RULE 6 Fire resistive requirements & RA 9514 Revised fire code of the PH Flashcards

1
Q

The degree to which a material can withstand fire

A

Fire resistive rating

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2
Q

Usually expressed in the form of a time period rating (how long a material can withstand being burned)

A

Fire resistive rating

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3
Q

___is the length of time a material can withstand being burned
whIch may be one-nour, two-nours, tree-nours, tour-nours, etc

A

Fire-Resistive Time Period Rating

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4
Q

All materials of construction and assemblies or combinations there of shall be classified
according to their_______ or ______as determined by general accepted testing methods and/or by the ______

A

Fire-Resistive Standards
* fire-retardant or flame spread ratings
*Secretary

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5
Q

The ______ shall prescribe standards and promulgate rules and regulations on the testing of construction materials for flame-spread characteristics. tests on fire damages, fire tests of building construction and materials, door assemblies and tinclad fire doors and window assemblies, the installation of fire doors and windows and smoke and fire detectors for fire protective signaling system, application and use of controlled interior finish, fire-resistive protection for structural members. fire-resistive walls and partitions, fire-resistive floor or roof ceiling. fire-resistive assemblies for protection of openings and fire-retardant roof coverings

A

Fire-Resistive Regulations
*Secretary

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6
Q

Minimum thickness of reinforced slab and prestressed slab with 1-hour fire resistance?

A

100mm

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7
Q

Minimum thickness of reinforced slab and prestressed slab with 2-hour fire resistance?

A

125mm

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8
Q

Minimum thickness of reinforced slab and prestressed slab with 3-hour to 4-hour fire resistance?

A

150mm

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9
Q

Minimum thickness of Hollow masonry (interior and exterior) with 1- hour fire resistance?

A

150mm

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10
Q

Minimum thickness of Hollow masonry (interior and exterior) with 2- hour fire resistance?

A

200mm

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11
Q

Minimum thickness of Hollow masonry (interior and exterior) with 3-hour fire resistance?

A

250mm

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12
Q

Minimum thickness of Hollow masonry (interior and exterior) with 4-hour fire resistance?

A

300mm

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13
Q

Minimum thickness of Solid masonry (exterior) with 1-hour fire resistance?

A

100

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13
Q

Minimum thickness of Solid masonry (exterior and interior) with 2-hour fire resistance?

A

150

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14
Q

Minimum thickness of Solid masonry (exterior and interior) with 3-hour fire resistance?

A

175

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15
Q

Minimum thickness of Solid masonry (exterior and interior) with 4-hour fire resistance?

A

200

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16
Q

Minimum thickness of solid concrete wall (exterior) with 1-hour fire resistance?

A

75

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17
Q

Minimum thickness of solid concrete wall (exterior) with 2-hour fire resistance?

A

125

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18
Q

Minimum thickness of solid concrete wall (exterior) with 3-hour fire resistance?

A

150

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19
Q

Minimum thickness of solid concrete wall (exterior) with 4-hour fire resistance?

A

180

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20
Q

Minimum depth of column (all faces exposed) with 1-hour fire resistance?

A

200mm

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21
Q

Minimum depth of column (all faces exposed) with 2-hour fire resistance?

A

300mm

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22
Q

Minimum depth of column (all faces exposed) with 3-hour fire resistance?

A

400mm

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23
Q

Minimum depth of column (all faces exposed) with 4-hour fire resistance?

A

450mm

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24
Q

RA9514

A

Revised fire code of the Philippines

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25
Q

PD 1185

A

Old fire code of the Philippines

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26
Q

Remove/neutralize fire hazard; firewall

A

Abatement

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27
Q

integrated piping system connected to a source of an extinguishing agent

A

Automatic fire suppression system

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28
Q

head of the city fire station or the municipal fire station

A

Fire Marshall

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29
Q

equivalent with the Building Official

A

Fire Marshall

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30
Q

Vertical pipes to which fire hoses attached on each floor of the building

A

Standpipe system

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31
Q

Wall designed to prevent spread of fire
Fire resistance not less than 4-hours

A

Firewall

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32
Q

15m or more in height

A

High rise building

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33
Q

constinous and obstructed route of exit

A

Means of egress

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34
Q

Purpose for which a building or space is used

A

Occupancy

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35
Q

max. number of persons

A

Occupant load

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36
Q

building that is unsafe incase of fire

A

Fire trap

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37
Q

Reviews the drawing

A

Plan evaluator

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38
Q

how many sets of plans are sent to the building official to the Fire Marshall for review

A

6 sets

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39
Q

Conduct inspections during construction to ensure that the plans are being followed

A

Fire Marshall

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40
Q

needs to conduct another inspection before the Building Official can issue an occupancy permit

