7 Rule 32-43 XXX
7 Rule 32-43 XXX
7 Rule 32-43 XXX
AND EQUIPMENT
All refrigeration equipment shall be kept clean, free from accumulations of oil, dirt,
waste and other debris and shall be easily accessible at all times.
All new mechanical refrigeration system shall be installed, and all existing
installations shall be maintained, in a standard safe manner which will minimize the
life, health and fire hazard of the installation. Installation shall be in accordance with
internationally accepted standards.
A. Each refrigerating system shall be provided with an easily legible metal sign
permanently attached and easily accessible, indicating thereon the name and
address of the manufacturer or installer, the kind and total of pounds of
refrigerant contained in the system, and the field test pressure applied.
B. System containing more than forty five (45) kilograms of refrigerant shall be
provided with signs having letters not less than one and one fourth (1.25)
centimeters in height designating the main shut-off valves to each vessel,
main steam, or electrical control, remote control switch and I pressure limiting
device.
Section 32.106. Ammonia Diffusion
Ammonia refrigerating plants containing more than thirteen and one half (13.50)
kilograms of refrigerant shall be equipped with facilities for diffusing the ammonia
vapors.
A. Systems containing more than thirteen and one half (13.50) kilograms of
refrigerant shall be discharged to the outside of the building at least sixty one
(61) centimeters above the roof and so located that discharged refrigerant will
not cause discomfort or harmful effects to persons or such discharge shall be
directed into a tank of fresh water having a capacity of eight and a half (8.50)
liters for each kilograms of refrigerant and used for other than ammonia
absorption.
B. Systems containing more than forty five (45) kilograms of refrigerant shall be
provided with an approved diffuser consisting of sixty three and a half (63.50)
millimeters hose connections, mixing chamber, and a permanent discharge
connection to the sewer or drainage system.
C. Control valves for diffusers shall be outside of the machinery room in a box
protected against tampering. Such valve control box shall be plainly marked
"FOR FIRE SERVICE USE ONLY – AMMONIA CONTROL VALVES”.
RULE 33 — MOTION PICTURE PROJECTION
The provisions of this Rule, unless otherwise specified, shall apply only to nitro
cellulose film, thereafter called "nitrate" films, of any size; or when ribbon type motion
picture film in excess of 35 mm width is used; or when electric arc projection
equipment is used. Film having a cellulose acetate or other approved slow-burning
base marked "Safety Film" is exempt from these provisions.
A. No person shall operate or cause or permit the operation of any motion picture
projection machine regardless of type of film used, unless such person so
operating possesses a valid permit issued by the Chief of the Local Fire
Service.
B. Such permit shall be issued by the Chief of the Local Fire Service only after he
has determined that the applicant possesses the knowledge, skill and ability to
operate a projection machine with proficiency and safety.
RULE 34 — OIL-BURNING EQUIPMENT
This Rule applies to oil burning equipment except I internal combustion engines, oil
lamps, and portable devices such as blow I torches, me'lting pots, and weed burners.
Electrical wiring and equipment used in connection with oil burning equipment shall
be installed in [accordance with the provisions of the Philippine Electrical Code.
The grade of fuel used in a burner shall be that for I which the burner is approved,
and as stipulated by the manufacturer. Crank-I case oil or any oil containing gasoline
shall not be used.
A. The design, construction and installation of fuel tanks shall conform to the
standards of the American Petroleum Institute (API) or other internationally
accepted standards.
B. Fuel oil supply tanks may be installed inside buildings provided that they are
enclosed in accordance with Rule 22.
C. Stoves which are designed for barometric feed shall not be connected to
separate oil supply tanks.
D. Unvented heating appliances shall be equipped with integral tanks with a
capacity of not more than seven and a half (7.50) liters.
E. Oil supply tanks other than those furnished as an integral part of the stove or
range shall not be located within one and a half (1.50) meters horizontally, of
any fire or flame except that tanks not over twenty three (23) liters capacity
may be within this desistance but not within sixty (60) centimeters of the stove
or range in which the burner is installed; provided that the temperature rise of
the oil supply at this distance shall not approximate the flash point of the oil
when the burner is operated at full capacity.
A. A fill pipe on a tank larger than two hundred twenty seven (227) liters capacity
shall terminate outside of a building at least sixty (60) centimeters from any
building opening. Every fill pipe terminal shall be equipped with a tight cover.
B. A return line from a burner or pump to a supply tank shall enter through the
top of the tank.
C. An auxiliary tank installed in the supply between a burner and its main supply
tank shall be filled by pumping from storage tanks.
D. All piping, except the burner supply line from a tank having a capacity not over
two thousand (2,000) liters and the cross connection between two such tanks
having an aggregate capacity of two thousand (2,000) liters or less, shall be
connected into the top of the supply tank.
E. The burner supply connection to the tanks or tanks having a capacity of more
than two thousand (2,000) liters shall be connected to the top of the tank. In
commercial and industrial installations for Numbers 5 & 6 oil, the burner supply
connection may be below the liquid level but each such connection shall be
provided with an approved valve.
F. Pressure feed from tanks is prohibited.
G. All tanks in which a constant oil level is not maintained by an automatic pump
shall be equipped with an approved method of determining the oil level.
A. Oil burners other than oil stoves with internal tanks, shall be provided with
some means for manually stopping the flow of oil to the burner. Such device or
devices shall be placed in a convenient location at a safe distance from the
burner.
