Fire Code Ch. 57-67 Flashcards by Stephen Washington

Chapter 57 shall not apply to Medicines, Foodstuffs, Cosmetics containing not more than 50 percent by volume of water-miscible liquids if packaged in individual containers not exceeding ______ gallons.

1.3

This exemption applies provided the remainder of the solution is not flammable.

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Chapter 57 shall not apply to Quantities of alcoholic beverages in retail or wholesale sales or storage if packaged in individual containers not exceeding ______ gallons.

1.3

This exemption is specific to the packaging of alcoholic beverages.

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Chapter 57 shall not apply to Liquids with a flash point greater than ______ °F in a water-miscible solution or dispersion with more than 80 percent by weight of water and inert solids.

These liquids do not sustain combustion.

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Flammable and Combustible Liquids: Site Assessments after a spill shall be conducted within ______ days.

This is the required timeframe for conducting assessments.

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Flammable Above Ground tanks: Signs shall be a minimum of ______ inch letters with ______ inch stroke.

3 - ½

This specifies the size requirements for signage.

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Flammable Above Ground Tanks, Testing of piping systems: Test ______ % of working pressure when hydraulic or ______ % when pneumatic.

150 -110

Testing must last not less than 10 minutes with no leakage or permanent distortion.

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Piping systems shall be substantially supported and protected against physical damage and excessive stresses arising from settlement, vibration or exposure to fire. Draining liquid away from the piping system at a minimum slope not less than ______. Hours rating?

Fire-resistance rating of not less than 2 hour(s) is also required.

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Flammable Fluids Piping: Fiberglass Reinforced Plastic Piping (FRP) is limited to ______ inch max.

This limitation is specific to the type of piping material.

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Flammable and Combustible Liquids Class I and Class II: Transport within a building is limited to ______ gallons.

This regulation ensures safety during transportation within buildings.

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Flammable Fluids Tanks: Placards are required when the quantity is ______ gallons or more of Class I, II or III liquids.

100

This requirement is for safety and identification purposes.

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Design, fabrication and construction requirements for tanks must comply with NFPA ______.

Each tank shall bear a permanent nameplate or marking indicating the standard used.

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Tank cars and tank vehicles _____ be used as storage tanks

Shall not

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Vent pipe outlets for tanks storing Class I, II or IIIA liquids shall be located at least ______ feet above the finished ground.

Vent outlets must not be less than 5 feet from building openings or lot lines.

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Filling, emptying and vapor recovery connections to tanks containing Class I, II or IIIA liquids shall be located at least ______ feet away from building openings or lot lines.

These connections must be outside of buildings and free from sources of ignition.

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For Class I liquids other than crude oil, gasoline, and asphalt, the fill pipe shall terminate within ______ inches of the bottom of the tank.

This design minimizes the possibility of generating static electricity.

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Flammable Liquid Vaults must be constructed of a minimum of ______ inches reinforced concrete.

This construction standard is essential for safety.

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Flammable Liquid Vaults shall be designed to be wind and earthquake resistant, in accordance with the Cal ____ Code.

Building

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Vaults with Class I liquids must provide ventilation at a rate of not less than ______ cubic foot per minute (cfm) per square foot of floor area.

The exhaust system must ensure air movement across all parts of the vault floor.

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Flammable Liquid Vaults shall be equipped with vapor and liquid detection systems and audible and visual warning devices with battery backup. Vapor detection systems shall sound an alarm when vapors reach or exceed ______ percent of the LEL.

Vapor detectors should be located not higher than 12 inches above the lowest point in the vault.

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Flammable Liquid Vaults must have an approved personnel accessway with a minimum dimension of ______ inches.

The accessway should include a permanently affixed, nonferrous ladder.

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Foam Fire Protection shall be provided for aboveground tanks storing Class I or II liquids when spaced less than __ feet apart shell to shell.surface area in excess of 1,500 square feet used for the storage of class 1 & 2liquids or used for the storage of ______ oil.

50 & crude oil

This applies to tanks with a liquid surface area in excess of 1,500 square feet.

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Liquids with boil-over characteristics shall not be stored in Fixed Roof Tanks larger than ______ feet in diameter unless an approved gas enrichment or inerting system is provided.

150

An exception exists for crude oil storage tanks in production fields with no other exposures.

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Above-ground tanks operating at pressures not exceeding ______ psig for storage of Class I, II or IIIA liquids must be designed with a floating roof.

