RAPID SHUTDOWN FOR SOLAR PHOTOVOLTAIC POWER SYSTEMS FIGURE 1204.5.1(1) LABEL FOR SOLAR PV SYSTEMS THAT REDUCE SHOCK HAZARD WITHIN ARRAY AND SHUT DOWN CONDUCTORS LEAVING ARRAY |
| 158 | FIGURE: 1204.5.1(2) LABEL FOR SOLAR PV SYSTEMS THAT ONLY SHUT DOWN CONDUCTORS LEAVING THE ARRAY |
| 159 | FIGURE: RAPID SHUTDOWN MUST OCCUR FOR ALL CIRCUITS OUTSIDE OF THE BOUNDARY OF THE SOLAR PHOTOVOLTAIC PANEL ARRAY |
| 160 | 1206.2 STATIONARY STORAGE BATTERY SYSTEMS TABLE 1206.2 BATTERY STORAGE SYSTEM THRESHOLD QUANTITIES FIGURE: THIS GRAPHIC DEPICTS A STATIONARY STORAGE BATTERY SYSTEM CONTAINING SODIUM BETA BATTERIES |
| 161 | TABLE 1206.2.9 MAXIMUM ALLOWABLE BATTERY QUANTITIES |
| 166 | PART 4 SPECIAL OCCUPANCIES CHAPTERS 20 THROUGH 39 |
| 168 | CHAPTER 22 COMBUSTIBLE DUST IMAGE: THIS SANDING OPERATION IS CREATING COMBUSTIBLE DUST |
| 169 | TABLE 2204.1 SPECIFIC HAZARDS STANDARDS |
| 170 | 2303.2.1 HEIGHT OF EMERGENCY DISCONNECT SWITCH IMAGE: THE EMERGENCY DISCONNECT SWITCH MUST BE IN A LOCATION THAT IS PROVIDED WITH READY ACCESS |
| 171 | 2306.7.3.1 PROTECTION FROM VEHICLE IMPACT IMAGE: FUEL DISPENSING ISLAND WITH ADDITIONAL IMPACT PROVIDED ADJACENT TO MIDDLE DISPENSERS |
| 172 | 2309.6, 2309.6.1 DEFUELING OF HYDROGEN FUELED VEHICLES IMAGE: THIS EQUIPMENT IS USED TO REFUEL AND DEFUEL HYDROGEN-FUELED VEHICLES |
| 175 | 2311.6 REPAIR OF VEHICLES FUELED BY CNG AND LNG TABLE 2311.6.2 TEMPERATURE COMPENSATED CYLINDER PRESSURE TABLE |
| 177 | 2311.8 REPAIR OF VEHICLES FUELED BY LIGHTER THAN AIR FUELS IMAGE: THE LOUVRED VENT IN THE CEILING IS ACTIVATED BY THE GAS DETECTION SYSTEM IN THIS REPAIR GARAGE FOR LNG AND CNG FUELED VEHICLES |
| 183 | 2403.2.1.3 CLASSIFIED ELECTRICAL AREAS AROUND SPRAY BOOTHS FIGURE: CLASSIFIED ELECTRICAL WIRING AND EQUIPMENT IS REQUIRED WITHIN 3 FEET OF OPENINGS IN SPRAY BOOTHS |
| 184 | 2404.2, 2404.3.1, 914.9 SPRAY ROOMS AND SPRAY BOOTHS |
| 185 | IMAGE: CONSTRUCTION OF THIS SPRAY BOOTH IS REGULATED BY THE INTERNATIONAL FIRE CODE |
| 187 | 2810 OUTDOOR STORAGE OF PALLETS AT PALLET MANUFACTURING AND RECYCLING FACILITIES |
| 188 | IMAGE: PALLET STORAGE AT PALLET RECYCLING FACILITIES IS LIMITED TO 20 FEET IN HEIGHT. SEPARATION TO PROPERTY LINE IS 75 PERCENT OF THE STACK HEIGHT BUT CAN BE REDUCED BASED ON ADDITIONAL FIRE PROTECTION FEATURES |