B. Oil burners for which a competent attendant will not be constantly on duty in
the room where the burner is located while the burner is on operation shall be
equipped with a primary safety control or a type specifically approved for the
burner with which it is used. When primary safety controls are installed in
connection with other oil burners, such automatic devices shall be of a type
specifically approved for use with the burner to which they are attached.
C. Each appliance fired by conversion oil burners, and each oil-fired units, shall
be provided with automatic limit controls which will prevent unsafe pressure or
low water in a steam boiler or over-heating within a hot- water boiler, furnace
or heater.
D. Limiting controls and low water shut-offs intended to prevent unsafe operation
of heating equipment by opening an electrical circuit to the burner of shut-off
device shall be so arranged as to effect the direct opening of that circuit
whether the switching mechanism is integral with the sensing element or
remote from same.
E. A water heater shall be provided with water pressure; temperature, and
vacuum relief devices. Means shall be provided to prevent ship honing in any
boiler or tank to which any circulating water heater is attached.
F. Electric motor-driven oil burners or a type not equipped with primary safety
controls with integral oil pumps and electric motor-driven pump sets for use
with such burners, not equipped with integral pumps, shall be provided with a
motor controller incorporating no-voltage protection to be wired into the power
supply to the motor.
G. In system where either steam or air is used for atomizing the oil, or where air
for combustion is supplied by a source which may be interrupted without
shutting off the oil supply, the oil and atomizing or air suppJy shall be
interlocked in a manner to immediately shut off oil supply upon failure or the
atomizing or air supply.
H. The automatically operated burners are used in installation equipped with
forced or induced drafts fans or both, means shall be provided to immediately
shut off the oil supply upon fan failure.
I. Oil burners not equipped to provide safe automatic restarting after shut down
shall require manual restarting after any control function to extinguished the
burner flame.
J. Oil-fired appliances shall be installed in rooms that are large compared with
the size of the appliance specifically approved for installation in a confined
space such as an alcove or closet installation is in compliance with the
approval. In alcove and closet installations, the clearances trom the appliance
to the walls and ceilings shall not be less than specified in the approval
regardless of the type of construction.
A. Kerosene and oil stove shall be equipped with a primary control furnished as
an integral part of the appliance by the manufacturer to stop the flow of oil in
the event of flame failure.
B. A conversion range oil burner shall be equipped with a thermal
(heat-actuated) valve in the oil supply line, located in the burner
compartment of the stove.
C. Oil burning appliances, small heating and cooking appliances shall be installed
in accordance with NFPA Pamphlet No. 31 on standards for the installation of
Oil Burning Equipment or with other internationally accepted standards.
RULE 35 - ORGANIC COATINGS
This Rule shall apply to (1) the manufacture of protective and decorative finishes or
coatings (paints) for industrial, automotive, marine, transportation, institutional,
household or other purpose; and (2) the handling of flammable and combustible
solids and potential dust explosion conditions.
Organic coating shall mean a liquid mixture of binders such as alkyd, nitro-cellulose,
acrylic, or oil, and flammable and combustible solvents such as hydrocarbon, ester,
ketone, or alcohol, which when spread in thin film convert to a durable protective and
decorative finish.
A permit shall be obtained for any organic coating manufacturing operation making
more than four (4) liters of an organic coating on any working day, from the proper
Authority.
A. Each organic coating factory located within fifteen (15) meters of adjoining
property or structures or public thoroughfare shall have the exposing wall
constructed as indicated below:
When appropriate fire suppression systems are installed, fifty (50) percent
reduction in distance to property lines and fire resistance ratings of the
exposing walls may be made.
A. The storage, handling and use of flammable and combustible liquids shall be
in accordance with this Code.
B. Tank storage for flammable and combustible liquids inside of building shall be
permitted only in storage areas at or above grade which are detached from the
processing area or cut off from the processing area by non-combustible
construction having at least a two-hour fire resistance rating and openings
shall be equipped with approved fire doors. This is not intended to prevent
processing equipment from containing flammable and combustible liquids or
storage in such quantities as are essential to the continuity of operations.
C. Tank car and tank vehicle loading and unloading stations for Class I liquids
shall be separated from the processing area, other plant buildings, nearest line
of adjoining property that may be built upon or public thoroughfare by a clear
distance of not less than eight (8) meters.
D. Loading and unloading structures and platforms for flammable and
combustible liquids shall be designed and installed in accordance with this
Code.
E. Tank cars for flammable liquids shall be unloaded so as to be reasonably safe
to persons and property.
F. Tank vehicles for flammable and combustible liquids shall be loaded and
unloaded in accordance with this Code.
G. Finished products that are flammable or combustible liquids shall be stored
outside of the buildings, in separate building, or in separate room cut off from
the processing area by a non-combustible wall or partition having at least a
two-hour fire resistance rating and opening shall be equipped with approved
fire doors. The storage if finished products shall be in tanks or in closed
containers in accordance with this Code.
H. The nitrocellulose storage shall be in a separate building or in a room cut off
by non-combustible construction having a fire resistance rating of at least two
hours and openings shall be equipped with approved fire doors. The
nitrocellulose storage shall be used for no other purpose. Electrical wiring and
equipment installed in accordance with the Philippine Electrical Code.