150

These tanks may also have a weak roof-to-shell seam or emergency venting devices.

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Emergency venting devices for above-ground tanks limit pressure to ______ psig.

2.5

This is crucial for maintaining safety in tank operations.

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What is the minimum horizontal **separation** between an LP-gas container and a Class I, II, or IIIA tank?

20 feet ## Footnote Exception: Tanks storing Class IIIB liquids are allowed to be spaced 3 feet apart.

Protected aboveground tanks shall not be filled in excess of _______ percent of their capacity.

90 ## Footnote An Overfill Prevention system shall be provided for each tank.

A spill container having a capacity of not less than _______ gallons shall be provided for each fill connection.

5 ## Footnote For Top Fill connection, spill containers shall be noncombustible and fixed to the tank.

Flammable and Combustible Liquid Underground Storage Tanks shall be located not less than _______ feet from the nearest wall of a basement, pit, cellar, or lot line.

Underground tanks not used for a period of _______ days shall be safeguarded.

90 ## Footnote Flammable or combustible liquids shall be removed, and all piping shall be capped or plugged.

Above Ground tanks, Out of Service for _ year shall be removed.

Tanks out of service for 1 year or more must also be removed.

Cabinets that store Flammable or Combustible Liquids shall be in accordance with UL 1275, or constructed of approved wood or metal. Unlisted metal cabinets shall be constructed of steel not less than _______ gauge.

18 ## Footnote Cabinet shall be double-walled with 1-1/2-inch airspace between the walls.

Where storage on racks is allowed, a minimum 4 foot-wide aisle shall be provided between adjacent rack sections. Mason aisles shall be not less than __ feet wide

8 ## Footnote Main aisles shall be not less than 8 feet wide.

Storage of empty or idle combustible pallets inside an unprotected liquid storage area shall be limited to a max pile size _______ square feet. Max height of __ feet

2,500 & 6 ## Footnote Max height of pallets shall be 6 feet.

All occupancies, flammable and combustible liquids in excess of _______ gallons used for maintenance and operation of equipment shall be stored in liquid storage cabinets.

10 ## Footnote Quantities not exceeding 10 gallons are allowed to be stored outside of a cabinet in approved containers.

Piles of Flammable and Combustible Fluids containers or portable tanks shall not be stored closer than _ feet to the nearest beam, chord, girder, or other obstruction.

3 ## Footnote This distance also applies below sprinkler deflectors.

Containers for **Class I liquids** shall not exceed a capacity of _______ gallons.

5 ## Footnote This regulation ensures safe storage of flammable liquids.

Metal containers not exceeding **55 gallons** are allowed to store up to _______ gallons of the maximum of Class IB and IC liquids with an approved automatic sprinkler system.

240 ## Footnote This limit is set to maintain safety standards in storage.

Indoor Storage Flammable & Combustible Liquids, Extinguishers: Not less than one **20B extinguisher** not less than _______ feet and not more than _______ from storage.

10 - 50 ## Footnote This requirement is crucial for fire safety in storage areas.

Liquid storage warehouses shall be protected by **automatic sprinkler systems** installed in accordance with Chapter _______.

Liquid storage warehouses storing containers greater than _______ gallons in capacity shall be ventilated at a rate of not less than 0.25 cfm per square foot of floor area.

Automatic Sprinklers are required with Rubber Fire Hose _______ in size to reach all areas?

A. 1” B. 1 1/2”

Where two or more classes of liquids are stored in a single pile, the quantity in the pile shall not exceed the _______ of maximum quantities for the classes of material stored.

Smallest ## Footnote This rule helps to mitigate risks associated with mixed liquid storage.

Not more than **1,100 gallons** of liquids stored in closed containers and portable tanks is allowed adjacent to a building unless building walls are _______ hours.

2 ## Footnote This regulation is designed to enhance fire safety near structures.

Keep vents _______ feet from buildings.

5 ## Footnote This distance is important to prevent fire hazards.

Dispensing of Liquids shall be kept _______ feet from buildings.

15 ## Footnote This requirement is to ensure safety during liquid dispensing operations.

Spill control and secondary containment shall be provided with capacity of an individual container exceeds __ gallons or the aggregate capacity of multiple containers or tanks exceeds 100 gallons

Rooms or buildings used for dispensing or mixing of flammable and combustible liquids in quantities exceeding the maximum allowable quantity per control area shall provide Continuous Mechanical Ventilation not less than _______ cfm per square foot of floor area.