| 190 | CHAPTER 31 UMBRELLA STRUCTURES IMAGE: THIS UMBRELLA STRUCTURE IS REGULATED AS A TENT |
| 191 | 3103.3.1 TENTS AND MEMBRANE STRUCTURES USED AS SPECIAL AMUSEMENT BUILDINGS IMAGE: THIS SPECIAL AMUSEMENT BUILDING IS LOCATED IN A TEMPORARY MEMBRANE STRUCTURE |
| 193 | 3103.6, 3103.9 STRUCTURAL STABILITY OF TENTS |
| 194 | IMAGE: THIS LARGE TENT, WITH A FLOOR AREA OVER 7,500 SQUARE FEET, MUST PROVIDE AN ANALYSIS OF ITS STRUCTURAL INTEGRITY |
| 195 | 3104.2 FABRICS FOR TENTS AND MEMBRANE STRUCTURES IMAGE: THE TENT FABRIC MUST BE TESTED IN ACCORDANCE WITH TEST METHOD 2 OF NFPA 701 |
| 197 | 3105, 105.6.47, 105.7.22 TEMPORARY SPECIAL EVENT STRUCTURES IMAGE: THIS SPECIAL EVENT IS CONDUCTED UNDER A TEMPORARY SPECIAL EVENT STRUCTURE |
| 200 | 3106 OUTDOOR ASSEMBLY EVENTS IMAGE: AN OUTDOOR EVENT WHERE VEHICULAR ACCESS AND ACCESS TO FIRE PROTECTION EQUIPMENT IS IMPEDED |
| 204 | 3107.13 LP-GAS CONTAINERS AND TANKS ADJACENT TO TENTS AND MEMBRANE STRUCTURES FIGURE: LP-GAS STORAGE TANK SEPARATED FROM A TENT OR MEMBRANE STRUCTURE |
| 206 | CHAPTER 32 HIGH-PILED COMBUSTIBLE STORAGE |
| 209 | FIGURE: WHEN DETERMINING THE SIZE OF THE HIGH PILED COMBUSTIBLE STORAGE AREA, INCLUDE A PERIMETER AISLE OR THE DISTANCE TO A WALL,WHICHEVER IS LESS |
| 210 | FIGURE: SEPARATING HIGH-PILED COMBUSTIBLE STORAGE AREAS BY 100 FEET ALLOWS EACH AREA TO BE CONSIDERED SEPARATELY |
| 211 | 3304.5, 3308, 3309.1 FIRE WATCH DURING CONSTRUCTION AND DEMOLITION IMAGE: THE FIRE CODE OFFICIAL IS AUTHORIZED TO REQUIRE FIRE WATCH FOR THIS CONSTRUCTION PROJECT WHICH EXCEEDS 40 FEET IN HEIGHT ABOVE THE LOWEST ADJACENT GRADE |
| 214 | CHAPTER 38 HIGHER EDUCATION LABORATORIES IMAGE: LABORATORIES AT COLLEGES AND UNIVERSITIES ARE SPECIFICALLY REGULATED IN CHAPTER 38 |
| 218 | CHAPTER 39 PROCESSING AND EXTRACTION FACILITIES IMAGE: THE EXTRACTION PROCESS CAN USE FLAMMABLE GAS, FLAMMABLE LIQUIDS, OR COMBUSTIBLE LIQUIDS AS THE MEDIA FOR OIL EXTRACTION |
| 220 | PART 5 HAZARDOUS MATERIALS CHAPTERS 50 THROUGH 67 |
| 222 | TABLE 5003.1.1(1) CONSUMER FIREWORKS TABLE 5003.1.1(1) (PARTIAL) MAXIMUM ALLOWABLE QUANTITY PER CONTROL AREA OF HAZARDOUS MATERIALS POSING A PHYSICAL HAZARD |