I. Nitrocellulose shall be stored in closed-containers. Barrels shall be stored on
end, if tiered, not more than two barrels high. Barrels or other containers of
nitrocellulose shall not be opened in the main storage building but at the point
of use or other location set aside for this purpose.
J. Spilled nitrocellulose shall be promptly wetted with water and disposed of by
use or by burning in the open at a suitable detached location.
K. This storage of organic peroxides shall be in accordance with this Code.
L. The size of the package containing the organic peroxide shall be selected so
that as nearly as practical, full packages are utilized at one time. Any peroxide
spilled shall be promptly cleaned up and disposed of as recommended by the
supplier.
A. Mills operating with close clearances and used for the processing of
flammable and heat sensitive materials such as nitrocellulose, shall be located
in a detached building or in a non-combustible structure without other
occupancy. The amount of nitrocellulose or other flammable material brought
into the area shall be no more than that required for a batch.
B. Mixers shall be of the enclosed type, or if the open type shall be provided with
properly fitted covers. Where gravity flow is used, a shut off valve shall be
installed as closed as practical to the mixer and a control valve shall be
provided near and end of the fire pipe.
C. Open kettle shall be located in an outside area, provided with a protective roof
or in a separate building of non-combustible construction or separate from
other areas by means of a non-combustible wall or partition having a fire
resistance rating of two hours.
D. The vaporizer section of heat transfer system heating closed kettles containing
solvents shall be remotely located. Contact heated kettles containing solvents
shall be equipped with safety devices that in case of fire can turn the process
heat off, turn the cooling medium on, and inject inert gas into the kettle.
E. The kettle and thin-down tank shall be instrumented, controlled and
interlocked so that any failure of the controls will result in a safe condition. The
kettle shall be provided with 'a pressure rupture disc if the normal vent
becomes inoperative. The vent piping from the raptured disc shall be of a
minimum length and shall discharge to a safe location. The thin-down tank
shall be adequately vented. Thinning operations shall be provided with an
adequate vapor removal system.
A. All piping, valves and fittings shall be designed for the working pressures and
structural stresses to which they may be subjected. They shall be of steel or
other material approved for the service intended.
B. Valves shall be of an indicating type. Terminal valves on remote pumping
system shall be of the "deadman" type which will shut off both the pump and
the flow of solvent.
C. Piping systems shall be substantially supported and protected against physical
damage. Piping shall be pitched to avoid unintentional trapping of liquids or
suitable drains shall be provided.
D. Approved flexible connectors may be used where vibration exits or where
frequent movement is necessary. Approved hose shall be used at dispensing
stations.
E. Before being placed in service, all piping shall be free of leaks, when tested to
not less than one and a half (1.50) times the working pressure or a minimum
of not less than three hundred fifty two (352) grams per square centimeters at
the highest point in the system. Test shall continue for a minimum of thirty (30)
minutes.
A. The amount of nitrocellulose brought into the operating area shall not exceed
that required for a shift. Any nitrocellulose which may be spilled on the floor or
elsewhere shall be promptly swept up, put into a pail of water, and removed at
the end of the day shift and disposed of by use or by burning in the open at a
suitable detached location.
B. Organic peroxides brought into the operating area shall be in the original
shipping container and shall not exceed the quantity required for a shift. When
in the operating area, the peroxide shall not be placed in locations exposed to
ignition sources, heat or mechanical shocks.
A. All electrical wiring and equipment within storage or processing areas shall be
installed so as to be reasonably safe to persons and property in accordance
with the Philippine Electrical Code and internationally accepted standards.
B. Where Class I liquids are exposed to the air, the design of equipment and
ventilation of buildings shall be such as to limit the Class I liquid locations to
pits, the interior of equipment and the "immediate vicinity" of pumps or
equipment locations such as dispensing stations open centrifuges, plate and
frame filters, opened vacuum filters, change cans, and the surfaces of open
equipment. Immediate vicinity means a zone extending from the vapor
liberation point six (6) meters horizontally in all directions and vertically from
the floor to a level two (2) meters above the highest point of vapor liberation.
C. All locations not covered by this Section where Class I liquid's are handled
shall be considered Class I, second division as defined in this Code (see Rule
I and Rule 23). If the flash point of the liquid processed is higher than the
ambient temperature and at least thirty seven and eight tenths (37.8°C)
degrees Celsius, ordinary electrical equipment may be used, though care shall
be used in locating electrical apparatus to prevent hot metal from falling into
open processing equipment.
D. Ordinary electrical equipment, including switch gear, may be used if installed
in a room which is maintained under positive pressure with respect to the
hazardous area. Air or other media for pressurization shall be taken from a
location where entrainment of flammable vapor is importable.
A. All equipment such as tanks, machinery and piping where an ignitable mixture
maybe present shall be bonded and connected to a ground. The bond or
ground or both shall be physically applied or shall be inherently present by the
nature of the installation. This electrically conductive path shall have a
resistance of not more than one million (1,000,000) ohms.
B. Electrically isolated section of metallic piping or equipment shall be bonded to
the other portions of the system or grounded.
C. Tank vehicles loaded or unloaded through open connections shall be
grounded and bonded to the receiving system.
D. When a flammable mixture is transferred from a portable container to another,
a bond shall be provided between the two containers.
E. Steel framing of buildings shall be grounded with resistance of not more than
five (5) ohms.