1 ## Footnote Adequate ventilation is necessary to maintain safe air quality.

Vessels used for mixing or blending of Class **_liquids heated up to or above their flash points** shall be provided with what type of lids?

* Self-closing * Tight-fitting * Noncombustible ## Footnote These lids will control a fire within such vessel.

What is the **Max Gallons of Class 1A** for dispensing Flammable & Combustible Liquids in Outdoor Controlled Area?

10 ## Footnote Refer to Table 5705.3.8.2 for maximum allowable quantities.

What is the **Max Gallons of Class 1C** for dispensing Flammable & Combustible Liquids in Outdoor Controlled Area?

20 ## Footnote Refer to Table 5705.3.8.2 for maximum allowable quantities.

What is the **Max combined Gallons of Class 1A, 1B and 1C** for dispensing Flammable & Combustible Liquids in Outdoor Controlled Area?

* 30

What is the **Max Gallons of Class IIIB** for dispensing Flammable & Combustible Liquids in Outdoor Controlled Area?

* 3,300

For a **Solvent Distillation Unit**, what is the required distance for a 40B extinguisher from storage?

10-30 feet

What is the **Max dispenser** for Alcohol Rub Class I or II?

68 ounces ## Footnote This is a safety regulation for alcohol rub dispensers.

Alcohol Rub Class I or II shall be separated by a distance of _______ inches.

48 ## Footnote This is to ensure safety and compliance in installations.

Alcohol Rub Class I or II shall be separated by a distance of _______ inches from electrical receptacles?

1 ## Footnote This is to prevent fire hazards.

Alcohol Rub Class I or II dispensers shall be mounted so that the bottom of the dispenser is not less than _______ inches and not more than _______ inches above the finished floor.

42 - 48

True or false: **Aerosol containers** shall be allowed in corridors.

FALSE ## Footnote This is a safety regulation to prevent fire hazards.

The max Class _ or __ liquid dispenser is **41 ounces** and max of Level 1 aerosol dispenser is _______ ounces.

1 & 2 18 ## Footnote This is part of the safety regulations for liquid dispensers.

Flammable or combustible liquids maintained for use in any operating or processing area shall not exceed a sufficient supply for one working day unless permitted by ___ permit

Special

Class Flammable and Combustible Tanks shall be marked **FLAMMABLE-KEEP FIRE AND FLAME AWAY** and **KEEP _______ FEET FROM BUILDINGS**.

50 ## Footnote This is a safety marking requirement for flammable tanks.

What is the limit for **Permanent Above Ground Tanks - Class I or II** in gallons?

1,100 ## Footnote This limit applies to the storage capacity of permanent tanks.

What is the limit for **Temporary Above Ground Tanks - Class I or II** in gallons?

10,000 ## Footnote This limit applies to the storage capacity of temporary tanks.

What type of extinguisher is supplied by **Permanent and Temporary Above Ground Tanks**?

20BC ## Footnote This indicates the fire extinguisher rating suitable for use.

Oil Wells shall not be drilled within ______ feet of a street, highway, or railway.

75 ## Footnote This distance is mandated to ensure safety and compliance.

Oil Wells shall not be drilled within ______ feet of a building.

100 ## Footnote This distance is specifically for Group A, E, or I buildings.

Every operating unit shall consist of at least ______ acre of contiguous land.

1 ## Footnote This is the minimum land requirement for an operating unit.

An approved legible sign bearing the name of the oil well and the operator shall be located and maintained with ______.

Phone Number ## Footnote This is necessary for contact and operational transparency.

Keep combustibles, rubbish, and junk ______ feet from Oil Wells.

50 ## Footnote This distance is to prevent fire hazards near oil wells.

Not less than two 20BC extinguishers must be within ______ feet from the well.

100 ## Footnote This is a safety requirement for fire emergencies.

Fence and screens around Oil Wells are required to be not less than ______ feet tall.

5 ## Footnote This height is mandated for security purposes.

Collision barrier posts must be spaced a maximum of ______ feet on center.

4 ## Footnote This spacing is to ensure effective collision prevention.

Barriers must be located outside the security fence not less than ______ feet from the oil well casing.

10 ## Footnote This distance is to maintain safety regulations.

When production ceases, safeguards must be in place within ______ days.

90 ## Footnote This timeframe is critical for operational compliance.

Notify the Chief with ______ hours of abandonment.