A

Fire Marshall

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41
Q

issues the FSIC & notified the B.O

A

Fire Marshall

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42
Q

between 6 months/ a year

A

Routine 1

43
Q

F A L A R

A

Fire And Life safety Assessment Report

44
Q

for all buildings

A

Falar 1 & 2

45
Q

buildings of an occupant load of atleast 50

A

Falar 3

46
Q

documentation on fire & life safety features of the facility

A

Falar 1

47
Q

written report prepared by an architect & his fire protection consultant

A

Falar 1

48
Q

compilation of plans & specs & design analysis

A

Falar 1

49
Q

documentation submitted by contractor

A

Falar 2

50
Q

compilation forms of approved submittals, test forms, acceptance forms

A

Falar 2

51
Q

should be included in the as-built given by contractor to the owner

A

Falar 2

52
Q

documentation of required periodic maintenance & upkeep of facility

A

Falar 3

53
Q

written report prepared by the building owner & his fire safety officer

A

Falar 3

54
Q

compilation of the maintenance & testing records

A

Falar 3

55
Q

F S E C

A

Fire Safety Evaluation Clearance

56
Q

Released once building plans & specs are found to be in accordance with the fire code

A

F S E C

57
Q

F S I C

A

Fire Safety Inspection Certificate

58
Q

certifies that the building was inspected & was found to be OK

A

F S I C

59
Q

required for occupancy permits, business permits , permits to operate, permit accreditation for hospitals, DOH liscence to operate

A

F S I C

60
Q

continous unobstructed route of exit

A

Means of egress

61
Q

shall be integral/permanently affixed to a building

A

Means of egress

62
Q

Means of egress minimum width

A

915mm

63
Q

0-499 occupant load

A

2 exits

64
Q

500-1000 occupant load

A

3 exits

65
Q

1000 or more occupant load

A

4 exits

66
Q

provide safety mechanism for exit doors

A

Doors

67
Q

Doors clear opening

A

710mm-1220mm

68
Q

Doors maximum threshold height

A

13mm

69
Q

Handrails height

A

760mm-865mm from upper surface of thread

70
Q

should not constitute more than 50% of required exit capacity

A

Fire escape stairs

71
Q

allowed as means of egress only in existing buildings

A

Fire Escape stairs

72
Q

not allowed ad egress of fire escape stairs

A

Ladders

73
Q

notifies occupant of the building & when required emergency forces

A

Fire Alarms

74
Q

assemby occupancies with atleast 1000 occupant or more

A

Wet standpipes

75
Q

hazardous occupancies exceeding 1860 per floor

A

Wet standpipes

76
Q

exemption buildings with an approved sprinkler system

A

Wet standpipes

77
Q

*all portions of the building must be within ___meters of a nozzle attached to a ___meters long hose

*minimum___mm diameter

A

*6meters
22meters

*64mm

78
Q

concentrated use without fixed seats, such as places of worship, & dance floors

A

0.65 sqm / person

79
Q

less concentrated use such as conference rooms. dining rooms,
gyms:

A
  1. 40 sqm / person
80
Q

standing rooms/waiting space :

A

0.28 sqm / person

81
Q

Corridors width: 50 or more persons

A

1120mm

82
Q

Travel distance to exits:
*without sprinkler
*with sprinkler

A

*46m
*61m

83
Q

row seating back to back

A

830mm

84
Q

at least ____mm from the back
of one seat to the front of the next seat

A

300mm

85
Q

seats without arms

A

600mm per person

86
Q

fire involving ordinary combustible materials- wood, cloth, rubber, & plastics

A

Class A fires

87
Q

fire involving flammable liquids & gases

A

Class B fires

88
Q

fire involving energized electrical equipment (batteries, wirings.)

A

Class C fires

89
Q

fire involving combustible mats.
- sodium, magnesium, potassium & others

A

Class D fires

90
Q

cooking oils, fats, etc.
cooking appliances & media

A

Class K fires

91
Q

inspection of buildings to assess / ensure compliance with the fire
code & its safety requirements & other related laws

A

Fire Safety Inspector

92
Q

recommended correlative actions
for violations & defects

A

Fire Safety Inspector

93
Q

review of plans & specifications including the fire protection
system to determine compliance
w/ the fire code, bldg. code, other life & safety standards

A

Plan Evaluator

94
Q

inspection of bldg. during construction to determine compliance w/ approved plans & specs

A

Plan Evaluator

95
Q

review reports of the fire safety enforcers & recommend approval to the Fire Marshall

A

Chief of fire safety enforcement

96
Q

assist fire marshall in the fire code implementation

A

Chief of fire safety enforcement/unit

97
Q

supervise the fire safety inspectors

A

Chief of fire safety enforcement/unit

98
Q

recommended to Fire Marshall filling of appropriate charges against violators

A

Chief of fire safety enforcement/unit

99
Q

during construction, renovation, modification/ alteration the ____ inspect the project

A

Fire Marshall

100
Q

detailed design analysis of
the fire safety features to be installed in the bldg. (design)

A

F S C R

101
Q

certification that the approved plans & specs were duly implemented ( construction)

A

F S C C R

102
Q

report conducted annual maintenance on safety & protection systems (maintenance)

A

F S M R

103
Q

report submitted by the architect or engineer of record

A

F S C R

104
Q

reported by the contractor, construction manager

A

F S C C R

105
Q

report submitted by the bldg. owner or his authorized representative on the conduct of annual maintenance of fire safety & fire protection systems certfying that all fire safety (a fire protection] systems are installed & maintained in operational condition

A

F S M R