This Rule shall apply to the location, construction and operations of industrial baking
and drying ovens which are heated with oil or gas fuel, or which during operations
contain flammable vapors from the product being baked or dried. This Rule provide
requirements for the operation of ovens which certain limitations of control depending
on oven design, paint formulation, and ventilation requirements, the disregard of
which may cause them to function in an unsafe manner, thereby becoming liable to
destruction by fire or explosion. In addition to the requirements of this Rule, all
industrial baking and drying ovens shall comply with other internationally recognized
standards. (See NFPA Pamphlet No. 86 on Ovens and Furnaces.)
A. No person shall operate an oven without a permit from the proper authority.
B. Application for a permit shall be accompanied by plans showing all essential
details and calculations for safe operations. A copy shall be furnished to the
nearest Chief of the Local Fire Service.
A. Ovens, oven heaters, and related equipment shall be located with due regard
to the possibility of fire resulting from over heating or from the escape of fuel
gas or fuel oil and the possibility of damage to the building and injury to
persons resulting from explosion.
B. Ovens shall be located at or above grade, or if in basements at least fifty (50)
percent of the wall area of the room in which the oven is located shall be
above grade.
C. Ovens shall be so located as to be readily accessible for inspection and
maintenance and with adequate clearances to permit the proper functioning of
explosion vents. Roofs of ovens shall be sufficiently insulated and ventilated to
keep temperatures of combustible ceilings and floors below seventy one
degrees Celsius (71°C).
D. Ovens shall be constructed of non-combustible materials throughout, except
where the maximum oven operating temperature is not over seventy one
degrees Celsius (71°C) and adequate guards shall be provided to protect
personnel.
E. Ovens which may contain flammable air-gas mixtures shall be equipped with
devices or relief vents for freely relieving internal explosions causative
pressure.
F. All duct works shall be constructed of non-combustible materials. Ducts shall
be made tight throughout and shall have no opening other than those required
for the proper operation and maintenance of the system. Ducts passing
through combustible well, floors or roofs shall have adequate insulation and
clearances to prevent surface temperature from exceeding seventy one
degrees Celsius (71°C). Exhaust ducts shall not discharge near doors,
windows, or other air intakes in a manner that will permit reentry of vapors into
the building.
Nothing in this Section shall be construed as to preclude the use of other standards,
if and when, such standards are proven to the satisfaction of the Director General to
be equal or more stringent than the above listed standards.
Section 37.104 Prohibited Types of Extinguishers
The following types of fire extinguishers are prohibited for manufacture or sale:
A. All inverting types which make it necessary to invert the container before the
extinguisher's operation;
B. Soda-acid extinguishers;
C. Stored pressure or cartridge operated foam solution, unless an air-aspirating
nozzle is provided;
D. Vaporizing liquid extinguishers using carbon tetrachloride or chloro-
bromomethene in any concentration or formulation;
E. Vaporizing-liquid extinguishers of less than one (1) kilogram extinguishing
agent;
F. Glass bulb "grenade" type; "bomb" type of vaporizing liquid extinguishers
which have to be thrown to the fire or are mounted on specific location and
which operate upon the melting of a fusible link;
G. Thermatic special hazards single station extinguishers with extinguishing
capability of less than four and a half (4.5) cubic meters; and
H. Other types which may hereinafter be prohibited.
The certification issued by the Chief of the Local Fire Service pursuant to Section
37.102 shall be based on the following factors:
A. Salesmen
All salesmen shall be trained and shall possess working knowledge on the
following matters, among others:
B. Technicians
1. Hydrostatic testing
2. Safe filling and charging procedures
3. Testing and rating procedures
4. The various chemicals and formulation of extinguishing agents and
their properties.
5. When and how till destroy any extinguishers container.
D. Opening instructions
E. Safe procedure in usage
F. The name and address of the manufacturer
G. The name and address of the dealer
Whenever any person duly qualified by the Department of Trade or other Authority
services a fire extinguisher, a tag shall be affixed that at least states:
The following are declared prohibited acts with regards to fire extinguishers:
Construction office trailers, sheds and other facilities for storage of tools and
materials when located within the building, on the sidewalk bridging or within nine (9)
meters of the building shall be of non-combustible construction. When located nine
(9) meters of more than the building and constructed of combustible materials, it is
desirable to separate them into small detached units.
A. A permit shall be obtained for cutting and welding operations on the job sites
under the supervision of the person in charge of fire protection as provided in
Section 38.406. A permit shall not be used until:
(1) It has been determined that cutting and welding can be safely con-
ducted at the desired locations.
(2) Combustible material have been moved away or safely covered; and
(3) A fire watchman with extinguisher is posted for duration of the work,
and for every thirty (30) minutes thereafter to see that sparks or drops
of hot metal do not start fires. Additional fire watchman should be
provided during welding or cutting operations where sparks or molten
metal may drop on several floors.
B. If welding operations have been conducted during the day, the oncoming
watchmen should be alerted to check the location where welding was done as
part of the regular rounds. Where watchman service is not provided, use of
gas-operated welding or cutting equipment should be discontinued a minimum
of one (1) hour before quitting time.
C. If the structure had a wooden floor, it should be wetted down before and after
welding or cutting operations are conducted. Adequate precautions must be
taken so that wetting down will not introduce a personnel safety hazard.