24 ## Footnote Timely notification is essential for regulatory compliance.

A continuous period of ______ is considered abandoned.

1 year

When the owner receives a notice from the Fire Chief to 'Reactivate' the well, the owner has ______ days to comply.

30 ## Footnote Compliance within this timeframe is mandatory.

Fuel Tank Vehicles must not park or be unattended within ______ feet of a residential area.

500 ## Footnote This distance is enforced to ensure safety in residential zones.

Wharves at which liquid cargoes are to be transferred in bulk quantities to or from tank vessels shall be not less than _______ feet from any bridge or from an entrance to, or superstructure of, any vehicular or railroad tunnel under a waterway.

100 ## Footnote The termination of the fixed piping used for loading or unloading shall be not less than 200 feet from a bridge or from an entrance to, or superstructures.

Pipelines at Wharves must be pressure tested to _______.

150 ## Footnote This ensures the integrity and safety of the pipelines during operation.

Repairs to tank vessels and wharfs during transfer of flammable liquids, combustible liquids, or liquefied petroleum products shall be limited to _______ repairs.

Minor ## Footnote This limitation is crucial for maintaining safety during the transfer process.

The operator of each marine oil terminal located in the Los Angeles Harbor shall certify in writing to the name of the _______ designated to be in direct charge of the operation.

Chief.

Portable fire extinguishers with a rating of not less than 20-B shall be located within _______ feet of connections, pumps and separator tanks.

75 ## Footnote This requirement is to ensure quick access to fire extinguishers in case of an emergency.

Ship Transfer, Standpipes are Wharves: Not less than two hose streams to protect any portion of wharf equipped with _______ feet of 1 ½" hose not less than __” tip

350 & 5/8” ## Footnote This ensures adequate fire protection for the wharf area.

General Requirements: Tank Unloading Limits are as soon as possible but no later than _______ hours.

Flammable gases shall not be stored or used in Group A, E, I or R occupancies or in offices in Group B occupancies, except for cylinders of non-liquefied compressed gases not exceeding _______ cubic feet or liquefied gases not exceeding ___ pounds

250 & 40 ## Footnote This exception is critical for safety in various occupancy types.

Medical gas system supply cylinders shall be located in _______ or gas cabinets.

medical gas storage rooms ## Footnote Proper storage is essential for safety and compliance.

Containers of liquefied flammable gases and flammable gases in solution shall be positioned upright or positioned so that the pressure relief valve is in direct contact with the vapor space of the container, except for containers of flammable gases in solution with a capacity of _______ gallons or less.

1.3 ## Footnote This guideline helps prevent pressure buildup and potential hazards.

Metal hydride storage systems, whether full or partially full, shall not be exposed to artificially created high temperatures exceeding _______ °F.

125 ## Footnote This limit is important for the safe storage of metal hydrides.

Cryogenic Fluids: Storage tanks shall be maintained _______. (Inside or out)

Outdoors

Cryogenic Fluids: Tanks shall not be within _______ feet of pit, cellar or lot line.

3 ## Footnote This distance is necessary to ensure safety and compliance with regulations.

Mobile hydrogen-fueling operations shall not be conducted without first obtaining a **permit** and approval from the _______.

Fire Code Official ## Footnote This ensures compliance with safety regulations.

Individual hydrogen fuel supply tanks installed on roadside hydrogen service vehicles shall be DOT approved and have a maximum individual fuel capacity of _______ cubic feet of hydrogen.

1,270 ## Footnote This limit is set to ensure safety in fuel storage.

Persons performing dispensing operations of hydrogen fuels shall be qualified and trained to deliver and dispense. Re-training is to be performed periodically, but no less frequent than _______.

Annually ## Footnote Regular training is crucial for safety in handling hydrogen fuels.

The point of connection between the roadside hydrogen service vehicle and the hydrogen-fuel vehicle shall not be less than _______ feet from buildings, property lines or combustible storage.

15 ## Footnote This distance helps prevent potential hazards from fuel dispensing.

Hydrogen Fueling of Vehicles: Permit Required from _______.

Fire Code Official ## Footnote This requirement is essential for regulatory compliance.

A portable fire extinguisher with a minimum rating of _______ shall be provided on the mobile, roadside service hydrogen-fueling vehicle.

40BC ## Footnote The extinguisher must be clearly marked for easy identification.

Flammable solids stored in quantities greater than _______ cubic feet shall be separated into piles each not larger than _______.