| 223 | IMAGE: THESE FIREWORKS ARE CLASSIFIED AS EXPLOSIVES, 1.4G AND WOULD NOT RECEIVE QUANTITY INCREASE BASED ON FIRE SPRINKLERS IN THE BUILDING |
| 225 | 5003.1.1(1), 5003.11.1, 6303.1.1.2 MAXIMUM ALLOWABLE QUANTITY FOR CLASS 3 OXIDIZERS TABLE 5003.11.1 (PARTIAL) MAXIMUM ALLOWABLE QUANTITY PER INDOOR AND OUTDOOR CONTROL AREA IN GROUP M AND S OCCUPANCIES-NONFLAMMABLE SOLIDS, NONFLAMMABLE AND NONCOMBUSTIBLE LIQUIDS |
| 227 | 5003.8.3.4 CONSTRUCTION OF CONTROL AREAS FIGURE: THE FLOOR OF CONTROL AREA 3 IN THIS BUILDING OF TYPE IV CONSTRUCTION CAN BE 1-HOUR CONSTRUCTION WHEN THE BUILDING HAS AN AUTOMATIC SPRINKLER SYSTEM |
| 229 | 5005.1.12 PROTECTION OF HAZARDOUS MATERIALS PIPING SYSTEMS IMAGE: PNEUMATICALLY OPERATED SHUTOFF VALVE ON A GAS CYLINDER |
| 231 | 5103.2, 5104.1.2 AEROSOL PRODUCTS IN PLASTIC CONTAINERS |
| 233 | 5103.2.2, 5104.2.2, 5104.3.3, 5104.8, 5106.2.2 AEROSOL COOKING SPRAY PRODUCTS IMAGE: AEROSOL COOKING SPRAY PRODUCT WITH LABEL ON THE BOX |
| 235 | 5306.1, 5306.2 MEDICAL GAS STORAGE FIGURE: MEDICAL GASES CAN BE STORED IN AN EXTERIOR GAS STORAGE ROOM |
| 238 | 5307.1, 5307.3 LIQUID CARBON DIOXIDE SYSTEMS FOR BEVERAGE DISPENSING IMAGE: INSULATED LIQUID CARBON DIOXIDE SYSTEMS EXCEEDING 100 POUNDS MUST BE PROVIDED WITH EITHER MECHANICAL VENTILATION OR A GAS DETECTION SYSTEM |
| 241 | 5307.4 CARBON DIOXIDE ENRICHMENT SYSTEMS IMAGE: CARBON DIOXIDE STORAGE VESSEL USED IN A CARBON DIOXIDE ENRICHMENT SYSTEM |
| 244 | 5707 MOBILE FUELING OPERATIONS IMAGE: THIS MOBILE FUELING OPERATION IS OCCURRING IN A PARKING LOT AT A BUSINESS OFFICE |
| 247 | 6104.3 LOCATION OF LP-GAS CONTAINERS TABLE 6104.3 LOCATION OF LP-GAS CONTAINERS |
| 248 | IMAGE: SEPARATION BETWEEN THIS LP-GAS CONTAINER AND THE PUBLIC WAY IS BASED ON WHETHER THE CONTAINER IS GREATER THAN 2,000 GALLON WATER CAPACITY |
| 250 | PART 6 APPENDICES A THROUGH N |
| 251 | E102.1.7.1 HAZARD CLASSIFICATION OF OXIDIZERS |
| 252 | IMAGE: MANY POOL CHEMICALS WITH THE PRIMARY CONSTITUENT OF SODIUM DICHLORO-S-TRIAZINETRIONE ANHYDROUS ARE RECLASSIFIED AS OXIDIZER CLASS 2 |
| 253 | CHAPTER N INDOOR TRADE SHOWS AND EXHIBITIONS IMAGE: LARGE TRADE SHOWS AND EXHIBITS MUST COMPLY WITH SPECIFIC REQUIREMENTS IN APPENDIX N, WHEN THE APPENDIX IS ADOPTED |
| 256 | INDEX |
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