D. All gas-operated cutting and welding equipment operations shall be in
accordance with Rule 39.
DIVISION 3 – UTILITIES
A. Electrical wiring and equipment for light, heat, or power purposes shall be
installed in compliance with the requirements of the Philippine Electrical Code.
B. In demolition projects, electric service shall be reduced to a minimum and
wiring and components shall be marked to identify energized circuits.
Section 38.302. Gas
Prior to demolitions, gas supplies shall be turned off at a point outside the building.
A. Fire walls and exit stairways, if required for buildings, shall be given construction
priority. Fire doors with approved closing device and hardware shall be hung on
opening as soon as practicable and before any significant quantity of combustible
material is introduced. Fire doors, after installation shall not be obstructed from
closing. It is recommended that fire doors be closed at the end of each working day.
B. For demolition projects, fire cut-offs shall be retained as such until razing
operations necessitate their removal.
A. Water supply for fire protection either temporary or permanent shall be made
available before construction begins. There shall be no delay in the installation
of fire protection equipment. A minimum of eighteen hundred ninety two
(1,892) liters per minute should be provided. In most instances, the required
supply may be increased.
B. Where underground water mains are to be provided, they shall be installed,
completed and in service with hydrants or standpipes located as directed by
the Director General or his duly authorized representative.
The building shall not be occupied until the automatic fire suppression system
installation has been entirely completed and tested such that the protection is
not susceptible to frequent impairment attribute to testing and corrections.
Exceptions: This provision shall not preclude the occupancy of the lower
floors of a building even through the upper floors may be in various stages of
construction or protection, provided the following conditions are satisfied:
(1) The fire protection system of the lower occupied floor is completed and
tested in accordance with the above criteria.
(2) The fire protection system of the upper floors will be supplied by entirely
separate system and separate controls that its absence or
incompleteness will no way impair the protection of the occupied lower
floors.
A. Hose and nozzles shall be provided and made ready for use as soon as either
the temporary or permanent water supply is available on new construction.
Signs or distinctive markings shall be provided to identify the location of first-
aid fire equipments/appliances and standpipe connections. They should be
conspicuously displayed. During demolition operations, charged hose lines
supplied by hydrants or sprinkler-riser adapters should be available.
B. When tool house, storeroom or other shanty, or a room or space is used for
storage, dressing room, or workshop shall be provided with at least one (1) fire
extinguisher and maintained in an accessible location.
C. At least one (1) fire extinguisher shall be provided on each floor at each
usable stairway in plain sight.
D. During demolition, portable fire extinguisher shall be available. Drums of two
hundred liters (200) capacity, filled with water and provided with buckets
should be placed on each floor.
RULE 39 - WELDING AND CUTTING
A. Except as provided in this Section, piping shall be of wrought iron, steel, brass
or copper pipe, or approved seamless copper, brass or other approved gas
tubing. All piping and fittings for conveying gas or liquid at pressures up to ten
and fifty four-hundredths (10.54) kilograms per square centimeters, shall be
suitable for a safe working pressure of not less than ten and fifty four-
hundredths (10.54) kilograms per square centimeter. For pressures in
excess of ten and fifty four-hundredths (10.54) kilograms per square
centimeter, extra heavy-duty pipe and fittings shall be used. Joints in steel or
wrought iron pipe shall be welded or made up with threaded or flanged fittings;
or rolled, forged or cast steel, or malleable iron fittings may be used. Joints in
brass or copper pipe may be welded or made up with threaded or flanged
fittings. Joints in approved seamless copper, brass or other approved non-
ferrous gas tubing shall be made by means of approved fittings or, of the
socket type, with silver solder, or similar high melting point material. Cast-iron
fittings shall be prohibited. Threaded connections in oxygen piping shall be
tinned or made up with other suitable joint sealer applied to the thread of male
coupling.
B. Acetylene piping shall be made of steel or wrought iron pipe only.
C. Oxygen piping shall be made of steel, wrought iron, brass or copper pipe or
approved seamless non-ferrous gas tubing. Tubing shall be used only for
pressures often and fifty four-hundredths (10.54) kilograms per square
centimeters or less.
D. Piping shall be protected against injury, and allowance made for contraction,
expansion, jarring and vibration. If laid underground, it shall be protected
against corrosion. Low points in piping shall be provided with drip pots and
drain valves, the latter to be normally closed with screw caps or plugs. Oxygen
piping shall not be placed in any location where it may be exposed to contact
with oil.
E. All piping shall be tested and proven tight at one and one-half (1.50) times its
maximum working pressure. Any medium used for testing oxygen lines shall
be oil-free. Flames shall not be used to detect leaks.
F. All buried pipe and tubing and outdoor ferrous pipe and tubing shall be
covered or painted with a suitable corrosion-resisting material.
Where liquid oxygen in a quantity exceeding three hundred eighty (380) liters is to be
used for welding and cutting, the container or containers shall be located outside or
in a special building having no other occupancy except that related to the handling
and gasification of the oxygen.
(1) By exterior color, such as by employing green for oxygen and red for
acetylene, or
(2) If the entire exterior of both passages are of the same color, the two
sides shall be distinguished by feel or touch (i.e., smooth versus rib or
rough exterior surface).
C. When parallel lengths of oxygen and acetylene hose are taped together for
convenience and to prevent tangling; not more than ten (10) centimeter shall
be covered by tape.