1000 - 1000 ## Footnote Proper storage practices are necessary to minimize fire risks.

Flammable Solids, Storage: Aisles shall be a minimum of _______ feet.

20 ## Footnote Adequate aisle space is required for safety and access.

Where in non-sprinklered buildings of Type III, IV or V construction, magnesium shall not be stored in combustible containers or within _______ feet of other combustibles.

30 ## Footnote This regulation helps prevent fire hazards associated with magnesium.

Flammable Solids, Storage Pile Size in foundries and processing plants: — _______ cubic feet maximum.

1,250 ## Footnote This limit is set to ensure safe storage practices.

Flammable Solids: Indoor storage of pigs, ingots and billets shall only be on noncombustible floors. Piles shall not be larger than _______ pounds each.

500,000 ## Footnote This restriction is to maintain safety in storage areas.

Storage of fine magnesium scrap in quantities greater than 50 cubic feet (_______ 55-gallon Steel drums) shall be separated from other occupancies by an open space of not less than 50 feet or by a fire _______.

Flammable solids, adjacent buildings: fire resistive buildings wall of __ hours

Flammable solids, storage: aisles shall be a minimum of __ feet

What is the required distance for **extinguishing material** to be from magnesium storage?

30 ft ## Footnote Hand scoop and extinguishing material must be within this distance of the product.

Magnesium storage, 50 feet: separate from other storage pile in width ___ height

Not less than pile

What is the maximum travel distance from a portable extinguisher for **magnesium storage**?

75 feet ## Footnote This is the required distance for travel from the extinguisher.

What is the weight limit for **steel covered containers** used for titanium and zirconium storage?

50 pounds ## Footnote This limit applies to the containers used for storage.

What is the maximum pile weight for **titanium and zirconium storage**? Lbs

500 pounds ## Footnote This is the maximum weight limit for piles.

What is the minimum separation distance in feet for **titanium and zirconium storage piles**?

5 feet ## Footnote This separation is required between piles.

**exhaust scrubbers** are required for processing vapors of highly toxic liquids according to the California ____ code

Mechanical

Outdoor storage of **highly toxic or toxic solids and liquids** must not be located within ______ of lot lines.

20 ft ## Footnote A 2-hour fire barrier is allowed under specific conditions.

What is the maximum cubic feet for **high toxic material outdoor piles**?

2,500 cubic feet ## Footnote This is the limit for outdoor storage piles.

What is the maximum height for **high toxic material outdoor piles**?

Height is limited to half the width or 10 feet, whichever is greater.

Cylinders not exceeding __ (dub) feet at normal temperature and pressure are allowed within gas cabinets or fume hoods

What is the maximum number of cylinders allowed in a **single gas cabinet**?

3 ## Footnote Exception: Cabinets containing cylinders not exceeding 1 lb net contents are allowed up to 100 cylinders.

Hi, toxic material outdoor storage; can high toxic material be stored in the weather?

Yes with weather protection

Hi toxic material, cabinet vent systems; provide a minimum__CFM average with the__minimum

200 - 150

Gas cabinets shall be equipped with an approved **automatic sprinkler system** in accordance with Section _______.

903.3.1.1 ## Footnote Alternative fire-extinguishing systems shall not be used.

High Toxic Material: Gas cabinets and exhausted enclosures shall be located in _______ & connected to an exhaust system.

Gas rooms

High Toxic Material: Treatment systems shall be designed to reduce the maximum allowable discharge concentrations of the gas to _______ at the point of discharge to the atmosphere.

1/2

High Toxic Material: The gas-detection system shall automatically close the shutoff valve at the source on gas supply piping and tubing related to the system. Exception: Automatic shutdown is not required where such reactors operate at less than _______ psig.

15 ## Footnote This specifies a pressure threshold for safety measures.

High Toxic Material shall be kept at least _______ feet from Lot Lines, Streets or structure openings.

75 ## Footnote This includes Building Air Intake.

High Toxic Material: Keep Combustible Material _______ feet away from High Toxic Material.

30 ## Footnote This is a safety measure to prevent fire hazards.

Ozone Gas Generators having a maximum ozone-generating capacity of _______ pound or more over a 24-hour period shall be in accordance with Sections 6005.2 through 6005.6.

0.5 ## Footnote This regulation ensures safe operation of ozone generators.

Ozone Gas Generators Cabinet Vent system shall be not less than ____ cfm. Built in accordance with California mechanical code and not less than __ exchanges per hour

200 &6 ## Footnote Built in accordance with California Mechanical Code.

Ozone Gas Generators piping system shall be constructed from welded _______.

Stainless Steel ## Footnote This material choice is crucial for safety and durability.

Ozone Gas Generator Rooms: Manual shutdown controls shall be provided at the generator and, where in a room, within _______ feet of the main exit or exit access door.

10 ## Footnote This ensures quick access to shutdown in emergencies.

Liquid Petroleum Gases: LPG Equipment shall be installed to comply with _______.

International fuel gas

A single LP-gas container more than _______ gallons in water capacity of LP-gas or containers more than 4,000 gallons, the installer shall submit construction documents for such installation.

4,000 ## Footnote This regulation is for large capacity LP-gas installations.

In Group I occupancies and laboratories for educational use in Group B and E occupancies, portable LP-gas containers are allowed for research and experimentation. Containers shall not exceed _______ pound for educational purposes.

50 ## Footnote This limit is set for safety in educational settings.

Fences for **Liquid Petroleum Gas** storage shall be not less than _ feet in height?

6 ## Footnote This is a safety regulation to prevent unauthorized access.

LPG storage tanks for torches shall be limited to _ pounds.

2.7 ## Footnote This limit is set to ensure safety in storage.

The aggregate capacity of any one LP-Gas Storage installation within heavily populated areas shall not exceed a water capacity of _ gallons.

2,000 ## Footnote This regulation is to minimize risk in populated areas.

Multiple LP-gas container installations with a total water storage capacity of more than 180,000 gallons shall be subdivided into groups containing not more than _ gallons in each group. Such groups shall be separated by a distance of not less than __ feet

180,000 & 50 ## Footnote Groups must be separated by a distance of not less than 50 feet.

No Smoking within _ feet of LPG.

25 ## Footnote This is a critical safety measure to prevent fires.

Keep Combustible Weeds a minimum of _ feet from LPG.

10 ## Footnote This helps to reduce fire hazards.

Storage inside a building accessible to the public is limited to _ pounds of Liquid Petroleum Gases.

200 ## Footnote This limit is to ensure public safety.

Storage inside a building not accessible to the public is limited to _ pounds of Liquid Petroleum Gases.

300 ## Footnote This allows for more storage in restricted access areas.

The construction for storage of Portable LP Containers shall comply with requirements for **Group H** California Building Code. Adequate vents shall be provided to the outside at both top and bottom, located not less than _ feet from building openings.

5 ## Footnote Proper ventilation is essential for safety.

LP-gas containers in storage having individual water capacity greater than 2.7 pounds (nominal _ poundslp gas capacity) shall be positioned with the pressure relief valve in direct communication.

Transport of Liquid Petroleum Gases in vehicles is limited to _ containers or ___ pounds.

100

LPG Tank Vehicles shall not park or be unattended within _ feet of a residential area.

500 ## Footnote This regulation is to minimize risks to residential safety.

Unclassified detonable and Class _ organic peroxides shall not be used in **Group R Occupancies**, stored or used in offices, or retail sales areas of Group B, F, M or S occupancies.

Organic Peroxides shall be stored in detached buildings. All the following are requirements except?

Liquid tight flooring No basements Ground floor storage only ****55 gallon containers stored two drum high***

What should Organic Peroxide empty containers be when empty?

Moved outside ## Footnote This is a safety measure to prevent hazards associated with organic peroxides.

The storage of 55-gallon drums of Organic Peroxide is limited to how many drums high?

1 drums ## Footnote This limit is set to ensure safety in storage practices.

Organic Peroxides are limited to quantities not to exceed a _______ hour work shift.

8 ## Footnote Remaining quantities must be returned to proper storage at the end of the workday.

Class _ Liquid and Solid Oxidizers shall not be stored or used within _______ occupancies.

4 Group R ## Footnote They also cannot be stored or used in offices or retail sales areas of Group B, F, M, or S occupancies.

Class 4 Liquid and Solid Oxidizers shall be stored in which type of storage cabinets?

Hazmat

Oxidizers should be kept _______ feet away from Flammables and other Haz Mat.

50 ## Footnote This distance helps to prevent fire hazards.

Liquid Oxygen in Group 1-4 or R Occupancies are limited to how many gallons?

15.8 gallons ## Footnote This limit is set for safety in residential and certain occupancy types.