D. Hose connections shall be clamped or otherwise securely fastened in a
manner that will withstand without leakage, twice the pressure to which they
are normally subjected in service but in no case less than a pressure of twenty
one (21) kilograms per square centimeters.
E. Hose shall be inspected frequently for leaks, burns, torn places loose
connections or other defects, which may render the house unfit for service.
Where-hose shows excessive wear or has been subjected to flashbacks, it
shall be inspected and tested at twice the normal pressure which it is subject
to in service but in no case at less than fourteen (14) kilograms per square
centimeter before being returned to service. Defective length or hose shall be
discarded.
Containers used for the storage of calcium carbide, shall be of metal of sufficient
strength to insure handling without rupture, and shall be provided with a screw top or
its equivalent. They shall be of water tight construction. Solder shall not be used on
joints in such manner that fire would break open the package. Packages shall be
marked "CALCIUM CARBIDE – DANGEROUS IF NOT KEPT DRY."
A. Storage of calcium carbide inside building shall be in a dry waterproof and well
ventilated location.
B. Calcium carbide in excess of two hundred seventy three (273) kilograms shall
not be stored in a building containing other occupancy unless in an acetylene
generator room or compartment, in a one-storey building without a cellar or
basement underneath the carbide storage section, such rooms shall be
constructed to have a fire-resistance rating of not less than one hour, with
openings to other parts of the building protected by approved self-closing fire
doors or stationary wired glass windows in approved metal frame. The room or
compartments may also be used for storage of fuel gas cylinders, but not
oxygen. Adequate ventilation shall be provided.
C. Calcium carbide in excess of twenty two hundred seventy three (2,273)
kilograms shall be stored in one-storey buildings without cellar or basement
and used for no other purpose except the storage of fuel gas cylinders, or in
outside acetylene generator houses. Location of such storage buildings shall
be outside congested mercantile and manufacturing districts. If the storage
building is of non-combustible construction, it may adjoin other one-storey
buildings If separated therefrom by unpierced fire walls, if detached, less than
three (3) meters from such buildings, there shall be no opening in : any of the
mutually exposing sides of such buildings within said distance. If the storage
building is of combustible construction if shall not be within six (6) meters of
any other one-or-two storey building, nor within nine (9) meters of any other
building exceeding two storeys.
Acetylene generators shall be of approved type and shall be plainly marked with the
rate in cubic Meter of acetylene per hour for which they are designed, the amount of
weight of carbide necessary for a single charge, the manufacturer's name and
address, and the name or number of the type of generator.
A. The walls or partitions, floor, and ceiling on such room or compartments shall
be constructed having a fire-resistance rating of not less than one hour. Walls
or partitions shall be continuous from floor to ceiling and shall be securely an-
chored. At least one wall of an inside generator room shall be an exterior wall.
B. Opening from the generator room or compartment to other parts of the
building shall be protected by an approved self-closing fire door or the
swinging type and close into a rabbet, or otherwise be made tight to prevent
passage of flame around edges. Exit doors shall be located so as to be readily
accessible in case of emergency. Windows, if provided in partitions, shall be
wired glass in approved metal-frames with fixed sash.
C. A portion of the exterior walls equal to not less than ten (10) percent of the
combined areas of the enclosing walls shall be of light non-combustible
materials such as single thickness, single strength glass. Single thickness,
single strength window glass skylights, or lightly fastened roof hatch covers,
swinging doors in exterior walls opening outward, sheet metal siding or lightly
fastened roofs, may be accepted In part or entirely in lieu of the glass area or
its equivalent, provided the required percentage of explosion venting area is
thus obtained.
Section 39.112. Portable Generators
A. Portable generators shall not be used in rooms of total volume less than thirty
five (35) times the total gas generating capacity per charge of generators in
the room. The gas generating capacity in cubic meters per charge shall be
assumed as three-tenths (0.30) times the weight of carbide per charge in kilos.
Generators shall be used in rooms having a ceiling height less than three (3)
meters.
B. No acetylene generator shall be moved by derrick crane or hoist while
charged.
RULE 40 - HIGH RISE BUILDINGS
This Rule deals with life safety from fires and similar emergencies in high rise
buildings. It covers fire safety features in construction and protection of exits and
passageway and provisions for fire protection.
A high rise building is one which is at least fifteen (15) meters high.
For purpose of this Rule, high rise buildings shall be classified as all public or private
buildings, where the distance between the floor of the topmost storey and the ground
level is more than fifteen (15) meters.
High rise buildings shall be designed so that in the event of fire the levels of smoke
concentration in protected spaces can be maintained within values that can be
tolerated by occupants for an indefinite period. The protected spaces shall include
stairwells, at least one elevator shaft, and floor spaces readily accessible to all
occupants and large enough to accommodate them. In the spaces to which the
requirement for control of smoke level applies, the atmosphere shall not include more
than one (1%) percent by volume of the contaminated atmosphere emanating from
the fire area.
High rise buildings shall be protected with approved type of automatic fire
suppression systems installed In accordance with internationally recognized
standards. The automatic fire suppression system must protect all floors spaces
including every closet and concealed spaces and plenums of certain configuration
and construction - particularly where combustible materials are located such as
exposed electrical wiring, combustible ductwork, and combustible sound/thermal
insulation. The system shall be interconnected to a fire alarm system and to the
control room of the building.