Oxygen Cylinders for Medical Home Use should be restrained to a fixed object with _______ points of attachment.

1 or more ## Footnote This is to ensure safety and prevent accidental tipping.

Liquid Oxygen in Dwellings are limited to how many gallons?

31.6 gallons ## Footnote This limit is established for safety in residential settings.

The seller of Liquid Oxygen shall notify _______ of the location of liquid oxygen home care containers.

FD ## Footnote This is important for emergency response preparedness.

For Pyrophoric Material, the shut-off valve should be no less than _______ feet from devices.

15 ## Footnote This distance is crucial for safety in handling pyrophoric materials.

For Pyrophoric Material, floors shall be _______ tight.

Liquid ## Footnote This requirement helps to contain any spills and prevent hazards.

Piles of Pyrophoric Material are limited to _______ feet in height.

5 ## Footnote This limit is set to ensure stability and safety.

Aisles for Pyrophoric Material shall be _______ feet in width.

10 ## Footnote Adequate aisle width is necessary for safe movement and access.

Pyrophoric Material tanks are limited to a maximum of _______ gallons.

500 ## Footnote This limit is established for safety in storage and handling.

Pyroxylin (Cellulose Nitrate) Plastics displays are allowed to be placed on tables not more than _______ feet wide and _______ feet long.

3 feet wide and 10 feet long ## Footnote This regulation helps to manage the risks associated with pyroxylin materials.

Prophetic material: storage area floors are required to be ___ tight

Liquid

Pyroxylin (Cellulose Nitrate) Plastics shall be kept _ feet from ignition sources

25 ## Footnote This regulation is crucial for fire safety in environments where pyroxylin is used.

Pyroxylin (Cellulose Nitrate) Plastics, Tables: Spaced at least _ feet (914 mm) apart.

3 ## Footnote Proper spacing is necessary to prevent fire hazards.

Pyroxylin (Cellulose Nitrate) Plastics Factories shall be sprinklered when quantities exceed _______ pounds

100 ## Footnote This requirement helps mitigate fire risks in factories handling large quantities.

Workrooms of cellulose nitrate: Operator shall not be stationed closer together than _ feet.

3 ## Footnote This spacing is important for safety and operational efficiency.

Material in cellulose nitrate workrooms shall not exceed _______. And operators shall not be station closer together than _ feet.

one shift's supply & 3 feet ## Footnote This limit is set to reduce the risk of accidents.

Pyroxylin (Cellulose Nitrate) shall be heated using a _______.

Hot water & steam

Unstable Reactive Material Storage, Indoors: Piles are limited to _______ cubic feet. Aisles ____ feet or half the height of piles , which ever is greater

1,000 & 10 ## Footnote This limit is set to ensure safe storage practices.

Unstable Reactive Material Storage: Aisles _ feet or half the height of pile, whichever is greater.

10 ## Footnote Adequate aisle space is necessary for safety and access.

Water Reactive Solids, Indoor Storage: Aisles _ feet wide.

4. ## Footnote This width is important for safe movement and emergency access.

Water Reactive Material Storage: Piles are limited to _______ cubic feet.

1,000 ## Footnote This limit helps manage the risks associated with reactive materials.

Water Reactive Solids, Class 3, Indoor Storage: Maintain in water tight containers _ cubic ft max.

500 ## Footnote This requirement is crucial for preventing leaks and reactions.

Water Reactive Solids, Class 2 Outdoor Storage: Maintain _ feet from building, lot lines & streets.

20 ## Footnote This distance is necessary to minimize risks to nearby structures and people.

Water Reactive Solids, Class 3 Outdoor Storage: Maintain _ feet from lot line, streets & exposures.

75 ## Footnote Adequate spacing is vital for safety in outdoor storage.

Water Reactive Solids, Class 2 Outdoor Storage: Piles are limited to _______ cubic feet.

1,000 ## Footnote This limit is set to ensure safe outdoor storage practices.

Water Reactive Solids and Liquids: Piles are limited to _______ cubic feet.

500 ## Footnote This limit is important for managing the hazards associated with these materials.

Water Reactive Solids and Liquids: Pile spacing, one-half the height or _ feet aisle between piles.

10 ## Footnote Proper spacing is essential for safety and access in storage areas.

Unstable reactive material storage, indoors; piles are limited to__ feet piles max

500

Fire Code Ch. 57-67 Flashcards

(180 cards)