All stairwells shall be enclosed and protected in accordance with Rule 3. All doors on
stairwells shall be kept closed.
Section 40.107. First-Aid Protection
In addition to the other requirements of this Code, each floor shall be provided with at
least fifteen (15) to nineteen (19) millimeters lightweight flexible hose equipped with a
spray nozzle and connected to the wet standpipe system or other water supply
capable of providing nineteen (19) to thirty eight (38) liter per minute or water for a
period of thirty minutes.
In existing buildings shall floors above fifteen (15) meters form ground may be
provided, in addition to smoke protected fire exits with emergency escape equipment
capable of attachment and use for escape from windows. Provided, that this means
of escape does not exceed twenty five (25) percent of the required number of units of
exit widths. Such equipment should provide safe descent capability not exceeding
three (3) meters per second.
This Rule shall supplement all other applicable provisions of this Fire Code.
RULE 41 - ADMINISTRATIVE COURSES
OF ACTION
The following administrative fines are hereby prescribed for violations as indicated:
1. Cellulose nitrate plastic of any kind . . P100.00 per kilo or less but not
. exceeding P300.00
2. Combustible fibers . . . . . . . . . . . . . . . P100.00 per cubic meter or less
. but not exceeding P1,000.00
3. Cellular materials such as foam
rubber, sponge rubber and plastic P100.00 per cubic meter or less
foam . . . . . . . . . . . . . . . . . . . . . . . . . but not exceeding P1,000.00
4. Flammable and combustible liquids
or gases of any P10.00 per liter or less but not
classification . . . . . . . . . exceeding P3,000.00
5. Flammable paints, varnishes, stain
and organic coatings . . . . . . . . . . . . . . P10.00 per liter or less but not
exceeding P3,000.00
6. High piled or widely spread combus-
tible stock . . . . . . . . . . . . . . . . . . . . . . P20.00 per cubic meter or less
but not exceeding P3,000.00
7. Metallic Magnesium in any P100.00 per kilos or less but not
form . . . . . exceeding P3,000.00
8. Corrosive liquids, oxidizing materials,
organic peroxide, nitromethane,
ammonium nitrate or any amount of
highly toxic pyrophoric, hypergolic or
cryogenic materials or poisonous
gases as well as material compounds
which when exposed to heat of flame
become a fire conductor or generate
excessive smoke or toxic gases . . . . . P10.00 per kilo/liter or less but not
exceeding P3,000.00
9. Blasting agents, explosives and
special industrial explosive materials,
blasting caps, black powder, dynamite,
nitrocellulose, fulminates of any kind
and plastic explosives containing
ammonium salt or chlorate . . . . . . . . . P500.00 per kilo or less but not
exceeding P3,000.00
10. Liquid Nitroglycerine and liquid trini-
trotolouene . . . . . . . . . . . . . . . . . . . . P1,000.00 per liter or less but not
exceeding P3,000.00
11. Firework materials of any kind or
form . . . . . . . . . . . . . . . . . . . . . . . . . . P500.00 per kilo or less but not
exceeding P3,000.00
12. Matches in commercial quantities
more than 60 matchman's gross . . . . P100.00 per matchman gross
(14,400 matchstick) or less but
not exceeding P3,000.00
13. Hot ashes, live coals and embers . . . P50.00 per cubic meter or less
but not exceeding PI,000.00
14. Mineral, vegetable or animal oils and
other derivative by products . . . . . . . P10.00 per liter in excess of
twenty five (25) liters but not
exceeding P1,000.00
15. Recycling of combustible waste
materials . . . . . . . . . . . . . . . . . . . . . . P100.00 per cubic meter or less
but not exceeding P1,000.00
16. Explosives dusts and vapors . . . . . . . P1,000.00 to P3,000.00 per
violation
17. Agricultural, forest, marine or mineral
products which may undergo
spontaneous combustion . . . . . . . . . P100.00 per cubic meter or less
but not exceeding P1,000.00
A. Fines
Before a fine is imposed, the offender must first be informed of his violation
and ordered to correct the same immediately, if feasible, or within a rea-
sonable period of time as prescribed in Section 41.108 hereof. At the expira-
tion of the period to correct the deficiency/deficiencies, a re-inspection shall be
conducted to determine compliance. If correction was not effected or if
compliance does not conform to the required standards, the First Violation is
committed for which the offender shall be fined and further ordered to effect
the correction. Repeated failures on the part of the offender to effect
corrections will constitute the second, third, fourth and subsequent violations
correctioning to number of times he has been re-inspected and ordered to
effect the correction and for which corresponding fines shall be imposed. A
daily fine may be imposed if, in the opinion of the responsible Fire Service
Official concerned, the same is necessary to compel the offender to effect the
corrections.
C. Abatement
(1) All fires hazards shall be abated immediately. Abatement is any act that
would remove or neutralize a fire hazard. Such acts are specified in the
Notice of Violation.
(2) Abatement includes, among others, any combinations or all of the
following:
A. When the violation carries an administrative fine which has a rate per unit
volume, weight or unit, the fine shall be computed by multiplying the
weight/volume/unit by the rate.
B. Where the violation carries a fine within a certain range (for example, P1,000-
P3,000.00), the fine increases with the number of violation of the same
provision:
(1) First violation - the fine shall be the minimum amount in the range.
(2) Second violation - the fine shall be one half (1/2) of the sum of the
minimum and maximum amounts in the range.
(3) Third and/or subsequent violations - the fine shall be the maximum
amount in the range.
C. When two or more offenses were committed, the same procedures shall be
followed in the preceding subsections "A" and "B", but the fine shall be based
on the offense that carries the higher rate of range.
B. Stoppage of Operation
E. Abatement
When the After Mission Report submitted by the Fire Inspectors, indicates violations
of the Fire Code, (Sec. 1.203) the Chief of the Fire Service Shall immediately issue a
Notice to Correct Violation as provided for in Section 1.204. Such Notice shall
include, among others, a verbatim quotation of the specific provisions of the Fire
Code violated. The original copy of such Notice shall be served upon the person
responsible for the violation within three (3) days from submission of the Report.
When the correction of a violation requires mere desistance on the part of the
offender from repeating the same, such as but not limited to: Prevention, intervention
or obstruction of any operation of the Fire Service or of a duly organized and
authorized fire brigades; or obstructing designated fire lanes or access to fire
hydrants or use of fire protection or fire fighting equipment of the fire service other
than for fire fighting except in other emergencies where their use are justified; or use
of jumpers, or tampering with electrical wiring or overloading the electrical system; or
giving false or malicious fire alarm; or other violations similar to any of the foregoing;
an Order to Pay Fine shall-be issued immediately without needed for issuing a Notice
to Correct Violation.
Within three (3) days following the expiration of the period for correction of the
violation as fixed in the Notice, a re-inspection shall be conducted. For this purpose,
a new Mission Order shall be issued and another After Mission Report submitted. If
the Report indicates that all deficiencies were corrected, according to prescribed
standard a copy of the report shall be furnished to the responsible person. However,
if the Report indicates that the deficiency or deficiencies previously cited were not
corrected, or correction did not conform to the prescribed standards a new Notice of
Violation and an Order for Payment of Fine shall be issued. The original copy of such
Notice shall be served upon the person responsible for the violation within three (3)
days within which to pay the fine; and a reasonable time to correct the
deficiency/deficiencies is prescribed.
Failure on the part of the violator to pay the administrative fine within the period fixed
in the Notice, shall constitute a ground for the issuance of an Order for Qosure of the
building or portion thereof or stoppage of the hazardous operation in such building.
The periods within which the person responsible for the violation shqll correct the
same are hereby prescribed as follows:
A. Immediately or within twenty four (24) hours
(13) Other violations similar to or of the same nature as any of the above,
but not included in this listing, shall likewise be allocated the same
period.
(5) Other violations similar to or the same nature as any of the above, but
not included in this listing, shall likewise be allocated the same period.
(1) For failure to provide the fire safety precautions for the following:
(2) Other violations similar to or of the same nature as any of the above,
but not included in this listing, shall likewise be allocated the same
period.
(2) Failure to develop and implement a fire safety and education programs.
(3) Other violations similar to or of the same nature as any of the above,
but not included in this listing; shall likewise be allocated the same
period.
(2) Other violations similar to or of the same nature as any of the above,
but not included in this listing, shall likewise be allocated the same
period.
RULE 42 - ACTIONS ON VIOLATIONS
Under Sections 10, 11, and 12 of Presidential Decree No. 1185, the options open to
the enforcing agencies to ensure compliance with the provisions of the Fire Code are
either administrative fine, or closure of building, or stoppage of operation, or
abatement of fire hazard, or filing of criminal actions, or combinations thereof.
A. The following courses of action may be served in dealing with violations of the
Rre Code.
B. Notwithstanding the foregoing, when the violator fails or refuses to take any
positive corrective action, or the hazardous condition is aggravated, or
additional violation are found, the concerned, officer of the Fire Service shall
take any or all of the following actions:
(1) Simultaneous imposition of fine, closure of building and stoppage of
operation; and/or
(2) The imposition of a daily fine; and/or
(3) Summary abatement by demolitions: and/or
(4) The filing of criminal charges against the offender.
The Fire Code and its Rules and Regulations are designed to achieve fire
safety in the community. To this end, inspections are to'be conducted by
elements of the Fire Service. All inspections of premises shall be done by duly
designated Fire Service personnel in distinctive uniform, with proper
identification cards and mission orders. Citizens can assist in achieving the
goals of public fire safety by cooperating with such duly authorized inspectors
and affording them to opportunity to accomplish their mission.
All persons are encouraged to inspect their own premises and to abate any
fire hazard therein, as well as take the necessary fire safety precautions. They
shall strive to organize themselves into effective fire safety and fire prevention
organizations in their community and places of work in order for them to take
the necessary contingent actions during fire emergencies to avoid
unnecessary loss of life and property.
Section 43.103. Implementing Details
The Director General shall have the authority to issue such further implementing
details as may be necessary to carry out the provisions of these Rules and
Regulations.
The Director General shall determine the adequacy of exits and other measures for
life safety from fire in accordance with provisions of this Code. In cases of practical
difficulty or unnecessary hardship, the Director General may grant exceptions to this
Code, but only when it is evident that reasonable safety is thereby assured.
These Implementing Rules and Regulations shall take effect thirty (30) days after
publication of the last installment in a newspaper of general circulation.
Approved: